tag no / item quantity ept in the limited way permitted by ... · engineers india limited new delhi...

ENGINEERS INDIA

LIMITED NEW DELHI

PLANT: MMBPL & BKPL TELECOM UP-GRADATION PROJECT CLIENT : M/s BPCL

SPECIFICATION NO. REV

B049-000-YZ-MR-2470 Sheet 2 of 16 D

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Sl. No. Tag No / Item

Code ITEM DESCRIPTION Quantity

1

Design, Survey, engineering, manufacture, procurement of bought out items/components, assembly at shop, inspection, testing at manufacturer's works, documentation, supply, packing and delivery of Optical fibre Communication (SDH) system, Clocks, EPABX system, CCTV system cameras and NVR, Video Conferencing System, Telephones, Test Instruments, Mandatory Spares etc. including WARRANTEE AND COMMISSIONING SPARES, Consumables and all related items as per job specification no B049-000-16-51-SP90, drawing, standards, enclosed EIL standard Specifications, Instructions To Vendor, data sheet etc. attached or referred.

1.01 STM-16 - 0001

STM-16 equipment with various interfaces, EOW/IP, Clocks as per G-813, etc. as per details provided in the Job Specification attached with the MR Clause No.:5.3.

70 Nos.

1.02 SDH - NMS – 0001

SDH NMS complete with hardware / software / licenses at Mumbai and Kota in Server configuration as per details provided in the Job Specification attached with the MR Clause No.:4.6.2-t & 5.3.4.

2 Nos.

1.03 SDH - NMS - 0002

SDH NMS complete with hardware / software / licenses at Manglya, Piyala and Bina in Client configuration as per details provided in the Job Specification attached with the MR Clause No.:4.6.2-u & 5.3.4.

3 Nos.

1.04 SDH - NMS - 0003

Local Craft Terminal with required software for SDH system as per MR specification Clause No.:4.6.2-v at Mumbai and Kota.

2 Nos.

1.05 CLK – 0001

Primary Clock (Cesium) at Mumbai as per MR Specification Clause No.:5.3.2-d

1 No.

1.06 CLK – 0002

Secondary Clock (GPS) at Bijwasan as per MR Specification Clause No.:5.3.2-d

1 No.

1.07 EPABX-0001

EPABX system (Type C for 100 analog lines expandable to 200 & 100 IP lines expandable to 150 IP lines) with MDF, IDF, etc all complete and integration as per MR Clause No.:5.4 at Mumbai and Bina

2 Nos.

ENGINEERS INDIA

LIMITED NEW DELHI



B049-000-YZ-MR-2470 Sheet 3 of 16 D

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1.08 EPABX-0002

EPABX system (Type A for 40 analog lines expandable to 50 & 50 IP lines expandable to 70 IP lines) with MDF, IDF, etc all complete and integration as per MR Clause No.:5.4 at Manmad, Manglya, Kota, Bharatpur, Piyala and Bijwasan.

6 Nos.

1.09 EPABX-0003

EPABX system (Type B for 30 for analog lines expandable to 40 & 30 IP lines expandable to 50 IP lines) with MDF, IDF, etc all complete and integration as per MR Clause No.:5.4 at, Washala, Sanghvi, Gujri Malarna and Mathura.

5 Nos.

1.10 EPABX -0004

EPABX NMS complete with hardware / software / licenses at Mumbai as per details provided in the Job Specification attached with the MR Clause No.: 4.6.2-t & 5.4.

1 No.

1.11 EPABX-0005

IP telephones at various locations as per MR Clause No.:5.5 375 Nos.

1.12 EPABX-0006

Analog telephones at various locations as per MR Clause No.:5.5. 116 Nos.

1.13 EPABX-0007

Explosion proof telephone (with Acoustic Booths, Howler, Flashing Beacon, etc.) at attended stations as per details provided in the Job Specification attached with the MR Clause No.:5.5.

17 Nos.

1.14 VCE- 0001

Video Conferencing endpoint Equipment (VCE) with external (25 sites) MCU with a PC (Workstation) as per details provided in the Job Specification attached with the MR Clause No.:5.6 and integration with VCE system at Mumbai, Kota and Bijwasan.

3 Nos.

1.15 VCE- 0002

Video Conferencing endpoint Equipment (VCE) with inbuilt (5 sites) MCU as per details provided in the Job Specification attached with the MR Clause No.:5.6 and integration with VCE system at various locations as per MR.

13 Nos.

1.16 VCE- 0003

Video Conferencing 65” HD LED (Industrial grade) monitor at Mumbai as per MR Clause No.:5.7.1-v.

1 No.

1.17 VCE- 0004

Video Conferencing 55” HD LED (Industrial grade) monitor at various locations as per MR Clause No.:5.7.1-v.

11 Nos.

ENGINEERS INDIA

LIMITED NEW DELHI



B049-000-YZ-MR-2470 Sheet 4 of 16 D

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1.18 CCTV NVR-0001

CCTV NVR’s with 21” monitor and Video Management Software, Storage (100TB), licences (64 as a minimum) including configuration of existing CCTV cameras as per MR Clause No.:5.7.

13 Lots.

1.19 CCTV NVR-0002

CCTV Viewing cum Alarm 65” HD LED (Industrial grade) monitor with workstation at Mumbai as per MR Clause No.:5.7.1-v.

1 No.

1.20 CCTV NVR-0003

CCTV Viewing cum Alarm 55” HD LED (Industrial grade) monitor with workstation at various locations as per MR Clause No.:5.7.1-v.

12 Nos.

1.21 CCTV – 0004

IP based CCTV Camera (Fixed type) as per MR Clause No.:5.7. 83 Nos.

1.22 CCTV – 0005

IP based CCTV Camera (PTZ type) as per MR Clause No.:5.7. 54 Nos.

1.23 TST INST -0001

Test Instruments as per MR Clause No.:6.5.

(Test Instruments 1 LOT shall be supplied each at seven locations: Mumbai, SV-02, Manmad, Manglya, Kota, Piyala, Bijwasan)

1 LOT consist of following Items

• OTDR – 1 nos.

• Laser source – 1 nos.

• Power meter – 1 nos.

• Pig Tail Cleaner (non-alcoholic) – 1 nos.

• Laser Source for OFC (range min 1 km) – 1 nos.

7 Lot

1.24 SWT -0001

Layer -2 (8 Ports) Managed Ethernet Switch at each unattended stations as per MR Clause No.:4.6.2-x.

57 nos.

1.25 SWT- 0002

Layer -2 (48 Ports) Managed Ethernet Switch at each attended stations as per MR Clause No.:4.6.2-x.

13 nos.

1.26 LL- 0001

Total end-to-end solution Leased lines (for voice and data) between Mumbai and Kota of 20 Mbps as per MR Clause No.:6.8.

1 Lot.

ENGINEERS INDIA

LIMITED NEW DELHI



B049-000-YZ-MR-2470 Sheet 5 of 16 D

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1.27 LL- 0002

Total end-to-end solution Leased lines (for voice and data) between Kota to Bijwasan of 20 Mbps as per MR Clause No.:6.8.

1 Lot.

1.28 INSMAT SUPP-0001

Supply of all Installation materials including all cables, connectors, junction box, HDPE conduit, patch cords, pigtails, warning mats, LAN extenders, etc. as per details provided in the Job Specification attached with the MR.

State : Maharashtra

1 Lot



State : Madhya Pradesh

1 Lot



State : Rajasthan

1 Lot



State : Uttar Pradesh

1 Lot



State : Haryana

1 Lot



State : New Delhi

1 Lot

2. Installation and Commissioning Services for the Complete Telecom System

ENGINEERS INDIA

LIMITED NEW DELHI



B049-000-YZ-MR-2470 Sheet 6 of 16 D

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2.1 INSMAT SER-0001

Installation, integration, documentation, termination, earthing of panels, etc, Transportation, site acceptance testing, trial run & commissioning, handing over to Client for fully functional optical system, EPABX system, CCTV system cameras & NVR, VCE System and Leased Lines as per the MR clause No.:6.4 for all the items covered under serial no. 1. State : Maharashtra

1 Lot

2.2 INSMAT SER-0002

Installation, integration, documentation, termination, earthing of panels, etc, Transportation, site acceptance testing, trial run & commissioning, handing over to Client for fully functional optical system, EPABX system, CCTV system cameras & NVR, VCE System and Leased Lines as per the MR clause No.:6.4 for all the items covered under serial no. 1 at MMBPL Rerouted SV-2, SV-3,SV-4. State : Maharashtra

1 Lot

2.3 INSMAT SER-0003

Installation, integration, documentation, termination, earthing of panels, etc, Transportation, site acceptance testing, trial run & commissioning, handing over to Client for fully functional optical system, EPABX system, CCTV system cameras & NVR, VCE System and Leased Lines as per the MR clause No.:6.4 for all the items covered under serial no. 1. State : Madhya Pradesh

1 Lot

2.4 INSMAT SER-0004

Installation, integration, documentation, termination, earthing of panels, etc, Transportation, site acceptance testing, trial run & commissioning, handing over to Client for fully functional optical system, EPABX system, CCTV system cameras & NVR, VCE System and Leased Lines as per the MR clause No.:6.4 for all the items covered under serial no. 1. State : Rajasthan

1 Lot

ENGINEERS INDIA

LIMITED NEW DELHI



B049-000-YZ-MR-2470 Sheet 7 of 16 D

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2.5 INSMAT SER-0005

Installation, integration, documentation, termination, earthing of panels, etc, Transportation, site acceptance testing, trial run & commissioning, handing over to Client for fully functional optical system, EPABX system, CCTV system cameras & NVR, VCE System and Leased Lines as per the MR clause No.:6.4 for all the items covered under serial no. 1. State : Uttar Pradesh

1 Lot

2.6 INSMAT SER-0006

Installation, integration, documentation, termination, earthing of panels, etc, Transportation, site acceptance testing, trial run & commissioning, handing over to Client for fully functional optical system, EPABX system, CCTV system cameras & NVR, VCE System and Leased Lines as per the MR clause No.:6.4 for all the items covered under serial no. 1. State : Haryana

1 Lot

2.7 INSMAT SER-0007

Installation, integration, documentation, termination, earthing of panels, etc, Transportation, site acceptance testing, trial run & commissioning, handing over to Client for fully functional optical system, EPABX system, CCTV system cameras & NVR, VCE System and Leased Lines as per the MR clause No.:6.4 for all the items covered under serial no. 1. State : New Delhi

1 Lot

ENGINEERS INDIA

LIMITED NEW DELHI



B049-000-YZ-MR-2470 Sheet 8 of 16 D

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Unit rates for addition / deletion (Not part of base price. This value shall not be considered for Price evaluation criteria.) a. Supply of SDH STM-16 b. Installation, Commissioning and integration of SDH STM-

16 with the proposed SDH network c. Supply of IP PTZ CCTV with housing accessories d. Installation & Commissioning of IP PTZ CCTV Camera

along with housing accessories e. Supply of IP Fixed CCTV Camera with housing

accessories f. Installation & Commissioning of IP Fixed CCTV Camera

along with housing accessories g. Supply of IP PTZ Ex-proof CCTV Camera along with

housing accessories h. Installation & Commissioning of IP PTZ Ex-proof CCTV

Camera along with housing accessories. i. Supply of SDH Work Station (NMC) along with all software j. Installation & Commissioning of SDH Work Station (NMC)

along with all software k. Supply of STM-1 Transceiver, Short-haul l. Supply of STM-1 Transceiver, Long-haul m. Supply of STM-4 Transceiver, Short-haul n. Supply of STM-4 Transceiver, Long-haul o. Supply of STM-16 Transceiver, Short-haul p. Supply of STM-16 Transceiver, Long-haul q. Supply of IP Telephone r. Installation & Commissioning of IP Telephone s. Supply of Indoor Analog Telephone t. Installation & Commissioning of Indoor Analog Telephone u. Supply of Ex-proof Analog Telephone v. Installation & Commissioning of Ex-proof Analog

Telephone w. Supply of 6m camera pole x. Per meter rate for Supply of PVC conduit y. Per meter rate for Supply of HDPE conduit z. Per meter rate for Supply of GI conduit aa. Supply of Optical to Ethernet Convertor bb. Per meter rate for Supply of OFC (ITU-T G.652, 12 fibres) cc. Per meter rate for Supply of unarmoured CAT-6 cable dd. Per meter rate for Supply of armoured CAT-6 cable ee. Supply of 50m Cat-6 cable for CCTV cameras in flame

retardant PVC conduit ff. Installation, Commissioning of 50m Cat-6 cable for CCTV

cameras in flame retardant PVC conduit. gg. Supply of POE injector. hh. Supply of White light illuminator. ii. Manday Training rate for SDH System at OEM factory jj. Manday Training rate for EPABX System at OEM factory kk. Manday Training rate for CCTV System at OEM factory ll. Manday Training rate for SDH at Site mm. Manday Training rate for EPABX at Site nn. Manday Training rate for CCTV at Site.

ENGINEERS INDIA

LIMITED NEW DELHI



B049-000-YZ-MR-2470 Sheet 9 of 16 D

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oo. Supply of DC-DC converter. pp. Supply of 55: LED TV. qq. Supply of 65” LED TV. rr. Supply of 48 port Layer 2 Ethernet switch. ss. Supply of 8 port POE Ethernet switch. tt. Supply of Client workstation. uu. Supply of CCTV NVR server vv. Supply of Pre-Amplifier (EDFA) ww. Supply of Booster Amplifier (EDFA)

4 TRNG

Training as per Clause 6.1 of job Specification (B049-000-16-51-SP90) attached with MR Clause No.:6.1. (shall be considered for evaluation)

1 Lot

5 (Post Warranty Maintenance Contract shall be considered for evaluation but ordering for the same will be separate from the main system order).

5.1.1 CPWMC-0001

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for first year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State : Maharashtra

1 Lot

5.1.2 CPWMC-0002

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for first year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State : Madhya Pradesh

1 Lot

5.1.3 CPWMC-0003

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for first year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State : Rajasthan

1 Lot

ENGINEERS INDIA

LIMITED NEW DELHI



B049-000-YZ-MR-2470 Sheet 10 of 16 D

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5.1.4 CPWMC-0004

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for first year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State : Uttar Pradesh

1 Lot

5.1.5 CPWMC-0005

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for first year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State : Haryana

1 Lot

5.1.6 CPWMC-0006

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for first year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State :New Delhi

1 Lot

5.2.1 CPWMC-0007

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for second year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State : Maharashtra

1 Lot

ENGINEERS INDIA

LIMITED NEW DELHI



B049-000-YZ-MR-2470 Sheet 11 of 16 D

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5.2.2 CPWMC-0008

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for second year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State : Madhya Pradesh

1 Lot

5.2.3 CPWMC-0009

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for second year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State : Rajasthan

1 Lot

5.2.4 CPWMC-0010

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for second year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State : Uttar Pradesh

1 Lot

5.2.5 CPWMC-0011

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for second year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State : Haryana

1 Lot

ENGINEERS INDIA

LIMITED NEW DELHI



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5.2.6 CPWMC-0012

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for second year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State : New Delhi

1 Lot

5.3.1 CPWMC-0013

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for third year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State: Maharashtra

1 Lot

5.3.2 CPWMC-0014

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for third year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State: Madhya Pradesh

1 Lot

5.3.3 CPWMC-0015

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for third year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State: Rajasthan

1 Lot

ENGINEERS INDIA

LIMITED NEW DELHI



B049-000-YZ-MR-2470 Sheet 13 of 16 D

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5.3.4 CPWMC-0016

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for third year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State: Uttar Pradesh

1 Lot

5.3.5 CPWMC-0017

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for third year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State: Haryana

1 Lot

5.3.6 CPWMC-0018

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for third year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State: New Delhi

1 Lot

5.4.1 CPWMC-0019

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for fourth year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State: Maharashtra

1 Lot

ENGINEERS INDIA

LIMITED NEW DELHI



B049-000-YZ-MR-2470 Sheet 14 of 16 D

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5.4.2 CPWMC-0020

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for fourth year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State: Madhya Pradesh

1 Lot

5.4.3 CPWMC-0021

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for fourth year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State: Rajasthan

1 Lot

5.4.4 CPWMC-0022

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for fourth year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State: Uttar Pradesh

1 Lot

5.4.5 CPWMC-0023

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for fourth year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State: Haryana

1 Lot

ENGINEERS INDIA

LIMITED NEW DELHI



B049-000-YZ-MR-2470 Sheet 15 of 16 D

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7.

5.4.6 CPWMC-0024

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for fourth year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State: New Delhi

1 Lot

5.5.1 CPWMC-0025

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for fifth year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State: Maharashtra

1 Lot

5.5.2 CPWMC-0026

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for fifth year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State: Madhya Pradesh

1 Lot

5.5.3 CPWMC-0027

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for fifth year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State: Rajasthan

1 Lot

ENGINEERS INDIA

LIMITED NEW DELHI



B049-000-YZ-MR-2470 Sheet 16 of 16 D

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7.

5.5.4 CPWMC-0028

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for fifth year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State: Uttar Pradesh

1 Lot

5.5.5 CPWMC-0029

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for fifth year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State: Haryana

1 Lot

5.5.6 CPWMC-0030

COMPREHENSIVE POST WARRANTY MAINTENANCE CONTRACT (CPWMC) with Resident Engineer (RE) in Mumbai & Kota for complete Telecommunication System (i.e. 1 RE in Mumbai and 1 RE in Kota) for all systems for fifth year after completion of warranty period, as per requirements specified in the bid document Clause No.:6.9. State: New Delhi

1 Lot

(Bidder’s Seal) (Bidder’s Signature & Date)

LIST OF ATTACHMENTS

Sl. No. Document Title Document No. Rev Date Sheets

1. Technical Compliance Statement B049-000-16-51-CF-2470 B 19.04.2018 1

2. Vendor Data Requirement B049-000-16-51-VD-2470 C 19.04.2018 2

3. Special Instructions to Vendor B049-000-16-51-SI-2470 C 19.04.2018 3

4. Technical Questionnaire B049-000-Y Z-TQS-2470 B 10.10.2017 1

5. Certificate for Logistic Support B049-000-YZ-LSF-2470 C 19.04.2018 5

6. Job Specification for Telecom System B049-000-16-51-SP90 D 19.04.2018 120

7. Indicative System Configuration Diagram for Optical System (SDH)

B049-000-16-51-3201 D 24.04.2018 2

8. Indicative Diagram for VCS Connectivity B049-000-16-51-3202 B 11.10.2017 1

9. Indicative Diagram for EPABX Connectivity B049-000-16-51-3203 C 24.04.2018 1

10. Indicative Diagram for CCTV NVR Connectivity

B049-000-16-51-3204 B 11.10.2017 1

11. Procedure for Optical Fibre Cable Testing B049-000-16-51-SP82 A 06.09.2017 8

12. Specification for Quality Management system requirements from Bidders

6-78-0001 `1 12.03.2015 7

13. Specification for Documentation requirements from Suppliers

6-78-0003 1 12.03.2015 9

14. CCTV and NVR Distribution (Attachment-14) 14

15. Location Wise CCTV Details (Attachment-15) 15

16. OTDR Test Reports Summary (MMBPL & BKPL Existing Links) (Attachment-16) 23

ENGINEERS INDIA LTD.

NEW DELHI PROJECT- MMBPL & BKPL PROJECT SPECIFICATION NO. REV.

CLIENT: M/s BPCL B049-000-YZ-MR-2470 Page 1 of 1 D

This drawing and the design it covers are the property of ENGINEERS INDIA LIMITED. They are merely loaned and on the borrower’s express agreement that they will not be reproduced, copied, exhibited, nor used except in the limited way and private use permitted by any written consent given by lender to the borrower.

Rev. B Doc. No. B049-000-16-51-CF-2470

Sheet 1 of 1

TECHNICAL COMPLIANCE STATEMENT

(TO BE SIGNED BY VENDOR'S PRINCIPAL CORPORATE LEVEL SIGNATORY ON COMPANY LETTERHEAD)

I, ON BEHALF OF M/s------------------CONFIRM THAT THE PROPOSAL OF --------------------

-------------------- QUOTED BY M/s --------------------------------------- FOR BPCL MMBPL &

BKPL TELECOM UP-GRADATION PROJECT AGAINST MATERIAL

REQUISITION/TENDER/PACKAGE No. -------------------------------------------------- IS IN

TOTAL COMPLIANCE TO THE SCOPE AS WELL AS ALL THE TECHNICAL

SPECIFICATION AND NO DEVIATION, VARIATION OR RESERVATION

WHATSOEVER HAS BEEN MENTIONED IN THE TECHNICAL OFFER. IT IS

FURTHER AGREED THAT THE TECHNICAL DETAILS FURNISHED IN OUR OFFER

WILL BE REVIEWED BY EIL/BPCL DURING DETAILED ENGINEERING STAGE

AFTER ORDER AND ANY CHANGE (NOT LOWERING OF TECHNICAL

SPECIFICATION) REQUIRED TO MEET THE REQUIREMENTS OF ENQUIRY SCOPE

AND SPECIFICATION INCLUDING AMENDMENT(S) (IF ANY) WILL BE

INCORPORATED BY US WITHOUT ANY PRICE AND TIME IMPLICATION.

(SIGNATURE WITH SEAL)

VENDOR DATA REQUIREMENT

S. No. Description With Quotes / Bid

AFTER PURCHASE ORDER Final

Documentation /As built Prints

Date Needed

1.

Execution Methodology, System Description including configuration diagram, protection schemes

1

2. Proposed (Ethernet) channelling plan 1

3.

Power consumption detail per unit per station & Total Power for new Telecom System

1

4. Detailed BOM per station 1

5. List of Mandatory Spares ‘1

6. List of manufacturer recommended 2 years Operation & Maintenance Spares

1

7. Technical Catalogue for each equipment & system 1

8.

Functional Design Specification (FDS) including detailed system design, system description with drawings, equipment schedule, power requirements, Optical Budget, System availability, Equipment Layout, rack layout, BOM, Mandatory Spares, etc. for each station for each system i.e.

(a) Optical System (SDH) (b) EPABX & Telephones (c) CCTV System & NVR (d) VCE System (e) Leased Line

1* 6W 3S

9. Technical Manuals of each type of equipment.

1 5W

10. Factory Acceptance Testing (FAT) Procedure

1* 12W

11. Integrated Factory Acceptance Testing (IFAT) Procedure

1* 15W

12. Site Acceptance Testing (SAT) Procedure

1* 18W

NOTES: 1. FOLD ALL DRAWINGS TO 216mm x 279mm AND ROLL TRANSPARENCIES. 2. BIDDER TO PROVIDE ALL TRANSPERANCIES AND PRINTED MATTER TO ENGINEERS INDIA LIMITED

(EIL- New Delhi) & BPCL - Mumbai. ATTENTION – BIDDER PRINT CONTROL DEPARTMENT`

BIDDER DRAWING NO- ORDER NO:- 19.04.2018 SS SK PKS MR NO. B049-000- YZ-MR-2470 10.10.2017 SS SK PKS


NEW DELHI

CLIENT: M/s BPCL DATE BY CHK APP PROJECT- MMBPL & BKPL TELECOM UP-GRADATION PROJECT

DOC. NO. REV.

BIDDER- B049-000-16-51-VDR-2470 (1/2) C This drawing and the design it covers are the property of ENGINEERS INDIA LIMITED. They are merely loaned and on the borrower’s express agreement that they will not be reproduced, copied, exhibited, nor used except in the limited way and private use permitted by any written consent given by lender to the borrower.

VENDOR DATA REQUIREMENT

13.

Maintenance manual comprising of preventive maintenance, trouble shooting procedure including failure analysis

1 18W

14. Station folder, Maintenance folder, Station inventory folder

# 6+3S

15. Certificates from Statutory Bodies for Ex-proof equipment, Test Certificates.

1

1.0 Bidder must take care of the following while submitting drawings and documents for review as indicated in Bidder Data requirement enclosed.

1.1 A blank space measuring 75mm W x 40 mm H shall be provided on all Bidders drawing for

marking review codes etc. by Engineers India Limited (EIL). 1.2 The review of Bidder drawings shall be done as applicable under the following review codes:

a) Review code 1 : No comments

b) Review code 2 : Proceed with manufacture/ fabrication as per commented

drawing. Revised drawing required.

c) Review code 3 : Document does not conform to basic requirements as marked. Resubmit it for review.

2.0 Review of the Bidder drawings by EIL would be only to check compatibility with basic design

and concepts and would in no way absolve the manufacturer/fabricator of his responsibility to meet applicable codes, specifications and statutory rules/regulations.

3.0 For drawings/documents indicated as FOR INFORMATION in the Vendor Data Requirement.

Bidder must mark FOR INFORMATION ONLY on the submitted drawing/documents.

LEGEND: CATEGORIES PRECEEDED WITH ‘*’ WILL BE APPROVED FOR FABRICATION BY ENGINEERS INDIA LIMITED. THE REMAINING DRAWINGS ARE NEEDED FOR INFORMATION ONLY. A/C = AS COMPLETED, A/R= AS REQUIRED, W/S= WITH SHIPMENT, W= WEEKS, S=SOFT COPY.

# - After Trial run before final acceptance of the system by Owner/Consultant. BIDDER DRAWING NO- ORDER NO:- 19.04.2018 SS SK PKS MR NO. B049-000- YZ-MR-2470 10.10.2017 SS SK PKS


NEW DELHI

CLIENT: M/s BPCL DATE BY CHK APP PROJECT- MMBPL & BKPL TELECOM UP-GRADATION PROJECT DOC. NO. REV.

BIDDER- B049-000-16-51-VDR-2470 (2/2)

C

This drawing and the design it covers are the property of ENGINEERS INDIA LIMITED. They are merely loaned and on the borrower’s express agreement that they will not be reproduced, copied, exhibited, nor used except in the limited way and private use permitted by any written consent given by lender to the borrower.

SPECIAL INSTRUCTIONS TO

VENDOR

DOCUMENT No. B049-000-16-51-SI-2470

Rev. D Page 1 of 4

Format No. EIL 1641-1924 Rev. 1

Copyright EIL – All rights reserved

SPECIAL INSTRUCTIONS TO VENDOR

D 19.04.2018 Issued for Bids SS SK PKS

C 08.02.2018 Client comments incorporated & Issued for bids SS SK PKS

B 10.10.2017 Client comments incorporated & Issued for bids SS SK PKS

A 25.08.2017 Issued for Client Comments SS SK PKS

Rev. Date Details Prepared by

Checked by

Approved by


VENDOR

DOCUMENT No. B049-000-16-51-SI-2470

Rev. D Page 2 of 4

Format No. EIL 1641-1924 Rev. 1 Copyright EIL – All rights reserved

I. GENERAL

1. Offer must be complete in all respect complying fully with the MR requirements without exception/deviation. No price change whatsoever shall be allowed to the bidder after submission of bid even if it results from any technical clarification. It may be noted that all items included in this MR shall be ordered to a single bidder. Bidder shall also note that all the quantities of various items indicated in this MR are indicative and actual BOM shall be sole responsibility of the bidder in line with MR requirements.

2. Any price change subsequent to the submission of the offer because of any technical query or any other reason attributable to the bidder may lead to rejection of the offer.

3. Bidder shall submit clause-wise compliance to the Job Specification for Telecom System (B049-000-16-51-SP90) as part of bid submission.

4. Bidder shall categorically sign and stamp each and every sheet of the Material Requisition including:- a) Vendor Data Requirements b) Special Instructions To Vendor c) Job specification for Telecom System d) List of Attachments

5. Bidder shall furnish the Documents Control Index (DCI) submission schedule within 15 Days of the receipt of LOI / FOI.

6. Bidder shall submit the Technical Questionnaire (TQ) duly filled in along with the offer. An offer without the filled in Technical questionnaire shall be considered as incomplete and is liable to be rejected.

7. Bidder shall submit the price details against each item specified in this MR in the separate price schedule sheet with unit rate. No information / description, technical or non-technical, other than what is required as per price format shall be filled or submitted. Unit rates as asked shall be provided separately.

8. Model numbers of each item including the accessories shall be indicated in the Source of Supply (SOS) form.

9. Bidder shall furnish scope responsibility matrix for the division of responsibility as per the format (PMR) attached with MR.

10. Offer shall be provided with technical catalogues of the offered models in English language.

11. Bidder shall be responsible for selection of correct model of the equipments/instruments to meet the purchaser's specifications. In case the model is


VENDOR

DOCUMENT No. B049-000-16-51-SI-2470

Rev. D Page 3 of 4


required to be changed at a later stage, to meet the purchaser's specifications as per the requisition, the same shall be done by the bidder without any price and delivery implications.

12. The make and model number of the equipments as offered shall be field proven. It shall be operating satisfactorily in similar applications (similar application means Cross country underground pipelines used for transportation of liquid / gas petroleum products / Crude or Power Transmission applications with minimum 5 hops

in the last seven years, which should have completed operation for a period of minimum 6 months as on date of tender). All items quoted in the PTR form shall have proven-ness documentary proof. In absence of PTR filled information details documentary proof, equipment offered shall not qualify for the technical evaluation.

13. Bidder to furnish documents to establish the proven facility of manufacturer. Also, giving information with regard to the project for which SDH equipment had been provided from the same facility from where equipment are being quoted for this project. If a foreign manufacturer is supplying any equipment under this package, it shall have operational service center in India.

14. The cost of post warranty comprehensive AMC for any particular year (including CAMC

for all the states) shall not be less than 2.5 % of total supply cost quoted by the bidder for this tender. In case: i) The bidder quotes more than 2.5% of the contract value (supply part) as CAMC

charges, the quoted charges shall be retained as it is towards CAMC charges for particular year and the same shall be considered for evaluation.

ii) If the bidder quotes less than 2.5% of the contract value (supply part) as CAMC charges, then 2.5% of the contract value (supply part) shall be considered for the evaluation purpose however the order shall be placed as per quoted rates by the bidder.

15. Tripartite agreement for back to back guarantee support to be provided for sub-contract

supply items.

16. Bidder to propose sub-systems from the following approved vendor list only. COMPANY approved makes for following items/systems are as follows:

Sr. No.

Equipment Make

1 EPABX Alcatel Lucent/ Siemens/Tadiran (Coral)

2 VCS Camera Polycom/ CISCO

3 CCTV Camera Bosch/ Axis/ Honeywell/ Pelco/ Sony

4 Test Instruments EXFO/ JDSU/ VIAVI

5 IP phone Alcatel Lucent/ Siemens/

6 Analog Phone Alcatel Lucent/ Siemens/ Beetel

7 Explosion proof Phone FHF/ Lelas


VENDOR

DOCUMENT No. B049-000-16-51-SI-2470

Rev. D Page 4 of 4


8 White LED for CCTV Cameras REDWALL/ Paragon Tech / Raytec /VIDEOTECH

9 Cabinet RITTAL/APW

10 FXO DINSTAR/ Matrix/ Grandstream/ Sangoma

11 FXS DINSTAR/ Matrix/ Grandstream/ Sangoma

12 LAN switch (Layer 3 ) 48 port CISCO/ HP/ JUNIPER/Allied Telesis

13 LAN switch (Layer 2 ) 48 port CISCO/ HP/ JUNIPER/Allied Telesis

14 LAN Switch (layer 2) 8 Port CISCO/ HP/ JUNIPER/Allied Telesis

15 DC-DC Convertor Phoenix contact / Meanwell / Delta/ Powertron

16 Cesium Clock OSCILLOQUARTZ/ GILLAM FEI/ SYMMETRICOM

17 Patch Cord FCI/ SUR LINK/ D-LINK/ 3M/Molex/Systimax/AMP

18 Media Convertor OTS / OSD/ RAD/ MRO TECK

19 Amplifier/Pre Amplifier ACCELINK / ETERN / IPG 20 Server/ Workstation HP / IBM / DELL 21 LED TV Sony / LG / Samsung

17. Offers will be evaluated as received on the basis of above points. 18. Bidder shall include inspection by EIL/ third party personnel at bidder's shop. For this

inspection, labour, consumable, equipment and utilities as required shall be in bidder's scope. All items shall be subjected to inspection by purchaser's representative at vendor's shop. Vendor shall provide all facilities and assistance during such testing. Extra inspection charges for arranging third party inspection agency, if any, shall be included by the bidder in the basic quote itself. Scope of Inspection shall be as per RFQ. Company Third Party Inspection (TPI) agencies are SGS/GLISPL/IRS/DNV/LRIS/EIL/TATA Projects/PDIL/ULIPL/RITES LTD/ITSIPL as amended time to time unless otherwise specified in the Special Purchase Conditions.

TECHNICAL QUESTIONNAIRE

This questionnaire shall be duly filled in and submitted along with un-priced sets of offers to avoid further queries and to ensure proper evaluation of your offer in time. If this is not complied with your offer is liable to be rejected.

ANSWER ‘YES’ ‘NO’ OR ‘NOT APPLICABLE

S.No DESCRIPTION BIDDER’S RESPONSE

1. Have you filled in Proven Track Record form along with supporting documents?

2. Have you filled Project Management & Responsibility form (PMR) & Source of Supply (SOS) form?

3. Have you provided list of Vendor’s recommended 2 years of Operation & Maintenance spares along with unit rates?

4. Have you considered

i. Resident Engineer in Warranty & CPWMC clause. ii. Cost of Maintenance Spares in CPWMC clause.

5. Have you enclosed the relevant technical catalogue / literature in ENGLISH language including model decoding details, drawing etc. necessary for the evaluation of your offer?

6. Have you confirmed that the documents required as per the Vendor Data Requirement will be supplied after placement of order?

7. Have you furnished the certificates from statutory bodies’ viz. ATEX, BASEEFA, FM, CSA, CCoE/PESO approval etc. for the Explosion Proof construction / Intrinsically Safe design of the equipment wherever specified?

Note: If the answer is in negative, then furnish response thereof.

BIDDER DRAWING NO- ORDER NO:- 10.10.2017 SS SK PKS MR NO. B049-000- YZ-MR-2470 25.08.17 SS SK PKS

B ENGINEERS INDIA LTD.

NEW DELHI

CLIENT: M/s BPCL DATE BY CHK APP PROJECT- MMBPL & BKPL TELECOM UP-GRADATION PROJECT DATA SHEET NO. REV.

BIDDER- B049-000-YZ-TQS-2470 B This drawing and the design it covers are the property of ENGINEERS INDIA LIMITED. They are merely loaned and on the borrower’s express agreement that they will not be reproduced, copied, exhibited, nor used except in the limited way and private use permitted by any written consent given by lender to the borrower.

FORMATS FOR LOGISTIC SUPPORT

CERTIFICATE

DOCUMENT No. B049-000-YZ-LSF-2470

Rev. C Page 1 of 5

Format No. EIL 1641-1924 Rev. 1

CERTIFICATE FOR LOGISTIC SUPPORT


CERTIFICATE


Rev. C Page 2 of 5


1.0 LOGISTIC SUPPORT CERTIFICATE

1.1 Bidder must furnish Certificate for providing necessary support services to Owner (M/s BPCL) for Telecommunication System committing themselves to provide logistic to purchaser in the format furnished along with.

1.2 In case of bought-out items, this certificate must be furnished for each of the Sub bidders clearly indicating type, model no. etc. Certificates issued by the local agents shall not be considered.

1.3 Certificates must be furnished from each manufacturer in case more than one manufacturer is proposed for an item. However, it is expected that the bidder proposes only one approved manufacturer for an item.

1.4 Certificate must be signed with seal by the official signatory on the Company’s letterhead.

1.5 For IT Hardware (like Workstations, Network Switches and Server) 10 Years support shall be provided.

1.6 For other telecom sub-system (like SDH, EPABX, CCTV Cameras and VCS) 10 Years support shall be provided.


CERTIFICATE


Rev. C Page 3 of 5



(FOR TELECOM SUB-SYSTEM) (To be signed by Manufacturer's (OEM) corporate level signatory on company's letterhead) I, on behalf of M/s______________________________ confirm that the _______________________Model No.__________________ for quoted by M/s_______________________________ for M/s BPCL against Material Requisition no. B049-000-YZ-MR-2470 shall continue to be supported by us for a period of minimum 10 years. The quoted system shall not be withdrawn from Indian market as a matter of our corporate policy. I further confirm that in case of placement of order by BPCL on us, we shall continue to support BPCL in providing back-up engineering, maintenance support and spare part support for a period of 10 years from the date of placement of order.

SIGNATURE WITH SEAL AUTHOURIZED, SENIOR

MANAGEMENT LEVEL (PRINCIPAL

CORPORATE LEVEL) SIGNATORY


CERTIFICATE


Rev. C Page 4 of 5



(For IT Hardwares) (To be signed by Manufacturer's (OEM) corporate level signatory on company's letterhead) I, on behalf of M/s______________________________ confirm that the _______________________Model No.__________________ for quoted by M/s_______________________________ for M/s BPCL against Material Requisition no. B049-000-YZ-MR-2470 shall continue to be supported by us for a period of minimum 10 years. The quoted system shall not be withdrawn from Indian market as a matter of our corporate policy. I further confirm that in case of placement of order by BPCL on us, we shall continue to support BPCL in providing back-up engineering, maintenance support and spare part support for a period of 10 years from the date of placement of order.


MANAGEMENT LEVEL (PRINCIPAL

CORPORATE LEVEL) SIGNATORY


CERTIFICATE


Rev. C Page 5 of 5


PERFORMANCE GUARANTEE CERTIFICATE

a) Telecommunication System complete with its Performance Certificate shall be supplied by us.

(To be signed by Bidder’s or Manufacturer's (OEM) corporate level signatory on company's letterhead)

I, ____________________on behalf of M/s. ____________________________, certify that in the event of placement of order for Telecommunication System by BPCL on us.

b) M/s. _______________________, shall stand guarantee for the performance of the Telecommunication System when installed along with the SDH System, EPABX System & telephones, CCTV system with NVR and cameras, VCE System and associated items at site.

c) Our involvement shall be ensured during Design, System Engineering, Testing and Factory Acceptance Testing, Integrated Factory Acceptance Testing, Site Commissioning and Site Acceptance Testing.

d) With the methodology proposed herein, we M/s ___________________ shall stand guarantee for the complete Telecommunication System as per the specified performance specifications.


MANAGEMENT LEVEL (PRINCIPAL CORPORATE LEVEL) SIGNATORY

TELECOMMUNICATION SYSTEM FOR

MMBPL& BKPL UPGRADATION PROJECT

DOCUMENT No. B049-000-16-51-SP90

Rev. D Page 1 of 120

D 19.04.18 CLIENT COMMENTS INCORPORATED &

ISSUED FOR BIDS

SS SK PKS

C 10.02.18 CLIENT COMMENTS INCORPORATED & ISSUED FOR BIDS

SS SK PKS

B 10.10.17 CLIENT COMMENTS INCORPORATED & ISSUED FOR BIDS

SS SK PKS

A 23.08.17 ISSUED FOR CLIENT COMMENTS SS SK PKS

Rev. No Date Purpose Prepared

by Checked

by Approved

by Format No. EIL 1641-1924 Rev. 1 Copyright EIL – All rights reserved

JOB SPECIFICATION

FOR

TELECOMMUNICATION SYSTEM

PROJECT: MMBPL & BKPL TELECOM UP-GRADATIONPROJECT

CLIENT: BPCL






TABLE OF CONTENTS

1.0 GENERAL ...................................................................................................................... 72.0 PROVENNESS REQUIREMENTS & TECHNICAL FORMS ............................................ 93.0 SCOPE OF WORK & SUPPLY .................................................................................... 164.0 DESIGN OBJECTIVES AND GUIDE LINES ................................................................ 265.0 SYSTEM / SUB-SYSTEM SPECIFICATIONS .............................................................. 396.0 GENERAL .................................................................................................................... 84ANNEXURE-I (INDICATIVE MTO) .................................................................................... 102ANNEXURE –II (VCS & CCTV LED DETAILS) ................................................................. 106ANNEXURE –III(EXISTING CCTV CAMERA DETAILS) ................................................... 108ANNEXURE-IV (INDICATIVE LIST OF INSTALLATION MATERIALS FOR CCTV) ......... 112ANNEXURE-V (INDICATIVE LIST OF CAT6 CABLE REQUIREMENT FOR IP PHONES) 114ANNEXURE-VI (ETHERNET SWITCH DETAILS) ............................................................. 118






ABBREVIATIONS & TERMS

ACS : Access Control System ATEX : ATmosphere EXplosives (b) : Blank space BASEEFA : British Approvals Service for Electrical Equipment for Flammable Atmospheres BER : Bit Error Rate CCoE : Chief Controller of Explosives CCTV : Closed Circuit Television CD : Compact Disc CDROM : Compact Disc Read Only Memory CIMFR : Central Institute of Mining and Fuel Research dB/db : Decibel °C : Degree Centigrade Dwg : Drawing EIA : European Industries Association EIC : Exchange Interface Card EMI : Electromagnetic Interference EOW : Engineering Order Wire EPABX : Electronic Private Automatic Branch Exchange ERTL : Electronics Regional Test Laboratory ETSI : European Telecommunication Standard Institute FAT : Factory Acceptance Testing FDF : Fibre Distribution Frame FRP : Fibre Reinforced Plastic






FTC : Fibre Termination Closure HDD : Hard Disc Drive ICAO : International Civil Aviation organization IDF : Intermediate Distribution Frame IEC : International Electro technical Commission ISO : International Standardization Organization ITU : International Telecommunication Union Kbps : Kilo Bits per Second LCD : Liquid Crystal Display LCIE : Laboratorie Central Des Industries Electriques LCT : Local Craft Terminal LED : Light Emitting Diode LO : Local Oscillator MB : Mega Bits MCU : Multi point Conferencing Unit MDF : Main Distribution Frame MUX : Multiplexer NA : Not Applicable NIT : Notice Inviting Tender nm : nano meter NMC : Network Management Center NMS : Network Management System NVR : Network Video Recorder OEM : Original Equipment Manufacture OFC : Optical Fibre Cable






PC : Personal Computer PCM : Pulse Code Modulation PESO : Petroleum Explosives Safety Organization PMR form : Project Management and Responsibility form POH : Path Over Head PRC : Primary Reference Clock PTR form : Proven Track Record form Rev : Revision RFI : Radio Frequency Interference RH : Relative Humidity RTU : Remote Terminal unit SAT : Site Acceptance Testing SCADA : Supervisory Control and Data Acquisition SDH : Synchronous Digital Hierarchy SIC : Subscriber Interface Card SOH : Section Over Head SOS form : Source of Supply form STM : Synchronous Transport Module TDM : Time Division Multiplexer TLO : Trans Local Oscillator UL : Underwriters Laboratories UHD : Ultra High Definition VAC : Volts AC VC : Virtual Container VCS : Video Conferencing System






VDC : Volts DC VF : Voice Frequency VGA : Video Graphics Adaptor VCE : Video Conferencing End point Equipment






1.0 GENERAL 1.1 INTRODUCTION

BPCL is presently having a cross country pipeline length of 2208 KMs. BPCL cross country pipeline passes through different terrain like forest, barren land, farm land, urban area, river and sea etc. Mumbai-Manmad-Bijwasan Pipeline and Bina-Kota Pipeline are having dedicated telecommunication networks along the pipelines.

Various applications used in pipelines like SCADA, CCTV, VCS, Phones, PLC are all dependent on this dedicated telecom network of the Pipeline. Most of these systems have high level of interdependence and rely on each other for proper working. These telecommunication systems consist of various networks which have been deployed over a time span of 2 decades. At present the whole telecom system comprises of multiple and wide range of systems/platforms for all telecommunication needs of pipelines. Telecom systems were installed in pipelines as and when the pipeline section was commissioned and not having any single integrated system. This has increased the complexity of the telecom system and its dependent systems. Further it is also to be noted that some of the Telecom systems and their associated technologies are old and facing end of life issues.

Some major problems with existing Telecom system are (i) integration of newer and old technologies which were commissioned during pipeline commissioning in last two decades, (ii) Lack of support for some of the sub-systems (VCS, CCTV), (iii) PDH technology used in Mumbai-Manmad section is obsolete and also its spares are not available, (iv) Existing EPABX are all non-IP and (v) some of the RTU are serial based whereas all new RTU nowadays must be compatible with Ethernet.

In view of above, need is felt to revamp the Telecom system to cater to the current requirements in terms of bandwidth and other aspects like SCADA, CCTV monitoring, Voice Communication, Video Conferencing, Leased Line, etc. This Document (B049-000-16-51-SP90) provides the technical requirements of the Telecommunication system.

1.2 TERMS AND DEFINITIONS

BIDDER Agency (Bidder/Contractor) that makes the bid in its name and takes the total responsibility for the job irrespective of support from any other sub-agency.

SUB-VENDOR Sub-agency identified by the Bidder at the bid stage for

execution of a pre-defined part of the work. BID Bidder’s offer BID DOCUMENT This tender document. CLIENT/ BPCL OWNER






CONSULTANT Engineers India Limited (EIL)

1.3 BID OUTLINE REQUIREMENTS 1.3.1 Bidder is required to make a proposal in a format as outlined below (with each page of

the proposal properly numbered and duly authenticated) in order to achieve the objective of maintaining uniform proposal structure from all the bidders. In addition to the hard copies as required, bidder shall provide softcopies of his bid in CD form also. All communication on this Bid, including those generated by the sub-vendor, and any subsequent correspondence shall be through the Bidder only.

TELECOMMUNICATION SYSTEM

Part 1: TECHNICAL PROPOSAL CHAPTER I COMPOSITION OF THE BID This chapter is to describe the proposal in brief and the roles of various parties who are involved in bidding this project, clearly defining the Bidder & Sub-Vendor (with name, address, Contact details, etc.) In addition, the project organization structure putting together various parties with inter-relationship shall also be submitted.

CHAPTER II: PROVENNESS REQUIREMENTS, TECHNICAL

FORMS& BID EVALUATION REQUIREMENTS Bidder is required to submit filled up PTR, PMR and SOS forms as per this Bid document.

CHAPTER III VENDOR DATA REQUIREMENT Bidder is required to submit documents as per Vendor data requirement. CHAPTER IV INFORMATION FROM BIDDER Bidder is required to submit complete information for all systems and as asked from him in various sections of this document. CHAPTER V INDICATIVE BILL OF MATERIAL (For Information)

CHAPTER VI TECHNICAL BROCHURES Bidder is required to submit Technical literature/pamphlets for offered item covering full guaranteed technical specifications.

CHAPTER VII COMPANY PROFILE PAMPHLETS

CHAPTER VIII MISCELLANEOUS INFORMATION

Part: 2 COMMERCIAL PROPOSAL






1.3.2 The scope of work, supply, technical & commercial requirements are explicitly provided in the Bid document. Bidder is required to study these requirements in detail and make a proposal in an outline as defined above, completely meeting these requirements. The offer must be complete in all respects leaving no scope for ambiguity.

1.3.3 It is in the interest of Bidder to submit complete comprehensive proposal leaving no scope for the Company to raise any further questionnaires as the proposal may only be evaluated on the basis of what has been submitted by the bidder at the first instance in order to adhere to very strict project schedule requirements.

2.0 PROVENNESS REQUIREMENTS & TECHNICAL FORMS

2.1 PROVEN TRACK RECORD (PTR) FORM

S.No. DESCRIPTION TO BE FILLED BY BIDDER

DETAILS OF ALL EQUIPMENTS, SUB-SYSTEMS AS OFFERED FOR MMBPL& BKPLUPGRADATIONPROJECT

1) STM-16 EQUIPMENT 1. Make & Model No. 2. Details of the Project where used earlier 3. Name of Owner 4. Name & address of Owner’s contact person 5. Telephone No. & Fax 6. Name of Manufacturer 7. Date, month & Year of commissioning of STM-16

Equipment

8. Any system breakdowns 9. Cause of breakdowns

10. Whether similar STM-16 Equipment offered for this project (Yes/No)

11. Manufacturing facility from where STM-16 Equipment were supplied for the earlier project

12. Manufacturing facility of STM-16 Equipment for this project is same as per Sr. No. 11 above (Yes/No)

2) NETWORK MANAGEMENT SYSTEM (SDH) : 1. Make & Model No. 2. Details of the Project Where used earlier 3. Name of Owner 4. Name & Address of Owner’s contact person 5. Telephone & Fax No. 6. Name of manufacturer 7. Date, Month & Year of commissioning of NMS 8. Any system breakdowns 9. Cause of breakdowns






10. Whether similar Network Management System offered for this project (Yes/No)

11. Manufacturing facility from where Network Management System were supplied for the earlier project

12. Manufacturing facility of Network Management System for this project is same as per Sr. No.11 above (Yes/No)

3) EPABX (IP BASED) 1. Make & Model No. 2. Details of the Project Where used earlier 3. Name of Owner 4. Name & Address of Owner’s contact person 5. Telephone & Fax No. 6. Name of manufacturer 7. Date, Month & Year of commissioning 8. Any system breakdowns 9. Cause of breakdowns

10. Whether similar EPABX Offered for this pipeline project (Yes/No)

11. Manufacturing facility from where EPABX were supplied for the earlier project

4) VCS SYSTEM 1. Make & Model No. 2. Details of the Project Where used earlier 3. Name of Owner 4. Name & Address of Owner’s contact person 5. Telephone & Fax No. 6. Name of manufacturer 7. Date, Month & Year of commissioning 8. Any system breakdowns 9. Cause of breakdowns

10. Whether similar VCS offered for this pipeline project (Yes/No)

11. Manufacturing facility from where VCS system were supplied for the earlier project

12. Manufacturing facility of VCS system for this pipeline project is same as per Sr. No.11 above (Yes/No)

5) CCTV Cameras PTZ Fixed 1. Make & Model No. 2. Details of the Project Where used earlier 3. Name of Owner 4. Name & Address of Owner’s contact person 5. Telephone & Fax No. 6. Name of manufacturer 7. Date, Month & Year of commissioning 8. Any system breakdowns 9. Cause of breakdowns






10. Whether similar CCTV Cameras offered for this pipeline project (Yes/No)

11. Manufacturing facility from where CCTV Cameras was supplied for the earlier project

12. Manufacturing facility of CCTV Cameras for this pipeline project is same as per Sr. No. 11above (Yes/No)

6) CCTV NETWORK VIDEO RECORDER (NVR)

13. Make & Model No. 14. Details of the Project Where used earlier 15. Name of Owner 16. Name & Address of Owner’s contact person 17. Telephone & Fax No. 18. Name of manufacturer 19. Date, Month & Year of commissioning 20. Any system breakdowns 21. Cause of breakdowns 22. Whether similar NVR offered for this pipeline project

(Yes/No)

23. Manufacturing facility from where NVR was supplied for the earlier project

24. Manufacturing facility of NVR for this pipeline project is same as per Sr. No.11 above (Yes/No)

7) Whether Documentation in support of above clauses

(1, 2, 3, 4, 5& 6) identifying scope of responsibility and successful commissioning of above mentioned items furnished for ascertaining field proven-ness criteria of minimum six months (Yes/No)*

(Signature and stamp of Bidder)

*All items quoted in the PTR form shall have proven-ness documentary proof. The bidder should provide PO copies, completion certificate, performance certificate/ E-mail (minimum 6 month) from end user, and reference/contact details of the client where the job has been performed as required to amply prove that bidder meets the PTR requirements. The PO date shall be within 7 years prior to the original tender due date. In absence of PTR filled information details/documentary proof, equipment offered shall not qualify for the technical evaluation.






2.2 PROJECT MANAGEMENT AND RESPONSIBILITY (PMR) FORM

Bidder shall be entirely and exclusively responsible for all works under this bid document. Bidder to fill up blank spaces (marked (b)), of this form. Legend: NA – Not applicable

S. N Description Performed by (name) Bidder/Sub-Vendor

Place of execution of the activity

1. Single source responsibility including Survey, Design, Engineering, Manufacture, Supply of total Telecommunication system including all related goods and providing all related services including Survey, installation, testing, integration, training, trial run, commissioning and warranty for the successful completion of the project.

Bidder (b) NA

2. System Design, Engineering for: a) Optical Fibre Communication

System (SDH)

b) Clocks (Primary & Secondary)

c) CCTV System with Cameras &NVR

d) Video Conferencing System

e) EPABX System with Telephones

f) Leased Line

(b)

(b)

(b)

(b)

(b)

(b)

(b)

(b)

(b)

(b)

(b)

(b) 3. Documentation Bidder NA

4. Training 1.4.1 First course Optical Fibre communication system (SDH), EPABX 1.4.2 Second course

(b)

(b)

Manufacturing (OEM) facilities from where the respective equipments/ subsystems are offered. SITE






[For Optical Fibre Communication System (SDH),CCTV NVR, Video Conferencing System& EPABX System]

5. Factory Acceptance Testing (FAT):

A) Equipment testing a) Optical Fibre communication

system (SDH)

(b)

Manufacturing facilities (OEM) from where the respective equipments/ subsystems are offered

b) VCE System

c) EPABX System

d) CCTV NVR B) System Integration Testing (SIT) /

Integrated Factory Acceptance Testing (IFAT)

(b)

(b)

(b)

(b)

FAT at OEM manufacturing Location to be done by bidder as per approved FAT procedure. TPI (third Party Inspection) agency shall be involved by Bidder. Manufacturing facility of SDH equipment / bidder’s proven Integration Centre

6. Installation, Integration, Pre-commissioning, Site Acceptance Testing, Trail-run and Commissioning for: a) Optical Fibre Communication

system (SDH) with Clock

b) CCTV System with Camera &NVR c) VCE System d) EPABX System

e) Leased Line

(b)

(b)

(b)

(b)

(b)

SITE

SITE

SITE

SITE

SITE







2.3 SOURCE OF SUPPLY (SOS) FORM Bidder shall provide data for the offered equipment:

Sl.No. Description Make, place of manufacturing

Model, Version No.,

Name of Company/ Organization responsible for support & maintenance facilities for this item / system

1. OPTICAL FIBRE COMMUNICATION SYSTEM

1. STM-16 (SDH) Equipment

(SDH) [No options are to be provided for SDH]

2. SDH NMS (server)

at Mumbai & Kota

3. SDH NMS (client) at Manglya, Piyala & Bina

4. Primary Clock (Cesium) at Mumbai

5. Secondary Clock (GPS) at

Bijwasan

2. EPABX & TELEPHONES

1.1) EPABX (IP based)

EPABX

1.2) EPABX NMS at

Mumbai

A) IP Telephones

TELEPHONES

B) Analog Telephones

C) Explosion proof

Telephones






D) Flashing Beacon

E) Howler

F) Acoustic Booth [Acoustic

Hood not to be offered]

3. VIDEO CONFERENCING SYSTEM 1)Video Conferencing End Point Equipment with External (25 sites) MCU& Workstation (PC) 2)Video Conferencing End Point Equipment with In-built (5 sites) MCU 3)Video Conferencing Screen (65” HD LED screen - Industrial Grade) 4) Video Conferencing Screen (55” HD LED screen - Industrial Grade)

4.

1) CCTV (Fixed) type

CCTV SYSTEM NVR

2) CCTV (PTZ) type 3) NVR Server along with 21” LED

monitor

4) Video Management Software (VMS)

5) Storage (RAID 5) 6) 65” HD LED Screen - Industrial

Grade 7) 55” HD LED Screen - Industrial

Grade 8) Fibre to Ethernet Convertor 9) Ethernet Switch [L2 Managed

Switch - 48 port]

10) Ethernet Switch [L2 Managed Switch - 8 port]







3.0 SCOPE OF WORK & SUPPLY 3.1 Scope of Work & Supply

Bidder’s scope of work and supply for the Telecommunication system defined in this document shall be on turnkey basis and the scope shall include but not be limited to the following: Project Management, Survey, Design, Engineering, Manufacture/Procurement, Supply of all related goods and providing all related services including installation, earthing, testing, training, integration, trial run, commissioning, etc, all complete, including the related civil works in the respective Control/Telecom room, cabling for the new Telecom System, preparation of the related drawings, documents, etc., of the telecom system. The system shall comprise of an Optical Fibre based Digital Communication System of Synchronous Digital Hierarchy, EPABX System, Video Conferencing, CCTV System with cameras & NVR, Telephones, Leased line, Test Instruments, etc. as per requirements & specifications of this bid document.

The scope of work and supply shall broadly consist of the following parts:

5. TESTINSTRUMENTS

1) OTDR Machine (with accessories) – 7 Nos.

2) Optical Power Source (with

accessories & redundant Power pack) - 7 Nos.

3) Optical Power Meter (with accessories) - 7 Nos.

4) Pig-tail Cleaner (non-alcoholic) - 7

Nos.

5) Laser Source for OFC (min 2km range) -7 Nos.

6. EQUIPMENT RACKS






A) STM-16in new cabinets at all locations and SDH NMS on few locations. “Bidder to note that maximum downtime of 24 hours shall be provided per station for replacement of SDH equipment.”

B) Providing Primary Reference Clock (Cesium) at Mumbai and Secondary Clock

(GPS) at Bijwasan for synchronization.

C) Providing CCTV System NVR and integrating the same as unified solution for the overall MMBPL & BKPL CCTV system network including reconfiguration with Existing Cameras and new CCTV cameras at identified locations with cat-6 cable for new & existing cameras. (Refer Attachment-15 for more details)

D) Providing Video Conferencing facility and integrating the same as unified

solutionfor the overall MMBPL & BKPL VCS network.

E) Providing IP based EPABX system& EPABX NMS along with Analog, IP & Explosion-proof telephones (in Acoustic booth with Beacon and Howler near Pump house) and integrating the same as unified solution for the overall MMBPL & BKPL EPABX network.

Existing EPABXs of KJPL (Kota Jobner Pipeline - Make: Alcatel), MUPL (Mumbai Uran Pipeline - Make: Alcatel) and CCKPL (Cochin Coimbatore Karur Pipeline - Make: Alcatel) shall also be integrated with MMBPL and BKPL EPABXs.

F) Providing 20 Mbps Leased Line between Mumbai & Kota.

G) Providing 20 Mbps Leased Line between Kota & Bijwasan.

H) Lease Line of Mumbai to Bijwasan (20 Mbps) & 60 Mbps between Mumbai &

SV-04 which is existing shall also be utilized in this new Telecom Network design.

I) Test Instruments

J) Dismantling and packing of existing telecom subsystem like SDH, CCTV

cameras (non-ONVIF), Clocks, VCS, etc. as identified in the bid document.

K) All associated services for installation, testing, commissioning & start-up of the complete telecom system.

L) Training

M) Spares

N) Documentation






3.2 Detailed scope of work and supply shall include but not be limited to the following

3.2.1 Gather information for complete system design and detailed engineering to meet the overall system availability objectives.

3.2.2 On the basis of information and capability of the system to be offered, bidder shall

provide an overview of the proposed system’s architecture, detailed bill ofmaterial and the technical proposal.

3.2.3 Supply and Installation of all items as required providing the following facilities:

1. VOICE COMMUNICATION

i)

EPABX SYSTEM

a)

EPABX shall be installed at following stations with integration to telecom system network which shall provide dialing facility in the various rooms in respective pipeline control buildings and to other pipeline buildings. Details of distribution of Telephones shall be finalized post award detailed engineering. At Mumbai, Admin Building, bidder to extend EPABX connectivity (48 Analog Phones) using VLAN (existing BPCL VLAN to be used), all necessary hardware/software/licenses/configuration are in the scope of bidder.

Subscriber dialing for Pipeline application & Security application

Sl. no. Locations with nos. Capacity of EPABX

1. i.Mumbai ii.Bina

100 Analog lines expandable to 200 & 100 IP lines expandable to 150 IP lines.

1a. Mumbai EPABX NMS

2.

i. Manmad ii. Manglya iii. Kota iv. Bharatpur v. Piyala vi. Bijwasan

40 Analog lines expandable to 50 & 50 IP lines expandable to 70 IP lines

3.

i. Mathura ii. Washala iii. Sanghvi iv. Gujri v. Malarna

30 Analog lines expandable to 40 & 30 IP lines expandable to 50 IP lines.

b) Hotline facility






Hotline facility shall be provided between attended stations of MMBPL& BKPL.

c)

EOW/IP shall be configured with the SDH nodes at the all stations.

Engineering order wire (EOW)/ IP

2. NON-VOICE COMMUNICATION

a)

As part of the scope of this project, Videoconferencing facility shall be provided at following stations with external (25 sites) and inbuilt (5 sites) MCU and wall mounted HD LED monitor(Industrial Grade). Video Conferencing End point equipment shall be connected over IP. Locations of placement of Video-Conferencing equipment in the control building shall be identified and the bidder may obtain details after award of work.

VIDEO-CONFERENCING

Sl. no. Locations with nos. MCU type

1. i. Mumbai ii. Kota iii. Bijwasan

VCS Camera (Internal MCU 5 sites) with External MCU (25 sites) with workstation (PC) with min. 15 m cable for MIC. (one at each location)

2.

i. Mumbai –3 nos. ii. Washala iii. Manmad iv. Sanghvi v. Gujri vi. Manglya vii. Malarna viii. Bharatpur ix. Mathura x. Piyala xi. Bina

VCS camera with Internal MCU (5 sites) with min. 15 m cable for MIC. (one at each location except Mumbai)

b)

Bandwidth requirement for the SCADA System shall be over the entire section of the MMBPL& BKPLwhich is part of the scope of this project. It shall be the bidder’s responsibility to provide proper Ethernet channeling for the SCADA System.

DATA COMMUNICATION






c)

CCTV System NVR shall be provided at following stations as tabulated below. New CCTV cameras at non-ONVIF cameras location attached with this job specification. New and existing cameras for entire MMBPL & BKPL network are 233. New cameras are 137 nos. (Fixed: 83 nos. & PTZ: 54 nos.) Fixed (non-ONVIF) cameras are to be replaced with Fixed (New) cameras and with new cable from Telecom Cabinet (SDH) to Camera location. Similarly, PTZ (non-ONVIF) cameras are to be replaced with PTZ (New) cameras and with new cable from Telecom room to CCTV location. Pole of 6m to be considered for mounting of PTZ as per Attachment 15. OFC required for CCTV installation shall be provided as Free Issue Material by the Company. Civil work required for OFC laying for CCTV will be by the BPCL. New NVR to be proposed in such a manner that any kind of existing CCTV camera i.e. Analog/Digital/IP of any make with suitable media convertors if required can be configured for live video streaming and video recording. The existing make of CCTV cameras are Pelco, Axis, Godrej & Verint. New camera Licenses for the NVRs to be procured such that the total pipeline CCTV load can be distributed uniformly on the Thirteen(13) nos. of NVR servers for efficient recording & monitoring. However option of viewing of all the CCTV cameras of MMBPL & BKPL network to be extended to each of the Thirteen NVRs. NVR redundancy shall be provided at Mumbai and Kota in 1:1 configuration. Client workstations with required hardware, software, licenses with 65”/55”LED monitor as per Annexure-II (wall mounted industrial grade) shall be provided to view their CCTV recording of all CCTV of MBPL&BKPL network.

Each IP PTZ camera shall be allotted a bandwidth of minimum 6 Mbps& minimum 4 Mbps for the IP Fixed type camera in the SDH equipment located at each station.

CCTV System NVR






Bidder shall provide additional storage media if required based on the calculations.

Sl. no. Locations with nos. NVR type

1. i. Mumbai

NVR (21” LED) & Viewing monitor (65”LED) shall be with minimum 100TB storage and with 64 camera licenses.

2.

ii. Washala iii. Manmad iv. Sanghvi v. Gujri vi. Manglya vii. Kota viii. Malarna ix. Bharatpur x. Mathura xi. Piyala xii. Bijwasan xiii. Bina

NVR (21” LED) & Viewing monitor (55”LED) shall be with minimum 100TB storage and with 64 camera licenses. (one at each location)

d)

Existing Leased line (back-up communication link~20 Mbps) between Mumbai-Bijwasan& 2 Mbps between Bina-Bijwasan shall be utilized for back-up communication link which shall be capable of transporting Voice, &SCADA (RTU) data both. Also, 20 Mbps Leased Line between Mumbai & Kota and 20 Mbps Leased Line between Kota & Bijwasan to be provided for back-up communication link which shall be capable of transporting Voice, & SCADA (RTU) data both. Requisite numbers of Routers, Modem, rack, OFC supply & laying if required and all Last Mile connectivity for making Lease Line operational from Pipeline control rooms are in the scope of bidder only. New Separate earthing (<1ohm) and lightning protection for lease line tower including providing earth pits, etc as required are in scope of bidder only. All hardwares supplied for lease lines including tower shall be maintained by bidder till 2 years warranty & 5 years comprehensive AMC period.

LEASED LINE






3.2.4 At all stations control buildings are existing and space are identified for new telecom facilities. After successful completion of Trial Run of new Telecom System, old existing system to be dismantled. Hence, Bidder’s scope includes dismantling, packing of existing racks, panels, non-ONVIF cameras, monitors, servers, etc. of Optical system (SDH), CCTV system, Clock, VCS & other systems (if applicable) from existing Telecom MMBPL & BKPL network and to be kept at the designated place identified by the BPCL at the respective pipeline stations only. The materials used for packaging, wrapping, sealing, moisture resistant barriers, corrosion preventers, etc. shall be of recognized brands and shall conform to best standards in the areas in which the articles are packaged. The packing shall protect the equipment from impact, vibration, rough handling, rain, moisture, dust, damp, insects, rodents, etc. Bidder’s scope also includes procurement, supply and installation of all types of cables required for implementing this new telecom system operational like patch cords, pigtails (including splicing of pigtails to optical fibres at Fibre Termination Closures (FTC) and routing the fibres from FTC to Transmission Equipment), co-axial cable, multi-pair armored & unarmored telephone cables, Ethernet CAT-6 cables for indoor and outdoor applications, PVC conduit for Ethernet outdoor applications, Cables for CCTV system connectors, POE LAN switch, Access (Ethernet) Switch, distribution boxes, MDF, IDF and all other items not indicated here but required for completion of the system. Routing of OFC inside the telecom room, termination, earthing (<1 ohm) including earth pits, FTC, indoor & outdoor systems etc. OFC (Free Issue Material) for extending CCTV cameras building to building will be provided by BPCL. Civil work involved in for OFC laying will be by BPCL. Other inside building and connecting cables and work by bidder only. Bidder shall provide brief write-up with details regarding philosophy, understanding and execution methodology of work related implementing new MMBPL & BKPL Network and dismantling existing networks along with their offer

3.2.5 Supply and Installation of necessary equipment, cables and accessories to meet the system requirements including Ethernet CAT-6 cables (for indoor applications the Ethernet cable shall be unshielded and for outdoor applications the Ethernet cable shall be shielded and armoured), converters, LAN extenders, telephones, etc at respective sites (inside control rooms through un-armored cables and to other pipeline buildings through armored cables) within the plant area as per detailed engineering.

.

3.2.6 Supply and Installation of shades (for Sun/water protection as required) Junction

boxes of IP-66 rating for housing fibre termination closure, media convertors (IP to optical), power supply convertors, other accessories, power supply cables, etc as required.

3.2.7 Extension of CCTV cables from CCTV cameras, NVR to CCTV Ethernet switch, power cables, telephones cables, OFC cables, Ethernet cables, etc as required inside control building and to various buildings through trenches or in ducts shall be done as






per detailed engineering. For outdoor cabling bidder shall take help of plot plans of various stations after award of work. At all stations, bidder’s scope shall include supply and installation of telephones armoured cable/ cable through HDPE ducts for subscriber connections including its termination in IDF at various buildings. Bidder’s scope includes supply, installation and termination of these cables coming from various buildings in the IDF (supplied and installed by bidder) located at pipeline control building and termination and installation of telephones in 2 pin sockets.

3.2.8 Bidder’s scope includes survey, routing, preparation of required trenches or use of

HDPE/FR PVC ducts, termination, etc at all outside locations. 3.2.9 Bidder’s scope shall include any software up gradation (providing the software

including installation, testing of software, etc all complete) till warranty period, free of charge.

3.2.10 All Licenses shall be provided for each type of software provided for Network

Management Systems & also of all other software provided for Optical (SDH), EPABX, VCS, CCTV NVR, etc. for this project.

3.2.11 In each of the telecom rooms, all voice, other interfaces shall be provided in IDF (Intermediate Distribution Frame) / MDF (Main Distribution Frame)/POE LAN switch, as applicable. Bidder’s scope shall include providing good quality cabling, connectors, termination etc. all complete.

3.2.12 New Separate earthing (<1ohm) and lightning protection of indoor and outdoor

telecom equipment at all unattended telecom stations including providing earth pits, etc as required.

3.2.13 For attended stations, existing earthing system for Telecom system to be utilized.

3.2.14 Bidder’s scope shall include supply of furniture for SDH, EPABX NMS & VCS system at applicable stations. All the furniture shall be of Godrej make or equivalent and match the surroundings.

3.2.15 High quality ergonomic Furniture as required for the various systems, equipment, etc. shall be supplied by the bidder. The same shall include tables & chairs for the work stations, monitors.

3.2.15 Carrying out the factory acceptance tests of the overall system, various subsystems,

equipment as per the approved specifications and procedures at the SDH manufacturer’s works in the presence of Owner/Consultant’s representatives as per the Job Specification.

3.2.16 Supply of the technical literature, drawings and documentation for the complete system.

3.2.17 Provide suitable power distribution panel/box and complete wiring from the distribution point to the respective telecom equipment at each telecom station as per






specifications. Power Supply is available at all existing stations. Power cabling from existing feeder to new telecom system cabinets is also in the scope of bidder.

3.2.18 Temporary facilities To arrange temporary power supply, test instruments, trained manpower, transport & any other facility required for installation and testing of total system.

Bidder shall arrange their own temporary communication system to co-ordinate telecom project activities to be used during construction stage.

3.2.19 Bidder scope shall also include obtaining Licenses, permission from respective statutory authorities, all statutory clearances as required for the telecom network pertaining to this project. However, owner shall provide necessary assistance as required.

3.2.20 Spares a) Mandatory spares of all the sub-systems equipment, etc shall be provided as

specified in clause 6.7.1.Delivery of all Mandatory Spares at Mumbai and Kota locations only.

b) A list of manufacturer’s recommended spares for operation and maintenance

of the various system, sub-system, equipment, etc., for two years shall be provided as specified in clause 6.7.2.

c) Provide commissioning & warranty spares as specified in clause 6.7.3. (The bidder shall utilize these spares of all the equipment that may be required during commissioning & warranty period separately).

3.2.21 Bidder shall be responsible for safety and security of the installed equipment and

systems till System commissioning, trial run and final acceptance of system by Owner (before start of warranty period). Bidder shall also be responsible for protection and rectification of damage of the installed equipment, cables and systems from man, heavy equipment, rodents, insects etc. Bidder shall also be responsible for cleanliness of the telecom rooms including provision of rodent repellants to prevent rodent entry in the telecom rooms, till the time of final acceptance of system by Owner.

3.2.22 Quality Assurance, Site Acceptance Testing, Trial run & commissioning of the complete system (including the laid OFC as per tests provided in MR) at site to the complete satisfaction of the Owner/Consultant.

3.2.23 Bidder to separately quote for Post warranty maintenance Contract for five (5) years as per bid document.

3.2.24 Provenness Requirements

.Make and model number of the equipments as offered shall be field proven.

3.2.25 Certificate for Logistic Supports






a. Bidder shall provide back-up engineering, maintenance support and spare

parts for a period of ten (10) years for the system, being supplied. Logistic support certificates shall be furnished by bidder for providing necessary support services as per format attached with the bid document. Certificates from sub-Vendors for items such as Optical system (SDH), VCS System, EPABX System & CCTV system Camera & NVR Servers, IT Hardwares shall be furnished.

b. Bidder shall also furnish Performance Guarantee Certificate as per the format

attached with the bid document.

3.2.26 System integration including providing requisite interfaces, accessories and cables to realize the complete system which shall include the following: a) Integration of the optical & other equipment along with the Network

Management Systems and the OFC (existing along the pipeline) including termination, providing connectors, pigtails etc. to realize the complete optical fibre communication system.

b) Integration of the EPABX system with the Optical system, telephones, etc.

c) Integration of the CCTV system camera &NVR, VCS system with the Optical system.

d) Integration of the Optical system and other sub-systems with facilities provided

by others, e.g. SCADA system, Lease Line, etc.

e) Integration of all above systems and sub-systems to provide a complete working Telecom system to the satisfaction of the Owner/Consultant.

3.3 CHANNELING PLAN

Bidder shall provide channeling plans to include all the requirements which shall be finalized during detailed engineering after award of the work. A tentative break up for various sub-system will be as follows: SCADA & APPS including RTU – 300Mbps, EPABX for Voice – 50 Mbps, VCS – 100 Mbps, CCTV NVR – 1000 Mbps PCMS – 100 Mbps Refinery LAN – 100 Mbps Bidder’s scope shall also include all hardware, software, etc. to realize the same in totality. Bidder to provide Ethernet channeling as part of their offer.






4.0 DESIGN OBJECTIVES AND GUIDE LINES 4.1 SYSTEM AVAILABILITY

OPTICAL SYSTEM The System availability shall be greater than 99.999 % excluding logistics (i.e. availability of power supply and optical fibres).

4.2 STANDARDS APPLICABLE

The equipment and the system provided shall conform to the latest editions of standards like ITU-T, ITU-R, ETSI, IEC, ISO, EIA etc. In case of any conflict between the above standards and the specifications, the specifications given in this document shall precede, however in case of further confusion, the matter shall be referred to Owner/Consultant. Decision of Owner/Consultant shall be final and binding.

Bidder shall proceed with design of the equipment and the system only after obtaining clarifications from Owner/Consultant in all such cases.

4.3 ENVIRONMENTAL SPECIFICATIONS

All equipment, test instruments, special tools and tackles shall be capable of maintaining the guaranteed performance with operational lifetime of 20 years minimum when operating continuously under the following environmental conditions:

a) Operating Temperature:

For all supplies except EPABX, Test Equipment (Ethernet Tester) IT Hardware 00 C to +50° C guaranteed and

upto +55° C degraded.

For EPABX, Ethernet Tester, IT Hardware 00 C to +40° C

STORAGE: -10° C to +55° C

b) Humidity At any relative humidity upto 95% within the temperature range of 0° C to 40° C.

c) Altitude At any altitude upto800 m above sea level.

d) Sand and Dust With a build-up of dust on operational

surface to a level such as may occur because of imperfections in the sealing of equipment, housing and conditions prevailing in sub-tropical desert conditions.






e) Tropicalisation Shall be fully tropicalised preferably with

cards conformal coating with lacquer

f) Shock and vibration Shall withstand transportation and handling by air, sea and road under packed conditions.

g) Salt, fog and mould Shall withstand continuous usage in

marine environment.

h) Electromagnetic Compatibility Shall meet the requirements as per IEC 801.

4.4 POWER SUPPLY SYSTEM

4.4.1 Stations

a)

All equipment (other than VCS, Computers & Printers) shall work on 48V DC (positive grounded) input power supply voltage. Equipment shall be able to tolerate input power supply +/- 20 % variation. Computers & printers shall work on 230V, 50 Hz, single-phase AC input power supply voltage without any external converter. (AC input power supply may be grounded or may be floating, in either case, bidder to make necessary provision as required, for better protection of the telecom equipment/system.Isolation transformer(s), with proper grounding, etc., as required for protection may be provided). The details of available power supply shall be provided to successful bidder after award of work.

ATTENDED STATIONS:

b) UNATTENDED STATIONS At all other unattended stations, Power requirement shall be met from the existing power supply i.e. -48 V DC supply sources. Equipment shall be able to tolerate input power supply +/- 20 % variation. Necessary AC/DC rectifier & convertor as required shall be procured, supplied and installed by Bidder. Bidder shall provide the rectifier/convertor as per specifications provided with the MR in redundant configuration (1+1).The details of available power supply shall be provided to successful bidder after award of work. Bidder shall provide Power Distribution Panel (PDP) for telecom equipment at all locations in the cabinets provided.

:






4.4.2 The input power supply feeder(s), as applicable shall be available in the rack room (AC input may be provided through single or two feeders). Bidder shall terminate the cable in the distribution box to be provided by the Bidder.

4.4.3 The DC distribution box(s) shall be equipped with requisite number of outlets including five spare outlets of 5A capacity each. All the outlets shall be provided with Miniature Circuit Breakers of required capacity and shall be terminated in two pin sockets. The AC distribution box(s) shall be equipped with requisite number of outlets including five spare outlets of 5A capacity each for 230 V AC. All the outlets shall be provided with Miniature Circuit Breakers (MCB) of required capacity and shall be terminated in three pin sockets.

4.4.4 All Telecom equipment shall be provided with an independent power supply

distribution cable. Conductor size shall be chosen to limit the overall voltage drop from the distribution box to the equipment terminal to 0.5 volt.

4.4.5 All equipment shall have their own regulated power supplies with fuses, isolators. 4.4.6 All equipment shall be protected with over voltage, under voltage protection. When the

input voltage is no longer in the unacceptable region, the equipment shall restart automatically without any manual intervention.

4.4.7 All equipment shall be provided with short circuit and reverse power protection. As soon as the short circuit and polarity is corrected the equipment shall function normally without any further manual intervention.

4.4.8 Power supply cards of all the individual systems (i.e. SDH, EPABX, VCS and CCTV

NVR) at all telecom stations shall be duplicated (1+1). There shall not be any sharing of load between the two power supply cards i.e. one standalone power supply card shall be able to run the system for its entire lifetime. Alternatively distributed power supply system on individual module basis may be provided. The power requirement of the offered telecom system at each telecom station shall be limited to the figures indicated below. Bidder to design the system in line with the power available in each telecom station as indicated below.

4.4.9 UNDER VOLTAGE, OVER VOLTAGE AND LIGHTNING PROTECTION

Bidder to provide details of Power Consumption (equipment-wise and Station-wise for each sub-system) as part of their bid document.

All equipment shall be protected with over-voltage, under-voltage protection. All equipment shall be provided with short-circuit and reverse power protection.

4.5 APPROVAL OF DOCUMENTS

Bidder shall be completely responsible for the successful completion of the job. However, to ensure a good quality of workmanship, bidder shall prepare and submit






the documents (as per VENDOR DATA REQUIREMENT AND DOCUMENTATION) to be approved by the Owner/Consultant. Bidder shall proceed with the manufacture, procurement, and installation of the respective materials and/or equipment only after obtaining the necessary approval from the Owner/Consultant.

4.6 SYSTEM GUIDELINES

4.6.1 GENERAL

a) Bidder shall be totally responsible for the completion of project.

b) Owner/Consultant reserve the right to modify, revise, and alter the specifications of equipment, system prior to acceptance of any offer. System requirements may be modified after selection of successful Bidder to meet operational requirements not envisaged at the time of selection of Bidder.

c) Owner/Consultant reserves the right to modify the system requirements till such

time the system is ready for final acceptance. Bidder shall undertake to meet the revised requirements without any charges to the Owner, provided no additional hardware is required. In case any hardware is required for satisfying the revised requirements, the bidder shall supply the same with Owner bearing the cost of the hardware.

d) If during the course of execution of the work any discrepancy or inconsistency,

error or omission in any of the provisions of the contract is discovered, the same shall be referred to the Owner/Consultant who shall give his decision in the matter and issue instruction directing the manner in which the work is to be carried out. The decision of the Owner/Consultant shall be final and conclusive and the Bidder shall carry out the work in accordance therewith.

4.6.2 DESIGN GUIDELINES

a) The system design shall be flexible enough to meet future expansion program

upto the maximum capacity of each sub-system without deteriorating the performance of the system.

b) In general, specifications provided throughout this document shall apply. In case

of conflict, decision of the Owner/Consultant in all such cases shall be final.

c) Equipment shall conform to the similar housing standard. All telecom cabinets shall have the following dimensions for systems including Optical, L2 Switches, EPABX, CCTV NVR, & VCS etc.:

Height: 2100 mm (2000 mm + 100 mm base plate) Width: 800 mm Depth: 800 mm Color: Grey color (RAL 7035) for the cabinets.






All cabinets shall be with lockable transparent toughened glass front and rear doors & side walls with preferably bottom cable entry and with gaskets and fittings to keep out moisture, corrosive, salts, dust & gases. Also, cabinets shall be equipped with lamp, door handle, door switch, earthing strip, dirt filters, etc. and shall be designed for natural cooling. As far as possible, the cabinets shall be manufactured using standard modular design and standard equipment. All doors, trays and other weight supporting parts shall be fabricated of metal adequately reinforced to limit vibration and ensure plane surfaces and shall be well-housed and tidy in appearance. All fasteners including nuts, bolts and flat/lock washers shall be of stainless steel (SS) or nickel plated M.S. Screws shall be of stainless steel (SS) only. Document pocket/ wallet shall be provided on the inner side of the front and rear door of each cabinet. Preferably all racks shall be of same size, color & make/model. Equipment racks shall be protected against entry of rodents, insects, lizards etc. Each rack shall also have arrangement of natural cooling & venting.

Racks for all the equipment of individual system, sub-system shall be as per international standards and shall adhere to all the quality norms. Base frames for all new panels shall be supplied and installed by the bidder. All the necessary civil work and restoration shall be in bidder’s scope. Equipment protection for racks shall be of IP-42 and shall be of Make Rittal or APW. All panels to be fitted with exhaust cooling fan.

d) The optical equipment (STM-16) should be able to work continuously in non air-

conditioned environment (guaranteed performance) under prevailing environmental conditions of the sites.

e) All venting, cooling shall be natural. However, in case of STM-16 equipment

internal forced cooling with suitable dust filters may be used, if required. The maximum noise level with opened cabinet doors shall not exceed 85 dBA.

f) Certification for all the intrinsically safe equipment shall be provided as follows:

i. For all intrinsically safe / explosion / flameproof equipment / instruments which are manufactured abroad and certified by any statutory authority like BASEEFA, FM, UL, PTB, ATEX, LCIE etc. should also have the approval of PESO (Petroleum Explosives safety organization) / CCoE (Chief Controller of Explosives),Nagpur.

ii. For all intrinsically safe equipment manufactured locally (indigenously, the testing shall be carried out by any of the approved test house like CIMFR / ERTL etc. The equipment shall in addition bear the valid approval from PESO (Petroleum Explosives safety organizer) / CCoE (Chief Controller of Explosives),Nagpur. Approvals other than above shall neither be offered nor will these be acceptable.






g) All equipment shall have sufficient number of alarms and supervisory indications

and shall be provided with self-diagnostic facilities. All alarms and monitoring & diagnostic facilities shall be built-in (e.g. optical link failure) & shall be displayed on the front panel of the equipment for ease of maintenance

The following shall also be provided: • Test points shall be available on the front panel for system monitoring and

easy fault-location.

• The healthy condition of the units shall be displayed by green LEDs, unhealthy conditions by red LEDs.

• All important switches, controls on the front panel shall be provided with

suitable safeguard to avoid accidental operation by the maintenance personnel. Manual changeover should be performed by more than one sequential operating procedure to avoid accidental operation.

h) All equipment shall be immune to EMI, RFI interference generated by any nearby

source & shall meet the latest international standards in this regard.

i) The equipment shall be fully based on solid-state technology. The system hardware shall be modular to have flexibility to meet any demand for expansion or modification with minimum changes.

j) The equipment shall be capable of functioning with minimum maintenance and

shall be preferred to have no requirement of any preventive maintenance.

k) All PCBs used shall be glass epoxy type and shall not chip owing to repeated soldering/desoldering. The PCBs shall not warp on any account.

l) All wiring-including field interconnection wirings shall be cabled and clamped to

the chassis. The wiring shall follow standard color-code. All patch cords shall be provided with connectors matching to the cable used and shall have identification markings.

m) Where insulated leads pass through holes in the chassis the holes shall be

equipped with smoothly finished grommets and cable glands.

n) All sub-assemblies or modules, switches and controls and the circuit components shall be so mounted as to permit their replacement without appreciable disturbance to other components.

o) All special tools and tackles etc, shall be procured and supplied as a package with

its carrying cases, accessories (interconnecting cables, connectors, lamps, batteries, fuses etc.) from their respective manufacturer.

p) Termination for all user interfaces shall be provided with 100% spares capacity.






q) All equipment racks, housings shall be provided with antistatic wrist band.

r) All software to be used shall be provided with latest anti-virus protection software. All software should be license software and certificates for the same shall be provided. Certificate of calibration of all instruments shall be provided. Warranty cards for all instruments, workstations, PCs, etc shall be provided and same shall be in the name of the Client.

s) All monitors (monitors/screens for PCs for Telecom system, EPABX, CCTV

system, VCE,) to be used in this project shall be of following specifications and preferably of the same make:-

• Color Monitor • LED • Input voltage: 230 VAC, 50 Hz

The various sizes and type of installation for above screens are as given below:

Sl.no

System Application/ location

Size Installation

1 CCTV System NVR

CCTV NVR monitors

a) 65” HD LED (For Video monitoring – Industrial Grade) At Mumbai. b) 55” HD LED (For Video monitoring – Industrial Grade) other locations. c) 21” LED (For NVR monitor)

Wall mounted Wall mounted Desktop

2 VIDEO CONFERENCING

Video Conferencing monitor

65” HD LED – Industrial Grade At Mumbai Wall mounted 55” HD LED – Industrial Grade Other stations

3 SDH

Network Management System

21” LED Desktop

4 EPABX

Network Management System

21” LED Desktop

Note: Desktop versions shall have tilt and swivel stand for optical, ergonomic positioning of monitors. t) Specifications of all Servers

All Servers except for NVR shall be of the following minimum specifications, unless specified otherwise:






The server/workstation shall be of the following specifications as a minimum:

1. Processor type Intel core 2 Quad Processors with clock

speed- minimum 3.0GHzor better. 2. RAM 16 GB & Expandable 3. Operating systems/software Window 10 or Window 2012 Server or

Unix based Edition or better (latest) 4. Monitors LED color monitors as defined in point r)

above 5. Hard disc minimum 2 TB 6. DVD writer With Read & Write functions 7. Mouse Optical 8. PCI express graphics card (x16) 9. LAN Interface 2 nos. of 10/100/1000 Mbps Ethernet

10. Serial, Parallel One each 11. USB port at front Dual 12. Power Supply Dual 13. MS Office Required

u) Specifications of all Work stations/PCs

The server/workstation shall be of the following specifications as a minimum:

S. No. FEATURES Description 1 Processor Intel i7 processor (for workstation/PCs) or better.

2 Memory 8 GB & Expandable

3 Drive DVD With Read & Write functions 4 Audio Support Yes 5 Graphic Card NVIDIA Quadro 600 1GB 6 Ethernet 10/100/1000 Slot 7 External Ports USB (4 ports) 8 HDD minimum 1 TB 9 OS Win 8/10 64 bit 10 Power Supply 90% Efficient 11 Peripherals Multimedia Keyboard, Mouse & VGA Monitor slots 12 Display Monitor 21 inch

13 Anti Virus Norton (Latest) or approved equivalent with free upgrades till validity of contract including comprehensive AMC period

14 Approved makes HP, Dell, IBM 15 Make Offered Bidder to Mention the Make of the product being

offered. 16 Model Offered Bidder to Mention the Model of the product being

offered.






v) Local Craft Terminal (LCT) / Laptop

Each lap top terminal shall be of the following specifications as a minimum: 1. Processor type 64 bit Intel Core i7 processer or better 2. RAM 6 GB 3. Hard disc 500 GB SSD. 4. DVD writer With Read & Write functions 5. Colour Monitor 15 inch LED with supporting

min 1280X800 resolution. 6. Ethernet Integrated 10/100Mbps 7. Wireless Intel PRO/wireless 3945 network

connection 802.11a/g 8. Carry bag Standard good quality 9. USB ports Dual 10. AC adapter Required

11. Battery pack- Required. The battery shall be able to operate for minimum 5 hours before

requiring recharging. 12. Software Windows 10 or better 13. Serial Communication Port

w) Bidder shall visit all the sites for deciding the layout of equipment/racks/cabinets

best suiting the particular site during detailed engineering.

x) INDUSTRIAL GRADE MANAGED ETHERNET SWITCHES Bidder to note that all the Ethernet switches supplied shall conform to the following specifications as a minimum.\All features mentioned below shall be part of the offered switches and available for use and implementation out-of-the-box. It shall not be required to procure any additional software / hardware / licenses for the same.

a) LAYER 2 GIGABIT SWITCH

Sl. NO. SPECIFICATION REQUIRED PARAMETERS

1. General

Features

Manageable, equivalent Layer-2,fixed-configuration

Auto negotiation on all the ports

Switches shall be supplied with the management

modules /Management Port, licenses required for the

switching solution as per this MR.

2. High

Availability

Switch having redundant power supplies and fans

Spanning Tree (IEEE 802.1 d), Multiple Spanning Tree

Protocols (IEEE 802.1 w)






Link Aggregation across multiple ports of the same

switch and across multiple ports of multiple switches

through LACP (IEEE 802.3ad)

3. Connectivity/P

orts Required

48 ports switch with non-blocking, wire speed Fast

Ethernet (10/100 BASE-T) ports for LANs provided per

switch.

4. Performance

/Features

Required

Broadcast suppression functionalities

shall be able to perform L2 switching

capabilities to implement minimum 255 active VLANs

Support for at least 8000 MAC Address entries

5. Switching

Capacity

96 Gbps per switch

7. Layer-1

Services /

Features

Required

Support for 10/100 Base-T, 100 Base-FX, 10/100/1000

Base-T, 1000 Base- SX, 1000 Base- LX

IEEE 802.3ab

IEEE 802.3u

IEEE 802.3z

8. Layer-2

Services

Required

IEEE 802.1d Bridging, Spanning Tree

IEEE 802.1p Priority Queuing

IEEE 802.1q VLAN Tagging

Port- based VLAN

MAC- based VLAN

IEEE 802.1s Multiple Spanning Tree

IEEE 802.1w Rapid Spanning Tree Protocol

IEEE 802.1x Port Based Network Access Control

IEEE 802.1ab Link Layer Discovery Protocol

IEEE 802.3ad Link Aggregation

IEEE 802.3x Flow Control

IGMP snooping v1, v2, and v3

Link Aggregation and Port Trunking (based on IEEE

802.3ad)






9. Layer-3

Services

Required

__

10. QoS Layer 2 QoS

IEEE 802.1p Priority Queuing

Per Port QoS Configuration

11. Security

Services /

Features

Required

capabilities to deploy filters / access-lists on all the ports

DHCP Snooping

capabilities to implement IP and TCP based filters on

inter-VLAN routing

IEEE 802.1x port based network access control

12. Management

Features

Required

SNMP V1, V2 and V3 implementation

Command-line interface (CLI)-based management

console to provide detailed and complete device

management capabilities

Capabilities implemented mirroring ports at ingress and

egress for detailed traffic and network usage analysis

Remote Monitoring (RMON) software agent to support

four RMON groups (history, statistics, alarms, and

events) for enhanced traffic management, monitoring,

and analysis

13. Software Version of software for supplied switch should be latest

release to support all required features.

14. Fibre Optic

Ports

Minimum 4 nos. 1000 Mbps fibre optic ports for distances

up to 10km. Single mode links

15. Regulatory

Compliances

Safety

Certifications

UL 60950/ EN 60950/CSA-C22.2 No.60950/ IEC 60950

Electromagneti

c

Emission

Certificate

FCC Part 15 (CFR 47), Class A/ ICES-003, Class A/ EN

55022, Class A/ CISPR 22, Class A/ VCCI Class A/

EN300 386






b) 8 PORT ETHERNET SWITCHES (Managed)

No. PARAMETERS DESCRIPTION

1. Type Industrial grade layer 2 POE Ethernet switch with

minimum 120W power. The switch must have 2 uplink

ports apart from 8 POE enabled ports

2. Operation Store & forward, wire speed switching, non-blocking

3. Modes Full or half duplex operation with flow control supported

on all ports

4. MAC address 2000

5. Memory

bandwidth

6.4 Gbps

6. RJ45 ports

a. Ports Minimum 8 nos. 10/100 BASE-TX POE Ethernet, fully

IEEE 802.3 compliant.

b. Speed & direction Configurable or 10/100/1000 auto detecting for speed

and duplex. (full or half)

c. MDI/MDIX Auto-MDI/MDIX crossover

d. Polarity Auto-polarity for crossed TxD&RxD pairs

7. Fibre optic ports

a. Ports 2 nos. 1000 Mbps fibre optic ports for distances up to

10km. Single mode links

b. Single mode Upto 10km typical

8. Networking features

a. Device support All IEEE 802.3 compliant devices

b. Protocols &

features

All IEEE 803.2 Management Features SNMPv1, v2c

and v3, IEEE 802.1AB Link Layer Discovery Protocol

(LLDP), Web GUI, sFlow a method for monitoring traffic

in switched and Routed networks Multicast Support

IGMP query solicitation, IGMP snooping v1, v2 and v3

Environmental

Safety

RoHS Compliant






VLAN GVRP, VLAN creation based on protocol, Port

and Subnet based, IEEE 802.1Q Virtual LAN (VLAN)

bridges, IEEE 802.3ac VLAN tagging. Quality of service

IEEE 802.1p, DSCP Prioritization, Strict priority,

weighted round robin or mixed scheduling IPv6

Features Path MTU discovery for IPv6, IPv6

specification, Transmission of IPv6 packets over

Ethernet networks, Default address selection for IPv6,

IPv6 addressing architecture

c. Resiliency

protocol support

Rapid Ring protection / Resiliency technology providing

the convergence of Sub 50ms, Loop Detection and

Loop protection, RSTP & MSTP, Shall support high-

speed ring recovery fibre access and uplink ports and

should seamlessly integrate with the core / Aggregation

chassis proposed

d. Standards

compliance

IEEE802.3 IEEE 802.3u IEEE 802.3x IEEE 802.1p

9. Power input Dual redundant power input

12. Surge & spike

protection

Should support EN 61000-4-5 std for surge.

13. Diagnostics Self Test and alarm output

14. Operating

temperature

-5 °C to 55 °C

15. Humidity Up to 95%

16. Electrical safety UL/IEC/EN 60950-1

17. EMC EN550222010, EN550242010 EN61000-6-4 EN61000-

4-2 (ESD) EN61000-4-3 (RS) EN61000-4-4 (EFT)

EN61000-4-5 Class 3 for DC power, Class 2 for I/O

18. MTBF Better than 2,00,000 hours

19. Ingress protection IP30 protection minimum

20. Mounting DIN rail or direct panel






y) CAT 6 UTP Cable

• Applications - Suitable for Burial Cables, Near Power Lines and High EMI Interference surroundings

• UTP CAT-6 Gigabit copper cable (23 AWG, Solid Bare Copper) as per ANSI/EIA/TIA-568C.2

• Shall be Low Smoke and Zero Halogen • Shall be Flame Retardant • All UTP cables shall be of solid 4-pair; PVC insulated Category-6 type and shall

conform to latest EIA/TIA standards. • Shall be RoHS Compliant • Shall be supplied in Reel of 305 Meters packed in Boxes • Sequential marking at every meter • Armouring (for Armoured Cable) – Galvanised Steel Wire/ Aluminium • Temperature Rating from -20 to +60 deg. C or better • Certifications- UL • Should have 20-Year Product Warranty and Applications Assurance.

5.0 SYSTEM / SUB-SYSTEM SPECIFICATIONS 5.1 OPTICAL FIBRE CABLE

OFC (already laid) along-with MMBPL and BKPL pipeline, Healthy fibres shall be used for realizing the STM-16 link for MMBPL and BKPL network (Refer Attachment-16).

5.2 OFC TERMINATION: - Existing FTC termination to be used. From FTC to Telecom cabinets, all new Patch cords, connectors, terminations, etc. required are in the scope of bidder.

5.3 OPTICAL FIBER SYSTEM

5.3.1 SYSTEM DESCRIPTION

The proposed Telecommunication system shall provide voice/data/video as defined elsewhere. The connectivity shall be provided through an optical fibre based system. The proposed optical system shall be based on SDH. This SDH based optical fibre communication system shall be provided connecting the stations shown in diagram, ‘Telecom Station Location Diagram, drawing no: B049-000-16-51-3201’.

Proposed System configuration is provided in annexure, ‘Indicative System Configuration Diagram for optical system Dwg No. B049-000-16-51-3202’. Backbone Communication System on the main line between Mumbai & Bijwasan and Trunk line Kota & Bina shall also be working on STM-16 (1+0) as 1

st Tier. Other stations shall be

working on STM-16 (1+0) as 2nd

It is required that STM-4 (VC12) stream in 2nd Tier should also be available through the STM-16 system in 1st Tier & vice versa i.e., in case of failure of optical link and

tier.






station power failure in 2nd Tier, the signal should be available from the other side through the STM-16 system also& vice versa. STM-4 protection shall be through only one of the STM-4 in the STM-16 backbone system.

Also it is required that data in 1st Tier is protected by making loop in 2nd Tier& vice versa. Unused bandwidths and E1s, if not being utilized shall be available from end-to-end (MMBPL and BKPL network) for future use from day 1 (all software, hardware inbuilt, except the tributary interface cards). All failure details shall be reported to the Network Management Systems automatically.

For the telecom system along the main line, Bidder shall use four (4) fibres, of which, two (2) fibres shall be used for STM-16 backbone system (1st Tier) and two (2) fibres shall be used for STM-16 (1+0) system (2nd

5.3.2 SDH EQUIPMENT SPECIFICATION

Tier).

The Bidder shall provide 10m G.652 FC/PC patch cords for all the 12 fibres at repeaters /terminal stations.

Bidder to provide details of link budget calculations, for each hop with end of life worst-case figures as per ITU-T. Operating wavelength (optical) for this project shall be 1550 nm. For the link budget the Bidder should consider following parameters:

Losses Existing Losses may be considered as per details attached with the MR (OTDR & Test Reports). Margins for future Equipment margin: 3 dB per link. Cable plant Repair margin: 3 dB per link. Optical Path Penalty 1 dB per link.

As per proposed configuration, all SDH equipments at all the stations are to be replaced to STM-16. To meet the distance requirement between STM-16 equipment, EDFA amplifier shall be placed inside the SDH cabinet. These amplifiers shall be manageable & able to be integrated with SDH NMS.

a) GENERAL

The equipment specification shall conform to general-purpose optical fibre transmission open system with line signal in accordance with ITU-T Rec. G-707.






The equipment should have modular design and should be configurable in number of operational modes to perform complex and different network functions without need of any additional software.

The switching subsystem (cross connect) in the SDH equipment shall meet the following requirements as a minimum:

1. Non-Blocking: The probability that a particular connection request cannot be met should be zero.

2. Full connectivity: It shall be possible to connect any input to any free output. 3. Timing transparency i.e. no slip: Each outgoing channel shall contain the same

timing information as it did at the input port before switching. 4. Time sequence integrity (concatenated payloads): concatenated

payloads/series of linked events shall be switched without breaking the time sequence integrity.

5. Assured correctness of cross-connection: Correct cross-connection between the right traffic ports.

The equipment should be capable of interfacing and supporting a wide range of input interfaces including SDH, E1, Ethernet/Fast Ethernet ports in an integrated manner from the same sub rack with add on cards but with no external add on boxes with the equipment. SDH equipment should support multiport modules for STM-16 to support the multidirectional cross connect terminations. Cross connect module with inbuilt STM-16 should be provided on separate modules/cards for 1+1 cross connection protection. If one cross connect module fails, the complete cross connect should switch to protection module. The equipment should be multi-service ready from day one. The following features should be supported in this card:

• ETH ports • 1..8 ETH 10/100 BaseT • Autosensing • Flow control (802.3x) configurable (On/Off)

• EoS mapper • G.7041 (GFP) or X.86 (LAPS) configurable • G.7042 (LCAS)

• IEEE 802.1Q (VLAN) • IEEE 802.1p (Priority) • ITU-T G.707 (Virtual Concatenation)

The nodes (stations) should be hitless i.e. removing or inserting plug-in-units must not affect the existing traffic on other units. The configuration of the nodes should be easily expandable by adding plug-in-units and modifying software settings. It is required that the laser transmitter is automatically shut down when the incoming signal is missing. It shall be possible to support all network topologies to support network evaluation in future with MSP, SNCP or MS-SP protection.






It shall be possible to support all network topologies-bus, hub, ring, mesh and mixed to support network evolution in future. Modules used for storage of system configuration should not have failure due to power (i.e. should be Flash memory based and not HDD based).

b) STANDARDS COMPLIANCE

The SDH equipment must fulfill the latest version of ITU-T, ETSI & ISO standards and recommendation including the following minimum requirements:

Requirement Recommendation

1) Functional Characteristics:

Functional G-951, G-783, G-784

2) Transmission interface characteristics:

1) Optical fibre G-652

2) Optical interface G-707, G-951

1. Output jitter (all optical interfaces) G-783, G-823, G-825

2. Jitter tolerance (all optical interfaces) G-823, G-825

3. Jitter transfer function (all optical interfaces) G-783

3) Electrical SDH interface G-707, G-703

1. Output jitter G-823

2. Jitter Tolerance G-823

4) Mapping and de-mapping G-707

5) SOH insertion and extraction G-707, G-783

6) Pointer generation and interpretation G-707, G-783

7) Multiplexing G-707

1. Synchronous frame structure G-704

8) Scrambling and De-scrambling G-707

9) Parameters and calculation methodologies G-911

for reliability and availability of fibre optic systems

3) Synchronization interface characteristics:

1. Synchronization interfaces G-703, G-81s 2. Selections G-783, G-81s 3. Output Jitter G-703, G-81s

4) Management interface characteristics:






1. Synchronous digital Hierarchy management, G-784 series performance and other series.

2. Synchronous digital Hierarchy management G-784 3. Management capabilities of transport networks G-831

based on the SDH. 4. Management M-3010 5. Interface Q3

5) Other Engineering requirements:

1. Equipment practice ETS300 119 2. Electro-magnetic compatibility requirement ETS300 386-1 3. Storage ETS300-019-1-1,class 1.2 4. Transportation ETS300-019-1-2,class-2.3 5. Stationary use at weather protected locations ETS300-019-1-3,class-3.2

(with high air temperature of +500

6. Power supply ETS300 132 C)

7. Earthing ETS300 253

c) RELIABILITY/ AVAILABILITY System availability should be greater than 99.999% [including the SDH equipment & excluding logistics, fibre and power supply provided by others]. System Bit Error Rate (BER) shall not exceed 1*10-12. Theoretical calculations should be submitted in support of the above for the longest considering 1 hour MTTR.

d) SYNCHRONIZATION

Several synchronization sources should be available. Primary reference clock (PRC) suitable for this project shall be existing Cesium based (non-duplicated) installed at Mumbai. Secondary reference clock based on GPS is installed at Bijwasan.

Other clocks, as required, shall be provided as per G-803. Slave clocks shall conform to G-812 and SDH network element clocks shall conform to G-813 and shall have duplicated configuration including dual power supplies. Slave clocks shall be rugged and shall meet all the environmental requirements.

Procurement, supply, installation, testing, etc, all complete of slave clocks, along with racks (as per ETSI standards) and power supply system. All the above accessories including racks, power supply system, interfaces for alarm transportation to optical fibre Network management system, etc shall be of highest international quality and shall be procured and supplied from the respective clock manufacturers, as a package.

Synchronization Status Messaging (SSM) for synchronization quality must be available. SSM should be transferred in the S1 byte of STM-N section overhead and it must ensure that the best available timing source is used for synchronizing the network.






The following should be usable as synchronization source:

a) External clock b) Any STM-N c) Any 2 Mbps (for STM-1) d) Internal clock The management system should include a user definable synchronization priority list of the available timing references in the network. Bidder shall provide details of the priority list and it’s functioning.

e) SUPERVISORY (AUXILIARY) INTERFACES

Bidder to provide details of the auxiliary interfaces (minimum two) available in the SDH system proposed, including the proposed functionality of these interfaces. It shall be possible to connect an auxiliary interface to any free byte of the SOH as well as to the F2 byte of VC-4 POH.

f) PROTECTION

1. The following protection types are required (Bidder to provide details of each).

a) Traffic Protection (As per G-841, G-842):

Scheme proposed is as per Annexure (Indicative System configuration diagram for Optical System, Drawing No. B049-000-16-51-3201). Bidder may improve upon the same conforming to all the requirements & specifications in this document. (In such case bidder to provide details with explanation for the changed configuration i.e. traffic protection scheme be stated & explained and compared with the proposed scheme).

Switch completion time in all cases should be in order of 50 ms.

b) Equipment Protection

The following should be duplicated as a minimum:

All traffic affecting circuits, cards including but not limited to the following:

• Synchronizing/Timing duplication (Timing, etc) • Cross-connect duplication

Bidder to provide the details of the protection schemes as part of bid, including:

• Protection types • Levels of protection • Switch criteria • Switch and hold times






2. Removing the inactive unit in a steady state of the node should not cause any

interference in transmission of payload or the management information. 3. The spare plug-in-units shall be common i.e. usable as back-ups for all

configurations.

g) TESTS AND MEASUREMENTS (local as well as remote)

1) The following test loops shall be provided as a minimum: For STM-16:

• STM-4: Equipment& interface loop

The following definition shall be applicable: • Interface loop: Test loop for the interface- the interface card shall

enable looping back the incoming signal directly. • Equipment loop: Test loop for the card- the outgoing signal is looped

back directly into the unit.

2) Forced on, off of laser shall be provided

3) An alarm must be raised if a test loop or forced laser state is active. h) POWER REQUIREMENTS

Bidder to provide details of power consumption of each plug-in unit, as well as typical and maximum power consumption of a node.

i) MECHANICAL Bidder to provide suitable racks as per the present requirement.

5.3.3 STM-16 STATION EQUIPMENT

The performance of the line and tributary interfaces shall be in compliance with ITU-T G-957. Bidder to provide detailed specifications of equipment offered. It shall be possible to configure the SDH equipment as a terminal, add drop multiplexer, regenerator or cross connect. New STM-16 equipment shall support full DCC transparency. Bidder to demonstrate full DCC transparency during FAT. Cross-connect: The STM-16 equipment shall be equipped with:

a) Redundant-matrix card b) Minimum capacity of 192X192 VC-4 equivalent at HO out of which

minimum 64X64 VC-4 equivalent at LO.






c) Fully non-blocking with Granularity at VC-4, VC-3 and VC-12 d) Aggregate to aggregate, Aggregate to tributary, tributary to

Aggregate, tributary to tributary. e) Capability of the following:

• Unidirectional point to point • Bi-directional point to point • Unidirectional point to multipoint • Drop and continue

The STM-16 node should support the following interfaces as a minimum: STM-1 (optical), STM-4 (Optical) 10/100/1000 Base-T, 2Mbps (E1) At present, at all STM-16 stations, bidder to provide tributary interfaces for:

1. Equipped as per the present requirement.

2. Equip interface (for future) completely wired & with SFPs & working from

day1: • 1 STM-16 port • 1 STM-1/4 Port • Minimum 16 E1 • Working Ethernet interfaces (total 8*10/100 auto-sensing interfaces)

SV Station: 2 no. Mumbai: 4 nos. Kota: 4 nos. Bijwasan: 4 nos. Bina: 4 nos. Other Pumping (attended) stations: 3 nos.

5.3.4 NETWORK MANAGEMENT SYSTEM

General Bidder shall provide a Network Management System (NMS) in configuration to enable remote monitoring & control of telecom equipment. Mumbai and Kotashall act as SDH Network Management Centers (NMC) Server and client NMS at Manglya, Piyala & Bina. Network management system shall be of open architecture & NMC shall have built-in supervisory facilities for monitoring the health of various stations automatically. Data from various stations shall be available at all the NMCs and shall monitor and control all stations.

Network Management System should typically include automatic fault management (showing network alarm information, etc.), configuration (node installation, configuration, software download, dynamic end-to-end path, trail management, etc.), performance management (collecting performance data for SDH (such as RS termination, MS termination & high, low order path termination, etc.) and PDH blocks, Performance statistics, etc.) and security management (assigning user rights, keeping log records, etc).






All the databases should have disk mirroring/standby configuration. External backup should also be provided (this should have both options of manual & scheduled backup). The hardware should be provided from proven sources. Hardware shall include Work Station, color monitors, etc. In addition, the NMS should also provide alarms and indications automatically (4 minimum) for the following (Bidder’s scope shall include provision and installation of required sensors, cables, etc., all complete for the same):

1) EPABX alarms 2) Clock alarms

Collection and data base storage in the Network Management System should be fully automatic. Operation of NMS should be pre-emptive (i.e. in case of any wrong operation, the system software should not crash).

This management platform will provide topology view (graphical and textual) of all the elements including SDH equipment and unified alarm log.

Management data (Q3 interface) shall be carried between SDH nodes by the DCC (Data Communication Channel) bytes of STM SOH. It should be in compliance to ITU-T recommendation (M-3010). Programming should be in high level programming language. Latest field proven version should be supplied. A backup of the complete NMS software shall be provided in CD/DVD-ROM. The management platform should have graphical user interface and the graphical view of the network elements should offer a quasi-photographic picture at the highest level, going down to block diagram views of the functional blocks i.e., the network management system shall graphically depict the entire network in a single global view.

From this view the following should be accessible:

a) The topology level shall display in the main window and shall be the background for all other management views.

b) The NE shelf view- shall show the internal physical layout of the NE’s, i.e.

the various cards installed in their slots. c) Card internal view- shall show the various transmission objects within the

card.

All functional operation shall be mouse performable.

Throughout all presentation layers, continuous alarm information should propagate. For all views and tasks, a context sensitive on-line help should be provided. In addition, complete product documentation should be accessible via the online “help” system. The routing protocol shall be dynamic and in accordance to ISO (ES-IS, IS-IS)/Q3/SNMP ver.2. Updates of routing tables should be automatic.






Any network element should be accessible from any other point of the network. Printer interfaces (at each NMC):

The alarm printing shall preferably be done in a single line and shall include the following as a minimum:

i) Time, date of alarm ii) Type of alarm iii) Name of station iv) Time, date of alarm reset v) Severity, Status of alarm

A printer accessible from windows/ or any other operating platform directly connected to the NMS. Bidder to provide details of the NMS provided, including details of hardware and software utilized and also how the network management network can be expanded if the network grows (state addressing rules, action required, limits of network (size, etc)).Element Management System not to be offered.

• Network Elements

Types of network elements that should be possible to be managed shall include as a minimum:

1. SDH elements (STM-16)

The management connection within the SDH network shall be made using the DCC. Bidder to provide details which shall include the mechanism of management (fault, configuration, performance, security) of SDH equipment (STM-16). Details shall also include flow diagram for above.

• Element Management The number of manageable elements shall be at least 200 % more than as required for this project. All software, licenses as required for the same shall be included as part of this project. In line with the above, bidder to specify maximum number of manageable network elements for:

1. SDH • Fault management

1) ALARM REPORTING INTERFACES

Real time screen display, both graphical & textual for alarm occurring at any station (without need for logging into the particular station) i.e. in all the cases the alarms to be collected via the management interface automatically.






In addition, nodes should have rack lamps and/or unit LEDs to show their alarm status. The management system shall also provide audible alarms (with a provision to disable the same, as and when required by Owner), whenever a new alarm or event enters the management log. Reminder function sound or visible blinking shall be available whenever unacknowledged alarms are present in the system. Alarm export to a remote location should be possible in future (without any additional software). Suitable port for the same shall be provided. Software of NMS and NMC should be user-friendly capable of identifying the root cause by drill down approach on the displayed alarm.

Bidder to provide details of all the above requirements.

2) ALARM CATEGORIES • Critical • Major • Minor • Warning • Cleared

3) OTHER REQUIREMENTS

All details of the alarms shall be coming automatically and directly without any human intervention. All alarms (Time, date of alarm, Type of alarm, Name of station, Time, date of alarm reset etc) shall come discretely at the NMC, with all details, for each of the above categories (no summed alarms).

The Network Management System shall provide fault reporting of data communication equipment/interfaces. FAULT MESSAGE STORAGE:

To be stored in a database

MAXIMUM NUMBER OF RECORDS TO BE STORED: Upper limit to be provided by bidder.

HOUSE KEEPING OF THE DATABASE: When the database gets near to the maximum number of records set at the installation, an alarm should be produced for the user. In case database gets filled up, following should be available:






a) A tool for selectively deleting records is to be provided with the NMS. For backups, tools should be provided. Bidder to provide details

b) In case the user does not delete / clear records, First In First out

(FIFO) principle shall apply.

The user interface should have separate alarm lists for new, acknowledged and cleared alarms. A separate dialogue should be available for analyzing the historical alarms.

• Performance data

The performance data should be available for each network element. Performance monitoring should be available according to ITU-T G-784, G-821, G-826, G-828 and G-829 for the following minimum functional blocks: SDH network elements: STM-N signals (VC-4, VC-3, VC-12) Two separate records for last 15 minutes and 24-hour records shall be available. Performance monitoring shall be possible to set on all above functional blocks, including history records.

• Configuration

It should be possible to read the configuration from the network elements with the NMS, do the desired changes and save them.

It should be possible to read the configuration from the network elements into a file, make the desired changes into the file and restore the configuration into the network element, thus providing a way of saving the configuration of a network element in the NMS for backup purposes.

• Backup

NMC shall get data from the network elements automatically. In addition, backup mechanism should be available at NMC for:

• Fault data. • Performance data. • Configuration data.

As long as power supply is available to the telecom rack, Network Management System shall be able to communicate with the node through the management interface card, irrespective of failure of any other cards.

• User access It should be possible to connect NMC and one Local Craft Terminal (hand held service terminal/ lap top computer) to the network at the same time.






Each user should have a login to the NMS when starting it. The user name should define the access rights for the system.

User privilege classes

The different user privileges available shall be as follows:

Allowed actions

Operator Experienced user

Network Administrator

System Administrator

Display network file

Yes Yes Yes Yes

Enable profile monitoring

No Yes Yes Yes

Create new profiles

No Yes Yes Yes

Create new network maps

No No Yes Yes

Create new network files

No No Yes Yes

Purge historical alarms

Yes Yes Yes Yes

Install communication drivers

No No No Yes

Configure drivers No No Yes Yes

5.4 EPABX

5.4.1 General

a) EPABX shall be a hybrid Exchange based on IP and PCM/TDM technologies and shall be microprocessor based and fully non-blocking. The EPABX shall support Q-SIG on PRI / BRI & IP and be fully ready for smooth integration with third party systems.

b) The exchange shall support ISDN features for Subscriber lines and trunks / tie -lines/ junctions and shall house all operating software.

c) The system should have broadband architecture, fully digital, ISDN & QSIG

supported. EPABX using PCM/TDM technique confirming to ITU-T recommendation shall be stored program control type. The figure of ‘Busy Hour Call Attempt’ shall be > 100,000 to ensure the congestion not occurring resulting in many failed attempts.

d) IP- Based EPABX system shall provide an open platform supporting all major existing & emerging standards and powerful network management function to provide the flexibility to the user to expand the system with ease.

e) EPABX system must support ITU recommendations ITU G.168, G.711and G.729 standards.

f) EPABX system shall be able to work seamlessly with EPABXs of other make like Alcatel, Coral, Tadiran, Ericsson, Siemens, Avaya, Cisco EPABXs through different






types of subscriber lines, junctions, analog and digital trunk lines and work in multi Bidder (Q-sig compliant) EPABX network environment with connectivity to PSTN. The EPABX shall support QSIG on PRI/BRI and shall be suitable for networking with existing ISDN EPABX systems. EPABX to be integrated with BPCL IT Network enabling to run IP phones in the IT network.

5.4.2 Hardware Specifications

a) EPABX shall be native VOIP design (SIP). EPABX shall support SIP / MGCP devices (VOIP) including SIP, PRI, E1 and Analog trunks, fully featured digital telephones, minimum 200 IP end points, 100 simultaneous gateway channels, third party SIP devices, expansion slots for PRI, digital and analog devices.

b) IP EPABX shall support standard SIP devices including soft phones, video phones,

SIP hard phones and SIP trunks including extending feature availability over the ISDN exchange network.

c) It shall be built around latest commercial microprocessor (CPU) with minimum core 2embedded processors or better with high level of distributed processing, capable of switching voice, data and images without any degradation. To protect the investment from obsolescence, the system shall allow for scalable up-gradation of the CPU without affecting and replacing the whole system or the other peripheral hardware.

d) There shall be high level of distributed processing to provide for superior reliability and better utilization of main CPU time.

e) Normal analog extension shall be capable of reaching a minimum distance of 3 km using 0.51mm single pair cable.

f) To ensure fast booting time, it shall have fast Main memory and storage memory system like dynamic random access memory (DRAM) and flash ROM etc. For secondary storage memory to store office data, administrative and maintenance procedures etc., memory shall be Flash ROM/Hard disk. Memory storage shall be sufficient to meet the present requirement & future system up-gradability.

g) System shall allow removing of stacks/cabinets to support extensions at remote places with full features transparency.

h) System shall be capable of working as transit switch, local switch, data circuit switch.

i) EPABX shall have interface with existing and new Lease lines for Voice communication.

5.4.3 System Software

The system platform shall be based on open architecture based system and universal multitasking operating system and shall support uniform system software for full migration up to maximum extensions/Trunks.






5.4.4 Redundancy

System shall have redundancy of CPU, common control modules like tone generator, entire control section, memory and Power supply units by way of duplication or distributed architecture of common circuitry. In case of CPU failure the established call shall not get disconnected.

5.4.5 Interfacing Compatibility

EPABXs shall be capable of supporting the following signaling protocols. Hardware as per present requirement as specified elsewhere. However Software for all the interfaces/protocols shall be inbuilt in the EPABX from day 1. a) Analog: E&M (2W), E&M (4W), DC loop signaling, decadic, DTMF b) Digital: 2Mb stream with the following signaling protocols (Digital CEPT,

R2MFC) c) Standard ISDN BRI, PRI,SS7 d) SIP / MGCP on VOIP e) QSIG. f) All other protocols as applicable for operation of IP & ISDN services, etc.

5.4.6 System Service Features

a) Classes of service restrictions b) Automatic fault detection & display c) Line lockout d) Music on hold e) Flexible & user definable numbering plan. f) Discriminative ringing for extension call & tie-line call g) Night mode h) Area code restriction i) Trunk answer from any station j) Direct in lines k) Emergency transfer to predefined extensions of PRI lines on power failure. l) Seizure of outgoing trunks on rotating priority without any hardware settings m) 3-party conference for calls coming through. n) User programmable station groups (call pickup, rotation etc) o) STD/ISD barring facility on C.O. lines p) The system shall have malicious call trace facilities for pre-define set of users. q) System shall provide Auto attendant facilities on all trunks with flexibility of

different set of announcements to separate in coming trunk groups. r) Appointment reminder. s) Paging interface. t) Pad lock. u) In built Wake up alarm (using in-built EPABX clock) v) Traffic Monitoring w) Volt free contact for transmitting EPABX alarm. Bidder to provide details of volt

free contacts. x) Numbers of calls in Queue display






y) Auto answer z) Microphone mute.

5.4.7 Extension Service Features

a) Direct outward dialing b) Direct Inward Dialing with auto attendant facility c) Abbreviated dialing d) Extension to extension calling e) Auto callback on busy f) Call forwarding/ forwarding cancel and diversion g) Calls pick up h) Group call pickup i) Last number redial j) Force release of entire group call k) Force release of a participant l) Pad lock facility or STD/ISD locking m) Add on Conference n) Station camp on o) Trunk camp on p) Call transfer for local, CO Line & over the network q) Speaker on-off indication at the remote end (for IP telephones) r) Executive override with tone indication s) Whisper page t) Boss secretary feature u) Integrated directory (for IP telephones) v) Mixed mode dialing (DTMF/Pulse interchangeability for analog telephones) w) Last caller recall x) Calling line identification y) Connected line identification z) Calling/Connected line identification restriction aa) Calling name identification bb) Connected name identification cc) Calling/Connected name identification restriction dd) Calling line identification on analog extensions

5.4.8 Billing System

EPABX system shall support Window based user friendly Call Logging, monitoring & Billing system, which shall facilitate the following: It shall allow dedicated billing systems for organization with different rates in line with DOT standard. System shall allow dedicated i.e. by number wise reports, department, section wise, authorization code, account code, top money utilizes, called number wise reports, date-wise reports etc. System shall allow out-dialed number privacy in call billing by suppressing partial or full digits for printing in the billing report. It shall provide graphical user interface for analysis of all such reports. Call billing software shall work in back ground mode.






The system shall give detailed information for outgoing calls on all CO lines, Analog and Digital trunk lines separately. The billing software shall have feature, which shall help in evaluation of communication cost, ways to improve in answering and handling the incoming calls etc. Thus billing software shall be able to generate complete MIS (Management Information reports) giving information on the • Trend in cost of communication-usage of CO lines. • Graphical reports for easy interpretation. The Call billing software shall have the provision for adding/modifying/deleting the STD/ISD/Local codes, call tariff & call time zones at site as & when required to accommodate the changes carried out by DOT / Service provider time to time. The billing software shall also preferably have traffic observation & performance observation features. The billing system / call monitoring system shall comply with security requirement of the plant.

5.4.9 Network Management System / Programming EPABXs Network Management System shall be provided for network & local control of the entire network. Further all EPABXs shall be remotely programmable by EPABX NMS. NMS shall be capable of programming EPABXs for services defined in above clauses. NMS shall also include software/hardware required for “Call Accounting” system. This call accounting feature is required for all the subscribers in the entire network. The system shall have the provision of instant fault information, remote maintenance facilities and capability for malicious call tracing for at least four malicious traces simultaneously. The access for modification shall be through password protection. EPABX Network Management System features:

The NMS system should minimum take care of the following: 1. Graphical view of the network 2. System configuration 3. Fault management 4. Performance management 5. Security management 6. Call accounting

5.4.10 Main Distribution Frame/Intermediate Distribution Frame/ Junction Box (JB) for

Analog/Digital extensions & CO lines






Connectors Krone type or equivalent Line Protection Unit Integrated protection module &

GD tubes on all lines Type of enclosure Krone wall mounted, PVC body with

transparent dustproof cover and locking arrangement.

Cable insertion/extraction Cable insertion/extraction tool shall be provided with each MDF

One number of jack for line insertion with each MDF.

5.4.11 LAN/Ethernet Switch{Nos. as per requirement of EPABX configuration}

a) Number of ports Minimum 24 b) Data rates 10/100/1000 Mbps c) Power over Ethernet (PoE) output Required (for IP telephones) d) Connectors RJ45 e) Fibre Ports 2 nos. of Gigabit Ethernet SFP ports with

LC connector, single mode 1310/1550 nm with 50 Km range

f) Standard supported IEEE 802.1d, 802.1p, 802.1q, 802.1w, 802.1x, 802.3ad, 802.3af

5.4.12 Requisite EPABX Configuration

a) Control system as specified above Duplicated in hot stand-by configuration. b) Number of IP extensions:

(refer clause 3.2.3-1)

Number of analog subscriber line:

(refer clause 3.2.3-1)

d) Number of CO lines 10 e) PRI interface for interfacing

with EPABX 10 nos. (Minimum) for Mumbai and 5 Nos. (Minimum) for other EPABXs

f) MDF Capacity: 200 (equipped for 100)

5.5 SPECIFICATION OF TELEPHONES 5.5.1 IP Telephones






Offered IP Telephones should transparently support all EPABX features/functions as specified elsewhere. Power requirement: AC: 230VAC and DC: -48 VDC (+ve grounded) Ethernet: 2 port switch VLAN IEEE 802.11p, Power over Ethernet (PoE) support

User Interface:

• 2 x 22 character display • At least 4 Soft keys • Last calls (At least 99 entries) • Speed dialing, hands free dialing • Missed calls, taken calls • Call waiting indication • Clock • Caller-ID: Required • At least 4 user Programmable keys • Option to increase programmable keys by just adding one module to the

phone • Menu driven user interface • Selectable ringing melodies • Log in/Log out • Do not disturb • Speakerphone • Should support MGCP / SIP protocol • Call features (Hold, Blind transfer, Attended transfer, Music on hold support,

Divert, Call intrusion, Call completion) • Web server (Easy configuration of the phone, remote configuration, Password

protection, Diagnostics (tracing, logging), Static IP provisioning, DHCP etc).

5.5.2 Ordinary (Analog) Telephones

• Direct 8 One-Touch Memory • 90 Incoming Calls Memory • 10 Outgoing Memory • 10 Two Touch Memories • Back Lit LCD • Flash , Pause & Alarm Clock • Speakerphone With Programmable Volume setting • Speaker/ Ringer In Use Indication • Ringer High/ Medium/ Low Switch • Phone Book • Display of Incoming Numbers, New Call, Total Calls & Repeat Calls. • 8 Ring Melody Selectable • 5 Step LCD Contrast Adjustable. • Tone (T) Pulse (P) Function Through Switch • Caller ID: Required






Note: Bidder shall get confirmation for the Color of all the telephones from Owner during detailed engineering.

5.5.3 Explosion Proof Telephones And Acoustic Booths (Not Acoustic Hood)

Explosion proof telephone (with Acoustic Booths, Howler, Flashing Beacon, etc.) one each at following locations (final location shall be decided based on BPCL operation team during detailed engineering) tentatively near Pumps:

GENERAL Explosion proof telephone shall be housed in a suitable acoustic booth with a flashing Beacon installed outside the acoustic booth. The acoustic booth shall house the explosion proof telephone set, including all accessories for fixing to the telephone set. Telephones shall be provided with howlers. These telephones shall be connected through EPABX. Acoustic booths shall be made of glass-fibre reinforced polyester. These should be maintenance free, UV, fire and corrosion resistant. Location of these telephones shall be finalized during detail engineering. Bidder’s scope includes supply of all materials, interfaces, cabling, power supply, trenching, back filling, etc. all complete. SPECIFICATIONS The offered acoustic booths shall provide noise reduction of minimum 15 dB. Telephone instruments, Beacon and Howler shall be suitable for installation in hazardous areas, of Zone 2, Group IIA/IIB T6 standards. Telephones, Flashing beacon, howlers shall be weatherproof conforming to IP-66 specification. Wiring, cable glands, shall be included with the equipment. All cables outside the building shall be of armored type. All equipment shall be coated to ensure proper corrosion protection. Galvanization thickness for steel pillar and flash support shall be 80 µm minimum. All metallic parts, which are not permanently protected against corrosion, shall be protected with anti-corrosion painting.

5.6 VIDEO CONFERENCING SYSTEM (VCS)

Video Conferencing endpoint Equipment (VCE) shall be provided at locations identified (refer clause 3.2.3-2) stations and the same shall form part of the existing VCE system. VIDEO CONFERENCING ENDPOINT EQUIPMENT (VCE)

1 Supported Standards • ITU-T H.320 ISDN & ITU-T H.323 IP networks






• Video H.261, H.263 + +, H.264, H.239 • Audio G.711, G.722, G.728 • Data T.120/H.239

2 Bandwidth Supported

• upto 3 Mbps over IP • upto 2Mbps over ISDN PRI • upto 384 Kbps on ISDN BRI

3 Inbuilt MCU (5 sites)

• Inbuilt MCU with 5 sites in multi point call @384 kbps in mixed

network (IP and ISDN/ISDN/IP). • The inbuilt MCU should support transcoding and rate matching in

Multipoint call • The system should support continuous presence view of all 5 sites on

single screen • Support for continuous presence video mode in a multi point call • Dial in and dial out support

4 Video

• 30 frames per second@ 192 kbps- 2 Mbps • Video resolution HD (1920 x 1080, 1280 x 720), WXSGA+ (1680 x

1050), SXGA (1280 x 1024), XGA, SVGA, VGA

5 Audio Features • Audio protocol: G.711, G.722, G.723.1, G.728

6 Digital Microphone Pod

• Range 360° • Mute buttonon Microphone & remote

7 Built-In Camera

• Resolution 1920 x 1080 pixels or better • License of Full HD • Preset 15 presets • H. angle of view upto70 degrees • Zoom 7x optical or better • Backlight compensation

8 Network Interfaces

• IP upto 3 Mbps • upto 3 Mbps over IP • upto 2Mbps over ISDN PRI • upto 384 Kbps on ISDN BRI

9 Audio/Video Interfaces






Video Inputs • Main camera Integrated • VCR Composite (RCA) • Doc.Cam.1 S-Video (Mini-DIN) • Doc.Cam.2 S-Video (Mini-DIN) • Doc.Cam.3 Composite (RCA) • XGA In- to connect PC/Laptop directly into codec without using

external devices • PPT (presentation) shall be connect directly.

Video Outputs • Monitor 1 Composite (RCA) • S-Video (Mini-DIN) • Monitor 2 S-Video (Mini-DIN) • VCR Composite (RCA) • XGA Out

Audio Inputs • External Mic 360° • Aux.mic. (Omni) • Audio In Line 1 RCA • VCR Line 2 RCA (L/R) • Wireless Mic.

Audio Outputs • Monitor1 Line 2 RCA (L/R) • VCR Line 2 RCA • Wireless External Speaker (noise cancellation) for Output •

10 Integrated Presentation

• Supported applications: Microsoft® PowerPoint® • Multimedia support T.120/H.239

11 Network Capabilities

• IR6 Support • Full down speeding • Auto H.323/H.320 dialing • Network diagnostics • SIP and H.323 to be supported simultaneously on same codec • Inbuilt streaming capability

12 External MCU (25 sites) with Workstation (PC)

It should be external MCU hardware with workstation (PC) supporting minimum 25 sites at 4 Mbps over IP with all required hardware & software along with interface cards.






It should have the following features: a. ITU standards: H.323, H.239 and SIP standards compliant b. Video coding: H.261, H.263, H.263+, H.263++, H.264 c. Resolution: HD 1920x1080p, QCIF, CIF, 4CIF, VGA, SVGA, XGA

Built-In CameraResolution 1920 x 1080 pixels or better d. Shall support PPT (presentation format) input. e. H.281 far end camera control f. Audio coding support: G.728, G.711, G.722, G.722.1, G.723.1, G.729 standards g. Audio Transcoding support: G.711, G.722, G.723, G.728 in the same conference h. T.120 standards support in IP and ISDN conferences for data collaboration on all ports i. Transcoding on all ports j. Network interface: RJ-45 10/100 Ethernet ports for IP connectivity 4 E1\ ISDN PRI ports for ISDN connectivity k. Bandwidth supported: Up to 10 sites at 4 Mbps over IP networks Up to 15 sites at 786 Kbps over ISDN networks l. Video Display modes:

• Support for voice activated and continuous presence (CP) mode conferences

• Support for up to 26 video layouts • Support for continuous presence of minimum 10 users on one

screen • Support for picture-in-picture • Dynamic CP layout adjustment (MCU will choose the best video

layout according to the number of participants in the conference). MCU should be able to adjust CP layout every time a participant joins in or drops out, with no empty window.

• Support video active (voice activated) and CP up to 20 users on one screen

• Support lecture mode and auto-rolling (auto-rolling time is configurable)

• Support change from any CP mode to any CP mode or CP mode to voice activated mode in an ongoing conference.

• Sub-conferencing for private session during the conference without dropping the call.

• Activate speaker frame–locate the speaker in a CP layout (configurable option, and color of frame can be configurable).

• Auto blow up of speaker (participant video will be enlarged from small quadrant to big quadrant when speaking)

m. Conference speed capabilities: • Support for both symmetric and asymmetric continuous

presence mode conference • Support for mixed rate conferences – sites connected at

different speeds in the same conference






• Support for down speeding on ISDN/ E1 or ISDN PRI ports with gateway option calls for maintaining the call even when a B channel in the ISDN line is down

n. Other conference features: • Support minimum of 25 simultaneous conferences • Support SIP protocol • Support for H.235 encryption (AES and DES) • Support text overlay for participant name display and also

borders for active and displayed participant speaker • Operator assistance available through using a GUI • Intuitive and easy to use centralized web management • Support for ISDN fallback for backup route when

problem/overflow on the IP link and if the IP bandwidth is not available the call should made through the gateway and from the gateway to an IP on a different zone.

o. Support cascading/clustering to support more users in a conference, and also in a distributed network p. IP back-plane for minimizing delay q. ITU-T standard based packet loss compensation algorithm. r. Password protection allowing to restrict conference creation to users with operator/administrator authorization s. Multi-vendor support so that the enterprise’s “select” terminal will work well with the MCU solution- end point agnostic t. Gatekeeper for H.323 endpoints (VC/VoIP), registering with all endpoints with names and alias numbers and should operate in multiple IP zones, bandwidth management. u. Network Management software supporting the following functionality: • Network status updates – MCU elements, call, bandwidth, end point information, error status • Conference View – MCU controlling the conference, conference ID, conference type, video and bandwidth settings, number of participants – including the current no., the number reserved and the no. of local participants

Centralized log management – for network and element type levels, log files for MCU elements and gateways that do not maintain their own log files.

5.7 CCTV SYSTEM

CCTV system NVR shall be provided at locations identified (refer clause 3.2.3-2c). Separate NVRs to be installed these locations. New NVRs to be provided which is based on Open Protocol so that any kind of CCTV Analog/Digital/IP of any make with suitable media convertors if required can be configured for live video streaming and video recording. New Licenses for the NVRs to be procured such that the total pipeline CCTV load can be distributed uniformly on the thirteen (13) NVRs servers for efficient recording & monitoring. Viewing of all the existing & new CCTV cameras of MMBPL & BKPL network to be extended to each of these NVRs. Refer Annexure

5.7.1 CAMERA SPECIFICATIONS






i. Fixed Type

S. No. FEATURES DESCRIPTION

1 Application

1. Outdoor (The camera to be used for surveillance of plant. Glare from street lights should not affect video quality at night.

2. Day & Night Operation (Automatic switchover from color mode

to Monochrome Mode when the light falls below a certain threshold level)

2 Sensitivity (Minimum Illumination)

Day Mode (Color) : 0.12lux or better Night Mode (Monochrome): 0.01 lux or better (Sensitivity shall be measured minimum @ IRE-30)

3 Image Sensor Minimum 1/2.8 inch Progressive Scanning or better CCD/CMOS Color Sensor

4 Lens Varifocal 3mm to 9 mm (auto iris) or better

5 IR Cut Filter Automatic removable IR Cut filter

6 Functions

Inbuilt Analytics : Built-in video motion detection, Scheduled and triggered event functionality with alarm notification, Pre and post alarm buffer, Digital time, date code embedded, Password protection for restricted camera access

7 Electronic Shutter Automatic Electronic Shutter with Speed of approx. 1/10,000 second to 1/10 second or better to capture clear picture / video as per specifications

8 Iris Type Auto

9 Digital zoom Digital zoom applicable

10 Wide Dynamic Range Yes (Min. 120 dB)

11 Television System PAL

12 Video Streaming/ Video Compression Triple Streaming (2 x H.264 & 1 x JPEG or better)






13 Auto image stabilizer

Automatic Electronic image stabilizer should be there. On/Off (Selectable). Camera should be able to give stable picture while mounted on 6 mtr. high pole. Picture should not be shaking with normal wind direction.

14 Uni -casting & Multicasting feature Required

15 Aspect Ratio Compatible to HD (16:9)

16 Minimum Resolution (in Pixels Resolution: 1920 x 1080 (Full HD) or better

17 Frame Rate Frame: 25 fps or better

18 S/N Ratio 50 dB or More

19 Automatic Gain Control (AGC) Yes, On / Off (Selectable)

20 White balance Yes, Automatic

21 Back Light Compensation (BLC)

Yes, On/Off (Selectable)

22 Image settings Compression, color, brightness, sharpness, contrast, white balance, exposure control, backlight compensation, exposure zone, automatic back focus, mirroring of images, WDR, dynamic contrast, text & image overlay, privacy mask.

23 Software Interface Latest prevalent interfaces (Preferably web based)

24 Image Enhancement feature Yes

25 Privacy Zone masking Yes, Min 4 zones with 3D privacy mask

26 Alarm triggers Intelligent video, external inputs

27 Audio streaming Minimum One-Way, unidirectional transmission of voice, with mute feature for incoming voice.

28 Audio Compression AAC LC 8/16 kHz./G.711 PCM8kHz./G.726 ADPCM8kHz.Configurable bit rate

29 Audio Input/output Built-in microphone or port for connecting External microphone input on camera/ Layer-2 switch. Signal Line in / Line out to support audio Inputs & outputs. (Ports required to pick up sound along with video are optional).

30 Security Password Protected access, IP address filtering & user access log facility






31 Supported Protocols TCP/IP, UDP/IP (Unicast, Multicast IGMP), UPnP, DNS, DHCP,RTP, RTSP, NTP, IPv4, IPv6,SNMP v2c/v3, QoS, HTTP, HTTPS, SSH,SSL, SMTP, FTP and 802.1x (EAP).Camera shall support open IP standards.

32 Service Port PAL output

33 Power Source

Manned Station: 230 V AC supply shall be made available in the control room by BPCL. Vendor shall arrange to make necessary cabling from the BPCL provided source to the camera. Vendor shall arrange necessary power supply converters for providing respective supplies to CCTV cameras and white light illuminators SV Station (Unmanned) : -48 V DC supply shall be made available in the telecom room by BPCL. Vendor shall arrange to make necessary cabling from the BPCL provided source to the camera. Vendor shall arrange necessary DC to DC converters for providing respective supplies to CCTV cameras and white light illuminators

34 Dome Housing NEMA 4X certified IP-66 rated (Weather & Dust resistant) with an aesthetic appeal

34.1 Dome Housing Cast Aluminum (To be suitable for Coastal Environment)

34.2 Dome Housing In-built sun-shade & heater as applicable for achieving desired performance ( 24/7)

34.3 Dome Housing Easy cable routing

34.4 Dome Housing Impact Resistant (IK10++ per EN62262 (80 J))

34.5 Dome Housing Vandal / Tamper Resistant

34.6 Dome Housing Dome housing make to be same as that of camera make

34.7 Dome Housing Shock & Vibration Resistant

35 Mounting As per site conditions. Adjustable head with 360 deg pan, 180 deg tilt. Make to be same as that of the Camera.

36 View Material (Dome Bubble) Polycarbonate Plastic / Acrylic Plastic / Tempered Glass

37 Connectivity Network interface: IEEE802.3, 10/100BaseT Ethernet networks (RJ45) for LAN/WAN, TCP, UDP, IGMP, SNMP, HTTP, RJ45

38 Internal Heat Sink Required

39 Operational Temp. Outdoor with temperature range upto 50 deg C. Outdoor housing and mounts to be provided with IP-66 rated protection






40 Operating Humidity 20% to 80% RH (non condensing)

41 Accessories The cost of Camera shall include all the required accessories, connectors etc. to connect Camera with Cat-6 Cable & for mounting on the pole, surge arrestor in-built (or external) for power & Ethernet circuits

42 Certifications

IEC standards viz. IEC 600682-6 or as applicable (optionally certificate from OEM stating that the camera offered would give stable image when mounted over 6 mtr. high pole under normal wind condition). FCC standards viz. FCC part 15 or as applicable, EN or UL standards viz. EN 55022, 55024, UL60950-1 or as applicable. (Model specific). Also the Camera should be NEMA certified.

43 Application Programming Interface

Camera shall be certified for latest ONVIF version with suitable SDK s & APIs to be supplied with the camera.

44 License Fees

No license fees shall be payable over & above the rates quoted by the bidder in this tender for operating & accessing cameras as well as for firmware up gradation on the camera throughout the contract period including warranty and comprehensive AMC period ( 2 + 5 years)

45 Approved Makes Bidder to propose CCTV from the following approved vendor list only: Refer Special Instruction to Vendors

46 Make Offered Bidder to Mention the Make of the product being offered

47 Model Offered Bidder to Mention the Model of the product being offered

48 Warranty and CPWMC 2 years warranty and 5 years Comprehensive Post Warranty Maintenance Contract

49 SD Card support for local storage

Bidder to provide minimum 64 GB SD card class 10 or better in CCTV camera for local storage

ii. PTZ type (Weather –proof)


1 Application

a) Outdoor (The camera to be used for surveillance of plant. Glare from street lights should not affect video quality at night.

b) Day & Night Operation (Automatic switchover from color

mode to Monochrome Mode when the light falls below a certain threshold level)






2 Sensitivity (Minimum Illumination)

Day Mode (Color) : A. 5.0 Lux (or better) with AGC OFF B. 0.5 Lux (or better) with AGC ON Night Mode (Monochrome): A. 0.5 Lux (or better) with AGC OFF, B. 0.05 Lux(or better) with AGC ON (Sensitivity shall be measured minimum @ IRE-30)

3 Image Sensor Minimum 1/2.8 inch Progressive Scanning or better CCD/CMOS Color Sensor

4 Lens Motorized Varifocal (auto iris)

5 Lens Focal Length 4.3-129 mm [Given focal length corresponds to 30X (optical zoom).However if vendor is offering better optical zoom, the focal length can be accepted with a corresponding variation without changing requirement of min Focal length i.e. 4.3mm].

6 IR Cut Filter Automatic removable IR Cut filter

7 Electronic Shutter Automatic Electronic Shutter with Speed of approx. 1/10,000 second to 1/10 second or better to capture clear picture / video as per specifications

8 Iris Type Auto

9 Lens Zoom Min 30X Optical & Min 12X Digital

10 Presets Min 90

11 Programmable Patterns Min 4 (Four) including Pan, Tilt & Zoom tour functions

12 Flip Function Auto

13 Pan movement 360° (endless) continuous pan rotation

14 Tilt Range 0° to 85° vertical (Zero Degree is defined as horizontal view on x -axis)

15 Pan Speed Variable between 0.1°/sec to 80°/sec (Adjustable through software, also possible manually)

16 Tilt Speed 0.1 deg. to 40°/sec (Adjustable through software, also possible manually)

17 Zoom Speed Adjustable

18 Wide Dynamic Range Yes (Min. 120 DB)

19 Television System PAL

20 Video Streaming/

Triple Streaming (2 x H.264 & 1 x JPEG or better)






21 Auto image stabilizer

Automatic Electronic image stabilizer should be there. On/Off (Selectable). Camera should be able to give stable picture while mounted on 6 mtr. high pole. Picture should not be shaking with normal wind direction.

22 Uni -casting & Multicasting feature

Required

23 Aspect Ratio Compatible to HD (16:9)

24 Minimum Resolution (in Pixels Resolution: 1920 x 1080 (Full HD) or better

25 Frame Rate Frame: 25 fps or better

26 S/N Ratio 50 dB or More

27 Automatic Gain Control (AGC) Yes, On / Off (Selectable)

28 White balance Yes, Automatic with Manual Override (2,000° to 10,000°K)

29 Back Light Compensation (BLC)

Yes, On/Off (Selectable)

30 Image settings Compression, color, brightness, sharpness, contrast, white balance, exposure control, backlight compensation, exposure zone, automatic back focus, mirroring of images, WDR, dynamic contrast, text & image overlay, privacy mask.

31 Software Interface Latest prevalent interfaces (Preferably web based)

32 Image Enhancement feature Yes

33 Tilt & Zoom Display On Screen

34 Privacy Zone masking Yes, Min 4 zones with 3D privacy mask

35 Frame Freezing Yes

36 Auto focus Yes

37 Alarm triggers Intelligent video, external inputs

38 Audio streaming Minimum One-Way, unidirectional transmission of voice, with mute feature for incoming voice.

39 Audio Compression AAC LC 8/16 kHz./G.711 PCM8kHz./G.726 ADPCM8kHz.Configurable bit rate






40 Audio Input/output

Built-in microphone or port for connecting External microphone input on camera/ Layer-2 switch. Signal Line in / Line out to support audio Inputs & outputs. (Ports required to pick up sound along with video are optional).

41 Security Password Protected access, IP address filtering & user access log facility

42 Supported Protocols TCP/IP, UDP/IP (Unicast, Multicast IGMP), UPnP, DNS, DHCP,RTP, RTSP, NTP, IPv4, IPv6,SNMP v2c/v3, QoS, HTTP, HTTPS, SSH,SSL, SMTP, FTPand 802.1x (EAP).Camera shall support open IP standards.

43 Service Port PAL output

44 Power Source

Manned Station: 230 V AC supply shall be made available in the control room by BPCL. Vendor shall arrange to make necessary cabling from the BPCL provided source to the camera. Vendor shall arrange necessary power supply converters for providing respective supplies to CCTV cameras and white light illuminators SV Station (Unmanned) : -48 V DC supply shall be made available in the telecom room by BPCL. Vendor shall arrange to make necessary cabling from the BPCL provided source to the camera. Vendor shall arrange necessary DC to DC converters for providing respective supplies to CCTV cameras and white light illuminators

45 Dome Housing NEMA 4X certified IP-66 rated (Weather & Dust resistant) with an aesthetic appeal

45.1 Dome Housing Cast Aluminum (To be suitable for Coastal Environment)

45.2 Dome Housing In-built sun-shade & heater as applicable for achievingdesired performance ( 24/7)

45.3 Dome Housing Easy cable routing

45.4 Dome Housing Impact Resistant (IK10++ per EN62262 (80 J))

45.5 Dome Housing Vandal / Tamper Resistant

45.6 Dome Housing Dome housing make to be same as that of camera make

45.7 Dome Housing Shock & Vibration Resistant

46 Mounting Pendant type. As per site conditions. Adjustable head with 360 deg pan, 180 deg tilt. Make to be same as that of the Camera.

47 View Material (Dome Bubble) Polycarbonate Plastic / Acrylic Plastic / Tempered Glass

48 Connectivity Network interface: IEEE802.3, 10/100BaseT Ethernet networks (RJ45) for LAN/WAN, TCP, UDP, IGMP, SNMP, HTTP, RJ45






49 Internal Heat Sink Required

50 Mechanical Adjustment Pan (350°), Tilt (180°) ,Rotate (200°)

51 Operational Temp. Outdoor with temperature range upto 50 deg C. Outdoor housing and mounts to be provided with IP-66 rated protection

52 Operating Humidity 20% to 80% RH (non condensing)

53 Accessories The cost of Camera shall include all the required accessories, connectors etc. to connect Camera with Cat-6 Cable & for mounting on the pole, surge arrestor in-built (or external) for power & Ethernet circuits

54 Certifications

IEC standards viz. IEC 600682-6 or as applicable (optionally certificate from OEM stating that the camera offered would give stable image when mounted over 6 mtr high pole under normal wind condition). FCC standards viz. FCC part 15 or as applicable, EN or UL standards viz. EN 55022, 55024, UL60950-1 or as applicable. (Model specific). Also the Camera should be NEMA certified.

55 Application Programming Interface

Camera shall be certified for latest ONVIF version with suitable SDK s & APIs to be supplied with the camera.

56 License Fees

No license fees shall be payable over & above the rates quoted by the bidder in this tender for operating & accessing cameras as well as for firmware up gradation on the camera throughout the contract period including warranty and comprehensive AMC period ( 2 + 5 years)

57 Approved Makes Bidder to propose CCTV from the following approved vendor list only: refer SIV

58 Make Offered Bidder to Mention the Make of the product being offered

59 Model Offered Bidder to Mention the Model of the product being offered

60 Warranty and CPWMC

2 years warranty and 5 years Comprehensive Post Warranty Maintenance Contract

61 SD Card support for local storage

Bidder to provide minimum 64 GB SD card or better in CCTV camera for local storage

iii. White LED illuminators

White LED illuminators of following specification to be provided by bidder along with each camera (Fixed & PTZ) [Refer Annexure-IV for details/quantity]:

• LED based for minimum 50 meter range • IP-66 protection • Even illumination • Automatic Dawn/Dusk power on/off • 180 degree Coverage (for PTZ Cameras)






iv. Mounting Pole Specifications:

1. Type Self Support 2. Material Galvanized Steel 3. Height 6 m as per siterequirements 4. Wind

Speed 180 Km/h

5. Stress Within acceptable limit 6.

Foundation

The foundation of pole to be designed for three types of soil namely soft, medium, hard/rocky.

6.1 The foundations design to be as per the actual site Conditions.

6.2 Guard against corrosion and soil erosion should be taken care of.

6.3 The back filling should be done by proper compaction of soil in layers and should be done before erectionM20 concrete shall be used.Material mixing and quality control of concrete shall be as per IS 456:2000. High strength deformed steel bars of grade Fe 415 confirming to IS:456 shall be used. Bending of bars shall be as per IS 2502 (1963)

6.4 Welding shall be done as per IS:9595 (1996) 6.5 The paints used shall be in accordance with IS 2074/62,

2932 & 2933/75.Before applying coat of primer, the surface shall be given a coat of pickling agent so as to avoid flaking of painting. The pole shall be given two coats of paint in addition to primer coat after erection. The pole shall be painted as per the international standard and civil aviation guidelines.

6.6 50x3 mm GI strip should be bonded to the base of the pole and connected to earth pit / grid (if available in the plant or If a new earth is to be provided same shall be provided by BPCL) at the other end (max value of the earth resistance shall be 0.5 ohms).

v. Industrial grade LED TV Specification as a minimum:

S. no. Min Specifications

1 Make : As per Special Instructions to Vendor approved makes.

2 The Display should have aspect ratio of 16:9.

3 The Display should support true resolution of 1920 X 1080 pixels (Full HD)

4 The Display should have minimum (Native) contrast ratio of 4000:1.






vi. MEDIUM VOLTAGE CABLES

The cables shall be suitable for laying in trays, trenches, ducts, and conduits and for underground-buried installation with uncontrolled backfill and possibility of flooding by water and chemicals. Outer sheath of all cables shall be black in colour and the minimum value of oxygen index shall be 29% at 27 ± 2 ° C. In addition suitable chemicals shall be added into the PVC compound of the outer sheath to protect the cable against rodent and termite attack. However, for earthing cables; colour of outer sheath shall be green.

All cables covered in this specification shall be Flame Retardant Low Smoke (FRLS) or Fire Survival (FS). The outer sheath of FRLS cables shall possess flame propagation properties meeting requirements as per IS-10810 (Part-62) category AF. FRLS cable shall be identified by indenting, embossing or printing the appropriate legend i.e. 'FRLS, Category - C2' throughout the cable length. FRLS properties shall be as per IS: I 08 l O Part 61 & 62, IEC-60332 Part 1 & Part 3, IEEE-383, IEC-61034, IEC-60754 Part 1, ASTM-D-2863.

5 The Display should have minimum life span of 50,000 Hrs.

6 The display should have brightness of 700 Cd/m2

7

The display should have following input terminals.

a) RGB Input –Mini D-Sub 15 PIN x 1

b) DVI-D In – 24+1 PIN

c) RS-232C - D-Sub 9 PIN X 1

c) HDMI In – 1

d) Component/ Composite Port -1

e) LAN port - RJ45

f) USB Port- 1

8 The LED should have in-built speakers (minimum 10W rms x 2)

9 The Display should Be supplied with wall Mount Bracket

10

The display should have the following standards certification

a) RoHS compliant – For environment

b) UL/IEC – For safety

c) FCC – For radiations regulation

e) Energy Star 5.0 Certification – for Power Consumption






Sequential marking of the length of the cable in metres shall be provided on the outer sheath at every one metre. The embossing/engraving shall be legible and indelible. The overall diameter of the cables shall be strictly as per the values declared by the manufacturer in the technical information subject to a maximum tolerance of ±2 mm up to overall diameter of 60mm and ±3mm for beyond 60mm.

The joints in armour wire/strips shall be made by brazing or welding and any surface irregularities shall be removed. A joint in any wire/strip shall be at least 300mm. from the nearest joint in any wire/strip in the complete cable.

All power/control cables for use on medium voltage systems shall be heavy-duty type, 650/11 OOV grade with aluminium/ copper conductor, PVC/XLPE (as mentioned in datasheet) insulated, inner-sheathed, armoured/ unarmoured and overall PVC sheathed. XLPE insulated cables shall meet the requirement specified in IS- 7098 (Part-I). The conductors shall be solid for conductor of nominal area up to and including 6mm2 and stranded beyond 6mm2 Conductors of nominal area less than 16 mm2 shall be circular only. Conductors of nominal area 16 mm2 and above may be circular or shaped as per IS 8130. Cables with reduced neutral conductor shall have sizes as per Table l of lS:1554 (Part-I). The core insulation shall be with PVC/XLPE compound applied over the conductor by extrusion. PVC compound shall conform to the requirements of type ‘C’ compound as per IS: 5831. The thickness of insulation and the tolerance on thickness of insulation shall be as per Table 2 of IS:1554 (Part-I). Control cables having 6 cores and above shall be identified with prominent and indelible Arabic numerals on the outer surface of the insulation. Color of the numbers shall contrast with the color of insulation with a spacing of maximum 50 mm between two consecutive numbers. Color coding for cables up to 5 cores shall be as per Indian standard. The inner sheath shall be applied over the laid-up cores by extrusion and shall be of PVC conforming to the requirements of Type ST-2 PVC compound as per IS: 5831. The minimum thickness of inner sheath shall be as per Table-4 of IS: 1554 (Part- I). Single core cables shall have no inner sheath.

All cables shall be provided with armour except those specifically specified as un-armoured. For single core cables intended for use on AC system, the armouring shall be of non-magnetic material. For multi-core cables, the armour shall be by single round galvanised steel wires where the calculated diameter below armouring does not exceed 13 mm and by galvanised steel strips where this dimension is greater than 13 mm. Requirement and methods of tests for armour material and uniformity of galvanisation shall be considered as per IS - 3975 and IS -10810 (Part 41). The dimensions of armour shall be considered as per method (b) of IS- 1554 (Part -1). The outer sheath for the cables shall be applied by extrusion and shall be formulated for lower smoke and shall be of PVC compound conforming to the requirements of type ST-2 compound as per IS: 5831. If heat resisting PVC cables are specified in the data sheet, it shall be possible to continuously operate the cable at a maximum






conductor temperature of 85°C under full load condition and 160°C under short-circuit condition. For XLPE insulated cables, it shall be possible to continuously operate the cable at a maximum conductor temperature of 90°C under full load condition and 250°C under short-circuit condition. The fire survival cables shall meet the following additional requirements: The insulation shall be of EPR or equivalent material with glass mica tape below or above insulation. The cables shall meet requirement of circuit integrity test for a minimum period of 3 hours at maximum temperature of 950° C. Vendor shall have the test certificate for circuit integrity test as per IEC: 60331-21.

5.7.2 NETWORK VIDEO RECORDER SERVERS (NVR) (IP Based)

CCTV NVR solution so proposed shall be a fully IP based system with one Management Server, Video Recorders, Video Management Software, CCTV Client Workstation and IP cameras’ management suitable for the existing and new cameras as defined above. NVR system shall be supplied and configured at the locations defined in Attachment 14 and 15. NVR system shall be able to connect to all network-connected devices.

Bidder to note that NVR system redundancy shall be provided at Mumbai and Kota in 1:1 configuration.

NVR system shall have the following as a minimum:

• NVR Server Hardware with Monitor (21” LED, Desktop) • Viewing Monitor (65” HD LED for Mumbai & 55”HD LED for other locations,

Wall Mounted) with Workstation (Client PC with Monitor (21” LED, Desktop))

• SEPARATE Storage of minimum 100 TB SCSI each (RAID 5 HDD set) (recording of cameras within its jurisdiction shall be done at 4CIF resolution- Bidder shall calculate storage requirement accordingly and provide additional storage media if required for holding data for upto a minimum of 60 days @ 25 FPS)

• Fault tolerance for RAID video recordings, operating system. • Automatic IP camera discovery and configuration • Software RAID with 24/7 operation • Receive encoded live video from IP cameras, Play back video while still

recording from the same camera; Store live video to hard disk, Archive previously stored video to off-line storage media, anywhere, anytime.

• Allow alarms/events to initiate recordings • Scheduled recordings • Initiate recordings based on video motion detection (on a continuous basis

& scheduled for particular times, days, months, etc) • Report any IP camera failure or recoding failure to the system • Provide a full log of all system status (camera, server availability, etc) • Search for recordings (by camera & time, by motion detection, by

alarms/events)






• Network management with Security with passwords for each camera. • Thumbnails of recordings & exporting of recordings into CDs & DVDs

&printers. • NVR system at these locations shall be able to support the existing/ new

cameras as per present requirement. All required hardware, software, etc shall be provided from day 1 for all cameras as per present requirement.

• Support full frame rate on all inputs from the IP network cameras. • Software shall have a provision for Q-CIF, 2CIF and 4CIF configuration

minimum. • Interfaces with IT industry Standard Hardware

Sr. No. FEATURES DESCRIPTION

1 General requirement

Should be compatible for loading video analytic Software (supporting ON-VIF protocol) from any third party. Also shall support in-built analytics of any ON-VIF compliant camera issued with this tender or to be installed at later date during comprehensive AMC period. The NVR server system proposed by bidder should at-least comply following : a) The NVR server system should be capable to process

minimum 64 IP cameras at 1080p Full HD resolution at 25 fps for 24/7 recording

b) The NVR server system should be capable to store minimum 60 days recording of 64 IP cameras at 1080p Full HD resolution at 25 fps with provision for additional module for another 30 Days of recording.

2 Processor Type Dual Intel Xeon Skylake Silver series, 9.6GT/s 2UPI, 20M cache, 8-core or Better

3 Hyper Threading Technology support

Yes (2 threads / core)

4 Turbo boost Technology support

Yes

5 CPU Cache LLC cache : up to 20MB per socket

6 NIC Minimum 2 nos with 1/10Gbps onboard

7 BIOS Type Unified Extensible Firmware Interface (UEFI), BIOS shall also be acceptable if there is an OEM constrain.

8 StandardMemory Configured with 64 GB Memory Scalable to 192 GB within server.






9

DIMM Slots Min 12 of DDR-4 type

10 Memory Access Speed Min 1066MHz

11

Memory Mirroring Support

Memory Mirroring Support (1 channel (2 slots perProcessor) active, 1 spare, 1 unused) or equivalent technology duly approved.

12 Storage Technology Hot-pluggable/ swappable SAS HDD

13 No of HDD Bays (Internal) 8

14

Hard Disk Capacity (Internal)

4 TB-Raw storage capacity.Four Bays shall be available for future expansion.

15 Hard Disk Capacity (External)

Minimum of 100 TB usable capacities after RAID 5 configuration. OR capacity to store minimum 60 days recording of 64 IP cameras at 1080p Full HD resolution at 25 fps Whichever is higher. The solution should be capable for additional modules to store 30 days data apart from 60 days designed without additional processors (Total 90 Days)

16

RAID Configuration Internal RAID 1 configuration

18 RAID Configuration external RAID 5 configuration having support for RAID-1,5,6

19 No of Video Ports Dual

20 Video Memory 16MB DDR3 SDRAM or better

21 No of Gigabit Ports 2 Nos. of 1/10Gb port

23 No of USB Ports 5

24 Integrated systems management controller

Yes (IMM or equivalent)

25 Security Power-on password / administrator password / unattended boot /selectable boot / unattended start mode.






26 Optional systems management adapter

Virtual Media Key (optional)

27 Predictive Failure Analysis (PFA) support Memory, HDDs

28 No of Power Supplies

1 +1 ( redundant)

29 No of cooling fans (As per the server design)

30

Operating System Supporting the latest Windows, Linux, RHEL suite Supporting the latest hypervisor including the hypervisor, VMware, Citrix , Standard or Enterprise. Should be compatible with the supplied video management software and analytics (supporting ON-VIF protocol) from any third party. Also shall support in-built analytics of any ONVIF compliant camera issued with this tender or to be installed at later date during warranty and comprehensive AMC period. Vendor should be able to downgrade the OS as per the recommended OS by the chosen video management software vendor till the OS OEM licensing support is available.

31 Form Factor

Tower/Rack

32 Anti-Virus Norton (Latest) or approved equivalent with free

upgrades till validity of contract including comprehensive AMC period.

33 Approved makes IBM, HP, Dell

34 Make Offered Bidder to Mention the Make of the product being offered.

35 Model Offered Bidder to Mention the Model of the product being offered.

Video Management Software (VMS) shall have following features:

• It shall have open architecture. • It shall be capable of providing web based access

NVR may be integrated with pipeline Administrator server or to separate servers. Administrators shall be able to view camera details, change camera settings and configure video settings. NVR shall have capability of connecting to all the existing cameras in its region as well as further connectivity with NVRs of other regions shall be provided. When an alarm occurs in the NVR server, the live video output of the camera associated with that alarm should be switched directly to the Viewing monitor.






View options

• Single camera view • 1 to 8/16 views on a single screen. • Sequence view • Map view • Must be able to view cameras from NVR


1 Software Functional Requirement

The bidder should offer Enterprise Level Software for video management system. Also, the software should allow seamless integration of third party security infrastructure.

1.1 Software Functional Requirement

The Software should be a highly scalable enterprise level solution. It must offer Video Management solution scalable from 1 camera to 64 cameras as per BOQ. (Minimum).


Shall support IP Cameras


The VMS shall be based on open architecture which facilitates integration with other IT systems, Owner supplied free-issue cameras with the help of API (distributed free of charge). Shall be compliant to latest version of ON-VIF.

1. 4 Software Functional Requirement

The system shall allow operation with PC Keyboard, Mouse, CCTV Keyboard.


Shall be able to view single and multiple cameras simultaneously.


Option of viewing of all the CCTV cameras of BPCL network to be extended to each of the Thirteen NVR servers. The software should support viewing/ recording of minimum 64 cameras per NVR server. The rate quoted by the bidder forNVR (and software) shall include licensing charges for VMS as above. No additional charges will be payable on this account till completion of comprehensive AMC period.


Remote Administration, Monitoring & Management of Video.


Facility for exporting the video







Alarm pop ups for the associated cameras.


Shall be able to view single and multiple cameras simultaneously.

2 Platform The software platform should be latest version of Windows server. Should be compatible to 2008 or better

3 Compatibility The VMS should be built on open standard and shall be compatible with products from industry leading manufacturers.

4 Viewing Logical camera grouping

4.1 Viewing Simultaneous viewing live and recording from various Cameras by multiple users (min. 8 cameras view simultaneously)

4.2 Viewing Drag and Drop Camera Viewing.

4.3 Viewing Multi camera sequential tours

4.4 Viewing The VMS should have viewing client to enable the feed display on the workstation / remote location.

4.5 Viewing Extended camera viewing on multiple monitors

4.6 Viewing Provision for remote viewing of cameras through internet.

4.7 Viewing Digital zooming feature

4.8 Viewing User friendly PTZ Control functions of PTZ Camera.

4.9 Viewing Support Multiple Video Resolutions (CIF, 2CIF, 4CIF & HD (up to 8MP))

5 Recording & Retrieval Should have feature of recording and retrieval of Video and Audio.

5.1 Recording & Retrieval Continuous recording, by trigger (motion or alarm), by schedule.

5.2 Recording & Retrieval Should support the recording of H.264,MPEG-4 & MJPEG compressions

5.3 Recording & Retrieval Should have Configurable recording rate per camera

6 Storage Multi-level storage: should support multilevel storage (live recording on primary disk, archiving on secondary, and so on) should delete video after configurable duration.

6.1 Storage Distributed , fault tolerant database architecture

7 Video Search Video smart search on the basis of date, time, event, camera , location & alarm






7.1 Video Search Should have advanced / smart / quick search function

7.2 Video Search Sorting by camera name & IP Address.

7.2 Video Search Should be able to export searched video to standard video codec (or with video player in case of proprietary format)

7.4 Video Search Quick review of upto 60 minutes of data.

8 Event Management Register event, associated video and alert operator on screen with audio. Motion detection, sound detection, camera tampering events should be alerted to the operator.

9 Camera Management Show connection status of cameras, alert operator on screen with audio Manage firmware upgrades (Optional), and setting IP address. Set camera settings such as brightness, contrast etc.

10 Security User management, password management, user access level management

11 Configurations Various layout configurations (2X2, 3X3 & 4X4, etc.)

12 General Features & Specifications

user-friendly PTZ Controls

12.1 General Features & Specifications

Graphic video footprints with real-time PTZ Controls


Sensor management tools, Alarm management options and data editing.


Enhanced displays for video forensics and access to video archive systems


Supports JPEG or BMP or GIF data input


Capable of managing anassigned area of interest


Capable of ingesting video and Sensor inputs into an open architecture format, onto one screen


Provides a monitoring capability of the video/Sensor Subsystem, to be relayed to the key operations center.


Provides a multipleperspective geographicdisplay of site locations with site specific surveillance information including sensor locations and alarm conditions.







Provides a remote ability to set and/or modify Operational characteristics of surveillance devices and Storage


On line control of Pan/Tilt/Zoom (PTZ) cameras, sensors


Ability to record and retrieve stored video


Integrated-Alarm visualization rule and device control displays in either a single or double monitor format


Ability to slue PTZ cameras to Alarm generated areas


Capability of real time analysis of connected cameras todetect abnormal activity and security threats.


Capability to filter large amounts of video and support display of time line, customizable site Map, Live Video, Video playback, Integrated site map, Remote live view, Multi-site capability, Event based recording all over local LAN


Ability to deploy the Alarm components On PC Computer servers or on remote, ruggedized, externally mountable, stand alone platforms.


Camera obstructed should activate Alarm if the field of view is obstructed.


Cord cut-will alarm if the video signal is lost.


Hardware Alarm (Alarmscould be from Access Control System, detectors etc.) input should be able to receive signals from external devices through alarm I/O and act accordingly


Software should be an open IP surveillance product, enabling simultaneous digital video recording from network, mega pixel andanalog device, intelligent video analysis and remote access to live and recorded images from any networked computer.


Software should allow to add, edit, delete or disable and enable policies for video management.


Option of remote viewing over handheld mobile set (3G/4G) to keep updated while in the field.


Software should be jointly and simultaneously able to manage video analytics and video management as one product.







Software should be able to store video to local hard disk, a RAID configuration or even a storage-area network (SAN).


Software should support display of time line, customizable site Map, Live Video, Video playback, Integrated site map, Remote live view, Multi site capability, Encryption, Event based recording.


Option of On screen digital video tracking & digital Zoom On tracked area.


Option of On screen object follow thru within tracked area


Management of recorded video with On screen time graph and multiple color coded event indicators for selective and simultaneous view of alarm and non alarm situations for quick viewing


User friendly and time graph based selection for playback and instant archival of video events on external media


On selection of specific area On video with specific date and time period, instant retrievals of all past events/activities at this selected area should be retrieved and viewed instantly as a single video/movie clip


Insertion and deletion of cameras


Software forensics analyzer shall allow the user to quickly search for and detect security events that occurred in the past. Example includes


Scan days and weeks of pre- recorded video within minutes


Locate and extract information about potential security breaches


Allow users to run regular queries to detect patterns


Allow users to apply any rule to any amount of collected or stored video data


Software shall provide the ability to set up security rules for surveillance cameras.







Software shall be able to create rules and responses based On digital or contact closure input events from external devices, such as critical infrastructure-related events, Network connection failures, Fatal errors, Hard Disk failures, Software service down, Video encoder failures, Security related events, Digital input pin change, Video lost, On screen alarms, Provision for Maintenance related events & user event notification using SMTP (Mail) should be there


-Software shall be able to perform the following tasks simultaneously: a. Digitizing and compressing video b. Writing video to files on local hard disk and maintaining an accurate index of the stored video file c. Deleting older video files as needed, to free up space to record newer video files d. Selectively transferring recorded video to long term storage media


Software shall be Capable of managing online storage that is, online video shall be available for immediate playback. Storage shall be intelligently managed so that the video that is most likely to be requested by users will be retained online.


Generating and managing system logs and audit reports, define the reporting level for system events generated by various services, Filtering log files and events, system availability


Updates as & when required during contract period shall be done with out additional cost. Original licensed copy of the software shall be supplied along with the system.


Uptime of CCTV system should be available in a module. the same to be available based on Query as daily, weekly, Monthly, Quarterly & yearly.


Uptime of CCTV system is considered as 100 % when all the cameras (n no.s) & system functionality are operational. If one camera is down &balance cameras (n-1) are available fully with all system functionalities, uptime shall be (((n-1)/n)*100 ) %.

12.45 Certifications Software shall be compliant to latest version of ONVIF

12.46 Approved Makes

Nice, Mirasys, Milestone, Vicon, Honeywell, Dvtel,Verint , Axis, Genetic, Mindtree . Vendor can offer any other reputed make software provided bidder shall submit Proven Track Record from the user (Indian/foreign) at least one year from tender due date along with the bid and it is subject to BPCL approval.

12.47 Make Offered Bidder to Mention the Make of the product being offered.

12.48 Model Offered Bidder to Mention the Model of the product being offered.






6.0 GENERAL

6.1 TRAINING

Bidder shall train an agreed number of personnel of owner in all aspect of Telecommunication system as per table indicated below. There shall be at least two training courses:

a) First course shall be conducted at manufacturing facilities from where the

respective equipments/subsystems are offered.

b) Second course shall be conducted at site at a time to be mutually agreed with the successful Bidder at a later date.

It shall be explicitly understood, however, that Owner’s personnel shall be fully associated during Engineering, Installation, Testing and commissioning activities and this opportunity shall be taken by bidder to impart on-the-job training in addition to the two mentioned above. Also, Bidder shall quote for unit rates per man-day of SDH training. Bidder’s offer shall exclude costs of transportation, lodging and boarding of the Trainees, which shall be arranged by the owner. Bidder’s quote shall include as per table below Type of training

Location SDH System

EPABX CCTV, VCS

No. of persons

Factory Vendor factory

3 days 2 days - 2 batches of 7 persons each

Site Engineering

Mumbai 2 days 1 day 1 day Batch 1 of 5 persons

Bijwasan 2 days 1 day 1 day Batch 2 of 5 persons

Site Operations

Mumbai 1 day

Manmad 1 day

Mangyla 1 day

Kota 1 day

Bina 1 day

Bharatpur 1 day

Piyala 1 day

Bijwasan 1 day The first course to be conducted at the manufacturing facilities shall be designed to train the trainees in all aspects of System Engineering, Equipment operation and






functional details, theory of operation of equipment, trouble shooting and familiarization with the equipment at card and component level. All equipment used for training shall be identical to those supplied for site installation.

This course shall be conducted prior to equipment shipment to site.

The second course to be conducted at site, shall be mainly devoted to the operation of equipment and system including testing of equipment/sub-assembly, preventive breakdown, Trouble shooting and normal maintenance activities. Training imparted shall cover all aspects of each equipment incorporated in the system.

Bidder shall specify in his offer the types of courses he intends to impart, including but not limited to, the ones aforementioned.

Bidder shall provide comprehensive documentation, course material, manuals, literature etc. as required for proper training of personnel at his own cost. Consolidated and comprehensive documentation shall be available to each participant. After the completion of course, all such materials shall become the property of the owner. Bidder shall update the course material of manuals in case there are any changes owing to revisions/modifications in equipment/system specifications.

Bidder shall after award inform, Forty five (45) days prior to start of training, send complete training program including details of each course, duration, subject matter, etc. Owner/Consultant reserves their right to suggest any additions/deletion in the program, which shall be incorporated by the Bidder at no additional cost.

6.2 PACKING

All equipment shall be individually packed in suitable containers/crates designed to avoid damage to the equipment during transit and storage in accordance with best commercial practice and with the requirements of applicable specifications. The materials used for packaging, wrapping, sealing, moisture resistant barriers, corrosion preventers, etc. shall be of recognized brands and shall conform to best standards in the areas in which the articles are packaged. The packing shall protect the equipment from impact, vibration, rough handling, rain, dust, damp, insects, rodents, etc. Each container/crate shall be subjected to impact, vibration and other mechanical tests. Each container shall be clearly marked with the following information at prominent places (provided as sample):

OWNER: M/s BPCL

PROJECT: MMBPL & BKPL TELECOM UPGRADATION PROJECT (TELECOMMUNICATION SYSTEM)

DESCRIPTION :






SERIAL NO. OF : EQUIPMENT ADDRESS :

All equipment shall be tested for damage after their receipt at respective sites by bidder. If any equipment, part, subsystem, component, accessory is found to be damaged during the transit, the same shall be replaced by the Bidder, free of all costs to the Owner. The bidder shall replace such item as shall be found damaged by bidder or as indicated to bidder, within 30 days of receipt of intimation.

6.3 BIDDER's SITE OFFICE (if Applicable/Required)

Bidder's site office shall be capable of performing the following function:

• Receipt of equipment/goods at site, checking them for correctness and completeness, storage, transportation of goods/manpower, etc.

• Installation of system and its constituents in best Engineering practice and

workmanship.

• Check out on proper installation

• Liaison with Bidder's head office

• Pre-commissioning and commissioning activities and on-line debugging of the system.

• Conducting of site acceptance testing and Trial run to the satisfaction of

Owner/Consultant 6.4 QUALITY ASSURANCE, INSTALLATION, TESTING AND COMMISSIONING

6.4.1 QUALITY ASSURANCE PROGRAM

a) Bidder shall submit the details of Quality Assurance Program followed by him beginning with raw materials, active, passive and fabricated components, units, sub-assemblies, assemblies, wiring, interconnections, structures etc. to finished product. Bidder shall obtain and forward the Quality Assurance Program for equipment supplied by Sub-Vendor, if any.

b) Owner/Consultant reserves the right to inspect and test each equipment at all

stages of production and commissioning of the system. Inspection and Testing shall include but not be limited to raw materials, components, sub-assemblies, prototypes, produced units, guaranteed performance specifications, etc.

c) For Factory inspection and testing, Bidder shall arrange all that is required

e.g., quality assurance personnel, space, test gear etc. for successful carrying






out of the job by the Owner/Consultant, at Bidder's cost, at the Manufacturer's works.

d) Owner/Consultant shall have free entry and access to any and all parts of the Manufacturer’s facilities associated with manufacturing and testing of the system at any given time.

e) It shall be explicitly understood that under no circumstances shall any approval

of the Owner/Consultant relieve the Bidder of his responsibility for material, design, quality assurance and the guaranteed performance of the system and its constituents.

f) Bidder shall invite the Owner/Consultant, at least 40 days in advance, of the

date at which system shall be ready for Inspection and Testing. All relevant documents and manuals, approved Engineering drawings, etc. shall be available with the Owner/Consultant well in advance of the start of Inspection and Testing.

g) Owner or his representative shall, after completion of inspection and testing to

their satisfaction, issue factory acceptance certificates to release the equipment for shipment. No equipment shall be shipped under any circumstances unless a factory acceptance certificate has been issued for it, unless agreed otherwise by Owner/Consultant.

6.4.2 TEST CATEGORIES, INSTALLATION, TESTING & COMMISSIONING

a) Test categories

The following tests (in the same sequence) shall be conducted for acceptance of the equipment and the system before final acceptance of the system:

• Pre-Factory Acceptance testing • Factory Acceptance Testing (FAT) • Integrated Factory Acceptance Testing (IFAT) / System Integration

Testing (SIT) • Pre-commissioning test (after installation) for total integrated system • Site Acceptance testing (SAT) • Trial Run

b) These tests shall be carried out on all equipment supplied by Bidder including

those supplied by sub-Vendors, if any.

c) Bidder shall arrange all necessary test instruments, manpower, test-gear, accessories, etc.

d) All technical personnel assigned by Bidder shall be fully conversant with the

system specifications and requirements. They shall have the specific capability to make the system operative quickly and efficiently and shall not interfere or be interfered by other concurrent testing, construction and






commissioning activities in progress. They shall also have the capability to incorporate any minor modifications/suggestions put forward by Owner/Consultant.

e) Power supply and any temporary commissioning facility including

communication system required for installation/testing/commissioning of the telecommunication equipment, shall be arranged by the Bidder.

f) Test Plan

Bidder shall submit to Owner and Consultant `Test Plans' well in advance of commencement of actual testing in each of the above mentioned test categories (refer clause a)). The plans shall include:

• System, Equipment functional and performance description (in short) and

Tests to be conducted and purpose of test. • Test procedures (including time schedule for the tests) and identification of

test inputs details and desired test results.

g) Test Report

The observations and test results obtained during various tests conducted shall be compiled and documented to produce Test Reports by Bidder. The Test Reports shall be given for each equipment/item and system as a whole. The report shall contain the following information to a minimum:

• Test results • Comparison of test results with anticipated (as per specifications) test

result as given in test plans and reasons for deviations if any. • The data furnished shall prove convincingly that:

a) The system meets the Guaranteed performance objectives.

b) Mechanical and Electrical limits were not exceeded.

c) Failure profiles of the equipment during the tests are well within the

specified limits.

h) Failure of Components

Till the system is accepted by the Owner, a log of each and every failure of components shall be maintained. It shall give the date and time of failure, description of failed component, circuit, module, component designation, effect of failure of component on the system/equipment, cause of failure, date and time of repair, mean time to repair etc. Repair/modification done at any point of time at one site, shall be carried out by bidder at all the sites. Detailed documentation for the same shall be submitted to Owner for future reference.






If the malfunctions and/or failures of a unit/module/sub-system/ equipment repeat during a test, the test shall be terminated and Bidder shall replace the necessary component or module to correct the deficiency. Thereafter, the tests shall commence all over again from the start.

If after the replacement the equipment still fails to meet the specifications, Bidder shall replace the equipment with a new one and tests shall begin all over again. If a unit/subsystem/module has failed during the test, the test shall be suspended and restarted all over again only after the Bidder has placed the Equipment back into acceptable operation. Owner's approval shall be obtained for any allowable logistics time required to replace the failed component/unit/module/sub-system.

i) Readjustments

No adjustments shall be made to any equipment during the acceptance tests. If satisfactory test results cannot be obtained unless readjustments are made, Bidder shall carry out only those readjustments needed to ready the equipment/system for continuance of tests. A log of all such adjustments shall be kept giving date and time, equipment, module, circuit, adjustments, reasons, test result before and after adjustment etc. Fresh acceptance tests shall be conducted after the readjustments have been completed.

6.4.2.1 Factory Acceptance Testing (FAT)

Pre Factory Acceptance Testing shall be conducted by the bidder on his own exactly in line with approved FAT document and test reports for the same shall be submitted to Owner/Consultant before start of FAT for review. Factory Acceptance Testing (FAT)

Factory acceptance tests shall be carried out after review and approval of FAT procedures / documents as per bid requirements and review of PRE-Factory acceptance results. Factory Acceptance Testing (only SDH) shall be conducted in the presence of the Owner/Consultant. The tests shall be carried out on all equipment/items including those supplied by Sub-Vendors and factory acceptance certificates shall be issued. The factory tests shall include but not be limited to:

A) Equipment testing:

1. Mechanical checks to the equipment for dimensions, inner and outer supports,

finishing, welds, hinges, terminal boards, connectors, cables, painting etc. 2. Electrical checks including internal wiring, external connections to other

equipment etc. 3. Check for assuring compliance with standards mentioned in the specifications. 4. Individual check on each/module/sub-assembly in accordance with the modes

and diagnostics programs of the bidder. 5. Check on power consumption and heat dissipation characteristics of various

equipment. 6. Environmental testing 7. Functional tests






8. Any other test not included in FAT document but relevant to the project as desired by the Owner/Consultant at the time of factory acceptance testing.

B) Integrated Factory Acceptance Testing (IFAT) / System Integration Testing

(SIT)

Functional and performance test of the complete integrated system, as a package concerning and connecting all major equipment for this project (including the equipment supplied by sub-Vendors, as applicable) shall be conducted. The SIT/IFAT shall include as a minimum the following: 1) All the new STM-16 equipment integrated along with NMS along with

simulated existing system as per approved SIT configuration. 2) Integration of all above with Clock (of this project) 3) Integration of all above with at least 3 nos. of EPABX (both capacity) 4) Integration of all above with all Video Conferencing End point (both

external & internal MCU) 5) Integration of all above with all CCTVNVRs and 10 PTZ&10 Fixed

cameras 6) Integration of all above as one package All the above items shall be integrated and tested as per approved SIT/IFAT procedure. Notes: 1. Required number of EPABX, clock, Videoconferencing equipment,

CCTV NVR, etc. shall be brought at the STM-16 Optical manufacturing facilities by Bidder OR AT BIDDER’S FACILITIES for ‘SYSTEM INTEGRATION TESTING / INTEGRATED FACTORY ACCEPTANCE TESTING’ (after ‘EQUIPMENT TESTING’ at respective manufacturing facilities) and then for final transportation to site.

2. Separate testing of Clock, EPABX, Video Conferencing System, and

CCTV NVRs at respective manufacturing locations is required and internal factory tests results conducted by vendor/bidder shall be submitted for review before dispatch to bidder’s facility. Refer SIV for TPI involvement.

3. Vendor to note that the dispatch clearance shall be given for all

equipments& sub items only after satisfactory completion of IFAT as per the channel plan.

All equipment shall be connected using the same / identical cables (interfaces/components) as will be used during final installation so that the system can be tested in its final configuration.

6.4.2.2 Installation and Pre-Commissioning






Installation After successful completion of Integrated Factory Acceptance Testing (IFAT), equipment shall be sent to site for installation. Equipment without factory acceptance certificates (EQUIPMENT TESTING AND SYSTEM INTEGRATION TESTING) shall not be acceptable at site.

Prior to installation, all equipment shall be checked for completeness as per the specifications of equipment required for a particular station. Installation shall be carried out in accordance with the installation manuals and approved installation drawings in the best workmanship.

Bidder shall indicate the number of teams and the list of equipment for each team to be deployed for installation of the total telecom system in order to complete the work within the stipulated time frame.

Bidder shall engage installation experts to take up the job of installation of all equipment at various stations.

Interconnection of various equipment, laying of Telephone, Ethernet, co-axial cables, etc including supply of these cables, installation of telephone instruments at various locations in the station premises, laying of unarmoured telephone and Ethernet cable within the control room building including multi-pair buried telephone cable & Ethernet cables outside control room within the plant area, earthing of telecom equipment at all the sites and the Clock antennas, etc, as applicable are all included in Bidder's scope of work.

Bidder shall bring all installation tools, accessories, special tools, test gears, spares parts etc., at his own cost as required for the successful completion of the job. A list of all such items, equipment wise shall be submitted to the Owner/Consultant for review.

If during installation and commissioning any repairs are undertaken, the maintenance spares supplied with the equipment shall not be used for the repair. Bidder shall arrange his own spare parts for such activities till such time the system has been finally accepted by the Owner. A detailed report & log of all such repairs shall be made available by the bidder to Owner/Consultant and shall include cause of faults and repair details, within 2 weeks of fault occurrence. A detailed time schedule for these activities shall be submitted by Bidder to Owner/Consultant to enable their representatives to be associated with the job. Bidder shall include all installation materials required for proper installation of the equipment. These shall include but not be limited to, all connectors, inter-bay and inter equipment cables, power supply cables and connectors, power distribution boxes, anchoring bolts, nuts, screws, washers, main distribution frames, audio distribution frames, voice frequency cables, junction boxes etc.

The installation of equipment shall be done as to present neat and clean appearance in accordance with approved installation document drawings. All inter bay, power supply and other cables shall be routed through wall mounted cable






trays. No cable shall be visible. All through wall openings, trenches, etc. shall be properly sealed to prevent the entry of rodents, insects and foreign materials.

Telecom room of one of the attended & unattended sites shall be made as model rooms and bidder shall take approval from Owner/Consultant on various aspects, spacing etc. After taking approval bidder shall take up installation at other sites in similar fashion.

Pre-Commissioning On completion of installation of equipment, the correctness and completeness of the installation as per Manufacturer's manual and approved installation documents shall be checked by the bidder on his own.

A list of Pre-commissioning tests (same as approved by the Owner/Consultant for Site Acceptance Testing) and activities shall be prepared by bidder and the tests shall be carried out by the bidder on his own. After the tests have been conducted to the Bidder's own satisfaction, the bidder shall provide the test results for review by Owner/Consultant and then offer the system for Site Acceptance Testing.

During pre-commissioning, if any fault occurs to any equipment or system, bidder shall identify the same and provide report/history of all faults to the Owner.

During installation and pre-commissioning of the Telecom System, bidder shall ensure enough number of commissioning spares so that the installation is not held up because of non-availability of commissioning spares.

6.4.2.3 Site Acceptance Testing (SAT)

On completion of Pre-commissioning, Site acceptance testing shall be conducted on the system as per the approved SAT procedures and its constituents by the bidder under the presence of Owner/Consultant. The tests shall include, but not be limited to the following:

• Checks for proper installation as per the approved installation drawings for each

equipment/item and system as a whole. • Guaranteed performance specifications of individual equipment/item • Self diagnostics test on individual equipment • Tests on metering and alarm panels • Tests on remote alarm transmission and reception. • System tests on per hop basis and END TO END for the system, all complete. • Any other test not included in SAT document but relevant to the project as

desired by the Owner/Consultant at the time of site acceptance testing. 6.4.2.4 Trial Run

As last leg of the site acceptance testing the Bidder shall keep the facilities up for 21 days for `TRIAL RUN'. During this period Bidder shall provide all specialist Engineers & Technicians including experts at the NMCs to maintain the total log,






incidents, failures & for assisting site engineer & for total co-ordination. However, the normal operation and maintenance of the system shall be performed by the personnel of the Owner trained for the purpose.

If during `Trial Run' any defect is noted in the system, the Bidder shall rectify, replace the same to the satisfaction of Owner/Consultant. The decision to repeat the final test or restart the `Trial' shall be of Owner/Consultant, depending upon the severity of the defect.

During trial run, if any fault occurs to any equipment or system, bidder shall identify and rectify the same and provide report, history of all faults to the Owner.

Ideally, during the `Trial Run', no shutdown of the system due to failure of equipment, power supply etc. should happen. A record of all failures shall be kept for each manned/unmanned station and the availability of the system on per hop and End-to-End basis shall be calculated, accordingly and results submitted to Owner/Consultant.

If the system fails to come up to the guaranteed performance, the Bidder, within a period of thirty (30) days shall take any and all corrective measures and resubmit the system for another `Trial Run' of trial period. All modifications, changes, corrective measures, labour, etc. shall be at the cost of the Bidder. In case the date of completion for the second trial run exceeds the time schedule for the project, he shall be liable to pay liquidated damages. If the system fails to reach the guaranteed performance even after the second trial run, the Owner shall be free to take any action as he deems fit against the Bidder and to bring the system to the guaranteed performance with the help of a third party at the expense of the bidder.

6.4.2.5 Final acceptance of the system

Upon successful completion of the `TRIAL RUN', any shortfalls when compared to the contract shall be made good by the Bidder. Warranty commences after successful completion of Trial Run.

6.5 TEST INSTRUMENT

1. Test Instruments shall be supplied to following locations:

• Mumbai: 1 Lot • SV-02: 1 Lot • Manmad: 1 Lot • Manglya: 1 Lot • Kota: 1 Lot • Piyala: 1 Lot • Bijwasan: 1 Lot

2. OTDR: 1 No. at each location as mentioned above






Optical time domain Reflectometer, at 1310, 1550 & 1625 nm should have a min dynamic range of 39 dB (1310 nm) & 36 dB (1550 & 1625 nm), ≥4.3”min. color touch screen with flash memory, ≥ 256000 data points, minimum 4 hrs battery backup. Shall be ≤ 6 kg weight. Shall be weather & shock resistant. OTDR shall have two USB ports for transferring file, reports etc., one RJ45 10/100 Mbps Ethernet LAN port.OTDR shall have rechargeable battery.

3. Laser Source (handheld): 1 No. at each location as mentioned above

Power output -8dBm or better with stability of ±0.10 dB over 8 hours, both 1310nm & 1550nm operation. Laser Sourceshall have rechargeable battery.

4. Power meter (hand held): 1 No. at each location as mentioned above Measurement range –70 to +25dBm with resolution better than .01 dB, accuracy ± 0.25 dBm, working at 850, 1310, 1550 & 1625 nm.Power metershall have rechargeable battery.

Laser source and power meter shall be separate units.

5. Fibre optic cleaning kit for cleaning Pig Tail (non – alcoholic): 1 No. at each location as mentioned above

6. Laser Source for OFC (min. 2km range):1 No. at each location as mentioned above

6.6 WARRANTY

Warranty for 2 Years to be provided. However, Warranty clauses shall be governed by the Commercial Section attached with the bid document. Resident Engineer shall be involved from the start of the Warranty starting period and till completion of CPWMC period (System handing over to BPCL after successful completion of Trial Run).RE during Warranty period shall perform Preventive Maintenance, Periodic Maintenance, Emergency Breakdown services as mentioned in clause 6.9. Additional configuration (such as CCTV camera configuration, IP phone configuration, bandwidth reallocation, VLAN creation/modification, EPABX PRI configuration, minor channeling plan modification etc.) required in the new telecom system shall be carried out by the vendor during warranty period. No separate payment shall be made for such jobs.

6.7 SPARES 6.7.1 MANDATORY SPARES:

10 % mandatory spares (SDH,EPABX) shall be provided for all electronic cards (10% of overall quantity across the Pipeline) with round off at the lower side e.g. overall 15






cards installed across pipelines then 1.5 is the 10% hence minimum 1 card shall be supplied. These spares shall be supplied by the Bidder along with the respective equipment.

Bidder may utilize these spare modules available with owner if necessary and available with owner at site, which are part of mandatory spares supplied with system as per this MR. However if bidder desires, additional spares other than what is available as mandatory spares may be stored at client premises to meet the schedule of rectification of fault during emergency/ maintenance. In case any hardware/ software used from owner stock, it shall be replaced by bidder within 7 days with no cost to owner. Bidder shall maintain a record of all faults during warranty & post warranty period.

Equipped spare cards/interfaces offered (EDFA booster, EDFA pre amplifier, SFP, patch cords, zero db connectors, attenuators, POE injector & Back plane of SDH & any other subsystem if applicable shall also be considered in mandatory spares.) for SDH & EPABX equipment shall also be taken into accounting & considered during calculation of mandatory spares.

The above spares are not applicable for motherboard, Telephones & Laptops. 100% spares shall be provided for consumable e.g. fuses, lamps, plugs, clamps.

Spares shall be provided from the same manufacturing facilities/location from where the respective equipment, subsystems are offered.

Bidder to provide unit rate of each card as offered in mandatory spares. A list of Mandatory Spares as per above clause are to be furnished.

Mandatory spare shall also include all software license CDs/ Dongle etc.

Mandatory Spares (as per MR specification) shall also include the following:

• Analog Phones: 30 nos. • 8 Port Switch: 10 nos. • 48 Port Switch: 5 nos. • Media Convertor: 10 nos. • White LED illuminator: 10 nos. • -48 V DC/ 24 V DC/ 12 V DC Convertor for CCTV: 10 nos. • VCE equipment (inbuilt 5 sites): 1 no.

The cost of mandatory spares shall be loaded uniformly in respective equipment line items & no separate payment shall be done for Mandatory spares.

6.7.2 RECOMMENDED VENDOR SPARES FOR TWO YEARS OPERATION &

MAINTENANCE (This value shall not be considered for price evaluation criteria):

Biddershall attach a list of 2 years operation & maintenance spares along with the unit rates on respective sub Bidders letterheads, which would be necessary for 2 years trouble free operation and maintenance of the system. Owner shall be free to select the items of spares and the quantity at the time of award of contract or during the






execution of the project before completion of warranty. The quantity of spares intended for procurement, is what would be necessary for two years' trouble free maintenance of the system. Spares shall be provided from the same manufacturing facilities/location from where the respective equipment, subsystems are offered. Unit rates for each spares required for operation and maintenance shall be provided. Biddershall provide the address, contact person, fax, and telephone number of the manufacturer of the spare parts. The Bidder shall warrant that spare parts for the system would be available for minimum of 10 years after warranty period after system commissioning (taking over). After this period if the Bidder discontinues the production of spare parts, then he shall give at least 24 months notice prior to such discontinuation so that Owner may order the requirements of spares in one lot.

6.7.3 COMMISSIONING SPARES AND CONSUMABLES:

Bidder shall provide all the commissioning spares and consumables mandatorily as part of Lumpsum quote. It is Bidder’s responsibility to ensure the adequacy & completeness of the commissioning spares & consumables and supply the spares & consumables as required during the commissioning period. The spares & consumables shall be arranged by the Bidder to cater to the requirement during installation, pre-commissioning, Site Acceptance testing, trial-run and commissioning. It shall be obligatory on the part of Telecom System Bidder to modify/ upgrade, rectify any hardware problems in the system or replace any hardware component in the supplied equipments during installation and commissioning and operation & maintenance of the Telecom system. The spares and consumables shall be readily available with the Bidder and Bidder shall built-up the cost for commissioning spares & consumables required for complete telecom system as part of initial bid itself and no separate list of these spares is required to be provided as part of their proposal. The consumables during installation & commissioning shall be adequate and complete, and shall include as a minimum DVDs, CDs, DATs, paper, ink, ribbons, print heads, cartridges, fuses, plugs, clamps, lamps etc. as required for the telecom equipments, printers, color printer, workstations, servers etc.

6.7.4 WARRANTY/CPWMC SPARES

Bidder shall provide all the warrantee spares as required within the warrantee &CPWMC clauses. It is bidder’s responsibility to ensure the adequacy & completeness of the warrantee spares and supply the spares as required during the warrantee & 5 years CPWMC period. It shall be obligatory on the part of Telecom Bidder to modify/ upgrade, rectify any hardware problems in the system or replace any hardware component in the supplied equipments during installation and commissioning and operation & maintenance of the Telecom system, within the Warrantee &CPWMC period.






No separate list of warrantee/CPWMC spares is required to be provided.

6.8 LEASED LINE

Bidder shall provide one data as well as voice link (leased line of 20 Mbps) between Mumbai Control building &Kota Control building & Kota Control Building to Bijwasan Control Building each. Bidder shall take this links through a service provider and provide to the Owner end to end solution including obtaining necessary statutory permissions, as applicable, all complete. Bidder shall provide options (minimum 3) of all the service providers (available in Mumbai, Kota and Bijwasan region) with availability factor (99.95% or better) and error rate after award of work. BPCL/EIL reserves the right to select the leased line vendor best suited.

Bidder shall be one point contact for all works including installation, testing, maintenance, etc. (including the actual usage charges) for the above link till the end of warranty period & CPWMC period for the complete telecom system. Bidder shall pay actual usage charges for the link, directly to Service provider. All necessary arrangement & formalities, (including all communication with the service provider, etc) to provide the end solution shall be Bidder’s responsibility. Owner’s responsibility shall be limited to issue of necessary request letters seeking permission, as required.

The vendor shall provide and commission leased lease line with all necessary hardware & software supply. The vender shall supply, install and commission the equipment required for provisioning of the required link Vendor shall submit architecture design of link built-up. The Vendor shall provide daily uptime/downtime reports of the new lease lines through Resident Engineers placed at Mumbai & Kota. The report shall be summarized for each quarter & provide to BPCL for their review& based on same penalty to be deducted.

The link is preferred to be built on terrestrial media e.g. OFC/Copper with Ethernet drop to BPCL office for connectivity. The scope of work shall include onetime installation and commissioning of the links at the above locations. Any maintenance/replacement of any equipment/hardware pertaining to the same shall be completely taken care by the vendor.

SPECIAL CONDITIONS:

a. The Service Provider shall provide the lease line connectivity at all the time (24 x

7 x 365). Network Availability (uptime): More than 99.5 % per month. Full Bandwidth without any compression factor through Leased Line.

b. The vendor (Internet Service Provider) must have a valid class ‘A’ category license from Government of India.






c. The vendor should have adequate bandwidth at the backend to provide the service.

d. Local peering within India with at least (1) other ISP. e. The vendor should have solution for future scalability of bandwidth. f. Vendor shall configure the new IP addresses and gateways on the router. g. All supplied equipment &software shall be maintained by vendor, on-site for the

entire period of contract. No charges shall be separately payable by BPCL. The vendor shall include all incidental costs for upkeep of equipment and license fee, if any in their contract.

h. If the vendor fails to supply the required quantity or if the quality of items supplied is found to be unsatisfactory or bad, BPCL shall have the right to procure the same from elsewhere and extra cost incurred would be recovered from the vendor.

i. Reports for performance, monitoring / usage to be submitted by the vendor along with quarterly bill or as per requirement of BPCL.

j. Vendor shall be responsible for any omission/deletion of any component and no additional cost shall be paid to vendor by BPCL towards the same. Such component /accessories shall be provided by vendor at his cost.

Downtime Calculation Downtime shall be calculated as (Total Time – Down Time) X 100 /Total Time.

Deduction in payment will be made for downtime.

The response time for attending the faults shall be 1 hour after they are reported to the vendor. The vendor shall rectify the faults within 04 hours failing which; the vendor shall arrange temporary replacements. The services shall be provided 24 X 7 days in a week.

Downtime penalty in % of payment for Leased Line Service Provider:

Sr. No. Downtime Penalty in % on invoice of lease line service provider

1 < = 0.5 % 0 2 >0.5 % but <=1 % 10 3 >1 % but <=1.5 % 20 4 >1.5 % but <=2 % 30 5 >2 % but <=5 % 50 6 >5 % but <=10 % 70 7 >10 % 100

Bidder shall deduct above amount from running bill of lease line service provider &

same shall be recovered by BPCL from the PBG during warranty period & from CPWMC charges of the bidder during post warranty period. Bidder to provide details of payments done to the lease line service provider along with downtime calculations for BPCL review.

Downtime due to the following situations shall not be considered for the purpose of

penalty:






Link down due to power failure / or any situation which are beyond the control of service provider.

Due to schedule maintenance by the Service Provider, with prior approval of BPCL. The bit error rate for this point to point circuit should be minimum 10--6

Vendor should conduct site survey at both the locations to understand the requirement.

and better.

Vendor should provide link on routers on V.35/Ethernet port. Vendor should have operating licenses at these places. BPCL will not procure any

license for this. Vendor should ensure link/ping works from router port to router port between the two end BPCL locations. 24 Hours * 7 days helpdesk facility should be available and escalation matrices for service support team has to be provided.

Recurring and Fixed Charges are to be included in the Leased Line. The rates quoted should be in line with the rates of TRAI. In case of downward

revision of rates by TRAI, the same should be passed on to BPCL. 6.9 COMPREHENSIVE POST WARRANT MAINTENANACE CONTRACT (CPWMC)

a) Bidder shall include proposal at the time of bid for providing post warranty maintenance along with deployment of a Resident Engineer stationed MUMBAI & KOTA (i.e. 1 RE in Mumbai and 1 RE in Kota) for the entire period of CPWMC and during warranty period and provide the total i.e. comprehensive maintenance of the Telecommunication system and its sub-systems which are part of this MR including Warranty period. Additional configuration (such as CCTV camera configuration, IP phone configuration, bandwidth reallocation, VLAN creation/modification, EPABX PRI configuration, minor channeling plan modification etc.) required in the new telecom system shall be carried out by the vendor during CPWMC period. No separate payment shall be made for such jobs. Personnel (resident Engineer) deployed shall have thorough knowledge of the system. During Warranty & CPWMC period, the Resident Engineer shall be located at MUMBAI & KOTA to take care of the entire pipeline for daily monitoring of the system functionality, troubleshooting, during week days (i.e. from Monday to Friday). During weekly off (i.e. Saturday, Sunday) or holidays, bidder has to provide service support through over phone for minor issues and if any major issues, need to visit the site location for the restoration of the system.

b) The proposal shall include supply of maintenance spares, tools and tackle as

required; travel, boarding & lodging of service engineer. The bid shall be made year wise upto 5 years and the price validity shall be available for the entire period of contract.

c) In the event of any malfunction of the system hardware/ system software, experienced service engineer shall be made available at site within 24 hours on the receipt of such information from owner.

d) Owner personnel will work on system day to day basis and wherever possible, owner shall inform the type of failure of hardware/ software to Bidder based on diagnostic






available with the system. However bidder shall be fully responsible to attend and rectify the root cause and the failure at the shortest possible time.

e) Bidder may utilize the spare modules available with owner if necessary and available with owner at site, which are part of mandatory spares supplied with system as per this MR. However if bidder desires, additional spares other than what is available as mandatory spares may be stored at client premises to meet the schedule of rectification of fault during emergency/ maintenance.

f) In case any hardware/ software used from owner stock, it shall be replaced by bidder within 7 days with no cost to owner. Bidder shall maintain a record of all faults during post warranty period.

g) The service under Comprehensive Post Warranty Maintenance Agreement, including supply of spare parts and services, shall broadly comprise of: (i) Preventive Maintenance (ii) Periodic Maintenance (iii) Emergency Service (iv) Software Support

• Preventive Maintenance

Half yearly Preventive maintenance shall be carried out during warranty period also as per CPWMC clause for SDH, EPABX, CCTV, NVR& VCS system. Client will inform the bidder one month in advance for dates. Preventive maintenance shall involve complete overhaul of the system, inspection of hardware and software, fault prediction, inspection of power supply quality, environmental operating condition checks, calibration checks, major repairs/ replacements, replacement of cards and accessories because of expected ageing failure and detailed reporting, manual cleaning of each card and cabinet filters. HOP testing for live & dark Optical Fibers except for PCMS sensor fibers shall be carried out once in a year during any of the preventive maintenance visit. This visit is in addition to visit required for periodic maintenance.

• Periodic Maintenance:

Site visits, minimum two (2) times in a year (total days expected 25 in a year), schedule of visits to be discussed and finalized jointly between bidder and client after placement of order/ delivery. It shall include inspection of general healthiness of the system, study and advice on daily maintenance, inspection of H/W & S/W, if any problem is reported, running of test programs, on-line servicing and solving reported problems. Checks shall be conducted on running system i.e. (a) On-line sub-system (b) Power supply checks (c) LED (d) Printer.

Cleaning of cabinet filters, minor modification / addition related to system configuration/ data base. Bidder shall take backup in 2 copies of last updated software also.






• Emergency Service:

In the event of any malfunction of the Telecom system & other subsystems (EPABX, CCTV, VCS, and NVR) hardware/system software during this period, Service Engineer must report at site within 24 hours of report of failure, with necessary spares. The system must be brought back within 24 hours after reporting at site.

Note:

1. Bidder to note that while carrying out the Post Warranty Maintenance Contract activities, BPCL engineers shall be associated. On-job training of these associated engineers shall be covered under this scope.

2. This shall include all items being supplied by bidder, including any bought out

items but not limited to the following:

(i) Labor and materials, at no additional cost, to repair any system devices including STM-16, CCTV system Cameras & NVR, EPABX, VCE, and related equipment, network devices, printers procured under this bid.

(ii) Labor and materials, at no additional cost, to provide tests and

adjustment to system devices including printers.

(iii) Regular checkups to ensure that a correct procedure is established for data base backup and archiving.

(iv) Periodic Maintenance visits shall be done separately apart from

Preventive Maintenance so that every station is visited in each quarter e.g If Preventive maintenance is carried out in January then Periodic maintenance shall be carried out in April & so on.

• Software Maintenance/ Support:

Bidder to maintain the existing operating & application software to improve upon performance of the system. Software modification and up gradation, as & when required, shall also be covered under this scope at no extra cost.






Annexure-I

(INDICATIVE MTO)






Sl. No

EXISTING STATION

NAME (with OFC Length in km)

SDH

(STM-16)

SDH NMS VCS CLOCK EPABX IP

Phones Analog Phones

Ex Proof

Phones

CCTV NVR

NEW CCTV (FIXE

D)

NEW CCTV (PTZ)

LEASED

LINE

1. MUMBAI (0.0) 1 1 (Server)

1 External

MCU 1

Primary (Cesium Clock)

1 Type C

With NMS

20 MDT 3 MDT

1

1 5 5 L1 3 Inbuilt MCU

35 ADMIN

35 ADMIN

2. SV-1 (11.8) 1 - - - - 3 - - - - -

3. SV-2 (30.1) 1 - - - - 2 - - - - -

4. SV-4 (42.81) 1 - - - - 2 - - - - -

5. SV-5 (71.7) 1 - - - - 2 - - - - -

6. SV-6 (96.9) 1 - - - - 2 - - - - -

7. WASHALA (123.5) 1 - 1 - 1 Type B 6 3 1 1 3 4 -

8. SV-7 (197.5) 1 - - - - 2 - - - - -

9. SV-8 (211.6) 1 - - - - 2 - - - - -

10. SV-10 (239.6) 1 - - - - 2 - - - - -

11. SV-11 (259.7) 1 - - - - 2 - - - - -

12. SV-12 (280.5) 1 - - - - 2 - - - - -

13. SV-13 (286.9) 1 - - - - 2 - - - - -

14. SV-14 (309.4) 1 - - - - 2 - - - - -

15. MANMAD (335.8) 1 - 1 - 1 Type A 10 3 2 1 5 5 -

16. SV-15 (364.5) 1 - - - - 3 - - - - -

17. SV-16 (366.46) 1 - - - - 3 - - - - -

18. SV-17 (392.02) 1 - - - - 3 - - - - -

19. SV-18 (419.45) 1 - - - - 3 - - - - -

20. JAVKHEDA(IP-1) (450.57) 1 - - - - 3 -

- - - -

21. SV-19 (474.57) 1 - - - - 3 - - - - -

22. SV-20 (476.67) 1 - - - - 3 - - - - -

23. SANGHVI (502.81) 1 - 1 - 1 Type B 10 6 1 1 2 3 -

24. SV-21 (509.16) 1 - - - - 3 - - - - -

25. IP-2 JULWANIA 1 - - - - 3 - - - - -

26. SV-23 (560.46) 1 - - - - 3 - - - - -






Sl. No

EXISTING STATION


SDH

(STM-16)



Ex Proof

Phones

CCTV NVR

NEW CCTV (FIXE

D)

NEW CCTV (PTZ)

LEASED

LINE

27. SV-24 (584.26) 1 - - - - 3 - - - - -

28. SV-25 (586.38) 1 - - - - 3 - - - - -

29. GUJRI (609.80) 1 - 1 - 1 Type B 7 4 1 1 4 4 -

30. SV-27 (624.30) 1 - - - - 3 - - - - -

31. SV-28 (650.70) 1 - - - - 3 - - - - -

32. MANGLYA (677.10) 1 1

(Client) 1 - 1 Type A 20 8 1 1 3 3 -

33. SV-29 (692.70) 1 - - - - 3 - - 1 - -

34. SV-30 (724.80) 1 - - - - 3 - - 1 - -

35. SV-31 (772.40) 1 - - - - 3 - - 1 - -

36. SV-32 (807.50) 1 - - - - 3 - - 1 - -

37. SHERPUR IP-1 (850.90) 1 - - - - 3 - 1 - 1 1 -

38. SV-33 (888.80) 1 - - - - 3 - - 1 - -

39. SV-34 (929.60) 1 - - - - 3 - - 1 - -

40. SV-35 (964.51) 1 - - - - 3 - - 1 - -

41. KOTA (985.31) 1 1 (Server)

1 External MCU

- 1 Type A 20 12 1 1 4 4

L1

L2

42. SV-36 (994.56) 1 - - - - 3 - - 1 - -

43. SV-37 (998.31) 1 - - - - 3 - - 1 - -

44. SV-38 (1038.31) 1 - - - - 3 - - 1 - -

45. SV-39 (1078.31) 1 - - - - 3 - - 1 - -

46. SV-40 (1118) 1 - - - - 3 - - 1 - -

47. MALARNA (IPS) (1126.5) 1 - 1 - 1

Type B 10 8 1 1 3 3 -

48. SV-41 (1159.1) 1 - - - - 3 - - 1 - -

49. SV-42 (1193.7) 1 - - - - 3 - - 1 - -

50. KARWADI (IP-4) (1221) 1 - - - - 3 - 1 - 2 1 -

51. SV-43 (1258) 1 - - - - 3 - - 1 - -

52. BHARATPUR (IPS) (1289.2) 1 - 1 - 1

Type A 10 8 1 1 3 2 -

53. MATHURA (TOP) (1311.6) 1 - 1 - 1

Type B 10 5 1 1 4 3 -






Sl. No

EXISTING STATION


SDH

(STM-16)



Ex Proof

Phones

CCTV NVR

NEW CCTV (FIXE

D)

NEW CCTV (PTZ)

LEASED

LINE

54. SV-45 (1351.1) 1 - - - - 3 - - 1 - -

55. SV-46 (1392.6) 1 - - - - 3 - - 1 - -

56. PIYALA (1431.3) 1 1 (Client) 1 - 1

Type A 20 10 1 1 5 4 -

57. SV-47 (1453.1) 1 - - - - 3 - - 1 - -

58. BIJWASAN (1491.4) 1 -

1 External MCU

1 Secondary

(GPS Clock)

1 Type A 20 7 1 1 4 4 L2

59. BINA 1 1 (Client) 1 - 1

Type C 20 3 1 1 4 4 -

60. BK_SV-1 (10.6) 1 - - - - 3 - - 1 - -

61. BK_SV-2 (40) 1 - - - - 3 - - 1 - -

62. BK_SV-3 (71.6) 1 - - - - 3 - - 1 - -

63. BK_SV-4 (101.8) 1 - - - - 3 - - 1 - -

64. BK_IP-1 GUNA (131.8) 1 - - - - 3 1 1 - 1 1 -

65. BK_SV-5 (170) 1 - - - - 3 - - 1 - -

66. BK_SV-6 (198) 1 - - - - 3 - - 1 - -

67. BK_SV-7 (228) 1 - - - - 3 - - 1 - -

68. Additional 3 nos. of SDH nodes for new SV-2,3 & 4

3 - - - - 6 -

- 3 3 -

TOTAL

70 5 16 2 13 375 116

17 13 83 54 2

Note : L1 (Lease Lines):Mumbai to Kota (20 Mbps). L2 (Lease Lines): Kota to Bijwasan (20 Mbps).






Annexure –II

(VCS & CCTV LED Details)






SL NO LOCATION VCS SCREEN

(LED Industrial Grade) CCTV SCREEN

(LED Industrial Grade) 55" 65" 55" 65"

1. MUMBAI (MDT) 2 1 1 1

2. WASHALA 1 - 1

3. MANMAD - - 1

4. SANGHVI 2 -

5. GUJRI 2 1

6. MANGLYA 1 1

7. KOTA IP-02 1 1

8. MALARNA

1

9. BHARATPUR

1

10. MATHURA

1

11. PIYALA 1 1

12. BINA 1 - 1

13. BIJWASAN 1

TOTAL 11 1 12 1






Annexure –III

Existing CCTV Camera details






S. N

o.

Sect

ion

Loca

tion

Cate

gory

Chain

age

Exist

ing

Fixe

d IP

CC

TV

Make

Exist

ing

PTZ

IP

CCTV

Make

Cam

era O

NVIF

su

ppor

t

1

Mumb

ai-Ma

nmad

Mumbai Manned Location 0 0 Pelco IXPS1 2 Pelco

SD4E29

YES

2 SV-1 SV 6.28 1 Pelco IXPS1 1 Pelco SD4E29

3 SV-2 SV 22 1 Pelco IXPS1 1 Pelco SD4E29





8 Washala Manned Location 109.2








16

Manm

ad- M

angli

ya

Manmad Manned Location 251.1 0 0

17 SV-15 SV 279.6 2 Pelco IXPS1 0 - 18 SV-16 SV 280.8 2 Pelco IXPS1 0 - 19 SV-17 SV 307.3 2 Pelco IXPS1 0 - 20 SV-18 SV 332.7 2 Pelco IXPS1 0 - 21 Javkheda IP / Unmanned 358.5 2 Pelco IXPS1 0 - 22 SV-19 SV 381.9 2 Pelco IXPS1 0 - 23 SV-20 SV 383.8 2 Pelco IXPS1 0 -

24 Sanghvi Manned Location 406 0 5 Axis NO

25 SV-21 SV 414.3 2 Pelco IXPS1 0

YES 26 Julwania IP / Unmanned 464.2 2 Pelco IXPS1 0 27 SV-23 SV 482 2 Pelco IXPS1 0 28 SV-24 SV 505.1 2 Pelco IXPS1 0 29 SV-25 SV 507.2 2 Pelco IXPS1 0






30 Gujri Manned Location 530 0 - 2 Godrej

NX599 NO

31 SV-27 SV 558.2 2 Pelco IXPS1 0 - YES

32 SV-28 SV 584.4 2 Pelco IXPS1 0 -

33

Mang

liya-

Kota

Mangliya Manned Location 610 0 - 4 Axis

P5522E NO

34 SV-29 SV 624.36 1 Axis 221 1 Pelco SD4E29

NO (for Axis 221)

YES (For

pelco)


36 SV-31 SV 685 1 Axis 221 1 Pelco SD4E29


38 Sherpur IP / Unmanned 759.94 1 Axis 221 1 Pelco SD4E29




42

Kota-

Mathu

ra

Kota Manned Location 887.77 1 Axis 221 1 Axis 232D+ NO (for

Axis)


YES (For

pelco)





48 Malarna Manned Location 1029.8 0 - 4 Axis Q6032 NO (for

Axis)


YES (For

pelco)


51 Karwadi IP / Unmanned 1129.8 1 Axis 221 1 Pelco SD4E29


53 Bharatpur Manned Location 1192 1 Axis 221 4 Axis Q6032 NO (for

Axis)

54

Mathu

ra-B

ijwas

an

Mathura Manned Location 1212 1 Axis 221 2

Pelco SD4E29 /

Axis P5522E

YES (For

pelco) NO (for Axis)


YES (For

pelco)


57 Piyala Manned Location 1331 1 Axis 221 0 -







59 Bijwasan Manned Location 1389 1 Axis 221 1 Pelco

SD4E29

60

BKPL

Bina Manned Location 0 0 - 2 Axis 232D+ NO (for

Axis)

61 BKSV1 SV 10.6 1 Axis 221 1 Pelco SD4E29

YES (For

pelco)

62 BKSV2 SV 40 1 Axis 221 1 Pelco SD4E29



65 BKIP1 IP / Unmanned 131 1 Axis 221 1 Pelco SD4E29




No. of Sites 74 68






ANNEXURE-IV

(Indicative list of Installation Materials for CCTV)






Indicative list of installation materials for CCTV

Location

(State wise)

NVR Fixed

Camera PTZ

Camera POE DC-DC Conve

rtor

Armoured Data

Cable in Mtr (For

CCTV)

Power supply cable (Mtr)

White Light Illuminator

(in Nos.)

Junction Box

JB

Media Convert

or

Pole

HDPE Condu

it

MH 4 18 20 32 27 3645 4390 78 7 14 9 1425

MP 3 21 12 26 18 3645 3795 57 6 12 9 1090

RJ 3 28 11 22 19 3665 3390 62 7 14 6 1260

UP 1 5 3 7 2 3685 270 12 0 0 1 100

HR 1 7 4 9 3 3735 1130 14 4 8 4 1400

DL 1 4 4 8 1 3785 130 10 0 0 0 100

Total 13 83 54 104 70 22160 13105 233 24 48 29 5375

MH: Maharashtra MP: Madhya Pradesh RJ: Rajasthan UP: Uttar Pradesh HR: Haryana DL: Delhi






ANNEXURE-V

(Indicative list of CAT6 cable requirement for IP Phones)






SR NO LOCATION IP PHONE IP PHONE (Telecom

Room)

CAT-6 Cable

State

1 MMBPL Rerouting SV-2

2 0 50 Maharashtra

2 MMBPL Rerouting SV-3

2 0 50 Maharashtra

3 MMBPL Rerouting SV-4 2 0 50 Maharashtra

4 MUMBAI (MDT) 20 0 1250 Maharashtra 5 MUMBAI (ADMIN) 35 0 - Maharashtra 6 SV01 2 1 75 Maharashtra 7 SV02 2 0 50 Maharashtra 8 SV04 2 0 50 Maharashtra 9 SV05 2 0 50 Maharashtra

10 SV06 2 0 50 Maharashtra 11 WASHALA 6 0 480 Maharashtra 12 SV07 2 0 50 Maharashtra 13 SV08 2 0 50 Maharashtra 14 SV10 2 0 50 Maharashtra 15 SV11 2 0 50 Maharashtra 16 SV12 2 0 50 Maharashtra 17 SV13 2 0 50 Maharashtra 18 SV14 2 0 50 Maharashtra 19 MANMAD 10 0 600 Maharashtra 20 SV15 2 1 75 Maharashtra 21 SV16 2 1 75 Maharashtra 22 SV17 2 1 75 Maharashtra 23 SV18 2 1 75 Maharashtra 24 IP-JAVKHEDA 2 1 75 Maharashtra 25 SV19 2 1 75 Maharashtra 26 SV20 2 1 75 Maharashtra 27 SANGHVI 10 0 650 Maharashtra 28 SV21 2 1 75 Maharashtra 29 Julwania 2 1 75 Madhya Pradesh 30 SV23 2 1 75 Madhya Pradesh

SR NO LOCATION IP PHONE IP PHONE CAT-6 State






(Telecom Room)

Cable

31 SV24 2 1 75 Madhya Pradesh 32 SV25 2 1 75 Madhya Pradesh 33 GUJRI 7 0 650 Madhya Pradesh 34 SV27 2 1 75 Madhya Pradesh 35 SV28 2 1 75 Madhya Pradesh 36 MANGLYA 20 0 1100 Madhya Pradesh 37 SV29 2 1 75 Madhya Pradesh 38 SV30 2 1 75 Madhya Pradesh 39 SV31 2 1 75 Madhya Pradesh 40 SV32 2 1 75 Madhya Pradesh 41 SHERPUR IP-1 2 1 75 Rajasthan 42 SV33 2 1 75 Rajasthan 43 SV34 2 1 75 Rajasthan 44 SV35 2 1 75 Rajasthan 45 KOTA IP-02 20 0 1200 Rajasthan 46 SV36 2 1 75 Rajasthan 47 SV37 2 1 75 Rajasthan 48 SV38 2 1 75 Rajasthan 49 SV39 2 1 75 Rajasthan 50 SV40 2 1 75 Rajasthan 51 MALARNA IP-03 10 0 700 Rajasthan 52 SV41 2 1 75 Rajasthan 53 SV42 2 1 75 Rajasthan 54 KARWADI IP-04 2 1 75 Rajasthan 55 SV43 2 1 75 Rajasthan 56 BHARATPUR SV44 10 0 500 Rajasthan 57 MATHURA IP-05 10 0 700 Uttar Pradesh 58 SV45 2 1 75 Uttar Pradesh 59 SV46 2 1 75 Haryana 60 PIYALA 20 0 1400 Haryana 61 SV47 2 1 75 Haryana 62 BIJWASAN 20 0 1200 New Delhi 63 BINA 20 0 1200 Madhya Pradesh 64 BK SV01 2 1 75 Madhya Pradesh 65 BK SV02 2 1 75 Madhya Pradesh 66 BK SV03 2 1 75 Madhya Pradesh

SR NO LOCATION IP PHONE IP PHONE CAT-6 State






Indicative list of CAT6 cable requirement for IP Phones Location

(State wise) IP

PHONE

IP PHONE (Telecom

Room)

Total IP Handsets

Total Unarmoured Cat-6 Cable

Maharashtra 127 9 136 4355 Madhya Pradesh 77 15 92 4075 Rajasthan 72 16 88 3600 Uttar Pradesh 12 1 13 775 Haryana 24 2 26 1475 Delhi 20 0 20 1275 Total 332 43 375 15555

(Telecom Room)

Cable

67 BK SV04 2 1 75 Madhya Pradesh 68 BK GUNA IP-01 2 1 75 Madhya Pradesh 69 BK SV05 2 1 75 Rajasthan 70 BK SV06 2 1 75 Rajasthan 71 BK SV07 2 1 75 Rajasthan

TOTAL 332 43 15555






ANNEXURE-VI

(Ethernet Switch Details)






Sl. No

EXISTING STATION NAME (with OFC Length in km)

48 port Ethernet switch


State

1. MMBPL Rerouting SV-2 1 Maharashtra

2. MMBPL Rerouting SV-3 1 Maharashtra 3. MMBPL Rerouting SV-4 1 Maharashtra 4. MUMBAI (0.0) 1 Maharashtra 5. SV-1 (11.8) 1 Maharashtra 6. SV-2 (30.1) 1 Maharashtra 7. SV-4 (42.81) 1 Maharashtra 8. SV-5 (71.7) 1 Maharashtra 9. SV-6 (96.9) 1 Maharashtra 10. WASHALA (123.5) 1 Maharashtra 11. SV-7 (197.5) 1 Maharashtra 12. SV-8 (211.6) 1 Maharashtra 13. SV-10 (239.6) 1 Maharashtra 14. SV-11 (259.7) 1 Maharashtra 15. SV-12 (280.5) 1 Maharashtra 16. SV-13 (286.9) 1 Maharashtra 17. SV-14 (309.4) 1 Maharashtra 18. MANMAD (335.8) 1 Maharashtra 19. SV-15 (364.5) 1 Maharashtra 20. SV-16 (366.46) 1 Maharashtra 21. SV-17 (392.02) 1 Maharashtra 22. SV-18 (419.45) 1 Maharashtra 23. JAVKHEDA(IP-1) (450.57) 1 Maharashtra 24. SV-19 (474.57) 1 Maharashtra 25. SV-20 (476.67) 1 Maharashtra 26. SANGHVI (502.81) 1 Maharashtra 27. SV-21 (509.16) 1 Maharashtra 28. IP-2 JULWANIA 1 Madhya Pradesh 29. SV-23 (560.46) 1 Madhya Pradesh 30. SV-24 (584.26) 1 Madhya Pradesh 31. SV-25 (586.38) 1 Madhya Pradesh 32. GUJRI (609.80) 1 Madhya Pradesh 33. SV-27 (624.30) 1 Madhya Pradesh 34. SV-28 (650.70) 1 Madhya Pradesh 35. MANGLYA (677.10) 1 Madhya Pradesh 36. SV-29 (692.70) 1 Madhya Pradesh 37. SV-30 (724.80) 1 Madhya Pradesh 38. SV-31 (772.40) 1 Madhya Pradesh 39. SV-32 (807.50) 1 Madhya Pradesh 40. SHERPUR IP-1 (850.90) 1 Rajasthan Sl. No

EXISTING STATION NAME (with OFC Length in km)

48 port Ethernet

8 port Ethernet

State






switch switch 41. SV-33 (888.80) 1 Rajasthan 42. SV-34 (929.60) 1 Rajasthan 43. SV-35 (964.51) 1 Rajasthan 44. KOTA (985.31) 1 Rajasthan 45. SV-36 (994.56) 1 Rajasthan 46. SV-37 (998.31) 1 Rajasthan 47. SV-38 (1038.31) 1 Rajasthan 48. SV-39 (1078.31) 1 Rajasthan 49. SV-40 (1118) 1 Rajasthan 50. MALARNA (IPS) (1126.5) 1 Rajasthan 51. SV-41 (1159.1) 1 Rajasthan 52. SV-42 (1193.7) 1 Rajasthan 53. KARWADI (IP-4) (1221) 1 Rajasthan 54. SV-43 (1258) 1 Rajasthan 55. BHARATPUR (IPS) (1289.2) 1 Rajasthan 56. MATHURA (TOP) (1311.6) 1 Uttar Pradesh 57. SV-45 (1351.1) 1 Uttar Pradesh 58. SV-46 (1392.6) 1 Haryana 59. PIYALA (1431.3) 1 Haryana 60. SV-47 (1453.1) 1 Haryana 61. BIJWASAN (1491.4) 1 New Delhi 62. BINA 1 Madhya Pradesh 63. BK_SV-1 (10.6) 1 Madhya Pradesh 64. BK_SV-2 (40) 1 Madhya Pradesh 65. BK_SV-3 (71.6) 1 Madhya Pradesh 66. BK_SV-4 (101.8) 1 Madhya Pradesh 67. BK_IP-1 (131.8) 1 Madhya Pradesh 68. BK_SV-5 (170) 1 Rajasthan 69. BK_SV-6 (198) 1 Rajasthan 70. BK_SV-7 (228) 1 Rajasthan TOTAL 13 57 Location (State wise Summary)

48 port Ethernet Switch


Maharashtra 4 23 Madhya Pradesh 3 15 Uttar Pradesh 1 1 Haryana 1 2 New Delhi 1 0 Rajasthan 3 16 TOTAL 13 57

The

draw

ing,

des

ign

and

deta

ils g

iven

on

this

form

at a

re th

e pr

oper

ty o

f E

NG

INE

ER

S IN

DIA

LIM

ITE

D.

They

are

mer

ely

loan

ed o

n th

e bo

rrow

er's

exp

ress

agr

eem

ent t

hat

they

will

not

be

repr

oduc

ed, c

opie

d, e

xhib

ited

or u

sed,

exc

ept i

n th

e lim

ited

way

per

mitt

ed b

y a

writ

ten

cons

ent g

iven

by

the

lend

er to

the

borr

ower

for t

he in

tend

ed u

se.

REV.DRAWING NO.

APPROVEDCHKBYREVISIONDATEREV.

NEW DELHI

ENGINEERS INDIA LIMITED

1-1641-0503 REV.0 A3-420x297APPROVED

PROCEDURE FOR OPTICAL

FIBRE CABLE TESTING


Rev. A Page 1 of 8

A 06.09.17 ISSUED WITH MR SS SK PKS

Rev. No Date Purpose Prepared

by Checked

by Approved

by Format No. EIL 1641-1924 Rev. 1 Copyright EIL – All rights reserved

PROCEDURE FOR

OPTICAL FIBRE CABLE (OFC) TESTING

PROJECT : MMBPL & BKPL TELECOM UP-GRADATION PROJECT

CLIENT : BPCL

CONSULTANT : ENGINEERS INDIA LIMITED

JOB NO. : B049

PROCEDURE FOR OPTICAL FIBRE CABLE TESTING

DOCUMENT No.

B049-000-16-51-SP82 Rev. A

Page 2 of 8


INDEX

1.0 TEST PROCEDURE................................................................................................ ... 3

1.1 FIBRE LENGTH MEASUREMENT................................................................................... 3 Test Description ................................................................................................ ............. 3 Tools / Equipment /accessories required................................................................ ........ 3 Procedure ................................................................................................ ...................... 3

1.2 INSERTION LOSS MEASUREMENT ................................................................ ................ 4 Test Description ................................................................................................ ............. 4 Tools / Equipment /accessories required................................................................ ........ 4 Procedure:...................................................................................................................... 4 Appendix-1A................................................................................................ ................... 5 Appendix-1B................................................................................................ ................... 6 Appendix-2A................................................................................................ ................... 7 Appendix-2B................................................................................................ ................... 8


DOCUMENT No.

B049-000-16-51-SP82 Rev. A

Page 3 of 8


1.0 TEST PROCEDURE

Optical fibre cable will be tested for its continuity and average loss in dB/km. The link will be tested and recorded in the format given in Appendix- 1 & 2.

1.1 Fibre length Measurement

Test Description

This test will check the continuity of the fiber from station to station and record the length of fiber. Average loss per kilometer of fiber length shown in dB/km shall be recorded for information only. Testing will be done from both ends and average loss will be calculated.

Tools / Equipment /accessories required

1. Optical Time Domain Reflectometer (OTDR) 2. Patch cords, pigtails.

Procedure

• Power ON the OTDR and make the settings as required for the hop under test. • Splice a pigtail to one of the fibers.

• Connect the OTDR with pigtail.

• Make the Laser ON and observe the trace till it gets settled up to the end of the

trace.

• Store the results in the hard disk/floppy disk with proper identification of the fiber under test.

• Record the results in format

• Repeat the procedure for the opposite direction.

• Test Formats are provided in Appendix-1

• Repeat above steps for each fiber.


DOCUMENT No.

B049-000-16-51-SP82 Rev. A

Page 4 of 8


1.2 Insertion loss measurement

Test Description During insertion loss measurement, light is launched in the fiber by using a LASER source from one end of the link and at the other end, the received power is measured by Optical Power meter. Fiber loss is calculated by subtracting the receive power from the transmit power. This test also determines the fiber termination continuity on end-to-end basis as the measurement is done on both the ends of a link.

Tools / Equipment /accessories required 1. Power meter 2. Laser source 3. Patch cords (10 mtrs) 4. Optical talk set

Procedure:

• One power meter, one laser source and one unit of optical talk set are required at each end.

• At location A, switch ON the laser source, set it to operating wavelength of 1310nm and connect it to the power meter (set at 1310nm) by patch cord and record the laser power transmitted. Record it in the test sheet.

• Cut the patch cord into two halves (laser source & power meter remaining

connected to the 2 halves of the patch cord (i.e. 2 pig tails)).

• Splice each of the pigtails to two ends of the same fiber under test.

• Record the power received in test sheet.

• To establish communication between two stations A & B, connect the Optical talk set to one of the fiber (e.g. No 1) at both the stations. When that particular fiber is next for testing, connect the talk set to one on which testing is complete (e.g. No 2).

• Confirm on the talk set that the power received is recorded.

• Repeat the test for 1550nm. • Connect the source to next fibre at location A and power meter at location B.

• Repeat the same procedure with source at location B and power meter at location

A.

• Continue the above process till all fibers are tested.

• Average loss of each fiber should be less than the average loss estimated.


DOCUMENT No.

B049-000-16-51-SP82 Rev. A

Page 5 of 8


• Test Formats are provided in Appendix-2.

Appendix-1A

FIBER LENGTH MEASUREMENT (G.652)

Date: _____________ Location A: ____________________ Location B: ____________________ Wavelength: 1310nm Equipment used: ____________________

Tube No./Color Fiber No./ Color Fiber Length (m) Optical loss dB/km From A From B

Cable loss (Average of above): ___________________km (ALL LOSSES MEASURED IN dB/km)

Signature & date Signature & date (Tested & handed over (Witnessed & taken over by by ‘cable laying vendor’) ‘Telecom system vendor) Signature & date Witnessed by CLIENT/CONSULTANT representative(s)


DOCUMENT No.

B049-000-16-51-SP82 Rev. A

Page 6 of 8


Appendix-1B

FIBER LENGTH MEASUREMENT (G.652)

Date: _____________ Location A: ____________________ Location B: ____________________ Wavelength: 1550nm Equipment used: ____________________

Tube No./Color Fiber No./ Color Fiber Length (m) Optical loss dB/km From A From B

Cable loss (Average of above): ___________________km (ALL LOSSES MEASURED IN dB/km) Signature & date Signature & date (Tested & handed over (Witnessed & taken over by by ‘cable laying vendor’) ‘Telecom system vendor) Signature & date Witnessed by CLIENT/CONSULTANT representative(s)


DOCUMENT No.

B049-000-16-51-SP82 Rev. A

Page 7 of 8


Appendix-2A

INSERTION LOSS MEASUREMENT (G.652)

Date: _____________ Location A: ______________ Location B: ___________________ Wavelength: 1310nm Equipment used: ______________ Cable length from Appendix 1A: _______km Number of Splices (including Pigtails-N): _________ Number of connectors-C: ______ Average IL = 0.37L+0.07N+0.5C: ____(estimated)

Tube No./Color

Fiber No./ Color

A-B B-A Average IL Power Transmitted at A Power Transmitted at B

Power received at

B

IL (A-B) Power received at

A

IL (B-A)

(ALL LOSSES MEASURED IN dB/km) Signature & date Signature & date (Tested & handed over (Witnessed & taken over by by ‘cable laying vendor’) ‘Telecom system vendor) Signature & date Witnessed by CLIENT/CONSULTANT representative(s)


DOCUMENT No.

B049-000-16-51-SP82 Rev. A

Page 8 of 8


Appendix-2B

INSERTION LOSS MEASUREMENT (G.652)

Date: _____________ Location A: ______________ Location B: ___________________ Wavelength: 1550 nm Equipment used: ______________ Cable length from Appendix 1A: _______km Number of Splices (including Pigtails-N): _________ Number of connectors-C: ______ Average IL = 0.22L+0.07N+0.5C: ____(estimated)

Tube No./Color

Fiber No./ Color

A-B B-A Average IL Power Transmitted at A Power Transmitted at B

Power received at

B

IL (A-B) Power received at

A

IL (B-A)

(ALL LOSSES MEASURED IN dB/km) Signature & date Signature & date (Tested & handed over (Witnessed & taken over by by ‘cable laying vendor’) ‘Telecom system vendor) Signature & date Witnessed by CLIENT/CONSULTANT representative(s)

QMSStandardsCommittee

1 12.03.15 General Revision

QMS

QMS0 04.06.09 Issued as Standard Specification

Standards

Standards SCT

NDCommittee

Committee

Rev.No Date Purpose Prepared by Checked

by

StandardsCommitteeConvener

StandardsBureau

Chairman

QMSStandardsCommittee

MPJ

SC

ENGINEERSlakgINDIA LIMITED

(A Gavt at India Undertaking)

SPECIFICATION FOR QUALITYMANAGEMENT SYSTEMREQUIREMENTS FROM

BIDDERS

STANDARD SPECIFICATION No.

6-78-0001 Rev. 1Page 1 of 7

mren ewaire mjvam)

64)(11 Chrlf qu i ciall -51-04ffu tea aliikrrat t ?drift'

SPECIFICATION FOR QUALITYMANAGEMENT SYSTEM

REQUIREMENTS FROM BIDDERS

Approved by

Format No. 8-00-0001-F1 Rev. 0

Copyright EIL — All rights reserved

ENGINEERS SPECIFICATION FOR QUALITY STANDARD SPECIFICATION No.

INDIA LIMITED SYSTEM 6-78-0001 Rev. 1lft2 (AG'"ind'Undelt6ung) REQUIREMENTS FROM BIDDERS Page 2 of 7

Abbreviations:

CV Curriculum Vitae

ISO International Organization for Standardization

MR Material Requisition

PO Purchase Order

PR Purchase Requisition

QA Quality Assurance

QMS Quality Management System

QMS Standards Committee

Convener: Mr. M.P. Jain

Members: Mr. A.K. Chaudhary (Insp.)Mr. S.K. Kaul (C&P)Mr. R.K. Trivedi (Engg.)Mr. Ravindra Kumar (Const.)Mr. Tilak Raj (Projects)Mr. Vinod Kumar (CQA)

Format No. 8-00-0001-F1 Rev. 0 Copyright EIL — All rights reserved


INDIA LIMITED SYSTEM 6-78-0001 Rev.'A

Govt At ' nth' Und"k"V) REQUIREMENTS FROM BIDDERS Page 3 of 7Igar llks

Oiren

CONTENTS

Clause Title Page

No.

1.0 SCOPE 4

2.0 DEFINITIONS 4

3.0 REFERENCE DOCUMENTS 4

4.0 QUALITY MANAGEMENT SYSTEM — GENERAL 4

5.0 QUALITY SYSTEM REQUIREMENTS 4

6.0 AUDITS 7

7.0 DOCUMENTATION REQUIREMENTS 7

Copyright EIL — All rights reservedFormat No. 8-00-0001-F1 Rev. 0

el ENGINEERS SPECIFICATION FOR QUALITY STANDARD SPECIFICATION No.

$1g-zg faReg INDIA LIMITED MANAGEMENT SYSTEM 6-78-0001 Rev. 1

own 120.2 .I J40.9) IA GOVt of India Undertaking) REQUIREMENTS FROM BIDDERS Page 4 of 7

1.0 SCOPE

This specification establishes the Quality Management System requirements to bemet by BIDDER for following purpose:

• QMS requirements to be met by suppliers/contractors after award of work/during contract execution.

2.0 DEFINITIONS

2.1 Bidder

For the purpose of this specification, the word "BIDDER" means the person(s), firm,company or organization who is under the process of being contracted by EIL /Owner for delivery of some products (including service). The word is consideredsynonymous to supplier, contractor or vendor.

2.2 Project Quality Plan

Document tailored from Standard Quality Management System Manual of BIDDER,specifying how the quality requirements of the project will be met.

2.3 Owner

Owner means the owner of the project for which services / products are beingpurchased and includes their representatives, successors and assignees.

3.0 REFERENCE DOCUMENTS

6-78-0002

Specification for Documentation Requirements fromContractors

6-78-0003

Specification for Documentation Requirements from Suppliers

4.0 QUALITY MANAGEMENT SYSTEM — GENERAL

Unless otherwise agreed with EIL / Owner, the BIDDER proposed quality systemshall fully satisfy all relevant requirements of ISO 9001 "Quality ManagementSystems — Requirements." Evidence of compliance shall be current certificate ofquality system registration to ISO 9001 or a recent compliance audit recommendingregistration from a certification agency. The quality system shall provide theplanned and systematic control of all quality related activities for execution ofcontract. Implementation of the system shall be in accordance with BIDDER'SQuality Manual and PROJECT specific Quality Plan.

5.0 QUALITY SYSTEM REQUIREMENTS

5.1 BIDDER shall prepare and submit for review / record, Project Quality Plan / QualityAssurance Plan for contracted scope / job. The BIDDER'S Quality Plan shalladdress all of the applicable elements of ISO 9001, identify responsible partieswithin BIDDER'S organization, for the implementation / control of each area,reference the applicable procedures used to control / assure each area, and verifythe documents produced for each area. The Project Quality Plan shall necessarilydefine control or make reference to the relevant procedures, for design andengineering, purchase, documentation, record control, bid evaluation, inspection,production/manufacturing, preservation, packaging and storage, quality control at




INDIA LIMITED MANAGEMENT SYSTEM 6-78-0001 Rev. 1(A Gavt of India undertaking' REQUIREMENTS FROM BIDDERS Page 5 of 7

construction site, pre-commissioning, commissioning and handing over (asapplicable) in line with contract requirement and scope of work.

5.2 BIDDER shall identify all specified or implied statutory and regulatory requirementsand communicate the same to all concerned in his organization and his subcontractor's organization for compliance.

5.3 BIDDER shall deploy competent and trained personnel for various activities forfulfillment of PO / contract. BIDDER shall arrange adequate infrastructure and workenvironment to ensure that the specification and quality of the deliverable aremaintained.

5.4 BIDDER shall do the quality planning for all activities involved in delivery of order.The quality planning shall cover as minimum the following:

ResourcesProduct / deliverable characteristics to be controlled.Process characteristics to ensure the identified product characteristics are

realizedIdentification of any measurement requirements, acceptance criteriaRecords to be generatedNeed for any documented procedure

The quality planning shall result into the quality assurance plan, inspection and testplans (ITPs) and job procedures for the project activities in the scope of bidder.These documents shall be submitted to EIL/Owner for review/approval, beforecommencement of work.

5.5 Requirements for sub-contracting / purchasing of services specified in contract /tender shall be adhered to. In general all outsourced items will be from approvedvendors of EIL. Wherever requirements are not specified, or approved sub vendorsdo not exist, the sub-contractor shall establish and maintain a system for purchasing/ sub-contracting to ensure that purchased product / service conforms to specifiedrequirements. Criteria for selection of sub-contractor, evaluation, re-evaluation,maintenance of purchasing data and verification of purchased product (sub-contractor services), constitute important components of this requirement.

5.6 BIDDER shall plan and carry production and service provision under controlledconditions. Controlled conditions shall include, as applicable

the availability of information that describes the characteristics of the productthe availability of work instructionsthe use of suitable equipmentthe availability and use of monitoring and measuring devicesthe implementation of monitoring and measurementthe implementation of release, delivery and post-delivery activities

5.7 BIDDER shall validate any processes for production and service provision whereresulting output cannot be verified by subsequent monitoring and measurement.This includes any process where deficiencies become apparent only after theproduct is in use or service has been delivered.

5.8 BIDDER shall establish a system for identification and traceability of product /deliverable throughout product realization. Product status with respect to inspectionand testing requirements shall be identified.


ei ENGINEERS SPECIFICATION FOR QUALITY STANDARD SPECIFICATION No.

lge.ji id5fez INDIA LIMITED MANAGEMENT SYSTEM 6-78-0001 Rev. 1IA Govt of India undettaking) REQUIREMENTS FROM BIDDERS Page 6 of 7

Oren erRRIZ .71.1.113,70

5.9 BIDDER shall identify, verify, protect and safeguard EIL / Owner property (material /document) provided for use or incorporation into the product. If any Owner / EILproperty is lost, damaged or otherwise found to be unsuitable for use, this shall bereported to the EIL / Owner.

5.10 BIDDER shall ensure the conformity of product / deliverable during internalprocessing and delivery to the intended destination. Requirements mentioned in thetender shall be adhered to.

5.11 BIDDER shall establish system to ensure that inspection and testing activities arecarried out in line with requirements. Where necessary, measuring equipmentsshall be calibrated at specified frequency, against national or internationalmeasurement standards; where no such standard exists, the basis used forcalibration shall be recorded. The measuring equipments shall be protected fromdamage during handling, maintenance and storage.

5.12 BIDDER shall ensure effective monitoring, using suitable methods, of the processesinvolved in production and other related processes for delivery of the scope ofcontract.

5.13 BIDDER shall monitor and measure the characteristics of the product/deliverable toverify that product requirement has been met. The inspection (stage as well asfinal) by BIDDER and EIL / Owner personnel shall be carried out strictly as per theITPs forming part of the contract. Product release or service delivery shall notproceed until the planned arrangements have been satisfactorily completed, unlessotherwise approved by relevant authority and where applicable by Owner / EIL.

5.14 BIDDER shall establish and maintain a documented procedure to ensure that theproduct which does not conform to requirements is identified and controlled toprevent its unintended use or delivery

5.15 All non-conformities (NCs) / deficiencies found by the BIDDER'S inspection /surveillance staff shall be duly recorded, including their disposal action shall berecorded and resolved suitably. Effective corrective and preventive action shall beimplemented by the BIDDER so that similar NCs including deficiencies do not recur.

5.16 All deficiencies noticed and reported by EIL / Owner shall be analyzed by theBIDDER and appropriate corrective and preventive actions shall be implemented.BIDDER shall intimate EIL / Owner of all such corrective and preventive actionimplemented by him.

5.17 BIDDER should follow the standards, specifications and approved drawings.Concessions/Deviations shall be allowed only in case of unavoidable circumstances.In such situations Concession/deviation request must be made by the BIDDERthrough online system of EIL eDMS. URL of EIL eDMS ishttp://edocx.eil . co . in/vportal.

5.18 BIDDER shall have documented procedure for control of documents.

5.19 All project records shall be carefully kept, maintained and protected for any damageor loss until the project completion, then handed over to EIL / Owner as per contractrequirement (Refer Specification Nos. 6-78-0002 - Specification for DocumentationRequirements from Contractors and 6-78-0003 - Specification for DocumentationRequirements from Suppliers), or disposed as per relevant project procedure.

Copyright EIL—All rights reservedFormat No. 8-00-0001-F1 Rev. 0


INDIA LIMITED MANAGEMENT SYSTEM 6-78-0001 Rev. 1(A Goof of India UndertakIngi REQUIREMENTS FROM BIDDERS Page 7 of 7

eiJrIft kif51ft.wirer riraxem3Tmil

6.0 AUDITS

BIDDER shall plan and carry out the QMS audit for the job. Quality audit programmeshall cover design, procurement, construction management and commissioning asapplicable including activities carried out by sub-vendors and sub-contractors. Thisshall be additional to the certification body surveillance audits carried out underBIDDER'S own ISO 9001 certification scheme.

The audit programmes and audit reports shall be available with bidder for scrutinyby EIL / Owner. EIL or Owner's representative reserves the right to attend, as awitness, any audit conducted during the execution of the WORKS.

In addition to above EIL, Owner and third party appointed by EIL/Owner may alsoperform Quality and Technical compliance audits. BIDDER shall provide assistanceand access to their systems and sub-contractor / vendor systems as required for thispurpose. Any deficiencies noted shall be immediately rectified by BIDDER.

7.0 DOCUMENTATION REQUIREMENTS

BIDDER shall submit following QMS documents immediately after award of work(Within one week) for record / review by EIL / Owner.

Organization chart (for complete organization structure and for the project)Project Quality Plan/Quality Assurance PlanJob specific Inspection Test Plans, if not attached with PRJob ProceduresInspection/Test Formats

In addition to above QMS documents, following documentation shall be maintainedby the BIDDER for submission to EIL / Owner on demand at any point of time duringexecution of the project.

Quality ManualCertificate of approval for compliance to ISO: 9001 standardProcedure for Control of Non-conforming ProductProcedure for Control of DocumentsSample audit report of the QMS internal and external audits conducted duringlast one yearCustomer satisfaction reports from at least 2 customers, during the last oneyearProject QMS audit reportTechnical audit reports for the projectCorrective action report on the audits

Documents as specified above are minimum requirements. BIDDER shall submitany other document/data required for completion of the job as per EIL/Ownerinstructions.

Copyright EIL—All rights reservedFormat No. 8-00-0001-F1 Rev. 0

1 12.03.15 General Revision

C)(415----2QMS QMS

Standards StandardsCommittee Committee

SC

∎31 ENGINEERSligar lafgesW INDIA LIMITED

(411W1 292,51V MIJ‘10571) Govt o India Undertalongj

SPECIFICATION FORDOCUMENTATION

REQUIREMENTS FROMSUPPLIERS

STANDARD SPECIFICATION No.

6-78-0003 Rev. 1Page 1 of 8

affrirewufat 74ER

*mat t feituSPECIFICATION FOR

DOCUMENTATION REQUIREMENTSFROM SUPPLIERS

QMS QMS0 04.06.09 Issued as Standard Specification

Standards Standards SCT NDCommittee Committee

Rev.No Date Purpose Prepared Checked

by by

Standards StandardsComm ifte BureauConvener Chairman

Approved by


STANDARD SPECIFICATIONNo.

6-78-0003 Rev. 1Page 2 of 8

(t,ft. ENGINEERS1i laWGNIIY INDIA LIMITEDogire, efiTIWAnowAl (A Govt of Into Undertaking(



Abbreviations:

DCI - Document Control Index

eDMS - Electronic Document Management System

FOA Fax of Acceptance

HOD Head of Division / Department

IC Inspection Certificate

IRN Inspection Release Note

ITP Inspection and Test Plan

LOA Letter of Acceptance

MOU Memorandum of Understanding

MR Material Requisition

PO Purchase Order

PR Purchase Requisition

PVC Polyvinyl Chloride

QMS Quality Management System

TPIA Third Party Inspection Agency

URL Universal Resource Locator

QMS Standards Committee

Convener: Mr. M.P. Jain

Members: Mr. A.K. Chaudhary (Insp.)Mr. S.K. Kaul (C&P)Mr. R.K. Trivedi (Engg.)Mr. Ravindra Kumar (Const.)Mr. Tilak Raj (Projects)Mr. Vinod Kumar (CQA)

Copyright EIL — All rights reservedFormat No. 8-00-0001-F1 Rev. 0




6-78-0003 Rev. 1Page 3 of 8

ei ENGINEERSOaez idiWIeg INDIA LIMITED

011E71 ewaxedaagem) (A Govt of India Undertaking)

CONTENTS

Clause Title PageNo.

1.0 SCOPE 42.0 DEFINITIONS 43.0 REFERENCE DOCUMENTS 44.0 DOCUMENTATION REQUIREMENTS 4

Attachments

Format for completeness of Final Documentation Format No. 3-78-0004



ENGINEERSINDIA LIMITED(A Govt of Intha Undertakongt


REQUIREMENTS FROM


6-78-0003 Rev. 1dol

5'gzir tlf5ltuI.VOM

SUPPLIERS Page 4 of 8

1.0 SCOPE

This specification establishes the Documentation Requirements from Suppliers.

All documents/data against the PO / PR / MR shall be developed and submitted toEIL/Owner by the suppliers for review / records, in line with this specification.

2.0 DEFINITIONS

2.1 Supplier

For the purpose of this specification, the word "SUPPLIER" means the person(s),firm, company or organization who is under the process of being contracted by EIL /Owner for delivery of some products (including service). The word is consideredsynonymous to bidder, contractor or vendor.

2.2 Owner

Owner means the owner of the project for which services / products are beingpurchased and includes their representatives, successors and assignees.

3.0 REFERENCE DOCUMENTS

6-78-0001 Specification for Quality Management System Requirementsfrom Bidders

4.0 DOCUMENTATION REQUIREMENTS

4.1 Documents/Data to be Submitted by the Supplier

4.1.1 The Supplier shall submit the documents and data against the PO/PR/MR as per thelist given in respective PO/PR/MR.

4.1.2 Review of the supplier drawings by EIL would be only to review the compatibility withbasic designs and concepts and in no way absolve the supplier of hisresponsibility/contractual obligation to comply with PR requirements, applicablecodes, specifications and statutory rules/regulations. Any error/deficiency noticedduring any stage of manufacturing/execution/installation shall be promptly correctedby the supplier without any time and cost implications, irrespective of comments onthe same were received from EIL during the drawing review stage or not.

4.1.3 Unless otherwise specified, submission of documents for Review/Records shallcommence as follows from the date of Fax of Intent / Letter of Intent/ Fax ofAcceptance (FOA)/ Letter of Acceptance (LOA):

QMS - 1 weekDrawing/Document Control Index - 2 weeksOther Documents/Drawings - As per approved Drawing/Document Control

Index/Schedule

4.1.4 Documents as specified in PO/PR/MR are minimum requirements. Supplier shallsubmit any other document/data required for completion of the job as per EIL/Ownerinstructions.



'7f 11I OfiTt cYeawlnn

ENGINEERSINDIA LIMITED(A Govt of India UndenakIngi




6-78-0003 Rev. 1Page 5 of 8

4.2 Style and Formatting

4.2.1 All Documents shall be in ENGLISH language and in M.K.S System of units.

4.2.2 Before forwarding the drawings and documents, contractor shall ensure that thefollowing information are properly mentioned in each drawing:

Purchase Requisition NumberName of Equipment / PackageEquipment / Package Tag No.Name of ProjectClientDrawing / Document TitleDrawing / Document No.Drawing / Document Revision No. and Date

43 Review and Approval of Documents by Supplier

4.3.1 The Drawing/Documents shall be reviewed, checked, approved and dulysigned/stamped by supplier before submission. Revision number shall be changedduring submission of the revised supplier documents and all revisions shall behighlighted by clouds. Whenever the supplier require any sub-supplier drawings to bereviewed by EIL, the same shall be submitted by the supplier after duly reviewed,approved and stamped by the supplier. Direct submission of sub-supplier's drawingswithout contractor's approval shall not be entertained.

4.4 Document Category

4.4.1 Review Category

Following review codes shall be used for review of supplier Drawings/Documents:

Review Code 1 No comments. Proceed with manufacture/fabrication as per the document.

Review Code 2 Proceed with manufacture/fabrication as percommented document. Revised documentrequired.

Review Code 3 Document does not conform to basicrequirements as marked. Resubmit for review

R Document is retained for Records. Proceedwith manufacture/fabrication.

V Void

4.5 Methodology for Submission of Documents to EIL/Owner

4.5.1 Document Control Index (DCI)

Supplier shall create and submit Document Control Index (DCI) for review based onPO/PR/MR along with schedule date of submission of each drawing/document on EILeDMS. The DCI shall be specific with regard to drawing/document no. and the exacttitle. Proper sequencing of the drawings/documents should be ensured in scheduledate of submission.


r1.7-14 ENGINEERS51g-a feff5leg INDIA LIMITED

1.17,124ifflsrefloJOORI1 IA GUN. of India Undertaking,




6-78-0003 Rev. 1Page 6 of 8

4.5.2 Submission of Drawings/Documents

Drawings/documents and data shall be uploaded on the EIL eDMS Portal as per DCI.The detail guidelines for uploading documents on EIL eDMS Portal are available onfollowing URL

http://edocx.eil.co.in/vportal

4.5.3 Statutory Approvals

Wherever approval by any statutory body is required to be taken by Supplier, theSupplier shall submit copy of approval by the authority to EIL.

4.5.4 Details of Contact Persons of Supplier

After placement of order supplier shall assign a Project Manager for that order. Thedetails are to be filled online through the portal. The details include e-mail address,mailing address, telephone nos., fax nos. and name of Project Manager. All the systemgenerated emails pertaining to that order shall be sent to the assigned ProjectManager.

4.5.5 Schedule and Progress Reporting

Supplier shall submit monthly progress report and updated procurement, engineeringand manufacturing status (schedule vs. actual) every month, beginning within 2 weeksfrom FOA/LOA. In case of exigencies, EIL/Owner can ask for report submission asrequired on weekly/fortnightly/adhoc basis depending upon supply status and suppliershall furnish such reports promptly without any price implication. Format for progressreport shall be submitted by the Supplier during kick off meeting or within one week ofreceiving FOA/LOA, whichever is earlier.

4.5.6 Quality Assurance Plan/Inspection and Test Plan

Inspection and test plans (ITP) attached if any, to the MR/PR are to be followed.However for cases wherein ITPs have not been attached with MR/PR, Supplier shallsubmit within one week of receiving FOA/LOA, the Quality Assurance Plan formanufacturing, covering quality control of critical bought out items/materials,inspection & testing at various stages of production, quality control records and siteassembly & testing as may be applicable to the specific order and obtain approvalfrom concerned Regional procurement Office of EIL/third party inspection agency, asapplicable.

For Package equipment contracts, the supplier shall prepare a list of items/equipments and their inspection categorization plan for all items included in the scopeof supply immediately after receipt of order and obtains approval for the same fromEIL. The items shall be categorized into different categories depending upon theircriticality for the scope of inspection of TPIA and/or EIL.

4.5.7 Inspection Release Note (IRN)/ Inspection Certificate (IC)

IRN/ IC shall be issued by EIL Inspector/ third party inspection agency on the basis ofsuccessful inspection, review of certificates as per specifications & agreed quality plan(as applicable) and only after all the drawings/documents as per DCI are submittedand are accepted under review code-1 or code R. Supplier shall ensure that necessarydocuments/manufacturing and test certificates are made available to EIL/TPIA as andwhen desired.


ENGINEERSOgell 0151jeg INDIA LIMITED

IA Govt of India Unclettalong)1.127, owtore o43frosso




6-78-0003 Rev. 1Page 7 of 8

Note: Non fulfilling above requirement shall result into appropriate penalty or with-holding of payment as per conditions of PO/PR/MR.

4.5.8 Transportation Plan

Transportation Plan for Over Dimensional Consignments (ODC), if any, shall besubmitted within 2 weeks of receiving FOA/LOA, for approval. Consignment withparameters greater than following shall be considered as over dimensional.

Dimensions: 4 meters width x 4 meters height x 20 meters length

Weight : 32 MT

4.6 Final Documentation

4.6.1 As Built Drawings

Shop changes made by Supplier after approval of drawings under `Code 1' by EIL anddeviations granted through online system , if any, shall be marked in hard copies ofdrawings which shall then be stamped 'As-built' by the supplier. These 'As-built'drawings shall be reviewed and stamped by EIL Inspector/ TPIA also. Supplier shallprepare scanned images files of all marked — up 'As — built' drawings. SimultaneouslySupplier shall incorporate the shop changes in the native soft files of the drawingsalso.

4.6.2 As Built Final Documents

As built final documents shall be submitted as listed in PO/PR/MR.

4.6.3 Packing/Presentation of Final Documents

Final Documents shall be legible photocopies in A4, A3 size only. Drawings will beinserted in plastic pockets (both sides transparent, sheet thickness minimum 0.1 mm)with an extra strip of 12 mm wide for punching so that drawings are well placed.

Final Documentation shall be bound in Hard board Plastic folder(s) of size 265 mm x315 mm (10 1 /2 inch x 12 1 /2 inch) and shall not be more that 75 mm thick. It may be ofseveral volumes and each volume shall have a volume number, index of volumes andindex of contents of that particular volume. Where number of volumes are more,90mm thickness can be used. Each volume shall have top PVC sheet of minimum0.15 mm thick duly fixed and pressed on folder cover and will have 2 lever clip. Incase of imported items documents, 4 lever clip shall also be accepted. All four cornersof folders shall be properly metal clamped. Indexing of contents with page numberingmust be incorporated by supplier. Spiral/Spico bound documents shall not beacceptable. As mentioned above, books should be in hard board plastic folders withsheets punched and having 2/4 lever clips arrangement.

Each volume shall contain on cover a Title Block indicating package Equipment TagNo. & Name, PO/Purchase Requisition No., Name of Project and Name of Customer.Each volume will have hard front cover and a reinforced spine to fit thickness of book.These spines will also have the title printed on them. Title shall include also volumenumber (say 11 of 15) etc.

4.6.4 Submission of Soft Copies

Supplier shall submit to EIL, the scanned images files as well as the native files ofdrawings/documents, along with proper index.

Format No. 8-00-0001-F1 Rev. 0 Copyright EIL—AIL rights reserved




6-78-0003 Rev. 1Page 8 of 8

C,'(L:ED'D ENGINEERSINDIA UMITEDIA Govt of India Undertaking)

ligar idf5lesI MT riernfO7IJOCFAI

In addition to hard copies, Supplier shall submit electronic file (CD-ROM) covering softcopies of all the final drawings and documents, all text documents prepared oncomputer, scanned images of all important documents (not available as soft files), allrelevant catalogues, manuals available as soft files (editable copies of drawings/textdocuments, while for catalogues/manuals/proprietary information and data, PDF filescan be furnished).

All the above documents shall also be uploaded on the EIL eDMS portal.

4.6.5 Completeness of Final Documentation

Supplier shall get the completeness of final documentation verified by EIUTPIA andattach the Format for Completeness of Final Documentation (Format No. 3-78-0004)duly signed by EIL Inspector or TPIA as applicable to the document folder.


$afg7:11 tel5legMen eRali• 4,30.0

ENGINEERS COMPLETENESS OF FINAL

INDIA LIMITED DOCUMENTATION(A Gort of hula Undertakog)

fEr)

COMPLETENESS OF FINAL DOCUMENTATION

Name of Supplier/Contractor

Customer

Project

EIL's Job No.

Purchase Order No./Contract No.

Purchase Requisition No./Tender No. Rev. No. :

Name of the Work/Equipment

Tag. No.

Supplier's/ Contractor'sWorks Order No.

Certified that the Engineering Documents/ Manufacturing & Test Certificates submitted by thesupplier are complete in accordance with the Vendor Data Requirements of PurchaseRequisition.

Signature

Date

Name

Designation

Department

Signature

Date

Name

Designation

Department

Supplier/Contractor EIL/TPIA

arTilittl/APPROVED

gTffTeR/ Sig eilegiltktvi .

4/ Name: ......... .. . ......................

f4-41--/ Date: ..... ••••••• .... ........................

Copyright EIL — All rights reservedFormat No. 3-78-0004, Rev. 1/ 12.03.2015

Project Title Prepared By Approved By

LE

GE

ND

ARMOURED OFC

CABLE

Drawing Dated:21.05.2018

MMBPL & BKPL

TELECOMSYSTEM

UPGRADATION

ARMOURED CAT-6

CABLE NVR vs Camera Requirement

CAT-6 CABLE

FIX

CAMERA

PTZ

CAMERA

Page 1 of 14

NVR LOCATION- MUMBAI

CAMERA TYPE EXISTING NEW SPARE TOTAL

PTZ CAMERA 3 6 2 11

FIX CAMERA 3 6 2 11

MUMBAI

eil

Text Box

ATTACHMENT-14


LE

GE

ND

ARMOURED OFC

CABLE


MMBPL & BKPL

TELECOMSYSTEM

UPGRADATION

ARMOURED CAT-6


CAT-6 CABLE

FIX

CAMERA

PTZ

CAMERA

Page 2 of 14

NVR LOCATION- WASHALA


PTZ CAMERA 7 4 0 11

FIX CAMERA 7 3 0 10

WASHALA

eil

Text Box

ATTACHMENT-14


LE

GE

ND

ARMOURED OFC

CABLE


MMBPL & BKPL

TELECOMSYSTEM

UPGRADATION

ARMOURED CAT-6


CAT-6 CABLE

FIX

CAMERA

PTZ

CAMERA

Page 3 of 14

NVR LOCATION- MANMAD


PTZ CAMERA 2 4 1 7

FIX CAMERA 10 2 3 15

MANMAD


LE

GE

ND

ARMOURED OFC

CABLE


MMBPL & BKPL

TELECOMSYSTEM

UPGRADATION

ARMOURED CAT-6


CAT-6 CABLE

FIX

CAMERA

PTZ

CAMERA

Page 4 of 14

NVR LOCATION- SANGHVI


PTZ CAMERA 0 3 0 3

FIX CAMERA 8 2 0 10

SANGHVI


LE

GE

ND

ARMOURED OFC

CABLE


MMBPL & BKPL

TELECOMSYSTEM

UPGRADATION

ARMOURED CAT-6


CAT-6 CABLE

FIX

CAMERA

PTZ

CAMERA

Page 5 of 14

NVR LOCATION- GUJRI


PTZ CAMERA 0 4 0 4


GUJRI


LE

GE

ND

ARMOURED OFC

CABLE


MMBPL & BKPL

TELECOMSYSTEM

UPGRADATION

ARMOURED CAT-6


CAT-6 CABLE

FIX

CAMERA

PTZ

CAMERA

Page 6 of 14

NVR LOCATION- MANGLIYA


PTZ CAMERA 7 3 0 10

FIX CAMERA 0 6 1 7

MANGLIYA


LE

GE

ND

ARMOURED OFC

CABLE


MMBPL & BKPL

TELECOMSYSTEM

UPGRADATION

ARMOURED CAT-6


CAT-6 CABLE

FIX

CAMERA

PTZ

CAMERA

Page 7 of 14

NVR LOCATION- KOTA


PTZ CAMERA 9 3 2 14


KOTA


LE

GE

ND

ARMOURED OFC

CABLE


MMBPL & BKPL

TELECOMSYSTEM

UPGRADATION

ARMOURED CAT-6


CAT-6 CABLE

FIX

CAMERA

PTZ

CAMERA

Page 8 of 14

NVR LOCATION- MALARNA


PTZ CAMERA 6 2 1 9

FIX CAMERA 0 6 1 7

MALARNA


LE

GE

ND

ARMOURED OFC

CABLE


MMBPL & BKPL

TELECOMSYSTEM

UPGRADATION

ARMOURED CAT-6


CAT-6 CABLE

FIX

CAMERA

PTZ

CAMERA

Page 9 of 14

NVR LOCATION- BHARATPUR


PTZ CAMERA 7 3 0 10

FIX CAMERA 0 5 3 8

BHARATPUR


LE

GE

ND

ARMOURED OFC

CABLE


MMBPL & BKPL

TELECOMSYSTEM

UPGRADATION

ARMOURED CAT-6


CAT-6 CABLE

FIX

CAMERA

PTZ

CAMERA

Page 10 of 14

NVR LOCATION- MATHURA


PTZ CAMERA 3 2 1 6

FIX CAMERA 1 1 4 6

MATHURA


LE

GE

ND

ARMOURED OFC

CABLE


MMBPL & BKPL

TELECOMSYSTEM

UPGRADATION

ARMOURED CAT-6


CAT-6 CABLE

FIX

CAMERA

PTZ

CAMERA

Page 11 of 14

NVR LOCATION- PIYALA


PTZ CAMERA 2 2 2 6

FIX CAMERA 0 4 2 6

PIYALA


LE

GE

ND

ARMOURED OFC

CABLE


MMBPL & BKPL

TELECOMSYSTEM

UPGRADATION

ARMOURED CAT-6


CAT-6 CABLE

FIX

CAMERA

PTZ

CAMERA

Page 12 of 14

NVR LOCATION- BIJWASAN


PTZ CAMERA 2 0 4 6

FIX CAMERA 1 1 4 6

BIJWASAN


LE

GE

ND

ARMOURED OFC

CABLE


MMBPL & BKPL

TELECOMSYSTEM

UPGRADATION

ARMOURED CAT-6


CAT-6 CABLE

FIX

CAMERA

PTZ

CAMERA

Page 13 of 14

NVR LOCATION- BINA


PTZ CAMERA 5 5 0 10

FIX CAMERA 0 8 2 10

BINA


LE

GE

ND

ARMOURED OFC

CABLE


MMBPL & BKPL

TELECOMSYSTEM

UPGRADATION

ARMOURED CAT-6


CAT-6 CABLE

FIX

CAMERA

PTZ

CAMERA

Page 14 of 14

SUMMARY:

SL NO NVR LOCATION CAMERA TYPE EXISTING NEW SPARE TOTAL

1 MUMBAI PTZ TYPE 3 6 2 11

FIXED TYPE 3 6 2 11

2 WASHALA PTZ TYPE 7 4 0 11

FIXED TYPE 7 3 0 10

3 MANMAD PTZ TYPE 2 4 1 7

FIXED TYPE 10 2 3 15

4 SANGHVI PTZ TYPE 0 3 0 3

FIXED TYPE 8 2 0 10

5 GUJRI PTZ TYPE 0 4 0 4


6 MANGLIYA PTZ TYPE 7 3 0 10

FIXED TYPE 0 6 1 7

7 KOTA PTZ TYPE 9 3 2 14


8 MALARNA PTZ TYPE 6 2 1 9

FIXED TYPE 0 6 1 7

9 BHARATPUR PTZ TYPE 7 3 0 10

FIXED TYPE 0 5 3 8

10 MATHURA PTZ TYPE 3 2 1 6

FIXED TYPE 1 1 4 6

11 PIYALA PTZ TYPE 2 2 2 6

FIXED TYPE 0 4 2 6

12 BIJWASAN PTZ TYPE 2 0 4 6

FIXED TYPE 1 1 4 6

13 BINA PTZ TYPE 5 5 0 10

FIXED TYPE 0 8 2 10

TOTAL 96 98 39 233

Sr. No. LocationNew Fixed Camera (In

bidder Scope)

New PTZ Camera

(In bidder Scope)

Existing Camera to be

used(In BPCL Scope)

Camera Location Existing / NewOFC Cable Length

in meter (In BPCL Scope)

Mounting (Pole/Wall)

Power Cable Length in meter

Data Cable Length in meter

POEWhite Light Illuminator

DC-DC power supply

Convertor

Junction Box

Media Convertor

HDPE ConduteAction to be taken by

Bidder

1 - MMBPL Old C/R Gate New - Wall 50 50 1 1 1 - -New fixed camera to be supply, install and comm.

1 - MMBPL new C/R GateReplacement of existing PTZ camera

100 Wall 100 30 1 1 - 1 2New fixed camera to be supply, install and comm.

1 -MMBPL new C/R SCADA Server room area

New - Wall 30 30 1 1 - - -New fixed camera to be supply, install and comm.

1 - Spare-01 New - - - - 1 1 - - - -

1 - Spare-02 New - - - - 1 1 - - - -

1 -MMBPL sub-station Terrace B/F, B/P & manifold area

Replacement of existing PTZ camera

- Pole (6 Meter) 50 50 1 1 - - -New PTZ camera to be

supply, install and comm.

1 - MMBPL Old C/R MLP Shed area New - Pole (6 Meter) 35 35 1 1 - - -New PTZ camera to be


1 -MMBPL Old C/R Terrace Pig Launcher & PCV area


- Wall 35 35 1 1 - - -New PTZ camera to be


1 - Spare-01 New - - - - 1 1 - - - -

1 - Spare-02 New - - - - 1 1 - - - -

1 Gate Existing - Wall 50 50 - 1 1 - -

1 Cage Existing - Wall 100 50 - 1 - - -





150

Supply & laying of Cable


- -Supply & laying of

Cable

3 SV-02 - -

2 --SV-01

Mumbai1

4 SV-04

Location Wise CCTV DetailsSupply, Install and commissioning by Bidder

1 of 15

eil

Text Box

ATTACHMENT-15


bidder Scope)

New PTZ Camera

(In bidder Scope)


used(In BPCL Scope)







DC-DC power supply

Convertor

Junction Box

Media Convertor


Bidder

Supply, Install and commissioning by Bidder





1 Security Gate New - Pole (6Meter) 65 65 1 1 1 - -New fixed camera to be supply, install and comm.

1 C/R front areaReplacement of existing PTZ camera

- wall 50 50 1 1 - - -New fixed camera to be supply, install and comm.

1 C/R back side area New - wall 50 50 1 1 - - -New fixed camera to be supply, install and comm.

1 MLP P/H area New - Pole (6 Meter) 80 80 1 1 - - -New PTZ camera to be supply, install and comm.

1 B/F & Pig reciever areaReplacement of existing PTZ camera

- Pole (6 Meter) 70 70 1 1 - - -

New PTZ camera to be supply, install and comm. Existing pole to be used.

1 Sub station area outside New - Wall 50 50 1 1 - - -New PTZ camera to be supply, install and comm.

1 Fire water tank farm area New 165 Pole (6 Meter) 100 165 1 1 - 1 2New PTZ camera to be supply, install and comm.







300


Cable


Cable

6 SV-06Supply & laying of

Cable

9 SV-08 - -Supply & laying of

Cable

- -

Washala


Cable

7

8 SV-07

5 SV-05

10 SV-10

2 of 15


bidder Scope)

New PTZ Camera

(In bidder Scope)


used(In BPCL Scope)







DC-DC power supply

Convertor

Junction Box

Media Convertor


Bidder










1 C/R terrace front area New - Wall 30 30 1 1 1 - -

1 Sub station area New - Wall 70 70 1 1 - - -

1 Spare-01 New - - - - 1 1 - - -

1 Spare02 New - - - - 1 1 - - -

1 Spare-03 New - - - - 1 1 - - -

1 Old Pump House area New - Pole (6 Meter) 90 90 1 1 - - -

1 New Pump House area New - Pole (6 Meter) 80 80 1 1 - - -

1Receipt Manifold & Pig receiver area

New 160 Pole (6 Meter) 60 30 1 1 - 1 2

1dispatch Manifold & Pig launcher area

New 110 Pole (6 Meter) 60 30 1 1 - 1 2

1 Spare-01 New - - - - 1 1 - - -

375


Cable


Cable


Cable


Cable

Manmad15

12 SV-12

14 SV-14

New fixed camera to be supply, install and

comm.

New fixed camera to be supply, install and

comm.

3 of 15


bidder Scope)

New PTZ Camera

(In bidder Scope)


used(In BPCL Scope)







DC-DC power supply

Convertor

Junction Box

Media Convertor


Bidder

















Cable


Cable

-Supply & laying of

Cable

20 Javkheda - -Supply & laying of

Cable


Cable 19 SV-18



Cable

18 SV-17 -

16 SV-15 - -

21 SV-19

4 of 15


bidder Scope)

New PTZ Camera

(In bidder Scope)


used(In BPCL Scope)







DC-DC power supply

Convertor

Junction Box

Media Convertor


Bidder


1 Security GateReplacement of existing PTZ camera

230 Wall 30 30 1 1 1 1 2

New fixed camera to be supply, install and comm.existing OFC to be used

1 SBV areaReplacement of existing PTZ camera

120 Pole (6 Meter) 30 30 1 1 - 1 2New fixed camera to be supply, install and comm. existing OFC & Pole to be used

1 MLP areaReplacement of existing PTZ camera

-

Pole (6 Meter)

80 80 1 1 - - -

New PTZ camera to be supply, install and comm.Existing Pole to be used.

1 B/F & Metering areaReplacement of existing PTZ camera

100

Pole (6 Meter)

60 30 1 1 - 1 2New PTZ camera to be supply, install and comm. existing OFC & Pole to be used

1 Sub station areaReplacement of existing PTZ camera

- Pole (6 Meter) 85 85 1 1 - - -

NewPTZ camera to be supply, install and comm.Existing Pole to be used.



1 Gate New - Wall 50 50 - 1 1 - -

1 Cage New - Wall 50 50 - 1 - -

1 Gate New - Wall 50 50 - 1 1 - -

1 Cage New - Wall 50 50 - 1 - -

1 Gate New - Wall 50 50 - 1 1 - -

1 Cage New - Wall 50 50 - 1 - -



600

New Fix and PTZ camera supply, install

& Comm.


& Comm.


& Comm.

25

26

27

MMBPL Re-routing

SV02

MMBPL Re-routing

SV03

MMBPL Re-routing

SV04



Cable

Sanghavi23

- -28 Julwania

5 of 15


bidder Scope)

New PTZ Camera

(In bidder Scope)


used(In BPCL Scope)







DC-DC power supply

Convertor

Junction Box

Media Convertor


Bidder








1 - Security Gate New 135 Pole (6 Meter) 135 30 1 1 1 1 2New fixed camera to be supply, install and comm.

1 - Fire Water Tank farm New 95 Pole (6 Meter) 95 30 1 1 - 1 2New fixed camera to be supply, install and comm.

1 - Spare-01 New - - - - 1 1 - - -

1 - Spare-02 New - - - - 1 1 - - -

1 - C/R front side areaReplacement of existing PTZ camera

- Wall 40 40 1 1 - - -New PTZ camera to be supply, install and comm.

1 - MLP areaReplacement of existing PTZ camera

- Pole (6 Meter) 60 60 1 1 - - -

New PTZ camera to be supply, install and comm. Existing pole to be used.

1 - B/F & Metering area New - Pole (6 Meter) 75 75 1 1 - - -New PTZ camera to be supply, install and comm.

1 - Sub station area New - Pole (6 Meter) 50 50 1 1 - - -New PTZ camera to be supply, install and comm.



320



Cable

31 SV-25 - -

Gujri32


Cable


Cable

6 of 15


bidder Scope)

New PTZ Camera

(In bidder Scope)


used(In BPCL Scope)







DC-DC power supply

Convertor

Junction Box

Media Convertor


Bidder




1 C/R front side area New - Wall 40 40 1 1 1 - -New fixed camera to be supply, install and comm.

1 Sub-station area New - Wall 60 60 1 1 - - -New fixed camera to be supply, install and comm.

1 Spare-01 New - - - - 1 1 - - -

1Pig Receipt and receipt manifold area


120 Pole (6 Meter) 60 30 1 1 - 1 2

NewPTZ camera to be supply, install and comm. Existing pole to be used.

1Pig launcher and dispatch manifold area

New 110 Pole (6 Meter) 30 30 1 1 - 1 2NewPTZ camera to be supply, install and comm.

1 MLP P/H area-02 New - Pole (6 Meter) 85 85 1 1 - - -NewPTZ camera to be supply, install and comm.

1 Booster Area Existing - - 100 - - 1 - - --

1 B/F area Existing - - 100 - - 1 - - --

1 MLP P/H area Existing - - 100 - - 1 - - --

1 GateReplacement of existing Fixed camera

- Wall 50 50 - 1 1 - -



- Wall 50 50 - 1 1 - -



- Wall 50 50 - 1 1 - -


350

New Fixed Camera to be supply, install &

comm. Supply & laying of Cable



SV-3037

SV-3138

35

SV-2936



Manglya


Cable

7 of 15


bidder Scope)

New PTZ Camera

(In bidder Scope)


used(In BPCL Scope)







DC-DC power supply

Convertor

Junction Box

Media Convertor


Bidder



- Wall 50 50 - 1 1 - -


1 - C/R Front side area New - wall 50 50 1 1 1 - -New Fixed Camera to be supply, install & comm.

1 - Sub station area New - wall 75 75 1 1 - - -New Fixed Camera to be supply, install & comm.

1 - Transformer area New - wall 80 80 1 1 - - -New Fixed Camera to be supply, install & comm.

1 - Spare-01 New - - - - 1 1 - - -

1 - MLP P/H areaReplacement of existing PTZ camera

- Pole (6 Meter) 80 80 1 1 - - -

New PTZ Camera to be supply, install & comm. Existing pole to be used.

1 - Pig launcher areaReplacement of existing PTZ camera

- Pole (6 Meter) 90 90 1 1 - - -

New PTZ Camera to be supply, install & comm. Existing pole to be used.

1 - Booster & B/F area New 130 Pole (6 Meter) 60 30 1 1 - 1 2 New PTZ Camera to be supply, install & comm.

1 - Metering area New 125 Pole (6 Meter) 60 30 1 1 - 1 2 New PTZ Camera to be supply, install & comm.


- Wall 50 50 - 1 1 - -

- - 1 Cage Existing - Wall 100 50 - 1 - - -


- Wall 50 50 - 1 1 - -



- Wall 50 50 - 1 1 - -


360

BK SV-0242

BK SV-0343

40 Bina

BK SV-0141







39 SV-32



8 of 15


bidder Scope)

New PTZ Camera

(In bidder Scope)


used(In BPCL Scope)







DC-DC power supply

Convertor

Junction Box

Media Convertor


Bidder



- Wall 50 50 - 1 1 - -



- Wall 50 50 1 1 1 - -New Fixed Camera to be supply, install & comm.

1 Spare-01 New - - - - 1 1 - - -

1 Field area-02 New - Pole (6 Meter) 70 70 1 1 - - - New PTZ Camera to be supply, install & comm.

1 Field area-01 Existing - Wall 50 50 1 1 - - -


- Pole (6 Meter) 70 70 - 1 1 - -

New Fixed Camera to be supply, install & comm. Supply & laying of Cable

1 Spare-01 New - - - - 1 1 - - -

1 Metering area New - Pole (6 Meter) 70 70 1 1 - - -

New PTZ Camera to be supply, install & comm. Supply & laying of Cable

1 Field area Existing - Wall 70 - - 1 - - -


- Wall 50 50 - 1 1 - -



- Wall 50 50 - 1 1 - -



- Wall 50 50 - 1 1 - -


60

BK SV-0444

BK IP-1 Guna

45



SV-3347



46Sherpur-IP-

1

SV-3549

SV-3448





9 of 15


bidder Scope)

New PTZ Camera

(In bidder Scope)


used(In BPCL Scope)







DC-DC power supply

Convertor

Junction Box

Media Convertor


Bidder


1 - Security gate New 135 Pole (6 Meter) 100 30 1 1 1 1 2New Fixed Camera to be supply, install & comm.

1 - C/R front side area New - Wall 40 40 1 1 - - -New Fixed Camera to be supply, install & comm.

1 - Sub station area New - Wall 60 60 1 1 - - -New Fixed Camera to be supply, install & comm.

1 - Spare-01 New - - - - 1 1 - - -

1 -Pig reciever/Basket filter/Metering area

New 110 Pole (6 Meter) 50 30 1 1 - 1 2 New PTZ Camera to be supply, install & comm.

1 - Manifold area New 110 Pole (6 Meter) 50 30 1 1 - 1 2 New PTZ Camera to be supply, install & comm.

1 - Spare-01 New - - - - 1 1 - - -

1 - Spare-02 New - - - - 1 1 - - -

1 P/H area Existing - - - - - 1 - - -

1 B/F area Existing - - - - - 1 - - -


- Wall 50 50 - 1 1 - -



- Wall 50 50 - 1 1 - -



- Wall 50 50 - 1 1 - -



- Wall 50 50 - 1 1 - -


460

SV-3651

Kota50

--

SV-3752

SV-3853

SV-3954









10 of 15


bidder Scope)

New PTZ Camera

(In bidder Scope)


used(In BPCL Scope)







DC-DC power supply

Convertor

Junction Box

Media Convertor


Bidder



- Wall 50 50 - 1 1 - -


1 C/R front side area New - Wall 50 50 1 1 1 - -New Fixed Camera to be supply, install & comm.

1 Sub station area New - Wall 80 80 1 1 - - -New Fixed Camera to be supply, install & comm.

1 Spare-01 New - - - - 1 1 - - -

1 gate old C/RReplacement of existing PTZ Camera

200 Wall 60 30 1 1 - 1 2

New PTZ Camera to be supply, install & comm. Existing OFC cable to be used.

1 Watch TowerReplacement of existing PTZ Camera

120On Existing

tower60 30 1 1 - 1 2

New PTZ Camera to be supply, install & comm. Existing OFC cable to be used.

1 Spare-01 New - - - - 1 1 - - -

1 B/F Area Existing - - 30 - - 1 - - -

1 P/H area Existing - - 30 - - 1 - - -


- Wall 50 50 - 1 1 - -



- Wall 50 50 - 1 1 - -



- - 70 70 - 1 1 - -New Fixed Camera to be supply, install & comm.

1 Spare-01 New - - - - - 1 - - -

1 Field area-02 New - Pole (6 Meter) 50 50 1 1 - - - New PTZ Camera to be supply, install & comm.

1 Field area-01 Existing - - 70 70 - 1 - - -

450

SV-4055

Malarna56

SV-4258

59 Karwadi

SV-4157







11 of 15


bidder Scope)

New PTZ Camera

(In bidder Scope)


used(In BPCL Scope)







DC-DC power supply

Convertor

Junction Box

Media Convertor


Bidder



- Wall 50 50 - 1 1 - -


1 - C/R front side area New - Wall 50 50 1 1 1 - -New Fixed Camera to be supply, install & comm.

1 - Spare-01 New - - - - 1 1 - - -

1 - Spare-02 New - - - - 1 1 - - -

1 - Watch towerReplacement of existing PTZ Camera

150 On watch tower 60 30 1 1 - 1 2

New PTZ Camera to be supply, install & comm. Existing OFC to be used.

1 - Old manifoldReplacement of existing PTZ Camera

100 Pole (6 Meter) 60 30 1 1 - 1 2

New PTZ Camera to be supply, install & comm. Existing OFC & Pole to be used.

1 C/R backside Existing - - 50 - - 1 - - -

1 Metering area Existing - - 30 - - 1 - - -

1 P/H area Existing - - 30 - - 1 - - -


- Wall 50 50 - 1 1 - -



- Wall 50 50 - 1 1 - -



- Wall 50 50 - 1 1 - -


35061

BK SV-0562

63

BK SV-0764

SV-4360

Bharatpur







BK SV-06



12 of 15


bidder Scope)

New PTZ Camera

(In bidder Scope)


used(In BPCL Scope)







DC-DC power supply

Convertor

Junction Box

Media Convertor


Bidder


1 - Spare-01 New - - - - 1 1 1 - -

1 - Spare-02 New - - - - 1 1 - - -

1 - Spare-03 New - - - - 1 1 - - -

1 - Spare-04 New - - - - 1 1 - - -

1 - Metering area New - Pole (6 Meter) 75 75 1 1 - - - New PTZ Camera to be supply, install & comm.

1 - C/R Front side area New - Wall 45 45 1 1 - - - New PTZ Camera to be supply, install & comm.

1 - Spare-01 New - - - - 1 1 - - -

1 Security Gate Existing - - - - - 1 - - -

1 Manifold area Existing - - - - - 1 - - -

1 SBV area Existing - - - - - 1 - - -


- Wall 50 50 - 1 1 - -



- Wall 50 50 - 1 1 - -


100Mathura65

SV-4667

SV-4566

-





13 of 15


bidder Scope)

New PTZ Camera

(In bidder Scope)


used(In BPCL Scope)







DC-DC power supply

Convertor

Junction Box

Media Convertor


Bidder


1 SBV-Reciept New 300 Pole (6 Meter) 300 30 1 1 1 1 2New Fixed Camera to be supply, install & comm.

1 SBV-Dispatch New 300 Pole (6 Meter) 300 30 1 1 - 1 2New Fixed Camera to be supply, install & comm.

1 C/R Front side area New - Wall 50 50 1 1 - - -New Fixed Camera to be supply, install & comm.

1 Spare-01 New - - - - 1 1 - - -

1 Spare-02 New - - - - 1 1 - - -

1 Pig receiver New 210 Pole (6 Meter) 60 30 1 1 - 1 2 New PTZ Camera to be supply, install & comm.

1 Metering area New 210 Pole (6 Meter) 60 30 1 1 - 1 2 New PTZ Camera to be supply, install & comm.

1 Spare-01 New - - - - 1 1 - - -

1 Spare-02 New - - - - 1 1 - - -

- - 1 P/H area Existing - - 60 - - 1 - - -


- Wall 50 50 - 1 1 - -


1400Piyala68

SV-4769



14 of 15


bidder Scope)

New PTZ Camera

(In bidder Scope)


used(In BPCL Scope)







DC-DC power supply

Convertor

Junction Box

Media Convertor


Bidder


1 - Spare-01 New - - - - 1 1 1 - -

1 - Spare-02 New - - - - 1 1 - - -

1 - Spare-03 New - - - - 1 1 - - -

1 - Spare-04 New - - - - 1 1 - - -

1 - Spare-01 New - - - - 1 1 - - -

1 - Spare-02 New - - - - 1 1 - - -

1 - Spare-03 New - - - - 1 1 - - -

1 - Spare-04 New - - - - 1 1 - - -

1 C/R front side area Existing - - 50 - - 1 - - -

1 Field area Existing - - 80 - - 1 - - -

83 54 96 3645 29 13105 8990 104 233 70 24 48 5375

100Bijwasan70

--

Total

OFC cable supply and Laying shall be done by BPCL

Total New Fix Camera to be Supply, Install & Commission = 83

Total New PTZ Camera to be Supply, Install & Commission = 54

15 of 15

Fiber No. TowardsTerminat

ed at Used for Status Fiber No. Towards

Terminated at

Used for Status Loss in dBOFC

LengthSlope Loss in dB

OFC Length

Slope

A1 Spare BREAK RX NOKIA OK 4.822 8.068 0.598 -14.520A2 RX NOKIA Ok TX NOKIA OK 4.798 8.063 0.595A3 RX WRI Ok RX WRI OK -12.180A4 Spare BREAK TX WRI OK 19.262 12.152 1.585 4.464 8.060 0.554A5 TX NOKIA OK Spare OK 0.860 8.059 0.107A6 Spare BREAK Spare OK 2.545 5.489 0.464 4.382 8.061 0.544B1 Spare BREAK Spare OK 5.185 8.068 0.643 4.519 8.061 0.561B2 Spare BREAK 5.232 8.069 0.648B3 Spare BREAK 4.587 5.492 0.835B4 Spare BREAK 4.264 11.722 0.364B5 Spare BREAK 8.213 7.224 1.137B6 TX WRI OK



Terminated at



OFC Length

Slope

RX NOKIA OK RX NOKIA -18.450 -28.340TX NOKIA OK TX NOKIA 22.577 18.256 1.237 19.092 18.245 1.046

RX WRI OK RX WRI -22.510 -16.390TX WRI OK TX WRI 21.148 18.254 1.159 17.243 18.250 0.945Spare BREAK Spare BREAK 7.225 3.462 2.087 5.094 5.628 0.905Spare BREAK Spare BREAK 1.876 1.521 1.233 17.855 15.448 1.156Spare BREAK 12.557 5.258 2.388

OTDR SUMMARY REPORT MUMBAI-MANMAD SECTION

High Loss SV 1 To 0.848 Mt.

SV 1 FTC SV - 2 FTC Towards SV - 2 Towards SV 1

SV - 2 SV 1 SV 1 SV - 2

MDT FTC SV - 1 FTC Towards SV - 1 Towards MDT

SV - 1 MDT MDT SV - 1

No Permisson

1 of 23

eil

Text Box

ATTACHMENT-16




Terminated at



OFC Length

Slope

RX NOKIA OK 11 RX NOKIA OK -23.350 -19.280TX NOKIA OK 2 TX NOKIA OK 14.917 12.704 1.174 14.569 12.703 1.147

RX WRI OK 7 RX WRI OK -16.650 -11.840TX WRI OK 1 TX WRI OK 17.770 12.707 1.398 17.649 12.708 1.389Spare BREAK 6 Spare BREAK 6.054 0.383 0.739 0.518

12 Spare BREAK 12.595 12.702 1.0208 Spare BREAK 7.886 6.335 1.245

10 Spare BREAK 0.322 0.739 0.4363 Spare BREAK 0.304 0.739 0.4115 Spare BREAK 0.307 0.739 0.4154 Spare BREAK 3.162 2.807 1.1269 Spare BREAK 0.236 0.739 0.319



Terminated at



OFC Length

Slope

RX NOKIA OK B1 RX NOKIA OK -17.930 -26.010TX NOKIA OK A4 TX NOKIA OK 15.830 28.889 0.548 14.028 28.883 0.486

TX WRI OK Splic Thru 28.035 61.332 0.457RX WRI OK Splic Thru -25.160

RX RTU CH 37 OK Splic Thru 2.689 4.899 0.549TX RTU CH 37 OK Splic Thru 3.105 4.896 0.634

Spare OK 2.935 4.897 0.599Spare Ok 3.099 4.898 0.646Spare BREAK 3.857 6.862 0.562Spare BREAK 1.955 4.315 0.453Spare BREAK 5.174 6.798 0.761

HIGH Loss SV 4 To 8.575 KM.

SV - 4 FTC SV - 5 FTC Towards SV - 5 Towards SV - 4

SV - 5 SV - 4

SV -4 SV - 5


SV - 4 SV - 2 SV -2 SV - 4

2 of 23




Terminated at



OFC Length

Slope

B4 TX NOKIA OK A1 TX NOKIA OK 14.365 25.194 0.570 13.160 25.201 0.522B1 RX NOKIA OK B4 RX NOKIA OK -16.230 -17.910

Splic Thru Splic ThruSplic Thru Splic ThruSplic Thru Splic ThruSplic Thru Splic Thru



Terminated at



OFC Length

Slope

A2 TX NOKIA OK A1 TX NOKIA OK 12.216 26.501 0.461 12.796 26.512 0.483B1 RX NOKIA OK A2 RX NOKIA OK -9.250 -13.160

Splic Thru A3 Spare BREAK 31.162 65.725 0.474Splic Thru A4 TX WRI OK 26.993 80.413 0.336Splic Thru A5 Spare BREAK 29.027 52.346 0.555Splic Thru A6 RX WRI OK -30.5



Terminated at



OFC Length

Slope

B1 RX WRI OK 1 TX NOKIA OK 14.757 73.956 0.200 5.829 12.012 0.485B2 TX WRI OK 2 RX NOKIA OK -23.040 -23.870B3 Spare BREAK Splic Thru 6.624 13.446 0.493B4 Spare BREAK Splic Thru 25.052 53.986 0.464B5 RX Nokia OK Splic Thru -8.060B6 TX Nokia OK Splic Thru 6.046 12.009 0.503

WASHLA FTC SV - 7 FTC Towards SV - 7 Towards WASHLA

SV -7 WASHLA WASHLA SV - 7

SV - 6 FTC WASHLA FTC Towards WASHLA Towards SV - 6

WASHLA SV - 6 SV -6 WASHLA


SV -5 SV - 6 SV -6 SV -5

3 of 23




Terminated at



OFC Length

Slope

7 RX Nokia OK 5 TX NOKIA OK -11.320 8.138 14.095 0.5778 TX Nokia OK 6 RX NOKIA OK 6.143 14.089 0.436 -6.5409 Splic Thru Splic Thru

10 Splic Thru Splic Thru11 Splic Thru Splic Thru12 Splic Thru Splic Thru



Terminated at



OFC Length

Slope

7 RX Nokia OK 1 TX NOKIA OK -9.180 11.452 27.915 0.4108 TX Nokia OK 2 RX NOKIA OK 9.145 27.905 0.328 -34.3609 Splic Thru 3 Splic Thru

10 Splic Thru 4 Splic Thru11 Splic Thru 5 Splic Thru12 Splic Thru 6 Splic Thru



Terminated at



OFC Length

Slope

5 RX Nokia OK 7 TX ABB BREAK -29.39012 TX Nokia OK 8 RX NOKIA OK 8.489 20.015 0.424 -14.4408 Spare BREAK 9 RX ABB OK -68.800

11 Spare BREAK 10 TX NOKIA OK 9.403 20.014 0.470Splic Thru 11 RX WRI OK -17.020Splic Thru 12 TX WRI OK 20.921 54.310 0.385



Terminated at



OFC Length

Slope

1 RX NOKIA OK 3 RX NOKIA OK -7.810 7.642 20.889 0.3662 TX NOKIA OK 4 TX NOKIA OK 7.976 20.894 0.382 -12.6703 RX ABB OK Splic Thru -68.7004 TX ABB BREAK Splic Thru 0.990 2.202 0.4505 TX WRI OK Splic Thru 22.651 75.926 0.2986 RX WRI OK Splic Thru -9.170

SV - 11 FTC SV - 12 FTC Towards SV - 12 Towards SV -11

SV -12 SV -11 SV - 11 SV - 12


SV -11 SV -10 SV - 10 SV - 11Mumbai Nokia Spare 53.986

Cut at 80 Mt. From SV - 11


SV -10 SV -8 SV - 8 SV - 10


SV -8 SV -7 SV - 7 SV - 8

4 of 23




Terminated at



OFC Length

Slope

1 TX NOKIA OK 9 TX NOKIA OK -6.170 3.296 6.303 0.5232 RX NOKIA OK 10 RX NOKIA OK 3.928 6.317 0.622 -6.2603 Splic Thru Splic Thru4 Splic Thru Splic Thru5 Splic Thru Splic Thru6 Splic Thru Splic Thru



Terminated at



OFC Length

Slope

1 RX NOKIA OK 1 TX NOKIA OK -23.560 8.562 22.450 0.3812 TX NOKIA OK 2 RX NOKIA OK 8.556 22.452 0.381 -6.130345 Spare BREAK 2.811 6.312 0.4456 Spare BREAK 2.785 6.312 0.441



Terminated at



OFC Length

Slope

7 RX NOKIA OK C1 TX NOKIA OK -5.210 10.177 26.349 0.3868 TX NOKIA OK C2 RX NOKIA OK 11.442 26.330 0.435

C3 Spare 17.482 46.230 0.378C4 Spare 28.745 74.815 0.384C5 RX WRI -10.610C6 TX WRI 23.719 75.995 0.312

SV - 14 FTC MANMAD FTC Towards MANMAD Towards SV -14

MANMAD SV -14 SV - 14 MANMAD


SV -14 SV -13 SV - 13 SV - 14


SV -13 SV -12 SV - 12 SV - 13

5 of 23

Fiber No.

TowardsTerminated

at Used for Status

Fiber No.

Towards Terminated at Used for Status Loss in dB OFC Length Slope Loss in dB OFC Length Slope

A1 TX NOKIA OK A1 RX NOKIA OK 0.496 1.984 0.250 -3.590A2 RX NOKIA OK A2 TX NOKIA OK -5.110 0.95 1.956 0.486A3 Spare OK A3 Spare OK 1.047 1.945 0.538 1.7 1.956 0.869A4 Spare OK A4 Spare OK 3.046 1.957 1.556A5 Spare OK A5 Spare OK 0.95 1.952 0.487 1.92 1.956 0.982A6 Spare OK A6 Spare OK 0.909 1.955 0.465 1.445 1.956 0.739

Fiber No.

TowardsTerminated

at Used for Status

Fiber No.


B1 RX NOKIA OK B1 TX NOKIA OK -14.710 9.671 25.553 0.378B2 TX NOKIA OK B2 RX NOKIA OK 10.014 25.557 0.392 -14.860B3 Spare OK B3 Spare OK 10.077 25.556 0.394 11.311 25.557 0.443B4 Spare OK B4 Spare OK 11.288 25.560 0.442 11.411 25.556 0.447B5 Spare OK B5 Spare OK 12.625 25.554 0.49405181 12.778 25.552 0.500B6 Spare OK B6 Spare OK 9.942 25.557 0.389 10.538 25.553 0.412

Fiber No.

TowardsTerminated

at Used for Status

Fiber No.


A1 TX NOKIA OK C1 RX ABB OK 11.608 27.427 0.423 -26.640A2 Spare OK C2 TX ABB OK 10.806 27.426 0.394 24.257 70.671 0.343A3 Spare OK C3 RX NOKIA OK 10.82 27.423 0.395 -12.480A4 RX NOKIA OK C4 Spare OK -10.860 12.016 27.424 0.438A5 Spare OK C5 Spare OK 10.858 27.423 0.396 11.418 27.423 0.416A6 Spare OK C6 TX NOKIA OK 10.64 27.427 0.388 11.794 27.424 0.430

D1 Spare OK 11.636 27.423 0.42431536D2 Spare OK 12.628 27.426 0.460439D3 SPLICE

OTDR SUMMARY REPORT MANMAD-MANGLYA SECTION

SV - 18FIBER NO.1,2,9,10,11,12 SPLICE THRU

SV 17 FTC SV 18 FTC Towards SV - 18 Towards SV - 17

SV - 18 SV - 17

SV - 17

SV - 17 SV - 16 SV - 16 SV - 17

FIBER NO.1,2,9,10,11,12 SPLICE THRU FIBER NO.1,2,9,10,11,12 SPLICE THRU

SV - 16




SV - 16 SV - 15 SV - 15

6 of 23

OTDR SUMMARY REPORT MANMAD-MANGLYA SECTIOND4 SPLICED5 Spare OK 26.93 84.144 0.32004659D6 Spare OK 24.645 84.44 0.29186405

Fiber No.

TowardsTerminated

at Used for Status

Fiber No.


A1 TX NOKIA OK A1 SV - 18 IP LAVKHEDA RX ABB OK 12.263 31.190 0.393 -14.680A2 RX NOKIA OK A2 TX ABB OK -31.610 10.623 26.747 0.397A3 TX ABB OK A3 Spare OK 10.678 26.694 0.400 10.431 26.744 0.390A4 RX ABB OK A4 Spare OK -9.130 12.194 26.747 0.456A5 Spare OK A5 Spare OK 9.87 26.745 0.369 12.574 26.742 0.470A6 Spare OK A6 Spare OK 10.156 26.745 0.380 10.354 26.742 0.38718121B1 Spare OK 10.116 26.74 0.37830965B2 Spare OK 9.945 26.744 0.37185911B3 SPLICEB4 SPLICEB5 Spare OK 23.902 63.044 0.37913203B6 Spare OK 24.257 78.815 0.30777136

Fiber No.

TowardsTerminated

at Used for Status

Fiber No.


B1 TX ABB OK A1 RX ABB OK 9.191 23.959 0.384 -7.850B2 RX ABB OK A2 TX ABB OK -10.090 10.335 23.959 0.431B3 Spare OK A3 Spare OK 7.765 23.954 0.324 9.596 23.955 0.401B4 Spare OK A4 Spare OK 7.607 23.958 0.318 10.342 23.958 0.432B5 Spare OK A5 Spare OK 8.678 23.953 0.362 9.337 23.957 0.390B6 Spare OK A6 Spare OK 9.021 23.955 0.37658109 9.52 23.958 0.39736205



IP JAVKHEDA FTC SV - 19 FTC Towards SV - 19 Towards IP JAVKHEDA

SV - 19IP

LAVKHEDAIP JAVKHEDA

IP JAVKHEDA SV - 18FIBER NO.1,2,9,10,11,12 SPLICE THRU

FIBER NO B3,B4 SPLICE THRU

FIBER NO D3,D4 SPLICE THRU

SV 18 FTC IP JAVKHEDA FTC Towards IP JAVKHEDA Towards SV - 18

7 of 23

OTDR SUMMARY REPORT MANMAD-MANGLYA SECTIONFiber No.

TowardsTerminated

at Used for Status

Fiber No.


B1 RX ABB OK B1 TX ABB OK -12.420 2.336 2.059 1.135B2 TX ABB OK B2 RX ABB OK 1.911 2.057 0.929 -8.700B3 Spare OK B3 Spare OK 1.46 2.058 0.709 1.196 2.059 0.581B4 Spare OK B4 Spare OK 2.362 2.058 1.148 1.567 2.059 0.761B5 Spare OK B5 Spare OK 2.722 2.058 1.323 1.502 2.059 0.729B6 Spare OK B6 Spare OK 1.29 2.058 0.62682216 1.082 2.059 0.52549781

Fiber No.

TowardsTerminated

at Used for Status

Fiber No.


A1 TX ABB OK 10.564 26.081 0.405A2 RX ABB OK -14.240A3 Spare OK A3 Spare OK 9.746 19.242 0.506 8.232 19.242 0.428A4 Spare OK A4 Spare OK 10.047 19.247 0.522 9.627 19.247 0.500A5 Spare OK A5 Spare OK 8.048 19.246 0.418 7.42 19.246 0.386A6 Spare OK A6 Spare OK 8.872 19.249 0.46090706 7.658 19.246 0.39790086

Fiber No.

TowardsTerminated

at Used for Status

Fiber No.


B1 TX ABB OK 11.497 26.073 0.441B2 RX ABB OK -15.480

B3 Spare OK C3 SPLICE OK 4.341 6.839 0.635 WRIB4 Spare OK C4 SPLICE OK 2.975 6.839 0.435 WRIB5 Spare C5 Spare OK 2.687 6.839 0.393B6 Spare OK C6 Spare OK 3.109 6.84 0.45453216 2.587 6.839 0.378

D1 Spare OK 4.021 6.839 0.58795145D2 Spare OK 2.687 6.84 0.39283626D3 TX STM 1 OK 29.815 83.735 0.35606377D4 RX STM 1 OK -31.28D5 Spare Break 4.426 8.502 0.52058339

IP SANGHVI SV - 20 A

SV 20 A IP SANGHVI

FIBER NO.1,2,9,10,11,12 SPLICE THRU

SV - 20 A

FIBER NO.1,2,9,10,11,12 SPLICE THRU FIBER NO.1,2,9,10,11,12 SPLICE THRU PATCH CHORD CONNECTED TO FIBER NO A4 & A5

SV - 20 A FTC IP SANGHVI FTC Towards IP SANGHVI Towards SV 20 A

SV - 20 FTC SV - 20 A FTC

Towards SV - 20 A Towards SV - 20

SV -20 A SV - 20 SV -20

SV - 20 SV 19 SV -19 SV - 20


8 of 23

OTDR SUMMARY REPORT MANMAD-MANGLYA SECTIOND6 Spare OK 23.095 78.576 0.29391926

Fiber No.

TowardsTerminated

at Used for Status

Fiber No.


A1 RX ABB OK C1 RX ABB OK -5.650 -49.380A2 TX ABB OK C2 TX ABB OK 2.588 6.353 0.407 23.493 54.323 0.432A3 SPLICE OK C3 TX ABB OK WRI 2.895 6.355 0.456A4 SPLICE OK C4 RX ABB OK WRI -13.330A5 Spare OK C5 Spare OK 15.45 6.350 2.433 2.891 6.354 0.455A6 Spare OK C6 Spare OK 3.314 6.354 0.522 3.346 6.354 0.527B1 Spare OK D1 Spare OK 3.314 6.354 0.52156122 3.852 6.354 0.60623229B2 Spare OK D2 Spare OK 2.622 6.353 0.4127184 2.597 6.353 0.40878325B3 RX STM 1 OK D3 SPLICE OK -19.81 WRIB4 TX STM 1 OK D4 SPLICE OK 29.089 72.526 0.40108375 WRIB5 Spare OK D5 Spare OK 3.304 6.353 0.52006926 2.74 6.353 0.4312923B6 Spare OK D6 Spare OK 4.542 6.354 0.71482531 2.644 6.354 0.41611583

Fiber No.

TowardsTerminated

at Used for Status

Fiber No.


A1 TX ABB OK B1 Spare OK 17.631 51.183 0.344 10.525 26.304 0.400A2 RX ABB OK B2 Spare OK -16.090 10.309 26.302 0.392A3 Spare OK B3 Spare OK 11.303 26.304 0.430 21.612 32.656 0.662A4 Spare OK B4 Spare OK 11.853 26.302 0.451 21.943 32.661 0.672A5 Spare OK B5 Spare OK 11.368 26.304 0.432 10.745 26.304 0.408A6 Spare OK B6 Spare OK 10.653 26.305 0.405 10.604 26.303 0.40314793B1 Spare OK 11.204 26.304 0.42592663B2 Spare OK 12.401 26.303 0.47146713B3 SPLICE WRIB4 SPLICE WRIB5 Spare OK 16.652 51.176 0.3253869B6 Spare OK 17.431 51.19 0.34051573

SV 22 SV 21

SV 21 SV - 22


SV 21

FIBER NO A3,A4 SPLICE THRU FIBER NO D3,D4 SPLICE THRU PATCH CORD CONNECTED TO FIBER NO- C5,C6,D1&D2

SV 21 FTC SV - 22 FTC Towards SV 22 Towards SV - 21

IP SANGHVI FTC SV 21 FTC Towards SV 21 Towards IP SANGHVI

SV 21 IP SANGHVI IP SANGHVI

FIBER NO C3,C4 SPLICE THRU

9 of 23

OTDR SUMMARY REPORT MANMAD-MANGLYA SECTION

Fiber No.

TowardsTerminated

at Used for Status

Fiber No.


A1 Spare OK B1 TX ABB OK 11.854 24.883 0.476 6.914 19.242 0.359A2 Spare OK B2 RX ABB OK 9.328 24.884 0.375 -6.600A3 Spare OK B3 Spare OK 9.056 24.885 0.364 8.494 19.241 0.441A4 Spare OK B4 Spare OK 10.696 24.886 0.430 6.956 19.241 0.362A5 Spare OK B5 Spare OK 9.771 24.886 0.393 6.706 18.256 0.367A6 Spare OK B6 Spare OK 9.06 24.884 0.36408937 7.495 19.237 0.38961377

Fiber No.

TowardsTerminated

at Used for Status

Fiber No.


A1 RX ABB OK B1 TX ABB OK -9.330 8.801 23.770 0.370A2 TX ABB OK B2 RX ABB OK 8.598 23.768 0.362 -8.100A3 Spare OK B3 Spare OK 8.747 23.766 0.368 8.823 23.766 0.371A4 Spare OK B4 Spare OK 8.905 23.768 0.375 8.971 23.768 0.377A5 Spare OK B5 Spare OK 11.084 23.769 0.466 9.225 23.769 0.388A6 Spare OK B6 Spare OK 9.382 23.764 0.39479886 8.059 23.764 0.33912641

Fiber No.

TowardsTerminated

at Used for Status

Fiber No.


A1 RX ABB OK B1 TX ABB OK -7.030 0.77 2.115 0.364A2 TX ABB OK B2 RX ABB OK 3.201 2.116 1.513 -8.410A3 Spare OK B3 Spare OK 2.607 2.111 1.235 0.576 2.115 0.272A4 Spare OK B4 Spare OK 1.356 2.115 0.641 0.787 2.115 0.372A5 Spare OK B5 Spare OK 2.115 0.688 2.115 0.325A6 Spare OK B6 Spare OK 4.197 2.115 1.98439716 1.141 2.115 0.53947991

SV - 25



SV 25 SV - 24 SV 24

SV 24 SV - 23 SV 23 SV - 24


SV - 23




SV 23 SV - 22 SV 22

FIBER NO B3,B4 SPLICE THRU

10 of 23

OTDR SUMMARY REPORT MANMAD-MANGLYA SECTIONFiber No.

TowardsTerminated

at Used for Status

Fiber No.


A1 RX ABB OK B1 -11.420A2 TX ABB OK B2 9.041 23.411 0.386A3 Spare OK B3 10.763 23.410 0.460A4 Spare OK B4 8.277 23.411 0.354A5 Spare OK B5 TX ABB OK 8.65 23.410 0.370 9.508 23.409 0.406A6 Spare OK B6 RX ABB OK 8.672 23.411 0.37042416 -13.78

D1 TX ABB OK 21.41 68.51 0.31250912D2 Spare Break 18.263 49.285 0.37055899D3 TX WRI OK 25.436 125.974 0.20191468D4 RX WRI OK -14.16D5 Spare Break 7.867 25.501 0.30849771D6 RX ABB OK -19.34

Fiber No.

TowardsTerminated

at Used for Status

Fiber No.


A1 B1 TX ABB OK 11.488 28.519 0.403A2 B2 RX ABB Break 10.846 24.918 0.435A3 B3 Spare OK 13.524 28.518 0.474A4 B4 Spare OK 11.684 28.520 0.410A5 Spare OK B5 Spare Break 29.971 81.640 0.367 8.804 19.127 0.460A6 Spare OK B6 Spare Break 25.512 81.589 0.313 10.056 24.921 0.40351511B1 RX ABB OK -10.94B2 TX ABB OK 10.554 28.515 0.37012099B3 RX WRI OK -11.19B4 TX WRI OK 25.425 81.574 0.31168019B5 RX ABB Break 1.415 3.6 0.39305556B6 Spare Break 1.585 3.601 0.44015551

Fiber No.

TowardsTerminated

at Used for Status

Fiber No.




IP GUJRI FTC SV - 27 FTC Towards SV 27 Towards IP GUJRI

SV -27 IP GUJRI

IP GUJRI SV - 27

IP GUJRI SV - 25

SV -25 GUJRIFIBER NO.1,2,9,10,11,12 SPLICE THRU

SV - 25 FTC IP GUJRI FTC Towards IP GUJRI Towards SV 25

11 of 23

OTDR SUMMARY REPORT MANMAD-MANGLYA SECTIONA1 RX ABB OK B1 TX ABB OK -14.390 10.754 26.732 0.402A2 Spare OK B2 RX ABB OK 10.188 26.730 0.381 -11.520A3 TX ABB OK B3 Spare OK 11.6 26.731 0.434 10.187 26.730 0.381A4 Spare OK B4 Spare OK 11.347 26.730 0.425 10.713 26.730 0.401A5 Spare OK B5 Spare OK 11.97 26.727 0.448 10.414 26.727 0.390A6 Spare OK B6 Spare OK 11.399 26.730 0.42644968 10.955 26.728 0.4098698

Fiber No.

TowardsTerminated

at Used for Status

Fiber No.


A1 Spare OK A1 RX ABB OK 11.799 26.372 0.447 22.006 81.475 0.270A2 TX ABB OK A2 Spare OK 13.758 26.369 0.522 30.14 81.630 0.369A3 RX ABB OK A3 Spare OK -30.310 11.713 26.372 0.444A4 Spare OK A4 RX ABB OK 13.41 26.371 0.509 -18.340A5 Spare Break A5 TX ABB OK 4.469 9.880 0.452 11.93 26.368 0.452A6 Spare Break A6 Spare OK 4.84 9.880 0.48987854 13.082 26.371 0.496

B1 Spare Break 7.952 16.486 0.48234866B2 Spare Break 7.115 16.485 0.43160449B3 TX WRI OK 19.092 81.551 0.23411117B4 RX WRI OK -21.85B5 TX ABB OK 24.576 78.019 0.31500019B6 Spare OK 19.655 72.425 0.27138419

Towards MANGLYA Towards SV 28

MANGLYA SV - 28

SV -28 IP MANGLYAFIBER NO.1,2,9,10,11,12 SPLICE THRU

SV - 28


SV - 28 FTC IP MANGLYA FTC

SV 28 SV - 27 SV 27

12 of 23



Terminated at



OFC Length

Slope

A1 Spare OK C1 Spare OK 4.577 15.507 0.295 6.215 15.515 0.400A2 TX STM1 OK C2 RX STM 1 OK 3.342 15.508 0.215 -14.250A3 RX STM1 OK C3 TX STM 1 OK -6.390 5.627 15.518 0.362A4 Spare OK C4 Spare OK 3.381 15.510 0.217 5.382 15.519 0.346A5 Spare Break C5 Spare Break 1.138 1.324 0.859 5.222 14.196 0.367A6 Spare Break C6 Spare Break 1.475 1.324 1.114 5.29 14.201 0.372B1 Spare Break D1 Spare Break 0.517 1.326 0.389 5.102 14.208 0.359B2 Spare Break D2 Spare Break 0.453 1.325 0.341 5.204 14.202. 0.366B3 Spare OK 25.254 68.516 0.368B4 TX STM4 OK 20.695 78.387 0.264B5 RX STM4 OK -21.71B6 Spare OK 15.717 68.489 0.229



Terminated at



OFC Length

Slope

A1 RX STM 1 OK A1 TX STM 1 OK -35.040 11.119 32.038 0.347A2 TX STM 1 OK A2 RX STM 1 OK 12.351 32.066 0.385 -26.640A3 Spare OK A3 11.839 32.066 0.369A4 Spare OK A4 Spare OK 11.998 32.058 0.374 13.763 32.058 0.429A5 Spare OK A5 Spare OK 12.914 32.038 0.403 13.334 32.038 0.416A6 Spare OK A6 Spare OK 11.932 32.030 0.372 13.314 32.030 0.415B1 Spare OK B1 Spare OK 11.411 32.039 0.356 11.573 32.039 0.361B2 Spare OK B2 Spare OK 12.29 32.044 0.383 11.765 32.044 0.367



Terminated at



OFC Length

Slope

C1 Spare OK C1 Spare OK 11.246 30.858 0.364 12.713 30.856 0.412C2 Spare OK C2 Spare OK 11.766 30.879 0.381 13.120 30.879 0.424C3 Spare OK C3 Spare OK 11.782 30.879 0.381 13.296 30.875 0.430C4 Spare OK C4 Spare OK 11.406 30.860 0.369 12.595 30.860 0.408C5 RX STM 1 OK C5 TX STM 1 OK -26.140 12.585 30.877 0.407C6 TX STM 1 OK C6 RX STM 1 OK 11.748 30.863 0.38 -19.23

OTDR SUMMARY REPORT MANGLYA-KOTA SECTION

SV 31 SV - 30

SV 30 SV - 31

FIBER NO. 9,10,11,12 SPLICE THRU FIBER NO. 9,10,11,12 SPLICE THRU

SV - 30 FTC SV - 31 FTC Towards SV 31 Towards SV 30


SV - 30 SV - 29 SV 29 SV - 30

IP MANGLIYA FTC SV - 29 FTC Towards SV 29 Towards MANGLYA

SV -29IP

MANGLYA

IP MANGLYA

SV - 29

FIBER NO. 9,10,11,12 SPLICE THRU

13 of 23

OTDR SUMMARY REPORT MANGLYA-KOTA SECTIOND1 Spare OK D1 TX STM 4 OK 17.683 47.554 0.371 16.369 78.28 0.209D2 Spare OK D2 RX STM 4 OK 11.202 30.87 0.362 -19.75

D3 Spare Break 2.702 10.028 0.269Fiber No. D1 RX From SV 31 Patch Cord RX Power -18.85 D4 Spare Break 3.953 10.031 0.394

D5 Spare Break 3.078 10.03 0.306D6 Spare Break 2.729 10.037 0.271



Terminated at



OFC Length

Slope

A1 RX STM 1 OK C1 TX STM 1 OK -21.460 13.400 30.014 0.446A2 TX STM 1 OK C2 RX STM 1 OK 12.711 35.034 0.362 -18.890A3 Spare OK C3 Spare OK 14.348 35.039 0.409 12.795 35.040 0.365A4 Spare OK C4 Spare OK 13.645 35.019 0.389 13.606 35.019 0.388A5 Spare OK C5 Spare OK 13.285 35.009 0.379 13.198 35.009 0.376A6 Spare OK C6 Spare OK 13.232 35.016 0.377 13.301 35.016 0.379B1 Spare OK D1 Spare OK 12.819 34.996 0.366 12.765 34.996 0.364B2 Spare OK D2 Spare OK 13.831 35.005 0.395 13.893 35.003 0.396B3 RX STM 4 OK -30.24B4 TX STM 4 OK 17.609 78.285 0.224B5 Spare OK 18.362 78.29 0.234B6 Spare OK 17.567 78.295 0.224



Terminated at



OFC Length

Slope

A1 RX STM 1 OK C1 TX STM 1 OK -18.460 17.157 43.311 0.396A2 TX STM 1 OK C2 RX STM 1 OK 16.153 43.321 0.372 -23.190A3 Spare OK C3 Spare OK 15.845 43.331 0.365 9.627 43.310 0.222A4 Spare OK C4 Spare OK 16.463 43.334 0.379 10.805 43.307 0.249A5 Spare OK C5 Spare OK 16.208 43.321 0.374 9.932 43.297 0.229A6 Spare OK C6 Spare OK 16.159 43.313 0.373 9.817 43.289 0.226B1 Spare OK D1 Spare OK 16.466 43.305 0.38 12.222 43.284 0.282B2 Spare OK D2 Spare OK 15.962 43.318 0.368 11.256 43.294 0.259

D3 TX STM 4 OK 25.416 78.314 0.324D4 RX STM 4 OK -23.23D5 Spare OK 17.766 78.29 0.226D6 Spare OK 17.446 78.295 0.222

SV - 32 FTC IP SHER PUR FTC Towards IP SHERPUR Towards SV 32

IP SHERPUR SV - 32

SV 32 IP SHERPUR



SV 32 SV - 31

SV 31 SV - 32


SV 30 SV - 31


Fiber No. D2 TX To SV 31 Pigtel RX Power -2.11

14 of 23

OTDR SUMMARY REPORT MANGLYA-KOTA SECTION



Terminated at



OFC Length

Slope

A1 TX STM 1 OK C1 RX STM 1 OK 13.855 37.795 0.366 -30.390A2 RX STM 1 OK C2 TX STM 1 OK -18.290 13.638 37.808 0.360A3 Spare OK C3 Spare OK 13.514 37.807 0.357 13.521 37.807 0.357A4 Spare OK C4 Spare OK 13.844 37.810 0.366 13.990 37.812 0.369A5 Spare OK C5 Spare OK 14.428 37.815 0.381 14.168 37.815 0.374A6 Spare OK C6 Spare OK 13.585 37.784 0.359 13.702 37.785 0.362B1 Spare OK D1 Spare OK 16.009 37.802 0.423 13.79 37.802 0.364B2 Spare OK D2 Spare OK 14.861 37.803 0.393 13.557 37.803 0.358B3 Spare OK 24.662 65.522 0.376B4 TX STM 4 OK 29.494 81.119 0.363B5 Spare OK 32.387 84.399 0.383B6 RX STM 4 OK -34.71



Terminated at



OFC Length

Slope

A1 TX STM 1 OK C1 RX STM 1 OK 16.836 40.674 0.413 -48.630A2 Spare OK C2 Spare OK 18.332 40.687 0.450 17.000 40.687 0.417A3 Spare OK C3 Spare OK 17.148 40.695 0.421 16.242 40.695 0.399A4 RX STM 1 OK C4 TX STM 1 OK -54.570 18.201 40.690 0.447A5 Spare OK C5 Spare OK 17.404 40.713 0.427 16.254 40.713 0.399A6 Spare Break C6 Spare Break 4.718 8.210 0.574 14.766 32.490 0.454B1 Spare OK D1 Spare OK 16.809 40.69 0.413 16.245 40.69 0.399B2 Spare Break D2 Spare Break 3.72 8.21 0.453 12.404 32.485 0.381



Terminated at



OFC Length

Slope

A1 TX STM 1 OK C1 RX STM 1 OK 12.825 34.857 0.367 -13.980A2 RX STM 1 OK C2 TX STM 1 OK -15.340 12.652 34.874 0.362A3 Spare OK C3 Spare OK 12.465 34.885 0.357 12.659 34.885 0.362A4 Spare OK C4 Spare OK 12.739 34.888 0.365 12.606 34.888 0.361A5 Spare OK C5 Spare OK 15.744 34.909 0.451 13.594 34.911 0.389A6 Spare OK C6 Spare OK 14.145 34.891 0.405 13.103 34.891 0.375B1 Spare OK D1 Spare OK 13.134 34.903 0.376 13.012 34.903 0.372

SV 35 SV - 34 SV 34 SV - 35




SV 34 SV - 33 SV 33 SV - 34

IP SHER PUR FTC SV - 33 FTC Towards SV 33 Towards IP SHERPUR

SV 33 IP SHERPUR

IP SHERPUR

SV - 33


15 of 23

OTDR SUMMARY REPORT MANGLYA-KOTA SECTIONB2 Spare OK D2 Spare OK 12.391 34.892 0.355 12.514 34.892 0.358



Terminated at



OFC Length

Slope

A1 RX STM 1 OK C1 TX STM 1 OK -11.980 9.803 20.747 0.472A2 TX STM 1 OK C2 RX STM 1 OK 8.919 20.756 0.429 -22.900A3 Spare OK C3 Spare OK 9.685 20.753 0.466 8.996 20.753 0.433A4 Spare OK C4 Spare OK 10.427 20.732 0.502 10.009 20.732 0.482A5 Spare OK C5 Spare OK 10.065 20.755 0.484 10.273 20.755 0.494A6 Spare Break C6 Spare Break 10.089 20.578 0.49 4.091 0.291 14.054B1 Spare Break D1 Spare Break 9.239 19.995 0.462 0.745 0.765 0.973B2 Spare OK D2 Spare OK 9.956 20.746 0.479 11.034 20.746 0.531

D3 Spare OK 23.706 68.47 0.346D4 RX STM 4 OK -27.2D5 Spare OK 23.451 63.294 0.37D6 TX STM 4 OK 26.664 73.4 0.363

SV - 35 FTC IP 2 KOTA FTC Towards IP 2 KOTA Towards SV 35

IP 2 KOTA SV - 35

SV 35 IP 2 KOTA



16 of 23

Fiber No.

Towards Terminated at

Used for Status Fiber No.


Used for Status Loss in dB OFC Length Slope Loss in dB OFC Length

Slope

A1 Tx STM1 Ok C1 Tx STM1 OkA2 Rx STM1 Ok C2 Rx STM1 OkA3 Spare Ok C3 Spare Ok 6.803 29.797 0.228 8.340 37.297 0.224A4 Spare Damaged Cut at 26.08819 C4 - 29.797 -A5 For PCMS GES C5 For PCMS GESA6 For PCMS GES C6 For PCMS GESB1 Spare Ok D1 Spare Ok 10.269 29.797 0.345 5.944 37.297 0.159B2 Spare Ok D2 Spare Ok 8.885 29.797 0.298 8.321 37.257 0.223B3 STM4 D3 STM4B4 STM4 D4 STM4B5 Spare D5 SpareB6 Spare D6 Spare

Fiber No.





Slope

A1 Tx STM4 Ok C1 Rx STM1 OkA2 Rx STM4 Ok C2 Tx STM1 OkA3 Spare Ok C3 Spare Ok 10.870 35.442 0.307 6.828 29.797 0.229A4 Spare Ok C4 Spare Damaged Cut at 3.669 6.674 35.402 0.189 - 29.797 -A5 Spare Ok C5 9.507 35.402 0.269A6 C6B1 D1 Spare Ok 9.178 29.797 0.308B2 Spare Ok D2 Spare Ok 9.629 35.402 0.272 8.816 29.797 0.296B3 Rx STM1 Ok D3 Tx STM4 OkB4 Tx STM1 Ok D4 Rx STM4 OkB5 Spare Ok D5 Spare Ok 9.220 35.442 0.260 10.155 67.176 0.151B6 Spare Ok D6 Spare Ok 7.114 35.402 0.201 16.117 67.135 0.240

Fiber No.





Slope

A1 STM4 C1 STM4A2 STM4 C2 STM4A3 Spare Ok C3 Spare Ok 8.274 31.168 0.265 9.341 35.967 0.260A4 Spare Ok C4 Spare Ok 9.388 31.168 0.301 9.810 35.402 0.277A5 Spare Ok C5 Spare Ok 9.007 31.168 0.289 9.459 36.531 0.259A6 For PCMS GES C6 For PCMS GESB1 For PCMS GES D1 For PCMS GESB2 SV-44 Spare Ok D2 Spare Ok 8.411 31.168 0.270 10.177 35.402 0.287B3 Rx STM 1 Ok D3 Rx STM1 OkB4 Tx STM1 Ok D4 Tx STM1 OkB5 Spare Ok D5 Spare Ok 13.553 53.547 0.253 9.582 35.442 0.270B6 Spare Ok D6 Spare Ok 10.625 53.547 0.198 9.152 35.442 0.258

OTDR SUMMARY REPORT KOTA-BIJWASAN SECTION

Spliced Thru IP-4 - IP-5

IP-4IP-5

SV-43 (STM 1) Towards Bijwasan Towards Mangliya

Bijwasan

Spliced Thru IP-4 - SV-44

Mangliya

Spliced Thru IP-4 - SV-44

SV-44 IP-4

Spliced Thru IP-4 - IP-5

IP-5For PCMS GES For PCMS GESFor PCMS GES

SV-42

SV-43SV-41

IP-4 (STM 1 & STM 4) Towards Bijwasan Towards Mangliya

Bijwasan

SV-44

Mangliya

SV-42

SV-43

SV-41For PCMS GES

Spliced thru (SV-41 - IP-4) Spliced thru (SV-41 - IP-4)

IP-4 SV-41

Spliced thru (SV-41 - IP-4) Spliced thru (SV-41 - IP-4)


Bijwasan

IP-4

Mangliya

IP-3

SV-41Used by PCMS OPS-4

17 of 23


Fiber No.





Slope

1 Spare Ok 13 Rx STM4 Ok 5.917 22.338 0.2652 Rx STM4 Ok 14 Tx STM4 Ok3 Tx STM4 Ok 15 Spare Ok 7.492 31.168 0.2404 Spare Ok 16 Spare Ok 6.348 22.378 0.284 9.078 31.168 0.2915 Spare Ok 17 Spare Ok 7.766 22.338 0.348 9.524 31.168 0.3066 For PCMS GES 18 For PCMS GES7 For PCMS GES 19 For PCMS GES8 IP-5 Spare Ok 20 Spare Ok 5.691 22.338 0.255 8.229 31.168 0.2649 STM1 21 STM1

10 STM1 22 STM111 Spare 23 Spare12 Spare 24 Spare

Fiber No.





Slope

A1 Tx STM 1 Ok C1 Spare Ok 6.096 22.338 0.273A2 Rx STM1 Ok C2 Tx STM4 OkA3 Spare Ok C3 Rx STM4 Ok 10.283 39.555 0.260A4 Spare Ok C4 Spare Ok 11.790 39.515 0.298 6.400 22.338 0.287A5 Spare Ok C5 Spare Ok 10.721 39.475 0.272 7.748 22.338 0.347A6 Spare Ok C6 10.928 39.475 0.277B1 Spare Ok D1 10.361 39.475 0.262B2 Spare Ok D2 SV-44 Spare Ok 10.495 39.475 0.266 5.664 22.338 0.254B3 Spare Ok D3 Tx STM1 Ok 13.474 81.046 0.166B4 Rx STM4 Ok D4 Rx STM1 OkB5 Tx STM4 Ok D5 Spare Ok 13.834 53.587 0.258B6 Spare Damaged at 63.506 Km D6 Spare Ok - - - 14.186 53.507 0.265

Fiber No.





Slope

A1 Spare Ok C1 Rx STM1 Ok 12.644 80.240 0.158A2 Tx STM1 Ok C2 Tx STM1 Ok

A3SV-46 / Piyala

Rx STM1Patched to B2 in SV-46 FTC for

PiyalaC3 Spare Ok 5.928 39.555 0.150

A4 Spare Ok C4 Spare Ok 6.811 41.491 0.164 5.773 39.515 0.146A5 Spare Damaged at 3.467 Km C5 Spare Ok - - - 5.631 39.515 0.143A6 Spare Ok C6 Spare Ok 5.868 41.531 0.141 5.491 39.515 0.139B1 Spare Ok D1 Spare Ok 5.715 41.531 0.138 5.720 39.555 0.145B2 Spare Ok D2 Spare Ok 7.785 51.531 0.151 6.501 39.515 0.165B3 Spare D3 SpareB4 STM4 D4 STM4B5 STM4 D5 STM4B6 Spare D6 Spare

Spliced Thru (IP-5 - SV-46) Spliced Thru (IP-5 - SV-46)

SV-46 SV-43


Bijwasan

Piyala

Mangliya

IP-5

SV-46

IP-5 (STM 1 & STM 4) Towards Bijwasan Towards Mangliya

Bijwasan

SV-45

Mangliya

SV-44

IP-4For PCMS GESFor PCMS GES

Bijwasan

IP-5

Mangliya

IP-4

SV-43

Spliced Thru (IP-4 - IP-5) Spliced Thru (IP-4 - IP-5)

Spliced Thru (SV-43 - IP-5) Spliced Thru (SV-43 - IP-5)


18 of 23


Fiber No.





Slope

A1 Spare C1 SpareA2 STM1 C2 STM1

A3 Spare Ok C3 SV-45 10.564 38.708 0.273

A4 Spare Ok C4 Spare Ok 10.392 38.708 0.268 14.562 41.491 0.351A5 Spare Damaged at 28.426 Km C5 Spare Major Drop at 38.023 - - - 14.634 41.491 0.353A6 Spare Ok C6 Spare Ok 9.554 38.668 0.247 14.274 41.531 0.344B1 Spare Ok D1 Spare Ok 9.373 38.668 0.242 11.983 41.491 0.289

B2 Piyala D2 Spare Ok 12.786 41.531 0.308

B3 Tx STM4 Ok D3 Spare Ok 21.590 81.046 0.266B4 Rx STM4 Ok D4 Rx STM4 OkB5 Spare Ok D5 Tx STM4 Ok 9.419 38.708 0.243B6 Spare Ok D6 Spare Damaged at 17.580 Km 9.854 38.668 0.255 - - -

Fiber No.





Slope

A1 Tx STM 1 Ok C1 Spare Ok 18.432 80.240 0.230A2 Rx STM1 Ok C2 Rx STM1 OkA3 Spare Ok C3 Spare Ok 4.780 21.773 0.220 10.079 38.708 0.260A4 Spare Ok C4 Spare Ok 6.266 21.773 0.288 9.813 38.708 0.254A5 Spare Damaged C5 Spare Damaged at 10.241 Km - - -A6 PCMS Demo Ok C6 Spare Ok 4.702 21.773 0.216 9.344 38.708 0.241B1 Spare Ok D1 Spare Ok 5.295 21.773 0.243 9.604 38.708 0.248

B2 Spare Ok D2 SV-46/SV-45 Tx STM1Patched to C3 in SV-46 FTC for SV-

455.198 21.733 0.239

B3 Rx STM4 Ok D3 Tx STM4 OkB4 Spare Ok D4 Rx STM4 Ok 15.312 59.998 0.255B6 Spare Ok D5 Spare Ok 8.819 59.998 0.147 10.556 38.668 0.273B5 Tx STM 4 Ok D6 Spare Ok 8.966 38.668 0.232

Fiber No.





Slope

A1 Tx STM1 Ok C1 Rx STM1 OkA2 Rx STM1 Ok C2 Tx STM1 OkA3 Spare Damaged at 16.380 Km C3 Spare Ok - - - 6.509 21.804 0.299A4 Spare Ok C4 Spare Ok 10.991 38.255 0.287 4.615 21.804 0.212A5 Spare Ok C5 Spare Damaged at 10.403 Km 11.296 38.235 0.295 - - -A6 Spare Ok C6 PCMS Demo Termination Kit Installed. 10.405 38.245 0.272 5.436 21.783 0.250B1 Spare Damaged at 14.334 Km D1 Spare Ok - - - 5.684 21.773 0.261B2 Spare Damaged at 34.061 Km D2 Spare Ok - - - 5.558 21.783 0.255B3 STM4 D3 STM4B4 Spare D4 SpareB5 Spare D5 Spare


Bijwasan

Bijwasan

Mangliya

Piyala

Spliced thru (Piyala - Bijwasan)

Spliced thru (Piyala - Bijwasan)

Towards Bijwasan Towards Mangliya

Bijwasan

SV-47

Mangliya

SV-45

SV-46

Bijwasan SV-46

Spliced thru by patch cord to B2 in FTC for STM1 link b/w SV-45 and Piyala

SV-45

Spliced thru by patch cord to C3 in FTC for STM1 link b/w SV-45 and Piyala

Piyala IP-5

Piyala (STM 1 & STM 4)


Bijwasan

Spliced Thru (SV-45-Piyala)

Mangliya

Spliced Thru (SV-45-Piyala) STM1

Piyala

19 of 23

OTDR SUMMARY REPORT KOTA-BIJWASAN SECTIONB6 STM4 D6 STM4

Fiber No.


Used for Status Loss in dB OFC Length

Slope

A1 Rx STM1 OkA2 Tx STM1 OkA3 Spare Damaged at 21.904 Km - - -A4 Spare Ok 10.014 38.255 0.262A5 Spare Ok 12.267 38.184 0.321A6 Spare Ok 13.549 38.184 0.355B1 Spare Damaged at 23.984 Km - - -B2 Spare Damaged at 4.213 Km - - -B3 Tx STM4 OkB4 Spare Ok 15.065 60.018 0.251B5 Spare Ok 14.848 60.029 0.247B6 Rx STM4 Ok

Bijwasan (STM 1 & STM 4) Towards Mangliya

Mangliya

SV-47

Piyala

20 of 23

Fiber No. Towards Terminated at Used for Status Fiber No. Towards Terminated at Used for StatusLoss in dB

1550OFC Length

1550Slope (1550)

Loss in dB 1310

OFC Length 1310

Slope (1310)

Loss In dB 1550

OFC Length 1550

Slope (1550)

Loss in dB 1310

OFC Length 1310

Slope (1310)

C1 TX SV6 OK A1 SPLICE 13.479 59.906 0.225 21.455 59.938 0.358C2 RX SV6 OK A2 SPLICE -16.91 -16.320C3 TX SV 7 OK A3 TX KOTA OK 6.48 29.968 0.216 10.787 29.985 0.360 6.247 29.971 0.208 10.566 29.986 0.352C4 RX SV 7 OK A4 RX KOTA OK 7.054 29.971 0.235 11.381 29.986 0.380 6.529 29.971 0.218 11.009 29.986 0.367C5 RX IP1 OK A5 SPLICE 13.081 61.384 0.213 20.919 57.352 0.365C6 Spare OK A6 SPLICE 13.209 61.384 0.215 21.874 59.692 0.366D1 TX IP1 OK B1 SPLICE 21.012 70.113 0.300 21.945 60.009 0.366D2 Spare OK B2 SPLICE 13.129 59.973 0.219 21.261 60.004 0.354D3 Spare OK B3 Spare OK 6.421 29.950 0.214 10.808 29.969 0.361 6.648 29.952 0.222 10.839 29.969 0.362D4 Spare OK B4 Spare OK 6.46 29.953 0.216 10.561 29.971 0.352 6.257 29.953 0.209 10.486 29.971 0.350D5 Spare OK B5 SPLICE 18.197 83.823 0.217 22.704 61.383 0.370D6 Spare OK B6 SPLICE 18.837 83.869 0.225 21.317 57.506 0.371


1550OFC Length

1550Slope (1550)

Loss in dB 1310

OFC Length 1310

Slope (1310)

Loss in dB 1550

OFC Length 1550

Slope (1550)

Loss in dB 1310

OFC Length 1310

Slope (1310)

C1 SPLICE A1 RX KOTA OK -30.540 -29.920C2 SPLICE A2 TX KOTA OK 13.67 59.899 0.2282175 59.933C3 TX SV 6 OK A3 RX SV 7 OK 6.436 30.009 0.214469 10.852 30.025 0.361 -8.600 -8.070C4 RX SV 6 OK A4 TX SV 7 OK -9.030 6.369 30.005 0.2122646 10.909 30.022 0.363C5 SPLICE A5 SPLICEC6 SPLICE A6 SPLICED1 SPLICE B1 Spare OK 13.951 59.986 0.2325709 22.096 60.009 0.368D2 SPLICE B2 Spare OK 12.912 59.970 0.2153077 21.964 59.989 0.366D3 Spare OK B3 Spare OK 6.456 29.980 0.2153436 10.989 29.998 0.366 6.563 29.980 0.2189126 10.983 29.998 0.366D4 Spare OK B4 Spare OK 6.424 29.981 0.214269 10.84 29.999 0.361 6.4 29.981 0.2134685 10.866 29.999 0.362D5 SPLICE B5 SPLICED6 SPLICE B6 SPLICE


1550OFC Length

1550Slope (1550)

Loss in dB 1310

OFC Length 1310

Slope (1310)

Loss in dB 1550

OFC Length 1550

Slope (1550)

Loss in dB 1310

OFC Length 1310

Slope (1310)

C1 Spare OK A1 SPLICE 15.897 69.536 0.2286351 22.474 69.578 0.323C2 RX IP 1 OK A2 SPLICE -10.850C3 Spare BREAK A3 Spare BREAK 0.524 1.402 0.3737518 10.516 23.814 0.442 1.195 5.715 0.2090989 0.209C4 Spare BREAK A4 Spare BREAK 23.814 11.130 23.816 0.467 1.471 5.716 0.0824003 0.257C5 SPLICE A5 SPLICEC6 SPLICE A6 SPLICED1 Spare OK B1 SPLICE 16.259 69.643 0.2334621 19.866 69.680 0.285D2 TX IP 1 OK B2 SPLICE 14.032 69.656 0.2017251 21.253 68.696 0.309D3 RX SV 5 OK B3 TX SV 6 OK -9.340 6.938 29.505 0.2351466 10.979 29.522 0.372D4 TX SV 5 OK B4 RX SV 6 OK 7.145 29.505 0.2421623 10.988 29.523 0.372 -14.780 -14.220D5 SPLICE B5 SPLICED6 SPLICE B6 SPLICE


1550OFC Length

1550Slope (1550)

Loss in dB 1310

OFC Length 1310

Slope (1310)

Loss in dB 1550

OFC Length 1550

Slope (1550)

Loss in dB 1310

OFC Length 1310

Slope (1310)

C1 SPLICE A1 Spare 9.066 69.556 0.130341 18.779 69.563 0.270C2 SPLICE A2 TX SV 5 10.083 69.546 0.1449832 16.869 69.588 0.242C3 Spare OK A3 Spare OK 9.527 40.109 0.2375277 14.764 40.130 0.368 9.184 40.104 0.2290046 14.518 40.130 0.362

OTDR SUMMARY REPORT BINA-KOTA SECTION

Fiber no. D1 Patchcord Connected SV 5 FTC IP 1 {GUNA} FTC Towards IP 1 {GUNA} Towards SV 5

Towards SV 6

SV 5 SV 6 SV 6 SV 5

Fiber No. 5,6,11,12, SPLICE THRU Fiber No. 1,2,5,6,7,8,11,12, SPLICE THRU

Fiber No. 1,2,5,6,7,8,11,12, SPLICE THRU Fiber No. 5,6,11,12, SPLICE THRUFiber no. B1 Patchcord Connected

SV 6 FTC SV - 5 FTC Towards SV - 5

Fiber No. 1,2,5,6,7,8,11,12, SPLICE THRU


SV 6 SV 7 SV 7 SV 6

IP KOTA FTC SV - 7 FTC Towards SV - 7 Towards KOTA

SV 7 KOTA KOTA SV 7

21 of 23

OTDR SUMMARY REPORT BINA-KOTA SECTIONC4 Spare OK A4 Spare OK 10.264 40.112 0.2558835 15.915 40.133 0.397 10.296 40.112 0.2566813 15.909 40.135 0.396C5 SPLICE A5 TX KOTA 16.848 68.352 0.2458414 21.815 51.559 0.423C6 SPLICE A6 Spare 14.948 68.268 0.2189606 18.606 50.721 0.367D1 SPLICE B1 RX KOTA 15.076 69.658 0.2164288 19.673 69.701 0.282D2 SPLICE B2 RX SV 6 -23.730 -23.070D3 TX IP 1 OK B3 RX SV 5 OK 8.592 40.112 0.2142002 14.88 40.133 0.371 -13.300 -12.740D4 RX IP 1 OK B4 TX SV 5 OK -14.6 -14.000 8.901 40.117 0.221876 14.696 40.138 0.366D5 SPLICE B5 Spare BREAK 10.294 45.821 0.2246568 16.967 45.896 0.370D6 SPLICE B6 Spare BREAK 13.365 45.829 0.2916276 21.072 45.908 0.459


1550OFC Length

1550Slope (1550)

Loss in dB 1310

OFC Length 1310

Slope (1310)

Loss in dB 1550

OFC Length 1550

Slope (1550)

Loss in dB 1310

OFC Length 1310

Slope (1310)

C1 RX SV3 OK A1 SPLICE 17.941 56.020 0.3202606 22.652 56.045 0.404C2 TX SV 3 OK A2 SPLICE 16.333 56.020 0.2915566 23.287 56.055 0.415C3 TX SV 4 OK A3 RX IP 1 OK 7.554 26.635 0.283612 11.499 26.650 0.431 -12.320 -11.610C4 RX SV 4 OK A4 TX IP 1 OK -11.57 -11.080 8.898 26.640 0.334009 11.769 26.654 0.442C5 TX BINA OK A5 SPLICE 25.503 93.562 0.2725786 19.756 45.459 0.435C6 RX BINA OK A6 SPLICE 25.919 91.561 0.283079 22.292 51.625 0.432D1 Spare OK B1 SPLICE 16.477 56.076 0.2938334 20.240 56.103 0.361D2 Spare BREAK B2 SPLICE 6.079 22.351 0.2719789 16.766 34.485 0.486D3 Spare BREAK B3 Spare BREAK 2.274 5.605 0.4057092 0.406 6.728 21.036 0.3198327 9.675 21.037 0.460D4 Spare OK B4 Spare OK 7.478 26.634 0.2807689 11.482 26.649 0.431 7.757 26.633 0.2912552 11.785 26.649 0.442D5 Spare OK B5 SPLICE 21.018 69.587 0.3020392 20.381 45.617 0.447D6 Spare OK B6 SPLICE 21.209 66.769 0.3176474 22.268 48.606 0.458


1550OFC Length

1550Slope (1550)

Loss in dB 1310

OFC Length 1310

Slope (1310)

Loss in dB 1550

OFC Length 1550

Slope (1550)

Loss in dB 1310

OFC Length 1310

Slope (1310)

C1 SPLICE A1 RX IP 1 OK 56.014 19.23 56.029 0.343C2 SPLICE A2 TX IP 1 OK 16.438 56.017 0.2934466 21.897 56.039 0.391C3 RX SV 7 OK A3 TX SV 4 OK -12.47 -11.990 9.709 29.436 0.3298342 13.193 29.453 0.448C4 TX SV 7 OK A4 RX SV 4 OK 8.436 29.439 0.2865586 13.083 29.455 0.444 -18.800 -17.790C5 SPLICE A5 SPLICEC6 SPLICE A6 SPLICED1 SPLICE B1 Spare OK 16.555 56.073 0.2952401 20.694 56.093 0.369D2 SPLICE B2 Spare BREAK 7.258 21.638 0.3354284 9.437 21.645 0.436D3 Spare BREAK B3 Spare BREAK 2.711 9.284 0.2920078 4.121 9.289 0.444 4.978 20.151 0.2470349 7.823 20.159 0.388D4 Spare BREAK B4 Spare OK 2.617 9.284 0.2818828 5.091 9.289 0.548 8.313 29.431 0.2824573 12.593 29.447 0.428D5 SPLICE B5 SPLICED6 SPLICE B6 SPLICE


1550OFC Length

1550Slope (1550)

Loss in dB 1310

OFC Length 1310

Slope (1310)

Loss in dB 1550

OFC Length 1550

Slope (1550)

Loss in dB 1310

OFC Length 1310

Slope (1310)

C1 Spare OK A1 SPLICE 23.159 83.323 0.2779425 24.071 48.989 0.491C2 Spare OK A2 SPLICE 22.898 83.338 0.2747606 24.217 50.195 0.482C3 TX SV 2 OK A3 TX SV 3 OK No Make OFC Length 12.691 39.471 0.3215272 19.59 39.492 0.496C4 RX SV 2 OK A4 RX SV 3 OK 12.128 39.469 0.3072791 18.863 39.492 0.478 17.117 39.469 0.4336821 19.601 39.494 0.496C5 SPLICE A5 SPLICEC6 SPLICE A6 SPLICED1 TX BINA OK B1 SPLICE 20.285 83.455 0.2430651 17.216 36.712 0.469D2 RX BINA OK B2 SPLICE 21.164 83.435 0.2536585 24.743 51.380 0.482D3 Spare OK B3 Spare 10.869 39.459 0.2754505 18.793 39.487 0.476 No Make OFC LengthD4 Spare OK B4 Spare 13.116 39.474 0.3322693 19.907 39.489 0.504 No Make OFC LengthD5 SPLICE B5 SPLICED6 SPLICE B6 SPLICE


SV 2 SV 3 SV 3 SV 2

Fiber No. 5,6,11,12, SPLICE THRU Fiber No.1,2,5,6,7,8,11,12, SPLICE THRU

Fiber No. 1,2,5,6,7,8,11,12, SPLICE THRU Fiber No. 5,6,11,12, SPLICE THRUSV 3 FTC SV - 2 FTC Towards SV - 2 Towards SV 3

Fiber No. 1,2,5,6,7,8,11,12, SPLICE THRUSV 4 FTC SV - 3 FTC Towards SV - 3 Towards SV-4

SV 3 SV 4 SV 4 SV 3

Fiber No. 1,2,5,6,7,8,11,12, SPLICE THRUIP 1{GUNA} FTC SV - 4 FTC Towards SV - 4 Towards IP 1 {GUNA}

SV 4 IP 1 {GUNA}IP 1

{GUNA}SV 4

IP 1 {GUNA}

SV 5 SV 5 IP 1 {GUNA}

22 of 23

OTDR SUMMARY REPORT BINA-KOTA SECTIONFiber No. Towards Terminated at Used for Status Fiber No. Towards Terminated at Used for Status

Loss in dB 1550

OFC Length 1550

Slope (1550)

Loss in dB 1310

OFC Length 1310

Slope (1310)

Loss in dB 1550

OFC Length 1550

Slope (1550)

Loss in dB 1310

OFC Length 1310

Slope (1310)

C1 SPLICE A1 SPLICEC2 SPLICE A2 SPLICEC3 RX SV 1 OK A3 TX SV 2 OK 9.129 30.711 0.2972551 13.344 30.727 0.434 9.317 30.714 0.303347 14.191 30.703 0.462C4 TX SV 1 OK A4 RX SV 2 OK 9.098 30.712 0.296236 14.307 30.727 0.466 9.428 30.711 0.306991 14.057 30.727 0.457C5 SPLICE A5 SPLICEC6 SPLICE A6 SPLICED1 SPLICE B1 SPLICED2 SPLICE B2 SPLICED3 Spare OK B3 Spare OK 8.697 30.706 0.2832345 14.123 30.721 0.460 8.584 30.703 0.2795818 13.693 30.718 0.446D4 Spare OK B4 Spare OK 2.571 30.707 0.0837268 12.223 30.718 0.398 6.834 30.705 0.2225696 16.097 30.722 0.524D5 SPLICE B5 SPLICED6 SPLICE B6 SPLICE


1550OFC Length

1550Slope (1550)

Loss in dB 1310

OFC Length 1310

Slope (1310)

Loss in dB 1550

OFC Length 1550

Slope (1550)

Loss in dB 1310

OFC Length 1310

Slope (1310)

C1 SPLICE A1 Spare OK 14.86 43.687 0.340147 16.835 34.102 0.494C2 SPLICE A2 Spare OK 23.432 83.348 0.2811345 19.458 51.487 0.378C3 TX BINA OK A3 RX SV 1 OK 3.462 13.285 0.2605947 3.894 13.293 0.293 3.426 13.285 0.2578848 6.591 13.292 0.496C4 RX BINA OK A4 TX SV 1 OK 3.894 13.285 0.2931125 5.893 13.293 0.443 4.911 13.286 0.3696372 7.049 13.294 0.530C5 SPLICE A5C6 SPLICE A6D1 SPLICE B1 RX IP 1 OK -52.140 -51.140D2 SPLICE B2 TX IP 1 OK 18.656 49.813 0.3745207 6.163 46.634 0.132D3 Spare OK B3 RX SV 3 OK 3.424 13.278 0.2578702 7.041 13.287 0.530 -43.470 -42.900D4 Spare OK B4 TX SV 3 OK 4.031 13.278 0.3035849 7.617 13.287 0.573 20.463 83.455 0.245198 23.748 51.421 0.462D5 SPLICE B5D6 SPLICE B6

Towards SV 1

BINA SV 1 SV 1 BINA

Fiber No. 1,2,5,6,7,8,11,12, SPLICE THRU Fiber No. A5,A6,B5,B6 Not Connected

Fiber No. 1,2,5,6,7,8,11,12, SPLICE THRU Fiber No. 1,2,5,6,7,8,11,12, SPLICE THRUFiber No. D4 High Loss Sv 2 to 6.367 Km.

SV 1 FTC BINA FTC Towards BINA

SV 1 SV 2 SV 2 SV 1

23 of 23