request for proposal for volume-ii (technical and functional
TRANSCRIPT
Volume II – Technical and Functional Specifications
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Request for Proposal
For
Volume-II
(Technical and Functional Specifications)
Appointment of an Agency for Design, Supply,
Installation, Configuration, Operations and
Maintenance of Physical and IT Infrastructure for
State Data Centre, Andaman & Nicobar Islands
Society for Promotion of Vocational & Technical Education
(SOVTECH)
Dr. B. R. Ambedkar Institute of Technology Campus,
Junglighat Post, Pahargaon,
Portblair – 744103
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TABLE OF CONTENTS
1 Section I – Annexure .................................................................................5
1.1 Annexure I – Technical Requirements .........................................................5
1.1.1 SDC Architecture – IT .......................................................................................... 5
1.1.2 Bill of Material ...................................................................................................... 7
1.1.3 Technical Specifications - IT Components .......................................................... 9
2 Section II - SDC Architecture: Physical Infrastructure .............................52
2.1 Layout of the Data Centre...........................................................................52
2.1.1 Electrical Distribution System ............................................................................ 55
2.1.2 Humidity, Ventilation and Air Conditioning Systems.......................................... 56
2.1.3 Rodent Repellant ............................................................................................... 57
2.1.4 False Ceiling ...................................................................................................... 57
2.1.5 UPS Requirements & Features ......................................................................... 58
2.1.6 Diesel Generator Set ......................................................................................... 60
2.1.7 Electrical Work for SDC ..................................................................................... 60
2.2 Technical Specifications – Physical Components ......................................62
2.2.1 UPS.................................................................................................................... 62
2.2.2 Diesel Generator Set ......................................................................................... 64
2.2.3 Auto Power Factor Correction (APFC) Panel .................................................... 65
2.2.4 Civil & Architectural work ................................................................................... 66
2.2.5 PVC Conduit ...................................................................................................... 69
2.2.6 Wiring................................................................................................................. 70
2.2.7 Earthing.............................................................................................................. 71
2.2.8 Cable Work ........................................................................................................ 72
2.2.9 Precision Air Conditioning.................................................................................. 73
2.2.10 Comfort Air Conditioning for Auxiliary Areas ..................................................... 77
2.2.11 Fire Detection and Control Mechanism ............................................................. 77
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2.2.12 Fire Suppression Systems................................................................................. 80
2.2.13 High Sensitivity Smoke Detection System......................................................... 84
2.2.14 Access Control System...................................................................................... 84
2.2.15 CCTV System .................................................................................................... 85
2.2.16 Building Management System (BMS)................................................................ 92
2.2.17 Water Leak Detection System ........................................................................... 93
2.2.18 Fire Proof Enclosures for Media Storage........................................................... 93
2.2.19 Public Address System...................................................................................... 93
2.2.20 Common Alarm System..................................................................................... 94
2.2.21 Physical Security................................................................................................ 94
2.2.22 Electrical Panels ................................................................................................ 94
3 Section III- Compliance to Specifications ..............................................102
4 Annexure – IV Bill of Quantity for Physical Components for Server Farm Area ............................................................................................................105
4.1.1 Access Control System.................................................................................... 105
4.1.2 CCTV System .................................................................................................. 106
4.1.3 BMS System .................................................................................................... 107
4.1.4 Rodent Repellent System ................................................................................ 107
4.1.5 Water Leak Detection System ......................................................................... 107
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Technical Requirements
SECTION – I
Volume II – Technical and Functional Specifications
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1 Section I – Annexure
1.1 Annexure I – Technical Requirements
The bidders can propose appropriate industry standard products & solutions for the
components required for implementation of the Andaman and Nicobar Island State
Data Centre Project. It is to be noted that SOVTECH may procure all /part of the
Infrastructure requirements/services as specified in the RFP. It is not binding on the
SOVTECH to procure all the infrastructure/services from the same organization and
at the time of signing the contract. Based on the IT Solution implementation roadmap
of the State Government Departments, SOVTECH may procure / implement the
infrastructure/services as sought under this RFP in phased manner.
1.1.1 SDC Architecture – IT
Figure1: A typical SDC architecture is being depicted in the schematic
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Design Description
• At SDC, a Gigabit Ethernet link from SWAN through VSAT (at SHQ located in
the same premises) will be connected to the L3 switch.
• It should be also noted that, SWAN would also be carrier for CSC information
or dataflow between the citizens / users (Departments/ Offices) and the SDC.
This link would be the bridge between the Intranets i.e. SWAN users and
SDC environment.
• Firewalls would provide layer of protection between the internet traffic and
Intrusion Prevention system (IPS).
• Intrusion Prevention system should detect malicious traffic and further protect
the SDC environment;
• Intrusion system would also detect (and prevent) any intrusion from
Internet/extranet network.
• All the servers would be connected to high capacity LAN Switch, which can
process million of packets within seconds, depending on the users and
application and its contents.
• The application servers would be accessing the database from the backend in
order to process the user / citizens queries/requests.
• The Database servers (RDBMS) are further hosted in higher security layer,
comprising of components such as Firewall and Intrusion Prevention system.
• The SDC provides Infrastructure Services such as Firewall Service, Directory
Service, Web Service, Database Service and data storage services etc. which
would be shared among all the applications / departments participating in the
SDC. Using these services, the SDC ensures centralized delivery of citizen /
departmental services. The SDC services would be deployed as components
and therefore will have a potential for re-use in launching future services,
without disturbing the existing architecture.
• For Securing the SDC, the Intrusion prevention systems shall carryout state-
full inspection and multiple layers of Firewalls shall manage the access
control. At the same time more specific content level scanning products like
Anti-Spam should be provisioned at appropriate points to ensure content level
scanning, blocking and access.
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• In this secure infrastructure it has to be ensured that the security devices in
the network such as Firewalls are in high-availability mode, and these devices
should be even distributed to optimize performance.
• Another key consideration should be done for hosting the Legacy
applications. SG has to migrate / port the applications to n tier architecture,
which would be provided using SDC.
1.1.2 Bill of Material
Following includes the Bill of Material for the State Data Center for Government of
Andaman and Nicobar Island. The specifications of the components listed below are
provided in the later sections of the RFP. The bidder shall provide the quotation for
unit prices for the following components in the commercial bid. However for overall
commercial evaluation, the quantities indicated in the table below shall be
considered. At the time actual implementation, based on the requirements, the
number of servers may be increased / decreased by the SOVTECH. It is the
responsibility of bidder to provide the recommendations to the SOVTECH as to how
many servers would be required to be implemented in the SDC as per the SIA’s
assessment at the time of implementation of the SDC. Also the solution offered by
the bidder should factor in scalability based on 5 year requirements of SIA.
Consolidated Bill of Material for the State Data Centre:
S. No Components Qty
Hardware Components
1. Application Servers 5
2. Web Servers 2
3. Database server (RISC / EPIC) 3
4. Database server (Intel / AMD) 2
5. Enterprise Access Server 2
6. Management Server 1
7. Directory Server 2
8. Enterprise Backup Server 1
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S. No Components Qty
9. Staging Server 1
10. Integration Server 1
11. Antivirus Server 1
12. SAN Storage (1) including SAN Switch (2) & SAN
Storage Management Software (1), Backup Software (1)
1
13. Tape Library 1
14. Internet Routers 2
15. Aggregation Core Switches 2
16. Application Switches 5
17. External Firewall 2
18. Intrusion Prevention System (IPS) 2
19. Host Based Intrusion Prevention System (HIPS) 21
20. Open Racks for Network Components 2
21. Server Racks 36 U 7
22. Storage Racks 1
23. KVM Switches over IP 4
24. Structured cabling requirements for the Data Center for
a total of 8 Racks
As required
25. Other Data Center Civil, Electrical, Physical &
Environmental Security Infrastructure
As required
26. Precision Air Conditioning System for the Server Farm
Area of around 446 sq.ft. as per the specifications
15 TR
27.
BMS Components like CCTV System, Access Control,
HSSD, WLDS, RRS, Fire Suppression and Detection
System including the BMS software
1
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S. No Components Qty
28. Comfort Air Conditioning for the Auxiliary Area as per the
specifications
8 TR
29. Generator Set (3 Nos. of each 70 KVA) 3
30. UPS for the Server Farm Area for 10 Racks (50 KVA
each)
2
31. UPS for NOC, BMS, Staging Area (18 KVA each) 2
Software Components
32. Microsoft® Windows Server 2008, Enterprise Edition R2
64 bit OLP 18
33. Red Hat® Enterprise Linux 5 AP / SUSE® Linux
Enterprise Server 9 / Unix 3
34. Antivirus Software (Server Licenses) 1
35. Antivirus Software (Client Licenses) 20
36. Network Management and Monitoring System (EMS) 1
37. Oracle 11g R2 Enterprise Edition Process Licenses 2
38. MS SQL Server 2008 Enterprise Edition 2
Note:
• BOM indicated specifies the minimum requirements and BOM can undergo change based on the solution architecture submitted by vendor
1.1.3 Technical Specifications - IT Components
1.1.3.1 Database server (RISC/EPIC)
• 8 X 64 bit RISC / EPIC cores with 1.6 GHz or above upgradeable to
16 cores in the same server
• Processor should be latest series/generation for the server model
being quoted
• Support for either of 64bit Linux / UNIX / Windows Operating System,
with cluster support
• Maximum L2/L3 cache available at the time of bidding for the quoted
series of the server model being offered
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• Minimum 8 GB ECC Memory to be offered per processor socket
• Min 2 x 146 GB(or higher) ultra III SCSI / SAS / FC hot plug drives for
operating system (10 K / 15 K rpm) for each partition
• 4 Ethernet Ports of 10/100/1000 Mbps
• Fiber Channel Adapters 2 x 4Gbps
• SAN HBAs should be connected on separate slots for high throughput
requirements
• All cards should be on 64 bit PCI-X/PCI-e slots.
• 25% of total slots should be free for future expansion. Alternatively,
vendors should not consume more than 75% of available slots in the
server.
• 1 DVD Drive
• 1DDS- 5/6 ( DAT-72/160) or LTO4 HH Drive
• Dual Redundant Power Supply
• Logical or Physical Partitioning should be supported;
• Server must have capability for minimum 4 Partitions to run
Independent OS instance on each partition
• Capable of dynamic movement of resources (CPU/ memory/
adapters) across partitions
• Should be provided with a GUI / browser based management console
to take care of the partition management & configuration
• Necessary software and scripts for automatic cluster failover to be
supplied for cluster based solutions.
• It should have seamless failover without manual intervention;
Management of the OS and the partitions (if required) in the Servers.
• For database cluster, the clustering software should support
heterogeneous operating systems from different OEMs.
• Form Factor: 19” rack mountable with rack mounting accessories
• The volume manager and file system should support heterogeneous
storage models from different OEMs.
1.1.3.2 Database Server (Intel/ AMD 64)
• Minimum 2x Quad core processor with 2.1GHz or above with
1066Mhz FSB / 2000 MT /s expandable to 4 physical processor with
min 2MB L2 cache per processor
• OS support: Microsoft® Windows Server 2003, Enterprise Edition /
Red Hat® Enterprise Linux 5 & 4 AP / SUSE® Linux Enterprise Server
9 /Unix
• Memory (RAM): Min. 8 GB scalable to 64 GB
• RAID controller with RAID 0/1/5 with 256 MB cache
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• HDD: 4 x 146 GB 2.5” 10 K RPM HDD or more
• Disk bays: Support for min 8 small form factor hot plug SAS / SCSI
hard drives in disk drive carriers that slides out from front
• At least 2 x 10/100/1000 Mbps Ethernet ports or more
• 2 x 4 Gbps Fiber Channel Ports
• Ports Rear: Two USB ports (Ver 2.0); RJ-45 Ethernet; keyboard and
mouse; two RJ-45 Ethernet; / no parallel port Front: One USB (Ver
2.0)
• Graphics controller: SVGA / PCI bus / ATI® ES 1000 / min 16MB
SDRAM std/max / 1280x1024 at 16M colors
• Optical / diskette: 8X / 24X slim-line DVD ROM drive
• Security: Power-on password / admin password / unattended boot /
selectable boot / boot without keyboard
• Cooling fans: minimum Four fans / multispeed / hot-swap and
redundant fan failure signals to management module / fan in each
power supply / CPU / memory
• Power supplies: Hot plug redundant AC power supply
• Management feature to identify failed components even when server
is switched off.
• Rack Mountable
• It should provide Secure Sockets Layer (SSL) 128 bit encryption and
Secure Shell (SSH) Version 2 and support VPN for secure access
over internet.
• Should be able to manage systems through a web-browser
• For database cluster, the clustering software should support
heterogeneous operating systems from different OEMs.
• The volume manager and file system should support heterogeneous
storage models from different OEMs.
1.1.3.3 Application Server, Web Servers, Enterprise Access Servers,
Management Servers, Directory Server, Enterprise backup server,
Staging Server, Integration Server, Antivirus Server (Blade Servers)
Chassis Specification
• Single blade chassis should accommodate minimum 6 (Quad
Processor) / 8 (Dual Processor) or higher hot pluggable blades.
• 6U to 12U Rack-mountable
• Dual network connectivity for each blade server for redundancy should
be provided. Backplane should be completely passive device. If it is
active, dual backplane should be provided for redundancy
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• Should accommodate Intel, AMD, RISC / EPIC Processor based
Blade Servers for future applications
• Same chassis should support dual CPU and Quad CPU blades
• Should have the capability for installing industry standard flavors of
Windows, Linux / Unix Operating Environments
• Single console for all blades in the enclosure or KVM Module
• DVD ROM can be internal or external, which can be shared by all the
blades allowing remote installation of S/W and OS
• Minimum 2 external USB connections functionality
• Two hot-plug, redundant 1Gbps Ethernet module with minimum 10
ports (cumulative), which enable connectivity to Ethernet via switch.
Switch should be (Internal/external) having Layer 3 functionality -
routing, filtering, traffic queuing etc
• Two hot-plugs, redundant 4 Gbps Fiber Channel for connectivity to the
external Fiber channel Switch and ultimately to the storage device.
• Power Supplies
o Hot Swap redundant power supplies to be provided
o Power supplies should have N+N. All Power Supplies modules
should be populated in the chassis
• Hot Swappable and redundant Cooling Unit
• LED / LCD Alerts/ indication for Hard disk drives, processors,
blowers, memory
• Management
o Systems Management and deployment tools to aid in Blade
Server configuration and OS deployment,
o Remote management capabilities through internet browser
o It should provide Secure Sockets Layer (SSL) 128 bit
encryption and Secure Shell (SSH) Version 2 and support VPN
for secure access over internet.
o Ability to measure power historically for servers or group of
servers for optimum power usage
o Blade enclosure should have provision to connect to display
console / central console for local management like trouble
shooting, configuration, system status / health display
• Built in KVM switch or Virtual KVM feature over IP.
• Dedicated management network port should have separate path for
management
• If, the clustering software is provided, it should support heterogeneous
operating systems from different OEMs.
• The volume manager and file system should support heterogeneous
storage models from different OEMs.
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• Support heterogeneous environment: AMD, Xeon and RISC/EPIC
CPU blades must be in same chassis with scope to run Win2003
Server, Red Hat Linux / 64 Bit UNIX, Suse Linux / 64 Bit UNIX.
Blade Specifications
• Blade can be half / full height with I/O connectivity to backplane
• 2 Quad core @ 2.0 GHz or above with 4 MB shared L2 cache, 1066
MHz / 2000 MT/s FSB expandable to four processor
• Min 8 GB FBD DDR2 RAM with min 2 Nos. free slots for future
expandable capability.
• Minimum Memory: 8 GB scalable to 64 GB per blade
• The Blade should have redundant 4 Gbps Fiber Channel HBA
• 2 X (1000BASE-T) Tx Gigabit LAN ports with TCP / IP offload engine
support / dedicated chipset for network I/O on blade server
• 2 X 146 GB HDD or more hot swappable system disk with mirroring
using integrated RAID 0,1 on internal disks. It should be possible to
hot swap the drives without shutting down the server.
• VGA / Graphics Port / Controller
• Should support heterogeneous OS platforms
1.1.3.4 Storage and Backup Solution
SAN Switch – 2 Nos.
• Minimum 16 Active ports (each with minimum port speed 4 GB) within same
switch upgradeable to 32 ports with minimum 2 Nos. of additional 10 Gbps
FC ports
• All cable of length of 10 meter each and accessories for connecting Servers
/Devices to SAN.
• Should have capability of ISL trunking of minimum 8 ports.
• Should support multiple OS.
• Non disruptive subsystem maintenance.
• Should have dual Fans and Hot plug power supplies switching and service
modules.
• Should have web based management software for administration and
configuration.
• Non disruptive microcode / firmware upgrades and hot code activation.
• Switch shall support in built diagnostics, power on self test, command level
diagnostics, online and offline diagnostics.
• Should support hardware ACL based Port security, Port Zoning and LUN
Zoning
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• Should support Secure Shell (SSH) encryption to provide additional security
for Telnet sessions to the switch.
• Should support multilevel security on console access prevent unauthorized
users from altering the switch configuration
• Should support Fiber Channel trace route and Fiber Channel Ping for ease of
troubleshooting and fault isolation
• Should support the following diagnostics:
o Online Diagnostics
o Internal Loopbacks
o FC Debug
o Syslog
o Online system health
o Power on self test (POST) diagnostics
• Should support Applications for device management and full fabric
management. The management software shall be able to perform following:
o Fabric View
o Summary View
o Physical View
o Discovery and Topology Mapping
o Network Diagnostics
o Monitoring and Alerts
SAN – 1 Nos.
Description Specifications
SAN controller Dual Active Active Controller
Cache 8 GB Total Mirrored Cache for Disk IO Operations
scalable to 16 GB
Host interface 4 host ports, Fiber Channel (FC),4 Gbps per ports
Drive interface 4 drive ports—Fiber Channel (FC) Switched or FC
Arbitrated Loop (FC-AL) standard, 4 Gbps per port
RAID levels Supported 0, 1, 5/6
Fans and power supplies Dual redundant, hot-swappable
SAN support Box should be compatible of SAN environment
SAN specifications shall have the following specifications:
• The storage array shall be configured with at least 4 GB cache mirrored
across two storage controllers for disk I/O operations.
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• Storage subsystem shall support 146GB, 300GB 15K RPM disks and 400GB
or higher 10 K RPM Fiber channel drives & 750GB, 1TB SATA or higher
SATA / equivalent drives in the same device array
• Presently, the storage sub system shall be configured with 300 GB of
Performance drives and 750 GB or higher on SATA / equivalent for archiving
purpose.
• All the necessary software to configure and manage the storage space, RAID
configuration, logical drives allocation, virtualization, snapshots for entire
capacity etc.
• Redundant power supplies, batteries and cooling fans and data path and
storage controller.
• Load balancing must be controlled by system management software
tools.
• Multi-path & Load balancing software for all SAN connected servers shall be
provided. The multi-path software should not only support the supplied
storage and operating systems, but also support heterogeneous storage and
operating systems.
• The storage array must have complete cache protection mechanism either by
de-staging data to disk or providing complete cache data protection with
battery backup for up to 72 hours or more.
• The Storage shall support Point-in-time copy and full volume copy for
heterogeneous storage arrays. It should support these operations from
storage of one OEM to storage of another OEM.
• To meet interoperability requirements, the Storage arrays shall support data
replication in both synchronous and asynchronous modes across
heterogeneous storage arrays from different OEMs.
• The storage system should be pre-configured with at least 10 TB of raw
Storage Capacity implemented out of which 4 TB shall be configured after
RAID 5 implementation using Fiber Channel hard disks @ 146 GB 15 K RPM
drives and 6 TB capacity after RAID 5 implementation shall be configured
using 750 GB or higher SATA / equivalent drives. The Storage should have at
least 16 Gbps port bandwidth for the connectivity to servers and at least 16
Gbps port bandwidth (aggregated) for disk connectivity.
• The storage array must have the capability to do array based remote
replication using FCIP or IP technology.
• The storage array should support Synchronous and Asynchronous
replication.
• The storage array should support Operating System Platforms & Clustering
including: Windows Server 2003 (Enterprise Edition), Sun Solaris, HP-UX,
IBM-AIX, Linux.
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• Storage should support non-disruptive online firmware upgrade for both
Controllers and disk drives.
• The storage array should support hardware based data replication at the
array controller level across all models of the offered family.
• The storage should provide automatic rerouting of I/O traffic from the host in
case of primary path failure.
• Should provision for LUN masking, fiber zoning and SAN security.
• Should support storage virtualization, i.e. Easy logical drive expansion.
• Should support hot-swappable physical drive raid array expansion with the
addition of extra hard disks
• The storage system should be scalable from 10 TB to 20 TB of raw capacity
using 40% on Fiber Channel drives and 60% on SATA / equivalent drives
• Should be able to allocate logical spaces to multiple operating systems in the
same storage facility
• Should be able to support clustered and individual servers at the same time.
• Should be able to take "snapshots" of the stored data to another logical drive
for backup purposes
• Should be able to be configured with "snapshots and clone" for 100% of the
configured capacity of the storage array.
• Vendor should also offer storage performance monitoring and management
software.
• The vendor must provide the functionality of proactive monitoring of Disk drive
and Storage system for all possible hard or soft disk failure
Tape Library – 1 No.
• Should support LTO-4 or latest technology based library with at least two
LTO-4 drives scalable to minimum four drives
• The proposed LTO library solution should be capable for providing a backup
window of about 8 hour and multiple frequencies per day.
• The native LTO-4 capacity should be 800GB and native data transfer speed
should be 120Mb/s.
• The compression ration should be 2:1
• The library should be natively configured with Barcode Reader
• Vendor shall provide 50 x LTO 4 labeled Cartages + 5 Cleaning Cartages
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Backup Software
• The proposed Backup Solution should be available on various OS platforms
such as Windows and UNIX platforms and be capable of supporting SAN
based backup / restore from various platforms including UNIX, Linux, and
Windows.
• "Proposed backup solution shall be offered with cluster client license to take
the back up of clustered servers in the setup"
• Proposed backup solution shall have same GUI across heterogeneous
platform to ensure easy administration.
• The proposed backup solution should allow creating tape clone facility after
the backup process.
• The proposed Backup Solution has in-built frequency and calendar based
scheduling system.
• The proposed backup Solution supports the capability to write multiple data
streams to a single tape device or multiple tape devices in parallel from
multiple clients to leverage the throughput of the Drives using Multiplexing
technology.
• The proposed backup solution support de-multiplexing of data cartridge to
another set of cartridge for selective set of data for faster restores operation
to client/servers
• The proposed backup solution should be capable of taking back up of SAN
environment as well as LAN based backup.
• The proposed backup solution shall be offered with 2 Nos. UNIX based
licenses, 13 Nos. Windows based licenses and the rest 10 Nos. LINUX based
licenses for both SAN based backup and the LAN based backup.
• The proposed solution also supports advanced Disk staging.
• The proposed Backup Solution has in-built media management and supports
cross platform Device & Media sharing in SAN environment. It provides a
centralized scratched pool thus ensuring backups never fail for media.
• Backup Software is able to rebuild the Backup Database/Catalog from tapes
in the event of catalog loss/corruption.
• The proposed Backup Software should offer online backup for all the
Operating Systems i.e. UNIX, Windows & Linux etc
• The proposed Backup Solution has online backup solution for different type of
Databases such as Oracle, MS SQL, and Sybase / DB2 etc. on various OS.
• The Proposed backup solution shall provide granularity of single file restore.
• The Proposed backup solution shall be designed in such a fashion so that
every client / server in a SAN can share the robotic tape library.
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• Backup Solution shall be able to copy data across firewall.
• Back Backup solution should also provide report writer that allows designing
of report templates which can be used to generate meaningful reports in CSV
/ HTML / XML / Text format / PDF
• The backup software must also be capable of reorganizing the data onto
tapes within the library by migrating data from one set of tapes into another,
so that the space available is utilized to the maximum. The software must be
capable of setting this utilization threshold for tapes
• The backup software should be able to support versioning and should be
applicable to individual backed up object’s
• Should have the ability to retroactively update changes to data management
policies that will then be applied to the data that is already being backed up or
archived
1.1.3.5 Internet Router
• Hardware Architecture (19” Rack mountable)
o Should support IP, MPLS etc
o Redundant & hot-swappable power supply
o Modular Chassis
o Power supply for 230 V AC 50 Hz with Redundant power supply
o Min 400 Kpps of throughput required
• Interface / Slots
o Minimum 2 x 10/100/1000 Ethernet Ports
o Min 4 x E1 Ports
o Dedicated Console port
• Security
o GRE and IP Sec 3DES/AES VPN for configuration of VPN tunnels.
o Hardware based Encryption - IP Sec 3DES/AES
o NAT, PAT
o Access control - Multilevel
o Support ACL’s to provide supervision and control.
o Multiple Privilege Levels for managing & monitoring
o Support for Remote Authentication User Service (RADIUS) and AAA
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• Routing Protocols
o Static Routes
o RIPv1, RIPv2
o OSPFv2 and v3.
o BGP4
o Route redistribution between any of the above protocols
• Protocols
o PPP, Multi-link PPP
o HDLC
o IPv4, IPv6
o MPLS L2 & L3
o VRRP / HSRP
• Congestion
o Random Early Detection
o Weighted Fair Queuing
o Selective Packet Discard
• IP Multicasting
o IGMPv1&v2, PIM-SM, PIM-DM or MOSPF
• Management
o Accessibility using Telnet, SSH, Console access.
o Software upgrades using FTP, TFTP, etc.
o SNMP Support for v1, v2
o Using CLI, GUI based software utility and using web interfaces
o Support for Syslog
• Debug & Diagnostics
o Display of input and output error status on all interfaces
o Display of Dynamic ARP table
o Display of physical layer line status signals like DCD, DSR, DTR,
RTS, CTS on all interfaces
o Display of Routing table
o Trace-route, Ping, extended PING
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1.1.3.6 Application Switches
Application switches shall be implemented in the DMZ and shall be connected to the
core LAN switch and the router.
• Rack Mountable.
• 48 ports x 10/ 100/1000
• 4 x GBIC ports
• 2 SFP Ports
• One console port for CLI based configuration
• Switch fabric should have non-blocking architecture
• All port should work at line rate performance
• IEEE 802.3ad support required
• Link Aggregation Control Protocol (LACP) to aggregate 4x1Gbps i.e. 4Gbps
uplink to the Core LAN Switch.
Management:
o SSH v2,SNMP v1/v2c/v3,IGMP, RMON I, VLANs, GUI, Web based
interface,
o Compatibility with network mgmt with auto discovery & management.
o Manageability on per port basis.
o Per-port broadcast, multicast, unicast storm control to prevent faulty
end stations from degrading overall systems performance.
Security:
o 802.1x support,
o RADIUS support
o MAC address based port level filtering support
Quality of Service: The switches should support the aggregate QoS model by
enabling classification, policing/metering & marking functions on a per-port basis
at ingress and queuing/scheduling function at egress
o The switches should support QoS classification of incoming packets
for QoS flows based on Layer 2, Layer 3, and Layer 4 fields.
o The switches should support identification of traffic based on Layer 3
ToS field – DSCP values.
o TFTP & NTP support,
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o Compliant to Standards such as IEEE 802.1x, 802.1w, 802.1s, 802.3x,
802.1D, 802.1p, 802.1Q, 802.3ad, 802.3u, 802.3ab, 802.3z
1.1.3.7 Aggregation Core Switches
• Hardware Architecture (19” Rack mountable)
o Redundant Supervisor / Switching / Routing engine. All the relevant
hardware should be loaded to achieve the required switching & routing
performance. Redundancy should be on supervisor on different
switching fabric. Failure of primary supervisor or switching or routing
engine the requested performance should not be reduced
o Internal Redundant Power Supply
o Power supply 230 Volt 50Hz input
o Modular Chassis
• Interfaces / Slots
o Minimum 1 Slots
o All service Cards should be hot-swappable
o 1 x 48 Ports GE (10/100/1000Mbps) and upgradeable
o 1 x 24 Ports Gig Fibre
o Should support 10 Gig interfaces
• Performance
o Switch fabric should have non-blocking architecture
o All port should work at line rate performance
o Forwarding rate should be 250 Mpps (non-blocking)
• L2 Features
o IEEE 802.1Q VLAN encapsulation
o 802.1s
o 802.1w
o IGMP snooping v1 and v2
• IP Routing Protocols
o Static Routing
o OSPF
o RIP
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o HSRP /VRRP
o IPv4 & IPv6
• Security
o Standard and extended ACL’s on all ports
o AAA and RADIUS authentication
o Secure Shell (SSH) Protocol
• Manageability & Up gradation
o Console port for administration & management
o Support SNMP v1, v2
o Support management using CLI, GUI using Web interface
o Support FTP/TFTP for upgrading the operating System
• Standards
o IEEE 802.3x full duplex on 10BASE-T and 100BASE-TX ports
o IEEE 802.1D Spanning-Tree Protocol
o IEEE 802.1p class-of-service (CoS) prioritization
o IEEE 802.1Q VLAN
o IEEE 802.3 10BASE-T specification
o IEEE 802.3u 100BASE-TX specification
o IEEE 802.3af support
1.1.3.8 External Firewall
• Physical attributes
o Should be mountable on 19” Rack
o Modular Chassis
o Redundant power supply
• Interfaces
o 4 x 10/100/1000 GE, upgradable to 8 x 10/100/1000 GE
o Console Port 1 number
• Performance
o Firewall throughput: minimum 4 Gbps
o Flash 256 MB Upgradeable to Flash 512 MB
o Firewall Encrypted throughput : minimum 1 Gbps
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o Concurrent connections: up to 1,000,000
o Simultaneous VPN tunnels: 2000
• Routing Protocols
o Static Routes
o RIPv1, RIPv2
o OSPF
• Protocols
o TCP/IP, PPTP
o RTP, L2TP
o IPSec, GRE, DES/3DES/AES
o PPPoE, EAP-TLS, RTP
o FTP, HTTP, HTTPS
o SNMP, SMTP
o DHCP, DNS
o Support for IPv6
• Other support
o 802.1Q, NAT, PAT, IP Multicast support, Remote Access VPN, Time
based Access control lists, URL Filtering, support VLAN, Layer 2
Firewall, Virtual Firewall, Radius/ TACACS
• QoS
o QoS features like traffic prioritization, differentiated services,
committed access rate. Should support for QoS features for defining
the QoS policies.
• Management
o Console, Telnet, SSHv2, Browser based configuration
o SNMPv1, SNMPv2
1.1.3.9 Intrusion Prevention System
• Features
o Layer 7 Inspected Throughput of 2 Gigabit for all type traffics.
o Minimum 4 Numbers of Gigabit segments
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o Should support fail-open in case of hardware / software or power
supply failure
o Should protect against DoS/ DDoS / SYN-flood/ TCP-flood /UDP-flood
o Must have “Zero-day” protection against DoS/DDoS and worm attacks
based on traffic behavior. Also it should mitigate Zero day http floods
and brute force attack & vulnerability scanning attempts based on
traffic behavior analysis
o Capable of applying the security policies based on VLAN ID,
Source/Destination subnets
o Flexibility to create new policies or modify existing policies in real time
• Action on detection
o Block attacks in real time, Drop Attack Packets, Packet Logging
o Reset Connections, Action per Attack
o Support for detailed intrusion alarms
• Stateful Operation
o TCP Reassembly
o IP Defragment
o Bi-directional Inspection
o Forensic Data Collection
o Access Lists
• Signature Detection
o Vendors Signature Database – minimum 2000
o Should support Automatic signature synchronization from OEM
database server
• Extensive protocol monitoring: should support monitoring of protocols such as
TCP/IP, ICMP, FTP, UDP, SMTP, HTTP, SNMP, DNS, RPC, NetBIOS,
Telnet etc
• Should also have the ability to monitor MPLS and 802.1Q (trunked) traffic
• Alerting SNMP, SMTP support
o Log File, Syslog/SDEE support
• Operations
o Should support 24/7 Security Update Service
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o Should support automatic Real Time signature update
o Should support Provision to add static own attack signatures
• Reporting
o System should provide centralized reporting and management.
o System should provide comprehensive security event reporting
• Management
o Console, SSH, HTTPS,, SNMP v1, v2
1.1.3.10 Host Based Intrusion Prevention System (HIPS)
• HIPS should perform log analysis, integrity checking, root kit detection, time-
based alerting and active response. It should help to detect attacks, software
misuse, policy violations and other forms of inappropriate activities.
• HIPS should be able to monitor multiple systems, with one system being the
HIPS server and the others the HIPS agents that report back to the server.
• Must have “Zero-day” protection against DoS / DDoS and worm attacks
based on traffic behavior. Also it should mitigate Zero day http floods and
brute force attack & vulnerability scanning attempts based on traffic behavior
analysis
• HIPS should be supported on the following platforms:
o MS Windows
o Solaris (SPARC)
o SUSE Linux Server
o Red Hat Enterprise Linux / HP-UX / AIX
• Minimum Features of Host-based intrusion Prevention:
o Time to Time Signature updates
o Monitoring and prevention from Intrusion attack
o Monitors specific system
o Detects attacks that network-based systems miss
o Well-suited for encrypted and switched environments
o Near-real-time detection and response
1.1.3.11 Workstation for Monitoring
o Desktop with Dust Cover
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o CPU: Intel Pentium Core 2 Duo E8600 (3.3 GHz, 6 MB L2 cache) /
AMD Phenom-II X4-940 (2.4 GHz, 6 MB L3 Cache)
o Motherboard: Intel (Intel G33 chipset or better )/ AMD equivalent
o Bus Architecture: Integrated onboard graphics, Two PCI, One PCI
Express 1/4, One PCI Express 16 slots, Integrated Audio
o 2 GB DDR2 SDRAM, 1 DIMM slot should be free.
o HDD: Min 160 GB SATA II 7200 RPM HDD & Pre-failure alert
o USB or PS/2 104 Keys keyboard
o USB or PS/2 Two button scroll optical mouse with pad
o Ports are 1 Serial, 1 Parallel, 4 USB 2.0 (min. 2 at front), VGA,
Microphone, Headphone.
o 10/100/1000 Mbps Network card.
o Pre loaded Windows XP Professional or latest licensed software with
latest updates and Restore/ Recovery CD/ Self Mechanism
o 17” TFT Monitor with MPR II/TCO 03 certification
1.1.3.12 IP KVM Switches
o It should have a minimum of 24 ports.
o It should support 2 remote users and 1 user at the rack
o Remote Access appliance should have the following functionalities
It should take control of servers at BIOS Level
It should facilitate both in-band & out-of band access
It should be able to integrate with power strips, so as to be
able to reset power of remote device at port level.
Remote access of both Servers and serial devices such as
routers (through same or different appliances).
It should have facility to integrate with secure management
device
Gigabit Ethernet ports.
Virtual Media Support of multiple media including 'ISO image'
files
o Dual (redundant) Power supply
o Dual Ethernet with Failover
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o PC selection – On screen Display menu hot key
o 19 inch Rack mountable design
o KVM access over IP
o Browser based Management available at both remote and local (
Supported Browsers = Internet Explorer for MS-Windows, Firefox for
MS-Windows and Linux )
o Support for resolution of 1600*1200 or above
o Single window access to all equipment.
o Equipment access logs and event history and send email alerts based
on logs details as triggers
o Logging should be centralizable in one Syslog server.
o Mouse Synchronization.
• IP KVM Control Center
o The management appliance should provide unified, secure access to
KVM, serial and power ports of Data Centre devices via a Web
browser.
o It should provide policy and security management of users and
devices connected to KVM.
o It should be able to assign specific node access to a specific user.
o It should allow the administrators to access manage and view all
equipment, manage users and access permissions from a single
remote device.
o It should support Virtual Media Deny, View and Control access
policies.
o Should be able to create unlimited user and minimum 10 concurrent
users should be allowed.
o It should log user activity (login/logout, connect/disconnect) and
configuration changes at both Appliance and managed devices, and
status changes of the connected appliances. All of the above can be
forwarded to a network management system or enterprise notification
system via SNMP or Syslog.
o Flexible session time-outs
o "Strong" user name and password authentication
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o Network Interfaces allows: TCP/IP, HTTP/HTTPS, SSL, DNS,
LDAP/LDAPS
o Auto-discovery with device-availability status, and alarms
o An array of flexible logging and reporting options with audit trails for
diagnostics and troubleshooting
o View and manage active user sessions and active ports in real time
o OS Support: Windows 2000 Server/2003 Server/XP, Windows Vista,
RHEL AS 4.0 and Fedora Core 4
1.1.3.13 Cabling
• CAT 6 / fiber LAN cables should be laid upto the rack level in the Data
Centre.
• Dedicated raceways / cable-trays should be used for laying LAN.
• Along with LAN cabling, cables for Storage Area Network (SAN) upto the
racks in the Data Centre should also be implemented.
• Cabling for KVM switches on the racks should also be done.
• Additional cabling requirements on an on-going basis will also need to be
catered.
• All the cable raceways shall be adequately grounded and fully concealed with
covers.
• The cables should be appropriately marked and labeled.
• There should be enough space between data and power cabling and there
should not be any cross wiring of the two, in order to avoid any interference,
or corruption of data
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State Data Center LAN Cabling
Note: This is a schematic diagram. For Layout, refer to the Section 2.1
• Rack Placement Details
o Total 7 Server Racks, 1 Storage Rack, and 2 Network Racks will be
placed in the Data Center.
o Server Rack Size will be 600mm X1000mm
o Network Rack - 2 / 4 Post Open Rack with vertical Wire Managers
o Each Row will have minimum 1 Network Rack to take care of LAN
Cabling requirement for respective Row.
o 1st Rack row will have additional Network Rack to Place Core Switch /
WAN Equipments.
• Floor Box Details
o Between 2 Server Racks it would have 1 Raised Floor Enclosure.
o Raised Floor Enclosures to be placed under False Flooring.
o Raised Floor Enclosure should be able to fix under one 2’X 2’ Floor
Tiles.
o Raised Floor Enclosure should have provision to fix minimum 4 Nos.
of 24 Port Jack Panels
600mmX1000mm
Server Rack
Open Network Rack
Row 1
Row 2
Row 3
Row 4
Row 5
2’X 2’ Floor Box
Legend
DC Layout
Front
Front
Front
Front
Front
Cold AreaCold Area
Cold AreaCold Area
Cold AreaCold Area
600mmX1000mm
Server Rack
Open Network Rack
Row 1
Row 2
Row 3
Row 4
Row 5
2’X 2’ Floor Box
Legend
DC Layout
600mmX1000mm
Server Rack
Open Network Rack
Row 1
Row 2
Row 3
Row 4
Row 5
2’X 2’ Floor Box
Legend
DC Layout
Front
Front
Front
Front
Front
Cold AreaCold Area
Cold AreaCold Area
Cold AreaCold Area
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Connectivity
• Copper Connectivity Details
o Every Server rack will have 24 port Jack Panels and should be fixed
under the raised floor Enclosures.
o 24 Runs of UTP cables to be laid to Each Server Rack from respective
Network rack in the same row.
o Servers will be connected by CAT6 RJ 45 – RJ 45 Patch cords,
directly from floor box Jack Panels.
o Network Racks will have Jack Panels and Switches. Interconnect
Patching between Switch and Jack Panel to be done by CAT 6 RJ 45
– RJ45 Patch cords.
• Fiber Connectivity Details
o Connectivity between core –distribution – access switches will be on
direct lengthy OM3 Fiber duplex patch cords.
1.1.3.14 UTP Cable
• Type
o UTP, Cat 6, ANSI/TIA/EIA 568-B.2-1
o The cable jacket shall comply with Article 800 NEC for use as a non-
plenum cable. The 4 pair UTP cable shall be UL and c (UL) Listed
Type CM.
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• Conductors
o 4 pair 23 / 24 AWG Copper with pair separator for uniform
characteristic impedance
• Insulation
o Polyethylene/Polyolefin
o Thickness 0.22 ± 0.03mm
• Operating temperature
o -20 to +60 Deg. C
• Jacket
o Flame Retardant PVC
• Approvals
o UL Listed
• Frequency tested up to
o 100 MHz>=250 MHz
• Delay Skew
o 25ns-45ns / 100m Max.
• Impedance
o 100 Ω ± 6 Ω
• Performance characteristics to be provided along with bid
o Attenuation, Pair-to-pair and Powersum NEXT, ELFEXT and PS ELFEXT,
Return Loss and Delay skew tested for 100m channel as well as 90m
Permanent Link
1.1.3.15 Cable Laying
• Cabling
o Structured Cabling as per industry Standards
o UL * R certified for complete channel for both Fibre and UTP (CAT 5e/
CAT6) cables.
o 20/ 25 years’ standard performance warranty should be given on passive
components
• Documentation & Lay-outs
o UTP or OFC Cable route, with detailed diagram and plan for laying of UTP
and OFC for approval.
o Termination of cabling component, UTP cable and OFC with labels &
marking as per approved labeling plan & documentation.
o Documentation for all POPs (Hard and Soft Copy) to be maintained for
entire 5 years of Projects
• Conduits and Channels
o PVC pipe or Casing type
Should be 1” diameter, with ISI mark.
At least 4 cable can laid in one casing
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Using clamp or gulli channel should be fix on wall and distance
between two gulli or clamp not more then 6 inches.
o GI pipe
Should be 2” inch diameter class B standard
At least 2 cable can laid in one pipe only
• UTP cable laying
o Should follow approved plan
• OFC laying on wall or under ground
o OFC laying on wall or underground in GI pipe, vendor should follow as
approved plan
• Jack Panel
o Should be a 24 port modular / discrete patch panel.
o Ports should be individually replaceable and consistent port-to-port
performance
o Should confirm or exceed TIA/EIA-568-B.2-1 and IEC 60603-7-4
standards requirements for CAT 6
o Metallic high strength and 1U height
o Should be UL Listed
• IO
o Should confirm or exceed TIA/EIA-568-B.2-1 and IEC 60603-7-4
standards requirements for CAT 6
o Durability: 750 mating cycles on modular jack and 200 termination cycles
on 110 block
• Multimode OM3 Fiber Patch Chords
o Patch Cords 550 meters channel @ 10 Gb/s
o The fiber-optic patch cord shall be configurable with standard LC, SC,
terminations, and shall be available in either 1.6 mm or 3.0 mm duplex zip
cord.
o The 1.6 mm cordage shall exceed the requirements for larger diameter
cordage and allows at least twice as many fibers to be installed in a
cabinet.
o The duplex cordage shall be 1.6 mm by 3.5 mm and have two single fiber
cords joined together with a web.
o The connector shall have a pull-proof design that helps prevent accidental
disconnects and helps to assure optimal performance of equipment.
1.1.3.16 Mounting Cords
• Length
o 10, 20, 30 and 40 feet
• Conductor
o 23 / 24 AWG 7 / 32, stranded copper
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• Cable Type
o UTP CAT 6 ANSI/TIA/EIA 568-B.2-1
• Plug Protection
o Anti-snag feature
• Warranty
o 20/ 25-year component warranty
• Cable Type
o Cat 6
• Terminals
o Phosphor Bronze with gold plating
• Jacket
o PVC
o The cable jacket shall comply with Article 800 NEC for use as a non-
plenum cable. The 4 pair UTP cable shall be UL and c (UL) Listed
Type CM (non-plenum).
• End point connector
o Factory fitted RJ-45 plugs at both ends
• Insulation
o Flame Retardant
1.1.3.17 Server Racks 36U
• 19” 36U racks shall be used in the Data Centre for hosting the department
applications of Government of Andaman and Nicobar Island. All the racks
should be mounted on the floor with castor wheels with brakes (set of 4 per
rack)
• Floor Standing Server Rack - 36U with Heavy Duty Extruded Aluminium
Frame for rigidity. Top cover with FHU provision. Top & Bottom cover with
cable entry gland plates. Heavy Duty Top and Bottom frame of MS. Two pairs
of 19" mounting angles with 'U' marking. Depth support channels - 3 pairs.
with an overall weight carrying Capacity of 500Kgs.
• The racks should conform to EIA-310 Standard for Cabinets, Racks, Panels
and Associated Equipment and accommodate industry standard 19” rack
mount equipment.
• Front and Back doors should be perforated with at least 63% or higher
perforations.
• All racks should be OEM racks with Adjustable mounting depth, Multi-
operator component compatibility, Numbered U positions, Powder coat paint
finish and Protective grounding provisions.
• All racks should have mounting hardware 2 Packs, Blanking Panel (1) varying
from 4 U to 5 U size.
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• Keyboard Tray with BB Slides (Rotary Type) (1 no. per Rack)
• Stationery Shelf 627mm Network (2 sets per Rack)
• All racks must be lockable on all sides with unique key for each rack
• Racks should be compatible with floor-throw as well as top-throw data centre
cooling systems.
• Server racks should have PS/2 interface adapter and USB interface adapter
• Racks should have Rear Cable Management channels, Roof and base cable
access
• Wire managers
o Two vertical and four horizontal
• Power distribution Unit
o Power Distribution Unit - Vertically Mounted, 32AMPs with 25 Power
Outputs. (20 Power outs of IEC 320 C13 Sockets & 5 Power outs of
5/13 Amp Sockets), Electronically controlled circuits for Surge & Spike
protection, LED readout for the total current being drawn from the
channel, 32AMPS MCB, 5 KVA isolated input to Ground & Output to
Ground (1 No per Rack)
• Door
o The racks must have steel (solid / grill / mesh) front / rear doors and
side panels. Racks should NOT have glass doors / panels.
o Both the front and rear doors should be designed with quick release
hinges allowing for quick and easy detachment without the use of
tools.
• Fan trays
o Fan 90CFM 230V AC, 4" dia (4 Nos. per Rack)
o Fan Housing Unit 4 Fan Position (Top Mounted) (1 no. per Rack) -
Monitored - Thermostat based - The Fans should switch on based on
the Temperature within the rack. The temperature setting should be
factory settable. This unit should also include - humidity & temperature
sensor
• Depth
o 1000 mm
• Metal
o Aluminium extruded profile
• Side panel
o Detachable side panels (set of 2 per Rack)
• Width
o 19” equipment mounting, extra width is recommended for managing
voluminous cables
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1.1.3.18 Network Racks
• Should be available in 2-Post Configurations
• 36 U height
• Should be available with an option of Rail Widths: 3”, 6”, 12” (2-Post)
• EIA-310-E Compliant
• UL Listed, Certification - Information Technology and Communications
equipment
• Load Capacity: 1000 lb (2 and 4-Post Al)
• EIA Standard Hole Pattern: 12-24 Threads @ 5/8" (127mm), 1/2" (25.4mm)
centers
• Material: Al: 6061-T6 Aluminum Extrusion (3” Rail), Al: 6061-T6 0.125” Thick,
(6” and 12” Rail), Steel: 14 Gauge (0.075 Thick), CRS
• Finish: Durable black epoxy powder-coat
• Easily assembled, hardware included
• Cable Management
o Ergonomically designed and aesthetically pleasing, Lightweight, but
sturdy
o Should have dual hinge latching door & can be opened right or left.
o Cable fingers spaced at 1RMU increments for exact alignment with
EIA standard
o Rack spacing
o Cable fingers support up to 48 cables per RMU
o Should be available in 6”, 8”, 10” & 12” vertical trough widths both
single sided or double sided.
o In case of Horizontal cable management the cover should hinges up
or down and locks into position with cylindrical finger ends for easy
snap on installation
o Horizontal cable management troughs should be available in 1, 2 & 3
RMU
o Open back on 2U and 3U horizontal troughs for easy pass through of
cables
o Easy one point removal and installation process for door
o Handle should be recessed to eliminate snag potential for clothes and
arms
o Should have C Channel bracket allowing for easy access to the cable
trough
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o Provision for Tool-less installation of Cable Spool
1.1.3.19 Anti Virus Software
• Should restrict e-mail bound Virus attacks in real time without compromising
performance of the system
• Should be capable of providing multiple layers of defense
• Should have installation support on gateway / mailing server
• Should be capable of detecting and cleaning virus infected attachments as
well
• Should support scanning for ZIP, RAR compressed files, and TAR archive
files
• Should support online upgrade, where by most product upgrades and patches
can be performed without bringing messaging server off-line.
• Should use multiple scan engines during the scanning process
• Should support in-memory scanning so as to minimize Disk IO
• Should support Multi-threaded scanning
• Should support scanning of a single mailbox or a one off scan.
• Should support scanning by file type for attachments
• Should support scanning of nested compressed files
• Should be capable of specifying the logic with which scan engines are
applied; such as the most recently updated scan engine should scan all
emails etc
• Should support heuristic scanning to allow rule-based detection of unknown
viruses
• Updates to the scan engines should be automated and should not require
manual intervention
• All binaries from the vendor that are downloaded and distributed must be
signed and the signature verified during runtime for enhanced security
• Updates should not cause queuing or rejection of email
• Updates should be capable of being rolled back in case required
• Should support content filtering based on sender or domain filtering
• Should provide content filtering for message body and subject line, blocking
messages that contain keywords for inappropriate content
• File filtering should be supported by the proposed solution; file filtering should
be based on true file type.
• Common solution for anti-spyware and anti-virus infections; and anti-virus and
anti-spyware solution should have a common web based management
console.
• Should support various types of reporting formats such as CSV, HTML and
text files
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• Should be capable of being managed by a central management station
• Should support client lockdown feature for preventing desktop users from
changing real-time settings
• Should support insertion of disclaimers to message bodies
• Product shall be provided with all the required licenses, software as
applicable to meet all the above mentioned specification and hence the
proposed solution.
• The bidder has to account for the following client antivirus software :
o for all servers being installed in the SDC
o for all other computing devices such as desktops, laptops etc.
• The bidder would ensure client antivirus subscription valid for the period of
project, therefore, no. of client antivirus software/solution, there subscription
should work for the project period with out any expiration of services.
1.1.3.20 Directory Services
• Should be compliant with LDAP v3
• Support for integrated LDAP compliant directory services to record
information for users and system resources
• Should provide integrated authentication mechanism across operating
system, messaging services
• Should provide directory services for ease of management and administration
/ replication
• Should provide support for Group policies and software restriction policies
• Should support security features, such as Kerberos, Smart Cards, Public Key
Infrastructure (PKI), etc
• Should provide support for X.500 naming standards
• Should support Kerberos for logon and authentication
• Should support that password reset capabilities for a given group or groups of
users can be delegated to any nominated user
• Should support that user account creation/deletion rights within a group or
groups can be delegated to any nominated user
• Should support directory services integrated DNS zones for ease of
management and administration/replication.
1.1.3.21 Management & Monitoring System (EMS)
• Basic Requirements
o Solution should be inclusive with hardware, OS, patches, etc.
o Solution should provide for future scalability of the whole system
without major architectural changes.
o Should be SNMP v1, v2, v3 and MIB-II compliant.
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o Filtering of events should be possible, with advance sort option based
on components, type of message, time etc.
o Should support Web / Administration Interface.
o Should provide compatibility to standard RDBMS.
o Solution should be open, distributed, and scalable and open to third
party integration.
o Should provide fault and performance management for multi-vendor
TCP/IP networks.
• Security
o Should be able to provide secured windows based consoles / secured
web-based consoles for accessibility to EMS.
o Should have web browser interface with user name and Password
Authentication.
o Administrator/ Manager should have privilege to create/modify/delete
user.
• Polling Cycle
o Support discriminated polling
o Should be able to update device configuration changes such as re-
indexing of ports
• Fault Management
o Should be able to get fault information in real time and present the
same in alarm window with description, affected component, time
stamp etc.
o Should be able to get fault information from heterogeneous devices —
routers, switches, servers etc.
o Event related to servers should go to a common enterprise event
console where a set of automated tasks can be defined based on the
policy.
o Should have ability to correlate events across the entire infrastructure
components of SDC.
o Should support automatic event correlation in order to reduce events
occurring in SDC.
o Should support advanced filtering to eliminate extraneous data /
alarms in Web browser and GUI.
o Should be configurable to suppress events for key systems/devices
that are down for routine maintenance or planned outage.
o Should be able to monitor on user-defined thresholds for warning/
critical states and escalate events to event console of enterprise
management system.
o Should provide out of the box root cause analysis with multiple root
cause algorithms inbuilt for root cause analysis.
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o Should have self-certification capabilities so that it can easily add
support for new traps and automatically generate alarms.
o Should provide sufficient reports pertaining to asset and change
management, alarms and availability of critical network resources as
well as network response times for critical links.
o The tool shall integrate network, server and database performance
information and alarms in a single console and provide a unified
reporting interface for network and system components. The current
performance state of the entire network and system infrastructure
shall be visible in an integrated console.
o Should provide an integrated performance view for all the managed
systems and networks along with the various threshold violations
alarms in them. It should be possible to drill-down into the
performance view to execute context specific reports
o Should provide the following reports for troubleshooting, diagnosis,
analysis and resolution purposes: Trend Reports, At-A-Glance
Reports, & capacity prediction reports
o Should be able to auto-calculate resource utilization baselines for the
entire managed systems and networks and allow user to set
corresponding upper and lower threshold limits
• Discovery
o Should provide accurate discovery of layer 3 and heterogeneous layer
2 switched networks for Ethernet, LAN and Servers etc.
o Manual discovery can be done for identified network segment, single
or multiple devices.
• Presentation
o Should be able to discover links with proper color status propagation
for complete network visualization.
o Should support dynamic object collections and auto discovery. The
topology of the entire Network should be available in a single map.
o Should give user option to create his /or her map based on certain
group of devices or region.
o Should provide custom visual mapping of L2 and L3 devices
connectivity and relationships.
• Agents
o Should monitor various operating system parameters such as
processors, memory, files, processes, file systems etc. where
applicable using agents on the servers to be monitored.
o Provide performance threshold configuration for all the agents to be
done from a central GUI based console that provide a common look
and feel across various platforms in the enterprise. These agents
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could then dynamically reconfigure them to use these threshold
profiles they receive.
• System Monitoring
o Should be able to monitor/ manage large heterogeneous systems
environment continuously.
o Windows OS
Should monitor / manage following:
• Event log monitoring
• Virtual and physical memory statistics
• Paging and swap statistics
• Operating System
• Memory
• Logical disk
• Physical disk
• Process
• Processor
• Paging file
• IP statistics
• ICMP statistics
• Network interface traffic
• Cache
• Active Directory Services
Should be capable of view/start/stop the services on windows
servers
o Unix / Linux
Should monitor with statistics :
• CPU Utilization, CPU Load Averages
• System virtual memory (includes swapping and paging)
• Disk Usage
• No. of Inodes in each file system
• Network interface traffic
• Critical System log integration
• Infrastructure Services
o IIS / Tomcat / Apache / Web server statistics
o HTTP service
o HTTPS service
o FTP server statistics
o POP/ SMTP Services
o ICMP services
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o Database Services – Monitor various critical relational database
management system (RDBMS) parameters such as database tables /
table spaces, logs etc.
• Application Performance Management
o End to end Management of applications (J2EE/.NET based)
o Determination of the root cause of performance issues whether inside
the Java application in connected back-end systems or at the network
layer.
o Automatic discovery and monitoring of the web application
environment
o Ability to monitor applications with a dashboard.
o Ability to expose performance of individual SQL statements within
problem transactions
o Monitoring of third-party applications without any source code change
requirements.
o Proactive monitoring of all end user transactions; detecting failed
transactions; gathering evidence necessary for problem diagnose.
o Storage of historical data is for problem diagnosis, trend analysis etc.
o Monitoring of application performance based on transaction type
o Ability to identify the potential cause of memory leaks.
• Reporting
o Should able to generate reports on predefined / customized hours.
o Should be able to present the reports through web and also generate
“pdf” / CSV / ASCII reports of the same.
o Should provide user flexibility to create his /or her custom reports on
the basis of time duration, group of elements, custom elements etc.
o Should provide information regarding interface utilization and error
statistics for physical and logical links.
o Should create historical performance and trend analysis for capacity
planning.
o Should be capable to send the reports through e-mail to pre-defined
user with pre-defined interval.
o Should have capability to exclude the planned-downtimes or downtime
outside SLA.
o Should be able to generate all sorts of SLA Reports.
o Should be able to generate web-based reports, historical data for the
systems and network devices and Near Real Time reports on the local
management console.
o Should be able to generate the reports for Server, Application,
infrastructure services and Network devices in SDC environment.
• Availability Reports
o Availability and Uptime – Daily, Weekly, Monthly and Yearly Basis
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o Trend Report
o Custom report
o MTBF and MTTR reports
• Performance Reports
o Device Performance – CPU and Memory utilized
o Interface errors
o Server and Infrastructure service statistics
o Trend report based on Historical Information
o Custom report
o SLA Reporting
o Computation of SLA for entire SDC Infrastructure
o Automated Daily, Weekly, Monthly, Quarterly and Yearly SLA reports
• Data collection
o For reporting, required RDBMS to be provided with all licenses.
o Should have sufficient Storage capacity should to support all reporting
data for 5 Years of SDC operation.
• Integration
o Should be able to receive and process SNMP traps from infrastructure
components such as router, switch, servers etc.
o Should be able integrate with Helpdesk system for incidents.
o Should be able to send e-mail or Mobile –SMS to pre-defined users
for pre-defined faults.
o Should trigger automated actions based on incoming events / traps.
These actions can be automated scripts/batch files.
• Network Management
o The Network Management function must monitor performance across
heterogeneous networks from one end of the enterprise to the other.
o It should proactively analyze problems to improve network
performance.
o The Network Management function should create a graphical display
of all discovered resources.
o The Network Management function should have extensive reporting
facility, providing the ability to format and present data in a graphical
and tabular display
o The Network Management function should collect and analyze the
data. Once collected, it should automatically store data gathered by
the NMS system in a database. This enterprise-wide data should be
easily accessed from a central location and used to help with capacity
planning, reporting and analysis.
o The Network Management function should also provide information on
performance of Ethernet segments, including capacity utilization and
error statistics for the segment, WAN links and routers.
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o Alerts should be shown on the Event Management map when
thresholds are exceeded and should subsequently be able to inform
Network Operations Center (NOC) and notify concerned authority
using different methods such as pagers, emails, etc.
o It should be able to automatically generate a notification in the event
of a link failure to ensure proper handling of link related issues.
o The Systems and Distributed Monitoring (Operating Systems) of EMS
should be able to monitor:
Processors: Each processor in the system should be
monitored for CPU utilization. Current utilization should
be compared against user-specified warning and
critical thresholds.
File Systems: Each file system should be monitored for
the amount of file system space used, which is
compared to user-defined warning and critical
thresholds.
Log Files: Logs should be monitored to detect faults in
the operating system, the communication subsystem
and in applications. The function should also analyze
the files residing on the host for specified string
patterns.
System Processes: The System Management function
should provide real-time collection of data from all
system processes. This should identify whether or not
an important process has stopped unexpectedly.
Critical processes should be automatically restarted
using the System Management function.
Memory: The System Management function should
monitor memory utilization and available swap space.
Event Log: User-defined events in the security, system,
and application event logs must be monitored.
• SLA Monitoring
The SLA Monitoring function of the EMS is by far the most important requirement
of the SDC Project. Equally important from the point of the Partner is that the
payments by SOVTECH on account of the performance are linked to a
measurement of the quarterly averages of SLA parameters. In this context the
SLA Monitoring component of EMS will have to possess the following capabilities:
o EMS should integrate with the application software component of
portal software that measures performance of system against the
following SLA parameters:
Response times of Portal;
Transaction handling capacity of application server
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Uptime of data centre;
Meantime for restoration of Data Centre etc;
o EMS should compile the performance statistics from all the IT systems
involved and compute the average of the parameters over a quarter,
and compare it with the SLA metrics laid down in the RFP.
o The EMS should compute the weighted average score of the SLA
metrics and arrive at the quarterly service charges payable to the
Agency after applying the system of penalties and rewards.
o The SLA monitoring component of the EMS should be under the
control of the authority that is nominated to the mutual agreement of
Director, the partner so as to ensure that it is in a trusted environment.
The SLA monitoring component of the EMS should be subject to random third
party audit to vouchsafe its accuracy, reliability and integrity.
• Reporting
o The Reporting and Analysis tool should provide a ready-to-use view
into the wealth of data gathered by Management system and service
management tools. It should consolidate data from all the relevant
modules and transform it into easily accessible business-relevant
information. This information, should be presented in a variety of
graphical formats can be viewed interactively
o The tool should allow customers to explore the real-time data in a
variety of methods and patterns and then produce reports to analyze
the associated business and service affecting issues.
o The presentation of reports should be in an easy to analyze graphical
form enabling the administrator to put up easily summarized reports to
the management for quick action (Customizable Reports). The
software should be capable of supporting the needs to custom make
some of the reports as per the needs of the organization.
o Provide Historical Data Analysis: The software should be able to
provide a time snapshot of the required information as well as the
period analysis of the same in order to help in projecting the demand
for bandwidth in the future.
• Enterprise Management
o Management layer should provide ability to determine which part of
application is creating performance issue
o Ability to determine network roundtrip times of your user groups
o Ability to do usage trend analysis
o Effective service level management: Service levels are important
measures of business performance. The management layer should
provide the right measures for the service level agreements for
business continuity and operational efficiency. It should monitor
service availability, performance, usage, measure availability and
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performance from representative key user locations, determine root
cause and impact of service failures on overall service level
agreement.
o Application performance management: The management framework
should help in enhancing system performance and reliability of the
system to ensure improvement in the overall operational efficiency.
o Proactive monitoring: The management framework should provide for
proactive, unattended monitoring of the database system
o Configuration and Patch Management: Management platform must
provide a tool, which tracks and analyzes hardware, database, OS
and application server software configuration and lowers the cost of
complex operations such as applying software patches, enforcing
operational policies and cloning core IT infrastructure systems (such
as databases and application servers).
o Heterogeneous platform Monitoring support: The management
platform must provide support to monitor multiple middle tier
application servers
• ITIL based Helpdesk System: Helpdesk system would automatically generate
the incident tickets and log the call. Such calls are forwarded to the desired
system support personnel deputed by the Implementation Agency. These
personnel would look into the problem, diagnose and isolate such faults and
resolve the issues timely. The helpdesk system would be having necessary
workflow for transparent, smoother and cordial SDC support framework.
o The Helpdesk system should provide flexibility of logging incident
manually via windows GUI and web interface.
o The web interface console of the incident tracking system would allow
viewing, updating and closing of incident tickets.
o The trouble-ticket should be generated for each complaint and given
to asset owner immediately as well as part of email.
o Helpdesk system should allow detailed multiple levels/tiers of
categorization on the type of security incident being logged.
o It should provide classification to differentiate the criticality of the
security incident via the priority levels, severity levels and impact
levels.
o It should allow SLA to be associated with a ticket based on priority,
severity, incident type, requestor, asset, location or group individually
as well as collectively.
o It should maintain the SLA for each item/service. The system should
be able to generate report on the SLA violation or regular SLA
compliance levels.
o It should be possible to sort requests based on how close are the
requests to violate their defined SLAs.
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o It should support multiple time zones and work shifts for SLA &
automatic ticket assignment.
o It should allow the helpdesk administrator to define escalation policy,
with multiple levels & notification, through easy to use window GUI /
console.
o System should provide a knowledge base to store history of useful
incident resolution.
o It should have an updateable knowledge base for technical analysis
and further help end-users to search solutions for previously solved
issues.
o The web-based knowledge tool would allow users to access his / her
knowledge article for quick references.
o It should provide functionality to add / remove a knowledge base
solution based on prior approval from the concerned authorities
o Provide seamless integration to generate events/incident
automatically from NMS / EMS.
o Each incident could be able to associate multiple activity logs entries
manually or automatically events / incidents from other security tools
or EMS / NMS.
o Allow categorization on the type of incident being logged.
o Provide audit logs and reports to track the updating of each incident
ticket.
o Proposed incident tracking system would be ITIL compliant.
o It should be possible to do any customizations or policy updates in
flash with zero or very minimal coding or down time.
o It should integrate with Enterprise Management System event
management and support automatic problem registration, based on
predefined policies.
o It should be able to log and escalate user interactions and requests.
o It should support tracking of SLA (service level agreements) for call
requests within the help desk through service types.
o It should be capable of assigning call requests to technical staff
manually as well as automatically based on predefined rules, and
should support notification and escalation over email, web etc.
o It should provide status of registered calls to end-users over email and
through web.
o The solution should provide web based administration so that the
same can be performed from anywhere.
o It should have a customized Management Dashboard for senior
executives with live reports from helpdesk database.
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EMS tools deployed for the State Data Centre shall have the ability to manage the
entire IT infrastructure proposed by the bidder as part of the SDC scheme.
1.1.3.22 Security
The Solution implemented for SDC Project has to follow a well-defined security
policy. It should provide a framework that ensures the availability, integrity, and
confidentiality of information infrastructure.
The solution shall accomplish the laid objectives by providing identification,
authentication, authorization/access control, administration and audit by incorporating
a security architecture which is built upon a foundation of security services, relevant
technologies, best practices, guidelines, and standards. The security services used
to protect the information infrastructure shall include
• Identification – The process of distinguishing one user from all others
• Authentication – The process of verifying the identity of a user
• Authorization and Access Control – The means of establishing and enforcing
user rights and privileges
• Administration – The process of establishing, managing, and maintaining
security
• Audit – The process of monitoring the identification, authentication,
authorization and access control, and administration to determine if proper
security has been established and maintained.
It is important to note that the technologies chosen are in flux, where the services
and goals remain constant. It is exigent that as new technologies emerge or existing
one’s mature that they be re-evaluated in light of the security principles and goals
outlined in this document. These security services shall be delivered and that the
technologies are implemented in conjunction with a set of best practices guidelines
and industry standards.
Wherever applicable the following principles must be applied to the security
architecture:
• All passwords must expire after a specified number of days or sooner at
user’s discretion.
• Reuse of passwords must be separated by a pre-determined number of
alternate passwords, not to be less than 10
• User ID’s not used within a specified period of time must be automatically
locked out (length of lock out period to vary between existing and new user
ID’s)
• All the Systems should run most up-to-date anti-virus software to avoid
malicious programs to cause damage to the systems
• The software solution must ensure that users create “strong” passwords.
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• The application should allow Role Based Security Access to the application
pages and features. The user should belong to a role based on functional role
in the system and should have access only to execute the stated operations.
• The application should be configurable to provide role based security
• The User groups with appropriate roles have to be classified based on the
privileges that are sought to be granted and users need to be assigned to the
roles as appropriate. The supervisor has to be given appropriate privileges to
assign people to roles. Access to all application modules and related
functionality will be based on these privileges.
• Digital certificates for all servers, data encryption protocols to be supported
(SSL).
• Assessing various touch points with external systems/networks and
associated risks and risk mitigation measures should provided in the
proposed solution
• All browser based access for the transactions performed from outside the
integrated projects Security boundary must use Secure Socket Layer.
• Information stored in the databases must be protected from unauthorized
access.
• Any access to database should only be via application authorization.
• Any administrative access to database should only be via application
authorization which should follow authentication of personnel by a suitable
mechanism such as use of single-finger biometric technology.
• Backup/Restore: Backups should be secured against malicious use by
unintended users.
• Security Management System
o Host based Server Access Control
Should allow granular controlling of access to all system
resources including data files, devices, processes/daemons
and audit files.
Should be Non-Intrusive – must make no changes to the
operating system kernel or binaries. Software must allow for
quick uninstall if necessary.
Should provide the ability of self-healing and self-defending - If
a daemon fails, another daemon will attempt to restart it; It
should protect itself, even root cannot stop an access
management daemon or modify the files
The solution must track the "real user" even in case of
surrogates”
Should support “Centralized policy definition and distribution"
Should provide monitoring of critical file access and must track
changes to them.
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Should provide protection against Back Doors and Trojan
Horses
Should provide Process Controls - Administrator must be able
to control the circumstances, under which authorized users
may terminate sensitive processes (daemons), including time
and day, where from, etc.
Solution must intercept and verify every request to change
user identity and maintain a reliable audit trail.
Should provide firewall-like security by controlling inbound and
outbound TCP connections on UNIX systems.
The solution should support operating systems such as IBM-
AIX, UNIX, Linux, HP-UX, Sun Solaris, and Windows
2000/2003.
Should provide a warning mode that can be used during
implementation to verify policies and their impact before
deployment.
The solution should provide network source controls – Must be
able to restrict user login from specific machines / hosts /
terminals for network access or physically connected terminals
such as dumb terminals.
1.1.3.23 Compliance to ISO27001 Standards of Security
• The technology solution should comply with ISO27001 standards and the
DCO has to get the certificate of the same within three quarters” from the date
of start of successful operations of the State Data Centre. Subsequently
periodic surveillance audits must be carried out”. The cost incurred for
obtaining and maintaining the certification shall be borne by the DCO.
• Security certification process shall include Audit of Network, Server and
Application
• Security mechanisms
• Assessment of authentication mechanism provided in the application
/components
• Modules Assessment of data encryption mechanism.
• Assessment of data access privileges, retention periods and archival
mechanisms.
• Final output of this process would be a comprehensive audit report including
all the Network, Server and Application security features incorporated in the
project.
• Manageability Requirements of the project will be tested and certified for the
following:
o Remote Monitoring of Status and Statistics of all high-level components
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o Management capability to start/ stop/ restart services & systems.
o Auto discovery of all components manageable through SNMP
o Auto discovery of all other system components.
o Ability to track changes in configurations of the system components to
help track
• Service/ System disruptions
1.1.3.24 Specifications for Data Center Design & Implementation
This section details the technical specifications, mandatory compliance of the IA to
these specifications in implementation of the State Data Center for Andaman and
Nicobar Island. The approximate space for State Data Center is about 1250 Sq.ft.
However the vendor shall also provide the cost of data center preparation per sq.ft in
the commercial bid.
1. IT Equipment
2. Civil
3. Electrical
4. CCTV
5. UPS & Battery System
6. Air Conditioning
7. Building Management System Components
8. Fire/Smoke Detection and suppression system
9. DG Sets
1.1.3.25 Commitment from Manufacturers
The Agency shall submit letters of commitment issued by the manufacturer(s)
confirming minimum Five-year support of the system offered and shall guarantee
supply of spares for the equipment service life starting from the date of acceptance.
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Physical
Infrastructure
SECTION – II
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2 Section II - SDC Architecture: Physical Infrastructure
2.1 Layout of the Data Centre
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In the schematic above, entire SDC area is logically divided in Zones based MIT
guidelines. Each of these zones are having different objective described further in
this section. The respective area of each zone would actually vary, primarily on the
basis of number of applications and size of the State.
a. Zone A – The Server Farm area of around 446 sq.ft. with Fire Exit would host
servers, Server racks, storage racks and Networking component etc. The DC
shall be built to cater an average load of 5 KVA per rack. And for high end
equipments and server it is build to cater 10 KVA per rack.
b. Zone B – Comprises of Helpdesk Area, BMS Room, Staging Room, Project
Manager Room, Foyer Area, and Security/ Passage Area.
c. Zone C – Comprises of UPS Room, Electrical Area and Hub/ NOC Room
d. Zone D – Passage Area
A detailed description of key areas of SDC is given below:
• Server Farm Area
The server farm area of 446 sq.ft. with Fire Exit within the SDC will host / co-locate
State Government Intranet Web Servers, and various Departmental Application
Servers including the Database Servers. These servers may be Low end to High-end
depending upon the applications hosted on them. These servers may be online or
only for repository purpose. The applications which are running on the central-
computing servers will have load balancing and high availability features.
This area will host the Security components. The security architecture will provide
controlled access to the web and database servers from Internet and other networks.
This would be multi-layer architecture with two layers of firewall separating the
Internet, web, and database/application and Intranet zones.
The electrical area would be separated from the server room section by a grill
partition with higher perforation along with stainless steel bars to prevent unwanted
access control from electrical service area to server area. This would also ensure
optimum cooling in the server farm area.
• Staging Room
The staging area is around 90 sq.ft and. will be used for the initial configuration/
testing/ unpacking of server, network equipment and testing of application before the
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final installation in the server farm area. This are will be hosted with an access switch
and staging server.
• Battery and UPS Room
This area with 141 sq. ft. shall house all the Un-Interrupted Power Supply Units to
feed the components such as PAC, UPS, lighting, fixtures etc. This area shall house
all the Batteries accompanying the UPS components. As these components generate
good amount of radiation it is advised to house these components in a room separate
from main SDC room.
• Electrical Area
This area with around 160 sq. ft. shall house all the Main Power Distribution Units
(PDU) and Sub Distribution Units to feed the components such as PAC, UPS,
lighting, fixtures etc. It is recommended to install transformer based PDUs in the
State Data Centre.
• NOC Room/ Hub
This area of around 135 sq ft. will contain all the networking components from
routers, switches to passive components. The data communication component area
will terminate SWAN connections, LAN Connections and host a network monitoring
station for LAN & WAN. All the Data Center LAN connections will be provided
through switches placed in this area.
• BMS/ Control/ Help Desk
The Building Management System (BMS) room is around 147 sq.ft. and shall house
all the panels for the BMS components including Closed Circuit Television, LCD
screens, Fire Detection & Suppression System, Access Control, Fire Alarm, and Fire
Suppression Cylinders etc.
• Project Manager Room
This room with around 119 sq.ft. shall be used by the Project In-charge / Project
Manager responsible for the overall delivery of the State Data Centre Project.
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• Storage Room
The storage area present on SDC floor for polytechnic use would be utilized for
storing all backed up Digital Linear Tapes (DLT) require for the data center and
hence has not been shown in SDC area. The area of the designated storage room on
the SDC floor is approx. 193 sq. ft. Since it is outside the SDC area adequate
security measures have been undertaken in terms of biometric based entry along
with the normal physical security present at the entrance of the building.
• Reception & Security Area
The Security and Reception Area present in the ground floor of the polytechnic
building shall be used for the external visitors to the State Data Centre. Also there is
a plan of creating a glass enclosure in the approach passage to the SDC area, which
can be used as a waiting room for SDC visitors.
• Others
Further SIA (Sovtech) has enough space in the SDC premise for the following items:
• Battery room on the ground floor of SDC building
• PAC outdoor units,
• DG sets,
• Diesel Storing,
• Earth pits,
• Water source.
• Any other items/units need to be placed outside the provided layout.
Note:
• Civil & Architectural work like False Flooring, Painting, Partitioning, Doors and
Locking, Fire proofing all surfaces False Ceiling, Storage, Furniture & fixture will
be done at all locations wherever required
• Adequate furniture, fire sensors & fire extinguishers would be placed in all areas.
• Zone A will have precision air conditioning on a 24 x 7 x 365
• Zone B/C should be provided with split-type comfort air-cooled system
2.1.1 Electrical Distribution System
A total of 138 KVA raw power would be provided by the SOVTECH along with the
separate energy meter for ANSDC.
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For Proper and uninterrupted working of Data Centre, supply of clean and
uninterrupted power is essential. This can be ensured by having the Data Centre
Power distribution system with redundancy at three levels, as follows:
• Two Incoming HT feeder supply from different substations. Even if one feeder is
down, the other one keeps power available.
• Emergency Diesel-Generator backup on Mains failure of both the feeders.
2.1.2 Humidity, Ventilation and Air Conditioning Systems
The SDC should be precision environment controlled. The temperature inside Server
Farm area should be maintained at 20 degree centigrade with a precision of ± 2
degrees. The Precision Air Conditioning shall be provided for the Server Farm with
around 446 sq.ft. area with necessary enhancements of cooling capacity in future in
terms of additional indoor and outdoor units. The bidder should plan the location of
such additional indoor and outdoor units. Bidder should also plan the location of such
additional units in the area and lay additional conduits (including associated civil /
electrical works) between locations of these additional indoor units and outdoor units,
lay additional electrical cable & outlets so as to have other infrastructure ready for
deploying additional indoor and outdoor units at a future date. Air Conditioning should
be ensured to the extent of 99.749%. It is suggested to provide air supply typically
through false flooring.
2.1.2.1 Air Conditioning
Since Zone A is a critical area, a separate air conditioning system (precision
air conditioning) should be exclusively installed to maintain the required
temperature for Zone A. Zone B & C can have a common air conditioning system
for comfort. The general requirements for the two zones are as specified below:
• Zone A – should be provided with precision air conditioning on a 24 x 7 x 365
days operating basis at least meeting with Tier – II having n + 1 redundancy
architecture requirements and having enough provision to scale it to next level as
may be required in a later stage. The units should be able to switch the air
conditioner on and off automatically and alternately for effective usage in pre
defined sequence. The units should be down-flow fashion, air-cooled conditioning
system. Precision Air Conditioning systems specifically designed for stringent
environmental Control with automatic monitoring and control of
cooling, heating, humidification, dehumidification and air filtration function
should be installed.
• Zone B/C: Zone B/C should be provided with split-type comfort air-cooled
system (at least meeting with Tier - II architecture requirements). Help desk
and NOC area should have a separate AC system, so that AC units can be
switched off whenever required.
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2.1.2.2 Natural Convection
As the conditioned air is supplied through the grills with volume control dampers on
the floor, the cold air-cools the component in a much faster and efficient manner as it
does moves up, after extracting heat from the component. This follows the natural
convection path of the air. The warm air should be sucked at the top by machine, air-
conditioned and then supplied back to the room.
2.1.2.3 Air Distribution
The air is to be distributed evenly by providing grills with VCDs (Volume Control
Dampers) in the floor tiles.
2.1.2.4 Flexibility
The system should give the flexibility of discharging air at wherever point required
even if the furniture is relocated. Changing the grill/tiles carrying grills, at suitable
location does this.
2.1.3 Rodent Repellant
The entry of Rodents and other unwanted pests shall be controlled using non-
chemical, non-toxic devices. Ultrasonic pest repellents shall be provided in the false
flooring and ceiling to repel the pests without killing them.
• Configuration : Master console with necessary transducer
• Operating Frequency : Above 20 KHz (Variable)
• Sound Output : 50 dB to 110 dB (at 1 meter)
• Power output : 800 mW per transducer
• Power consumption : 15 W approximately
• Power Supply : 230 V AC 50 Hz
• Mounting : Wall / Table Mounting
2.1.4 False Ceiling
The top false ceiling would have 1’ 6’’ feet of space from the actual Room ceiling.
This false ceiling will house AC ducting (if required) and cables of Electrical lighting,
Fire fighting, Rodent Control and CCTV.
SDC site being exposed to heavy rain and temperature fluctuation and the building
having an asbestos roof, DCO would be required to provide a 2nd layer of false-
roofing with gypsum to ensure effective cooling. SIA would be required to ensure
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proper roof treatment to prevent water leakage before handing over the site to DCO.
DCO would be required to perform the following as part of civil work for 2nd layer of
false-roofing:
• Gypsum False Ceiling : Providing and fixing suspended gypsum board false
ceiling as per drawing comprising of G.I.Channel grid type framework, gypsum
boards, paper tape, gypsum putty and cutouts for light fittings, A/C grills, Fire
Alarm accessories. The ceiling is to be installed by suspending the G.I.hangers
from the existing ceiling by means of anchor fasteners. G.I. ”L“ angle perimeter
channel shall be installed along the peripheral walls of the rooms. The framework
comprising of G.I.sections is then fastened to the hanger suspenders and the
perimeter channels by means of G.I. spring type fasteners. The gypsum board
panels 12mm thick are secured on to bottom of the frame work by means of
screws. The areas which need to be cut out for lights, a/c grills etc. are marked
and cut out to happen. The joint between the boards are to be finished with paper
tape and the entire cutting is to be leveled and smoothened by means of applying
and sanding down of gypsum filler applied on it. When the surface is prepared
one coat of primer of 2/3 coats of plastic emulsion paint of approved brand and
color to be applied.
2.1.5 UPS Requirements & Features
UPS System design concept is based on redundancy and availability with true online
system. Andaman being a small state, UPS would be installed to better optimize
power requirements. The Zone A area should have two parallel redundant UPS and
other areas like NOC, BMS and Staging Area should have a separate UPS system.
Dual redundant UPS systems will take care of following needs –
• Servers
• Access Control / Fire Detection, suppression / surveillance system
The solution should be automatic with power supply from the transformer
as the primary source and automatic switchover to DG set as a secondary
source for the data centre. Earthing should be provided from the electrical room
control panel to the Earthing pits.
It is recommended to have 2 x 50 KVA UPS with minimum of 20 minutes battery
back-up on each UPS for redundant purpose. The UPS system shall be provided for
the Server Farm Phase with a capacity to accommodate 10 racks in an area of 446
sq.ft. This should be as per N+N redundancy requirement of Tier II data center.
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It is also recommended to have 2 x 18 KVA UPS with a minimum of 15 minutes
battery back-up for provisioning of the power to the BMS Room, Staging Area and
NOC & Helpdesk Area.
UPS Modes of Operation
• The UPS shall operate as an ON LINE reverse transfer system in the
following modes:
o Normal - The UPS inverter continuously supplies the critical AC load. The
rectifier / charger derives power from AC Input source and supplies DC
power to the Inverter while simultaneously load charging power reserve
battery.
o Emergency (Failure of AC Input) – Upon failure of AC Input power, the
critical AC load will be supplied by the Inverter, which without any
switching obtains power from the battery. There shall be no interruption in
power to the critical load upon failure or restoration of the AC input
source.
o Recharge – Upon AC power restoration the rectifier / charger shall
automatically restart and supply power to the inverter and start charging
the batteries.
o Bypass – A static transfer switch should be provided for performing
reverse transfer of the load from the inverter to bypass source with no
interruption in the power to the critical AC load. A manually operated
maintenance bypass switch should be incorporated into UPS cabinet that
will connect the load to AC power source bypassing the rectifier charger
inverter and static transfer switch. The battery circuit breaker MCCB shall
have O/L and U/V protection. The UPS shall have built in isolation
transformer in order to isolate neutral of incoming supply from the load.
The load has to be provided separate neutral generated by the secondary
winding of output isolation transformer.
o Paralleling Operations: The output of all the UPS systems should be
directly connected at the load distribution panel through individual circuit
breakers (part of the distribution panel). The load at the output should be
shared equally by all the UPS systems. The paralleling control mechanism
should be available with individual UPS. There should not be any single
point of failure which can lead to collapse of all the UPS systems.
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Battery Requirements
Battery Bank should be designed to provide 20 minutes back up at full load for
Server Farm Area. Battery should be sealed and maintenance free type. The plates
shall be designed for maximum durability during all service conditions including high
rate of discharge and rapid fluctuation of load. The UPS Module should have the
battery circuit breaker mounted near to the batteries. When this breaker is opened no
battery voltage should be present in the enclosure. The battery breaker should be
automatically disconnected when the battery reaches to minimum discharge voltage
level or when signaled by other control functions. Remote tripping of Battery circuit
breaker facility shall be also incorporated. The batteries should be housed in suitable
Racks. Battery installation shall be outside the data center area to avoid fire hazard
as recommended by NFPA guidelines.
The UPS system batteries shall be of 2 Volts, Sealed Valve-Regulated lead acid
(VRLA) heavy duty type batteries having design float life of 20 years. Sealed VRLA
battery shall be sized considering end cell voltage of 1.75 Volts per cell for 30
Minutes backup on full load.
Power Distribution
• Battery installation shall be outside the SDC area to avoid fire hazard as
recommended by NFPA guidelines.
• Power cabling inside the SDC shall be of copper. The cables and conduits
used inside the SDC shall be of FRLS quality.
• Signal referencing copper Earthing to be used using braided copper wire of 6
Gauge inside the SDC.
2.1.6 Diesel Generator Set
The diesel generator set should be in a redundancy mode and total number of units
should not exceed three. This should be as per N+1 redundancy requirement of Tier
II data center.
2.1.7 Electrical Work for SDC
The electrical cabling Work shall include the following:
• Main electrical panel in Data Center
• APFC Panel
• Power cabling
• UPS Distribution Board
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• UPS point wiring
• Power Cabling for Utility component and Utility Points etc
• Online UPS
• Separate Earth Pits for the component
The distribution of power from the UPS room to the following shall be considered:
• All proposed component for the production environment
• UPS 1 No of minimum 50 KVA with static bypass arrangement
• Sub distribution panels for UPS
• Final Distribution shall be through Power Distributions Units (PDU)/MCB
Distribution Boxes. Power in the racks and other component’s shall be
provided with two sockets with power coming from separate UPS in each of
these sockets.
• The bidder is required to maintain two electrical distribution paths (one normal
& one alternate) for the cabling inside the server farm area in the proposed
State Data Centre
Specifications for Electrical Cabling – Fire retardant cables of rated capacity
exceeding the power requirement of fully blown configuration of the existing and
proposed component to be used. For expansion needs suitable redundant power
points to be provided at suitable locations. All materials used shall conform to IS
standards as per industry practice.
• Bunching of Wires – Wires carrying current shall be so bunched in the conduit
that the outgoing and return wires are drawn into the same conduit. Wires
originating from two different phases shall not be run in the same conduit.
• Drawing of Conductors – The drawing Aluminum / Copper conductor wires
shall be executed with due regards to the following precautions while drawing
insulated wires in to conduits. Care shall be taken to avoid scratches and
kinks, which cause breakages.
• Joints – All joints shall be made at main switches, distribution boards, socket
outlets, lighting outlets and switch boxes only. No joints shall be made inside
conduits and junctions boxes. Conductors shall be continuous from outlet to
outlet.
• Mains & Sub-Mains – Mains & sub-mains wires where called for shall be of
the rated capacity and approved make. Every main and sub-main shall be
drawn into an independent adequate size conduit. Adequate size draw boxes
shall be provided at convenient locations to facilitate easy drawing of the
mains and sub-mains. An independent earth wire of proper rating shall be
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provided. The earth wires shall run along the entire length of the mains and
sub-mains.
• Load Balancing – Balancing of circuits in three-phase installation shall be
planned before the commencement of wiring.
• Color Code of the Conductors – Color code shall be maintained for the entire
wiring installation, Red, Yellow, Blue for three phases and “OFF” circuit black
for neutral and green for earth (or bare earth).
• Fixing of the Conduits – Conduits junction boxes shall be kept in position and
proper holdfasts shall be provided. Conduits shall be so arranged as to
facilitate easy drawing of the wires through them. Adequate junction boxes of
approved shape & size shall be provided. All conduits shall be installed so as
to avoid stream and hot water pipes. After conduits, junction boxes, outlet
boxes & switch boxes are installed in position their outlets shall be properly
plugged so that water, mortar, insects or any other foreign matter does not
enter into conduit system. Conduits shall be laid in a neat and organize
manner as directed and approved by the Information Technology Department
Personnel or person on their behalf. Conductors shall be planned so as not to
conflict with any other service pipe lines / ducts.
• Protection – To minimize condensation or sweating inside the conductors all
outlets of conduit system shall be adequately ventilated and approved by the
proper competent authority. All screwed and socketed connections shall be
adequately made fully water tight by use of proper jointing materials.
• Switch-Outlet Boxes and Junction Boxes – All boxes shall conform to all
prevailing Indian Standards. The cover plates shall be of best quality Hylam
sheets or ISI grade Urea Formaldehyde Thermosetting insulating material,
which should be mechanically strong and fire retardant. Proper support shall
be provided to the outer boxes to fix the cover plates of switches as required.
Separate screwed earth terminals shall be provided inside the box for
earthling purpose.
2.2 Technical Specifications – Physical Components
2.2.1 UPS
Reliability of electric power can affect operations of the State Data Centre.
Uninterrupted Power Supplies (UPS) shall be used to support the load of the critical
components of the Data Centre for periods of failure of the supplied electric power,
while at the same time, filtering out transients. The scope shall include supply,
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transportation, storage, unpacking, erection, testing, successful commissioning and
satisfactory completion of trial operations of the above UPS systems for the State
Data Centre.
The UPS system should assure the Data center equipment with continuous power at
a solution uptime of 99.749% and with redundancy available up to the load end.
• Input Standard Voltage, 380 /400 / 415 V 3 Phase, 3 or 4 wire, +10 %, -15%
• Input Frequency, 50 Hz, +5% or -5%
• Output Steady State Voltage, 380 / 400 / 415 V +1% or -1%
• Output Frequency, 50 Hz, +0.25Hz to 0.5Hz
• Output Transient Voltage Stability, < 5% or –5% for a load change from 0% to
100%
• Overload – 125% for 10 minutes and 150% for 60 seconds
• Efficiency at full rated load, Not less than 92%
• Total Harmonic Content – With Linear Load < 2% for 100 % linear load and
with 3:1 Crest factor load < 5%
• Input Harmonic Filter (for <8% Input current distortion)
• DC ripple (with & without Battery connected) < 1%
• Built In power factor correction
• Automatic shutdown of component for longer power outages
• Monitoring and logging the status of the power supply
• Displaying the voltage/current draw of the component
• Automatic restarting of component following a power outage
• Displaying the current voltage on the line
• Providing alarms on some error connections
• Providing protection against short circuits
• Operating Temperature range - 0 to 40 Celsius
• Design compliance with IEC and ISO
• Software that must be installed and integrated suitable operating system
• Supplies True Online UPS Power
• Non-Linear load compatible
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• Capability to handle high Crest Factor load
• Ventilation- Air cooling with Integral Fans
• Built in Reliability & High Efficiency
• Low Audible Noise
• Compact Footprint
• Front Access for easy Maintenance
• The power factor of the UPS system shall be at 0.90 or better at full load
conditions
• Input Current Harmonics < 8%
• The battery circuit breaker MCCB shall have O/L and U/V protection.
• The UPS shall have built in isolation transformer for re-referencing and to limit
neutral- ground voltage to 1.50 volts by directly connecting dedicated earth to
neutral of the output isolation transformer of the UPS as stipulated by server
manufactures.
2.2.2 Diesel Generator Set
Diesel Engine – Diesel Engine, water cooled, Naturally Aspirated, developing
3 x 70 KVA @ 1500 RPM, under NTP conditions of BS: 5514, with Dry Type Air
Cleaner, Compact Radiator with Recovery Bottle and Pusher type Fan, Engine with
Coolant, Engine mounted panel with wiring harness, Holset Coupling and Industrial
Silencer, as per engine manufacturers design standards. The DG units should come
with sound proofing as per the standards.
• Alternator – Standard design Alternator, rated at 0.8 PF, 415 Volts, 3 Phase, 4
wires, 50 cycles/sec, 1500 RPM, self-excited and self regulated, with brushless
excitation, Self- ventilated, Screen Protected Drip Proof, Insulation Class “H”,
enclosure IP 23. The A.C. Generator shall be Horizontal foot mounted single
bearing type and shall be fitted with Automatic Voltage Regulator (AVR) for
Voltage regulation of +/- 1% or better. The Alternator generally conforms to BS:
5000/IS: 4722 and suitable to deliver output of the engine capacity
• Base Frame – Sturdy, fabricated, welded construction, channel iron Base Frame
for mounting the above Engine and Alternator.
• Control Panel – Cubicle type, floor mounting Control Panel, with hinged doors,
bottom gland plate and accommodating the following:
o 1-No. ACB or Moulded Case Circuit Breaker
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o 3-No.’s Ammeters /1 No. Ammeter with Selector Switch
o 1 No. Voltmeter with Selector Switch
o 1 No. frequency meter
o 1 Set Pilot Lamps LOAD ON/GENERATOR ON
o 1 Set Instrument Fuses
• Fuel Tank – Necessary liters capacity Fuel Tank with mounting brackets to run for
6 hours, complete with level indicator, fuel inlet and outlet, air vent, drain plug,
inlet arrangement for direct filling and set of fuel hoses for inlet and return.
• Battery – Dry uncharged maintenance free batteries with leads and terminals.
• Management - The DG set should be manageable via Building Management
System/ NOC with MODBUS Protocol with RS 485 Communication Port so that
all software features like Diesel Consumption, Power, and Current etc. can be
monitored on the BMS screen.
2.2.3 Auto Power Factor Correction (APFC) Panel
The structural design of an APFC Panel:
• Capacitor bank step (section)
• Discharge resistance on individual capacitor unit - external
• Incoming switch fuse for the bank
• Capacitor bank bus bar
• Capacitor Bank CT's
• Ammeter selector switch
• Ammeter for bank current
• Thermal overload relay or sectional fuses
• Automatic control relay & Power Factor meter
• Time delay relays
• Power contactor
• Push Button sets
• Indicating lamps
• Cabinet (capacitor bus bars)
• Earthing bus bars
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• Isolating transformer for contactor coils
• Heater
• Lamp, extra piano type switches & sockets
• Cooling Fan
• Auto-manual change over switch
2.2.4 Civil & Architectural work
The scope for civil work in this RFP is to furnish the data center area in all aspects.
The furnishing includes but not limited to the following
• Cement Concrete Work
• Cutting and chipping of existing floors
• Trench works
• Masonry works
• Hardware and Metals
• Glazing
• Paint work
• False Flooring
• False Ceiling
• Storage
• Furniture & fixture
• Partitioning
• Doors and Locking
• Painting
• Fire proofing all surfaces
• Insulating
The selected bidder should adhere to the following civil and interior specifications:
a. Raised Flooring
• Providing & fixing steel cementitious raised access floor of FFH upto
450mm finished with antistatic high pressure laminate in size 600 x 600
mm x 35 mm with point load 450 kg and uniform distribution load (UDL)
1350 kg per sq. metre as per following specifications: Panel Type - M
1000, Understructure- Edge Support Rigid Grid, Wear resistance (g / cm2)
- < 0.08, Bottom profile - Hemispherical shape, Pedestal -all steel
construction & silver zinc plated, Exposed surface- Special weather
coating on entire surface of the tiles. The same should also be provided
with wire manager and tile lifter etc.
• At least 1' 6” High from existing floor level using antistatic laminated tiles.
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• Supply & Fixing of 1.5 mm Antistatic Laminate skirting matching with
floor tiles with 8mm thick MDF Board / Bison Board up to a height of
4".
• Supplying and fixing vitrified flooring with homogeneous flexible vitrified
flooring of approved shade 2.0 mm thick in roll forms and manufacturers
specification over the existing floor. Before laying, the existing flooring
should be made free from dust and undulations. The finished flooring
should be free from air bubbles and thoroughly cleaned without
undulations.
• Providing and laying premium quality Granite white/ cream tiles of size 2'-
0" x 2'-0", 8.5 mm thick set in cement mortar and pointing with approved
tile joint filler compound of approved make of matching shade as per
manufacturer's specification as directed. The work shall include the
preparation of base surface, cleaning, and acid wash.
• do - for skirting upto a height of 4"
• Providing and fixing 9 mm thick floor insulation below the false
flooring and joints should be finished properly as per
manufacturer's specification.
b. False Ceiling
• Providing and fixing metal false ceiling with powder coated 0.5mm thick
hot dipped galvanised steel tiles 595 x 595 mm with tegular edge (10mm)
suitable for 25mm grid supported on suitable powder coated galvanised
steel grid as per manufacturer specification. The same shall be inclusive
of cut outs for lighting, AC grills, Fire detectors, nozzles and 25mm thick
glass wool of 16kg.sq.m density wrapped on both sides with aluminium
foil and placed over each tile etc.
• Providing and fixing 12 mm thick fire line Gypsum false ceiling and lighting
troughs 300 mm as per design including 100 mm high cornices as lighting
pelmets on G.I. frame work, in G.I. vertical supports at every 450mm c/c
and horizontal runners at every 900mm c/c self taping metal screws to
proper line and level. The same shall be inclusive of making holes and
required framing for fixing electrical fixtures, A.C. grills etc. Area of
electrical fixtures will be paid full fixed to G.I. supports to receive spotlights
including cutting hole etc., complete. G.I. metal frame to be of 24 gauge
folded strip of 50mm width to be used. GI vertical supports to be anchored
to slab by means of anchor fasteners.
c. Furniture and Fixture
• Workstation size of 2' depth made with 1.5mm thick laminate of standard
make over 19mm thick commercial board complete with wooden beading
including cutting holes & fixing of cable manager etc complete with French
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polish. The desk top will be 25mm thick & edges shall be factory post-
formed. The desk shall have the necessary drawers, keyboard trays,
cabinets etc. along with sliding / opening as per design, complete with
approved quality drawer slides, hinges, locks etc.
• Providing & making of storage unit with 18 mm thick MDF board along
with 1.5 mm approved laminate color out side and 2 coat of enamel paint
inside the storage of size 1'6"x1'9"x2'4". The same should be provided
with all the required accessories including the handle, lock, sliding
channel and necessary hardware, etc. complete with French polish
• Cabin table of depth 2’ made with 1.5mm thick laminate of standard
make over 19mm thick commercial board complete with wooden beading
including cutting holes & fixing of cable manager etc complete with French
polish.
• Providing, making & fixing 6" high laminated strip using 1.5mm thick
laminate over 10mm thick commercial board on all vertical surface in the
entire server & ancillary areas including low ht partition, brick wall,
partition wall, cladding etc complete with French polish in all respect.
• Providing, making & fixing an enclosure for gas cylinder of Shutters and
Partitions along with wooden support and 18 mm thick MDF board along
with 1.5 mm approved laminate color out side and 2 coat of enamel paint
inside the shutter. The same should be provided with all the required
accessories including the handle, lock, loaded hinges, tower bolt and
necessary hardware etc. complete with French polish.
• Fire proof safe (300 Ltrs. or above) with one hour fire rated.
d. Partitions
• Providing and fixing in position full height partition wall of 125 mm thick
fireline gyp-board partition using 12.5 mm thick double fireline gyp-board
on both sides with GI steel metal vertical stud frame of size 75 mm fixed in
the floor and ceiling channels of 75 mm wide to provide a strong
partition. Glass wool insulation inside shall be provided as required. Fixing
is by self tapping screw with vertical studs being at 610 mm intervals. The
same should be inclusive of making cutouts for switch board, sockets, grill
etc. It shall also include preparing the surface smoothly and all as per
manufacture’s specification etc. finally finishing with one coat of approved
brand of fire resistant coating.
• With glazing including the framework of 4" x 2" powder coated aluminium
section complete (in areas like partition between server room & other
auxiliary areas).
• Providing & fixing Fire Rated Wire Glass minimum 6 mm thick for all
glazing in the partition wall complete. (External windows not included in
this).
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• All doors should be minimum 1200 mm (4 ft) wide.
e. Painting
• Providing and applying Fire retardant paint of approved make and shade
to give an even shade over a primer coat as per manufacturers’
recommendations after applying painting putty to level and plumb and
finishing with 2 coats of fire retardant paint. Base coating shall be as per
manufacturer’s recommendation for coverage of paint.
• For all vertical Plain surface.
• For fireline gyp-board ceiling.
• Providing and laying POP punning over cement plaster in perfect line
and level with thickness of 10 - 12 mm including making good chases,
grooves, edge banding, scaffolding pockets etc.
• Applying approved fire retardant coating on all vertical surfaces, furniture
etc. as per manufacturer's specification.
f. Civil Work
• Providing and laying 115 mm thick brick work in cement mortar of 1:4
(1 cement : 4 sand) with bricks of approved quality chamber bricks of
class designation 50.
• Providing & making SS signage with text in etched & black painted to be
located as directed (wall mounted) for space nomenclature/ directions.
• Plastering with cement mortar 1:5 (1 cement : 5 sand) of 12 mm thick in
interior face of the walls and concrete columns including hacking the
concrete surface brushing, scaffolding, curing and surface shall
be smooth trowel finish as per standard specification.
• Anti-termite treatment of the entire critical area.
2.2.5 PVC Conduit
• The conduits for all systems shall be high impact rigid PVC heavy-duty
type and shall comply with I.E.E regulations for nonmetallic conduit 1.6
mm thick as per IS 9537/1983.
• All sections of conduit and relevant boxes shall be properly cleaned and
glued using appropriate epoxy resin glue and the proper connecting
pieces, like conduit fittings such as Mild Steel and should be so installed
that they can remain accessible for existing cable or the installing of the
additional cables.
• No conduit less than 20mm external diameter shall be used. Conduit runs
shall be so arranged that the cables connected to separate main circuits
shall be enclosed in separate conduits, and that all lead and return wire of
each circuit shall be run to the same circuit.
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• All conduits shall be smooth in bore, true in size and all ends where
conduits are cut shall be carefully made true and all sharp edges trimmed.
All joints between lengths of conduit or between conduit and fittings boxes
shall be pushed firmly together and glued properly.
• Cables shall not be drawn into conduits until the conduit system is
erected, firmly fixed and cleaned out. Not more than two right angle bends
or the equivalent shall be permitted between draw and junction boxes.
Bending radius shall comply with I.E.E regulations for PVC pipes.
• Conduit concealed in the ceiling slab shall run parallel to walls and beams
and conduit concealed in the walls shall run vertical or horizontal.
• The chase in the wall required in the recessed conduit system shall be
neatly made and shall be of angle dimensions to permit the conduit to be
fixed in the manner desired. Conduit in chase shall be hold by steel hooks
of approved design of 60cm center the chases shall be filled up neatly
after erection of conduit and brought to the original finish of the wall with
cement concrete mixture 1:3:6 using 6mm thick stone aggregate and
course sand.
2.2.6 Wiring
• PVC insulated copper conductor cable shall be used for sub circuit runs
from the distribution boards to the points and shall be pulled into conduits.
They shall be stranded copper conductors with thermoplastic insulation of
650 / 1100 volts grade. Color code for wiring shall be followed.
• Looping system of wring shall be used, wires shall not be jointed. No
reduction of strands is permitted at terminations. No wire smaller than
3.029 sq.mm shall be used.
• Wherever wiring is run through trunking or raceways, the wires emerging
from individual distributions shall be bunched together with cable straps at
required regular intervals. Identification ferrules indication the circuit and
D.B. number shall be used for sub main, sub circuit wiring the ferrules
shall be provided at both end of each sub main and sub-circuit.
• Where, single phase circuits are supplied from a three phase and a
neutral distribution board, no conduit shall contain wiring fed from more
than one phase in any one room in the premises, where all or part of the
electrical load consists of lights, fans and/or other single phase current
consuming devices, all shall be connected to the same phase of the
supply.
• Circuits fed from distinct sources of supply or from different distribution
boards or M.C.B.s shall not be bunched in one conduit. In large areas and
other situations where the load is divided between two or three phases, no
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two single-phase switches connected to difference phase shall be
mounted within two meters of each other.
• All splicing shall be done by means of terminal blocks or connectors and
no twisting connection between conductors shall be allowed.
• Metal clad sockets shall be of dia cast non-corroding zinc alloy and deeply
recessed contact tubes. Visible scraping type earth terminal shall be
provided. Socket shall have push on protective cap.
• All power sockets shall be piano type with associate’s switch of same
capacity. Switch and socket shall be enclosed in a M. S. sheet steel
enclosure with the operating knob projecting. Entire assembly shall be
suitable for wall mounting with Bakelite be connected on the live wire and
neutrals of each circuit shall be continuous everywhere having no fuse or
switch installed in the line excepting at the main panels and boards. Each
power plug shall be connected to each separate and individual circuit
unless specified otherwise. The power wiring shall be kept separate and
distinct from lighting and fan wiring. Switch and socket for light and power
shall be separate units and not combined one.
• Balancing of circuits in three phases installed shall be arranged before
installation is taken up. Unless otherwise specified not more than ten light
points shall be grouped on one circuit and the load per circuit shall not
exceed 1000 watts The earth continuity insulated copper wire in Green
color shall be run inside the conduit to earth the third pin or socket
outlets, earth terminal of light fixtures, fan etc. as required. Lights points
shall be either of single control, twin control or multiple points controlled
by a single switch / MCB as per scheduled of work. Bare copper wire
shall be provided with each circuit from DB as specified in the item of
work and terminated in earth bar of DBs and switch boxes with proper
lugs as required maximum number of PVC insulated 650 / 1100 grade
copper conductor cable which can be drawn in a conduit.
2.2.7 Earthing
All electrical components are to be earthen is to by connecting two earth tapes from
the frame of the component ring will be connected via several earth electrodes. The
cable arm will be earthen through the cable glands. Earthling shall be in conformity
with provision of rules 32, 61, 62, 67 & 68 of Indian Electricity rules 1956 and as per
IS- 3843. The entire applicable IT infrastructure in the Data Center shall be earthed.
• Earthing should be done inside the Data Centre for the entire power
system and provisioning should be there to earth UPS systems, Power
distribution units, and AC units etc. so as to avoid a ground differential.
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State shall provide the necessary space required to prepare the earthing
pits.
• All metallic objects on the premises that are likely to be energized by
electric currents should be effectively grounded.
• The connection to the earth or the electrode system should have
sufficient low resistance in the range of 0 to 25 ohm to ensure prompt
operation of respective protective devices in event of a ground fault, to
provide the required safety from an electric shock to personnel & protect
the equipment from voltage gradients which are likely to damage the
equipment.
• Recommended levels for equipment grounding conductors should have
very low impedance level less than 0.25 ohm.
• The Earth resistance shall be automatically measured on an online basis
at a pre-configured interval and corrective action should be initiated
based on the observation. The automatic Earthing measurements should
be available on the UPS panel itself in the UPS room.
• There should be enough space between data and power cabling and
there should not be any cross wiring of the two, in order to avoid any
interference, or corruption of data.
• The earth connections shall be properly made .A small copper loop to
bridge the top cover of the transformer and the tank shall be provided to
avoid earth fault current passing through fastened bolts, when there is a
lighting surge, high voltage surge or failure of bushings.
• The DCO would be responsible for providing separate Earthing for
Servers, UPS & Generators as per the standards.
2.2.8 Cable Work
• Cable ducts should be of such dimension that the cables laid in it do not
touch one another. If found necessary the cable shall be fixed with
clamps on the walls of the duct. Cables shall be laid on the walls/on the
trays as required using suitable clamping/ fixing arrangement as
required. Cables shall be neatly arranged on the trays in such manner
that a crisis crossing is avoided and final take off to switch gear is easily
facilitated.
• All cables will be identified close to their termination point by cable
number as per circuit schedule. Cable numbers will be punched on 2mm
thick aluminum strips and securely fastened to the. In case of control
cables all covers shall be identified by their wire numbers by means of
PVC ferrules. For trip circuit identification additional red ferrules are to be
used only in the switch gear / control panels, cables shall be supported
so as to prevent appreciable sagging. In general distance between
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supports shall not be greater than 600mm for horizontal run and 750mm
for vertical run.
• Each section of the rising mains shall be provided with suitable wall
straps so that same the can be mounted on the wall.
• Whenever the rising mains pass through the floor they shall be provided
with a built-in fire proof barrier so that this barrier restricts the spread of
fire through the rising mains from one section to the other adjacent
section.
• Neoprene rubber gaskets shall be provided between the covers and
channel to satisfy the operating conditions imposed by temperature
weathering, durability etc.
• Necessary earthling arrangement shall be made alongside the rising
mains enclosure by Mean of a GI strip of adequate size bolted to each
section and shall be earthed at both ends. The rising mains enclosure
shall be bolted type.
• The space between data and power cabling should be as per standards
and there should not be any criss-cross wiring of the two, in order to
avoid any interference, or corruption of data.
2.2.9 Precision Air Conditioning
The SDC shall be provided with fully redundant Microprocessor based Precision Air-
conditioning system. Cool air feed to the SDC shall be bottom-charged or downward
flow type using raised floor as supply plenum using perforated aluminum tiles for Air
flow distribution. The return air flow shall be through false ceiling to cater to the
natural upwardly movement of hot air. Cooling shall be done by the Precision Air-
Conditioning system only. Forced cooling using Fans on False floor etc is not
acceptable. A/C should be capable of providing sensible cooling capacities at design
ambient temperature & humidity with adequate airflow. The PAC should capable to
be integrated with the Building management System for effective monitoring.
The Agency will be required to design, supply, transport, store, unpack, erect and
test the successful commissioning and satisfactory completion of trial operations of
the PAC systems for the Data Centre. This shall also include-
• Connecting the indoor unit with the mains electrical point
• Connecting indoor and outdoor units mechanically (with 18 G hard Gauge
Copper piping).
• Connecting indoor and outdoor unit electrically.
• Nitrogen pressure testing, triple vacuum, final gas charging.
• Connecting the humidifier feed line with the point provided.
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• Connecting the drain line with the point provided.
• Commissioning and handing over the unit to the customer.
• Operation and routine maintenance training to up to two persons
nominated by the customer while commissioning the units at site
This PACs should be as per N+1 redundancy requirement of Tier II data center.
2.2.9.1 Temperature Requirements
The environment inside the SDC shall need to be continuously maintained at 20 ± 2o
Centigrade. It is advised that the temperature and humidity be controlled at desired
levels. The necessary alarms for variation in temperatures shall be monitored on a
24x7 basis and logged for providing reports.
2.2.9.2 Relative Humidity (RH) requirements
Ambient RH levels shall need to be maintained at 50% ± 5 non-condensing. Humidity
sensors shall be deployed. The necessary alarms for variation in RH shall be
monitored on a 24x7 basis and logged for providing reports.
2.2.9.3 Temperature & Relative Humidity Recorders
Temperature and Relative Humidity Recorders shall preferably be deployed for
recording events of multiple locations within the SDC. Records of events for about
past 7 days shall be recorded and presentable whenever required by SOVTECH.
Automatic recording of temperature and humidity using sensors located at various
locations within the SDC is necessary.
2.2.9.4 Air quality levels
The SDC shall be kept at highest level of cleanliness to eliminate the impact of air
quality on the hardware and other critical devices. The SDC shall be deployed with
efficient air filters to eliminate and arrest the possibility of airborne particulate matter
which may cause air-flow clogging, gumming up of components, causing short-
circuits, blocking the function of moving parts, causing components to overheat etc.
Air filters shall be 95% efficiency & provide up-to 5 Micron particulate shall be
deployed
2.2.9.5 Additional Points
• The precision air-conditioners should be capable of maintaining a
temperature range of 20 degree with a maximum of 1 degree variation on
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higher and lower side and relative humidity of 50% with a maximum variation
of 5% on higher and lower side.
• The precision air-conditioners shall have 2 independent refrigeration circuits
(each comprising 1 no scroll compressors, refrigeration circuit and
condensers) and dual blowers for flexibility of operations and better
redundancy.
• The unit casing shall be in double skin construction on the side panels and
single skin on the front & back panels for longer life of the unit and low noise
level.
• For close control of the SDC environment conditions (Temp. and RH) the
controller shall have (PID) proportional integration and differential.
• The precision unit shall be air cooled refrigerant based system to avoid chilled
water in critical space.
• The internal rack layout design shall follow cold aisle and hot aisle concept as
recommended by Ashrae.
• The refrigerant used shall be environment friendly HFC, R-407-C/ equivalent
in view of long term usage of the data center equipments, availability of
spares and refrigerant.
• The fan section shall be designed for an external static pressure of 25 Pa.
The fans shall be located downstream of the evaporator coil and be of the
electronically commuted backward curved centrifugal type, double width,
double inlet and statically and dynamically balanced. Each fan shall be direct
driven by a high efficiency DC motor.
• The evaporator coil shall be A-shape / Straight Slant coil (for down flow)
incorporating draw-through air design for uniform air distribution. The coil
shall be constructed of rifled bore copper tubes and louvered aluminum fins,
with the frame and drip tray fabricated from heavy gauge aluminum. Face
area of coil shall be selected corresponding to air velocity not exceeding 2.5
m/sec.
• The humidifier and heaters shall be a built in feature in each machine
individually. Humidification shall be provided by boiling water in a high
temperature polypropylene steam generator. The steam shall be distributed
evenly into the bypass airstreams of the environment control system to
ensure full integration of the water vapor into the supply air without
condensation. The humidifier shall have an efficiency of not less the 1.3 kg/kw
and be fitted with an auto flush cycle activated on demand from the
microprocessor control system. The humidifier shall be fully serviceable with
replacement electrodes. Wastewater shall be flushed from the humidifier by
the initiation of the water supply solenoid water valve via a U-pipe overflow
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system. Drain solenoid valves shall not be used. Microprocessor should be
able to control the humidification and heating through suitable sensors
• Microprocessor Controls: Following features should be displayed on the units
o Room temperature and humidity. o Supply fan working status o Condenser fans working status o Electric heaters working status o Humidifier working status o Manual / Auto unit status o Temperature set point o Humidity set point o Working hours of main component i.e. compressors, fans, heater,
humidifier etc. o Unit working hours o Current date and time o Type of alarm (with automatic reset or block) o The last 10 intervened alarms
• The microprocessor should be able to perform following functions
o Testing of the working of display system o Password for unit calibration values modification o Automatic re-start of program o Compressor starting timer o Humidifier capacity limitation o Date and time of last 10 intervened alarm o Start / Stop status storage o Random starting of the unit. o Outlet for the connection to remote system o Temperature and humidity set point calibration o Delay of General Alarm activation o Alarm calibration
• Following alarms shall be displayed on screen of microprocessor unit:
o Air flow loss o Clogged Filters o Compressor low pressure o Compressor high pressure o Smoke - fire o Humidifier Low water level o High / Low room temperature o High/Low room humidity o Spare External Alarms o Water Under floor
• The control system shall include the following settable features:
o Unit identification number o Startup Delay, Cold start Delay and Fan Run on timers o Sensor Calibration o Remote shutdown & general Alarm management o Compressor Sequencing o Return temperature control o Choice of Modulating output types
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• The unit shall incorporate the following protections:
o Single phasing preventors o Reverse phasing o Phase imbalancing o Phase failure o Overload tripping (MPCB) of all components
2.2.10 Comfort Air Conditioning for Auxiliary Areas
• Capacity – minimum 2 Tonnage
• Cooling Capacity – minimum 24000 BTU / Hr
• Compressor – Hermetically Sealed Scroll Type
• Refrigerant – R 22 Type
• Power Supply – Three Phase, 380-415 V, 50 Hz
• Air Flow Rate – minimum 19 cu m / min
• Noise Level - < 50 dB
• Operation – Remote Control
2.2.11 Fire Detection and Control Mechanism
Fire can have disastrous consequences and affect operations of a Data Center. The
early-detection of fire and employing means for automatic suppression of the fire is
important for effective functioning of a Data Center.
System Description
• The Fire alarm system shall be an automatic 1 to n (e.g. 24) zone single
loop addressable fire detection and alarm system, utilizing conventional
detection and alarm sounders.
• Detection shall be by means of automatic heat and smoke detectors
located throughout the Data Center (ceiling, false floor and other
appropriate areas where fire can take place) with break glass units on
escape routes and exits.
Control and indicating component
The control panel shall be a microprocessor based single loop addressable unit,
designed and manufactured to the requirements of EN54 Part 2 for the control and
indicating component and EN54 Part 4 for the internal power supply.
• All controls of the system shall be via the control panel only.
• All site-specific data shall be field programmable and stored in an integral
EEPROM. The use of EPROM’s requiring factory ‘burning’ and re-
programming is not acceptable.
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• All internal components of the control panel shall be fully monitored.
• The control panel shall be capable of supporting a multi device, multi zone
2-wire detection loop. Removal of 1 or more detection devices on the loop
shall not render the remaining devices on the loop inoperable.
• The system status shall be made available via panel mounted LEDs and a
backlit alphanumeric liquid crystal display.
• All user primary controls shall be password protected over 4 access levels
in accordance with EN54 Part 2. Essential controls, such as Start / Stop
sounders and Cancel fault buzzer, etc. will be clearly marked.
• Cancel fault and display test functions shall be configurable to be
accessed from level 1 or level 2.
• All system controls and programming will be accessed via an
alphanumeric keypad. The control panel will incorporate form fill menu
driven fields for data entry and retrieval.
• The control panel shall log a minimum of 700 events comprising of 100
event fire log and 200 event fault, disablement and historic logs, giving
time, date, device reference and status of indication.
• Fire, fault and disablement events shall be logged as they occur. Visual
and audible conformation shall be given on an array of LEDs, the Liquid
Crystal Display and the internal supervisory buzzer.
• The control panel shall have an integral automatic power supply and
maintenance free sealed battery, providing a standby capacity of a
minimum 72 hours and further 30 minutes under full alarm load
conditions. The system shall be capable of full re-charge within 24 hours
following full system discharge. The performance of the power supply and
batteries shall be monitored and alarm rose, should a fault be detected.
The system shall protect the batteries from deep discharge.
• All terminations within the control panel with the exception of the 230V
mains connection will be via removable terminal screw fixing points.
• The control panel will have a programmable maintenance reminder to
inform the user that maintenance of the system is required. This function
shall provide the user with the option of a monthly, quarterly, annually or
bi-annually reminder prompts. The maintenance reminder will be indicated
on the control panel. This message shall be resettable by the user and will
not require the intervention of specialist support. The control panel will
provide programmable free text field as part of the maintenance reminder
facility.
• The system will include a detection verification feature. The user shall
have the option to action a time response to a fire condition. This time
shall be programmable up to 10 minutes to allow for investigation of the
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fire condition before activating alarm outputs. The operation of a manual
call point shall override any verify command.
Manual Controls
• Start sounders
• Silence sounders
• Reset system
• Cancel fault buzzer
• Display test
• Delay sounder operation
• Verify fire condition
• Enter or modify device text label
• Setup maintenance reminder
• Assign or modify zones
• Disable zones, device, sounders, FRE contact, auxiliary contacts
• Enable zones, device, sounders, FRE contact, auxiliary contacts
• Action weekly test
• Disable loop
Cable entries – The control panel will include the necessary top entry and rear entry
cable entry points via 20mm knockouts.
Manual call points (MCP)
• MCP’s shall be addressable and of the steady pressure break glass type
manufactured to the requirements of BS 5839: Part 2. A test key shall be
provided to allow the routine testing of the unit to meet the requirements
of BS 5839 Part 1 1988, without the need for special tools or the need to
unfasten the cover plate.
• The device shall be automatically addressed by the CIE on power up of
the loop without the need of the insertion of a pre-programmed EPROM or
setting of DIL switches. The device shall incorporate a short circuit
isolation device and a red LED indicator.
• The MCP shall be suitable for surface or flush mounting. When flush
mounted the device shall be capable of fixing to an industry standard
single gang box.
Smoke detectors – Smoke detectors shall be of the optical or ionization type. Devices
shall be compatible with the CIE conforming to the requirements of EN54 Part 7 and
be LPCB approved. The detectors shall have twin LEDs to indicate the device has
operated and shall fit a common addressable base.
Heat detectors
• Heat detectors shall be of the fixed temperature (58° C) or rate of
temperature rise type with a fixed temperature operating point.
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• Devices shall be compatible with the CIE conforming to the requirements
of EN54 Part 5 and be LPCB approved.
• The detectors shall have a single LED to indicate the device has operated
and shall fit a common addressable base.
Addressable detector bases
• All bases shall be compatible with the type of detector heads fitted and the
control system component used. Each base shall comprise all necessary
electronics including a short circuit isolator.
• The device shall be automatically addressed by the CIE on power up of
the loop without the need of the insertion of a pre-programmed EPROM or
setting of DIL switches.
• Detector bases shall fit onto an industry standard conduit box.
Audible Alarms – Electronic sounders shall be colored red with adjustable sound
outputs and at least 3 sound signals. The sounders should be suitable for operation
with a 24V DC supply providing a sound output of at least 100dBA at 1 meter and 75
dBA min, for a bed head or sounder base type device. The sounder frequency shall
be in the range of 500Hz to 1000Hz.
Commissioning
• The fire detection and alarm system will be programmable and
configurable via an alpha numeric keypad on the control panel.
• The labeling of Device and Zone labels should be part of the system.
• Necessary Software to the control panel
2.2.12 Fire Suppression Systems
The Clean Agent Fire Suppression system cylinder, CCOE, Nagpur approved
seamless cylinders, discharge hose, fire detectors and panels and all other
accessories required to provide a complete operational system meeting applicable
requirements of NFPA 2001 Clean Agent Fire Extinguishing Systems, NFPA 70
National Electric Code, NFPA 72 National Fire Alarm Code or ISO standards must be
considered to ensure proper performance as a system with UL/FM approvals and
installed in compliance with all applicable requirements of the local codes and
standards.
• The Clean Agent system considered for Total flooding application shall be
in compliance with the provisions of Kyoto Protocol.
• Care should be taken that none of the Greenhouse Gases identified in the
Kyoto Protocol is used for fire suppression application.
• The minimum criterion for the selection of the Clean Agent will be on the
following parameters
o Zero Ozone Depleting Potential.
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o Global Warming Potential not exceeding one.
o Atmospheric Lifetime not exceeding one week.
• The clean agent fire suppression system with FK-5-1-12 and Inert Gas
based systems are accepted as a replacement of HCFC and HFC as per
Kyoto Protocol.
• The Clean Agent considered for the suppression system must be suitable
for manable occupied areas with NOAEL Level (No observable adverse
effect level) of 10% as compared to the design concentration to ensure
high safety margin for the human who might be present in the hazard
area.
• The minimum design standards shall be as per NFPA 2001, 2004 edition
or latest revisions.
• Care shall be given to ensure proper early warning detection system with
minimum sensitivity of 0.03% per foot obscuration as per NFPA 318 &
NFPA 72 to ensure that one gets a very early warning to investigate the
incipient fire much before the other detectors activate the fire suppression
system automatically.
• All system components furnished and installed shall be warranted against
defects in design, materials and workmanship for the full warranty period
which is standard with the manufacturer, but in no case less than five (5)
years from the date of system acceptance
• Additionally, Portable Extinguishers (CO2 or Halon based Extinguishers
are not acceptable) shall be placed at strategic stations throughout the
Data Centre.
OR
• Fire suppression system shall deploy FM-200 (ETG-5) based gas
suppression systems with cross-zoned detector systems for all locations.
These detectors should be arranged in a manner that they activate the
suppression system zone wise to cater to only the affected area.
• Illuminated Signs indicating the location of the extinguisher shall be
placed high enough to be seen over tall cabinets & racks across the room.
Linear heat detection cable should be placed along all wire pathways in
the ceiling. This should not directly trigger the suppression system—
rather; it should prompt the control system to sound an alarm
• The OEM (/ Bidder) shall give a Certificate stating that their FM-200
system is approved by UL / FM / VDS / LPC/CNPP for use with Seamless
Steel Cylinders (Component as well as System Approval).
• The OEM (/ Bidder) shall also provide a Letter that the OEM has FM-200
Flow Calculation software suitable for Seamless Steel cylinder bided for
as per the Bill of materials and that such Software shall be type approved
by FM / UL / VdS / LPC.
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• The Storage Container offered shall be of Seamless type, meant for
exclusive use in FM- 200 systems, with VdS/FM/UL/LPC/CNPP
component approval. Welded cylinders are not permitted.
• The Seamless storage cylinder shall be approved by Chief Controller of
Explosives, Nagpur and shall have NOC from CCoE, Nagpur for import of
the same. Documentary evidence to be provided for earlier imports done
by the bidder.
• The FM-200 valve should be Differential Pressure Design and shall not
require an Explosive / Detonation type Consumable Device to operate it.
• The FM-200 Valve operating actuators shall be of Electric (Solenoid) type,
and it should be capable of resetting manually. The Valve should be
capable of being functionally tested for periodic servicing requirements
and without any need to replace consumable parts.
• The individual FM-200 Bank shall also be fitted with a manual mechanism
operating facility that should provide actuation in case of electric failure.
• The system flow calculation is carried out on certified software, suitable
for the Seamless Steel Cylinder being offered for this project. Such
system flow calculations shall be also approved by VDS / LPC/ UL / FM.
• The system shall utilize 25 Bar / High pressure (362 psi) technology that
allows for a higher capacity to overcome frictional losses and allow for
higher distances of the agent flow; and also allow for better agent
penetration in enclosed electronic equipments such as Server Racks/
Electrical Panels etc.
• The designer shall consider and address possible Fire hazards within the
protected volume at the design stage. The delivery of the FM-200 system
shall provide for the highest degree of protection and minimum
extinguishing time. The design shall be strictly as per NFPA standard
NFPA 2001.
• The suppression system shall provide for high-speed release of FM-200
based on the concept of total Flooding protection for enclosed areas. A
Uniform extinguishing concentration shall be 7% (v/v) of FM-200 for 21
degree Celsius or higher as recommended by the manufacturer.
• The system discharge time shall be 10 seconds or less, in accordance
with NFPA standard 2001.
• Sub floor and the ceiling void to be included in the protected volume.
• The FM-200 systems to be supplied by the bidder must satisfy the various
and all requirements of the Authority having Jurisdiction over the location
of the protected area and must be in accordance with the OEM’s product
design criteria.
• The detection and control system that shall be used to trigger the FM-200
suppression shall employ cross zoning of photoelectric and ionization
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smoke detectors. A single detector in one zone activated, shall cause in
alarm signal to be generated. Another detector in the second zone
activated, shall generate a pre-discharge signal and start the pre-
discharge condition.
• The discharge nozzles shall be located in the protected volume in
compliance to the limitation with regard to the spacing, floor and ceiling
covering etc. The nozzle locations shall be such that the uniform design
concentration will be established in all parts of the protected volumes. The
final number of the discharge nozzles shall be according to the OEM’s
certified software, which shall also be approved by third party inspection
and certified such as UL / FM / VDS / LPC.
• The Cylinder shall be equipped with differential pressure valves and no
replacement parts shall be necessary to recharge the FM-200 containers.
• FM-200 shall be discharged through the operation of an Electric (solenoid)
operated device or pneumatically operated device, which releases the
agent through a differential pressure valve.
• The bidder shall provide all documentation such as Cylinder
Manufacturing Certificates. Test and Inspection Certificates and Fill
Density Certificates.
• The FM-200 discharge shall be activated by an output directly from the
`FM-200’ Gas Release control panel, which will activate the solenoid
valve. FM-200 agent is stored in the container as a liquid. To aid release
and more effective distribution, the container shall be super pressurized to
362 psi (g) at 21°C with dry Nitrogen.
• The releasing device shall be easily removable from the cylinder without
emptying the cylinder. While removing from cylinder, the releasing device
shall be capable of being operated, with no replacement of parts required
after this operation.
• Upon discharge of the system, no parts shall require replacement other
than gasket, lubricants, and the FM-200 agent. Systems requiring
replacement of disks, squibs, or any other parts that add to the recharge
cost will not be acceptable.
• The manual release device fitted on the FM-200 Cylinder(s) shall be of a
manual lever type and a faceplate with clear instruction of how to
mechanically activate the system. In all cases, FM-200 cylinders shall be
fitted with a manual mechanical operating facility that requires two-action
actuation to prevent accidental actuation.
• FM-200 storage cylinder valve shall be provided with a safety rupture disc.
An increase in internal pressure due to high temperature shall rupture the
safety disc and allow the content to vent before the rupture pressure of
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the container is reached. The no. of contents shall not be vented through
the discharge piping and nozzles.
• FM-200 containers shall be equipped with a pressure gauge to display
internal pressure.
• Brass Discharge nozzles shall be used to disperse the `FM-200’. The
nozzles shall be brass with female threads and available in sizes as
advised by the OEM system manufacturer. Each size shall come in two
styles: 180° and 360° dispersion patterns.
• All the Major components of the FM-200 system such as the Cylinder,
Valves and releasing devices, nozzles and all accessories shall be
supplied by one single manufacturer under the same brand name.
• Manual Gas Discharge stations and Manual Abort Stations, in
conformance to the requirements put forth in NFPA 2001 shall be
provided.
• Release of FM-200 agent shall be accomplished by an electrical output
from the FM- 200 Gas Release Panel to the solenoid valve and shall be in
accordance with the requirements set forth in the current edition of the
National Fire Protection Association Standard 2001.
2.2.13 High Sensitivity Smoke Detection System
General – The HSSD system shall provide an early warning of fire in its incipient
stage, analyze the risk and provide alarm and actions appropriate to the risk. The
system shall include, but not be limited to, a Display Control Panel, Detector
Assembly and the properly designed sampling pipe network. The system component
shall be supplied by the manufacturer or by its authorized distributor.
Regulatory Requirements
• National Electrical Code (NEC)
• Factory Mutual
• Local Authority having Jurisdiction
2.2.14 Access Control System
The Access Control System shall be deployed with the objective of allowing entry
and exit to and from the premises to authorized personnel only. The system deployed
shall be based on proximity as well as biometric technology for the critical areas and
Proximity technology for non-critical areas. An access control system consisting of a
central PC, intelligent controllers, proximity readers, power supplies, proximity cards
and all associated accessories is required to make a fully operational on line access
control system. Access control shall be provided for doors. These doors shall be
provided with electric locks, and shall operate on fail-safe principle. The lock shall
remain unlocked in the event of a fire alarm or in the event of a power failure. The fire
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alarm supplier shall make potential free contacts available for releasing the locks in a
fire condition especially for staircase and main doors. Entry to the restricted area
shall be by showing a proximity card near the reader and exit shall be using a push
button installed in the secure area. The system shall monitor the status of the doors
through magnetic reed contacts.
The system should be designed and implemented to provide following functionality:
• Controlled Entries to defined access points
• Controlled exits from defined access points
• Controlled entries and exits for visitors
• Configurable system for user defined access policy for each access point
• Record, report and archive each and every activity (permission granted and /
or rejected) for each access point.
• User defined reporting and log formats
• Fail safe operation in case of no-power condition and abnormal condition
such as fire, theft, intrusion, loss of access control, etc.
• Day, Date, Time and duration based access rights should be user
configurable for each access point and for each user.
• One user can have different policy / access rights for different access points.
2.2.15 CCTV System
The Critical area of the Data Centre along with the Non Critical area needs to be
under constant video surveillance. The primary objective of implementing a CCTV
system is to ensure effective surveillance of the area and also create a record for
post event analysis. Monitoring cameras should be installed in proper areas to cover
all the critical areas of the data centre. The scope of work involves supply,
installation, commissioning, testing and maintenance of the Closed Circuit Television
system for State Data Centre.
The CCTV system shall provide an on-line display of video images on monitor. The
entire setup shall be monitored from the control room on 24/7 basis. Cameras with
suitable lenses shall be used to view all the critical areas of the Data Centre,
Reception and Corridor.
The CCTV system shall be based on the use of fixed dome cameras and integrated
pan/tilt/zoom cameras that can be controlled from control room location.
The CCTV System shall be a combination of color fixed and PTZ designed for
continuous duty. The system and each of its devices shall be designed to meet the
site ambient temperature and the site environmental conditions and shall operate
satisfactorily under the specified permitted voltage and frequency variation band of
the power supply source system.
All outdoor cameras shall be IP 66 rated.
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The CCTV System proposed to fulfill the overall surveillance / observation
requirements and enhance the level of security necessary in a software
establishment such as ours which shall be complete in all respects and shall
comprise of following minimum items.
A set of fixed dome cameras and integrated pan / tilt / zoom, (PTZ) cameras with
remote control operation of focus and zoom.
• A professional housing with internal and external cooling fans to protect both
the camera and lens from the rigors of all environments and at the same time
it should be designed and built for ease of installation and maintenance.
• A complete CCTV control facility that performs all the functions with provision
to increase the total number of inputs for each monitor site.
• CCTV Cabinets as required complete with all cable termination facilities,
cable distribution system for video and power system along with any
additional video amplifiers and other video equipment as may be required.
• End point amplifiers as may be required to achieve satisfactory system
operation.
• Test equipment covering all tools, tackles and testing equipment / kits as
required for preventive and first line maintenance including test monitors,
camera adjustment and testing facilities.
• Complete range of accessories as required.
• All necessary relay boxes connectors, extension cables and adapter boxes as
required at each of the ends of the CCTV System as required.
General
• All systems and components shall have been thoroughly tested and proven in
actual use.
• All systems and components shall be provided with a one-day turnaround
repair express and 24-hour parts replacement. The manufacturer on warranty
and non-warranty items shall guarantee the repair and parts expresses.
• Specifications included in this section are indicative and considered as a
minimum; component and software that shall be acquired at the time of
implementing the project shall be the latest versions available in the market.
• The system also should provide clear & accurate indication of an intruder or
abnormal movement within and around the Facility.
System Capabilities
• The system shall provide visual images from the cameras located through out
the facility. The cameras located shall be fed into the Digital Video Server
(DVS) located in the security room.
• The Digital Video Server shall consist of 16 channels Digital Multiplexer with
built-in recording system into Hard Disk.
• The Main Security Control Room which shall house the Monitors and the
Digital Video Management Server.
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• The CCTV should be equipped with Digital recording facility for later scrutiny,
with at least 15 days of recording facility.
Technical Requirements Cameras The cameras will be of 1/3” format CCD pickup device for fixed lens camera and ¼ “
format for PTZ cameras . The cameras are being used for special observation
purposes and are being located both indoor and outdoor & mounted on specially
designed suitable mounting arrangement for operation under all severe
environmental conditions to which these will be subjected especially the outdoor
locations.
• The cameras being used at these locations shall have the following basic
minimum requirements.
• The cameras shall be fixed dome camera and integrated Pan/Tilt/Zoom
camera type that can be controlled from its monitor position, such that the
cameras can be panned, tilted, zoomed and focused on to any part or entire
area which they have been located to bring under observation from keyboard
location.
• The cameras shall be complete with the latest state of the art optical systems,
filters, light sensitive pickup systems suitable for capturing images with very
low light levels, and necessary interlaced scanners, encoders, decoders,
associated amplifiers, synchronization facilities and any interfacing adapters
as required, with all systems of that type suitable for a compact, durable,
distortion free and clear image processing type camera.
• The color cameras (Integrated Pan/Tilt/Zoom dome) shall have a minimum
resolution of 420 lines and sensitivity of 0.08 lux (colour) and 0.013 lux
(monochrome). The outdoor PTZ cameras shall be day/night camera with a
minimum of 23 X optical zoom and 12 X digital zoom
• The Outdoor PTZ camera shall have a minimum of 80 X wide dynamic range,
to withstand complex light variations in the environment.
• The preset accuracy for the camera shall be +/- 0.1degree maximum
• The Outdoor PTZ camera shall have a preset speed of 360 deg /sec Pan and
200 deg /sec tilt.
• The camera shall resume after alarm to the previously programmed state of
alarm after alarm acknowledgement.
• The outdoor PTZ camera shall have auto flip feature, whereby which the
dome shall rotate at 180 deg at the bottom of the tilt travel.
• The cameras shall have automatic level control complete with auto iris, and
gain control of the amplifier and shall be complete with spot filter as required.
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• The cameras shall have automatic shutter or 100% closing iris to prevent
burning-in of image pickup device when the camera is not in use, both the
shutter and iris shall fully close upon failure of power supply in order to
prevent damage.
• The cameras shall have standby circuitry for when the camera is not selected
on any of the monitors. The beam current of the camera pickup device shall
be switched off automatically.
• The cameras shall have automatic circuitry which relates the black level in the
signal to the darkest spot of the picture (black level control), limits the video
signal in case of scene high-lights in order to prevent overloading of the
monitor (White limiter), and prevents the automatic sensitivity control from
reacting to strong highlights (Peak white eliminator).
• The cameras shall have the features that shall prevent the occurrence of
internal condensation or condensation on the window, necessary
heaters/thermostats shall be provided as required.
• The cameras shall be equipped with Pan & Tilt heads to allow for rotation
over a minimum 360 degrees.
• The cameras shall be provided with a local power distribution junction box,
with local isolation switches and fuses to isolate each of the power circuits of
the camera related to main camera power, and other circuits related to Pan &
Tilt head, cooling fan, blower etc.
• The camera housing shall have a rain/sun shield and a weather protection
feature with a minimum IP protection of IP66 for outdoor mounted cameras.
For indoor cameras, the protection class shall be IP45.
• The aperture ratio (f-number) of the lenses shall be selected such that, a
good picture is obtained at night.
• Power supply units, as required for the cameras, shall be provided.
Each of the CCTV cameras shall be located, mounted, positioned and install such
that:
• The camera and its supporting structures presence least obstruction of view
and least obstruction for satisfactory movement and operation of the camera
due to remote and local controls.
• The cameras shall not be mounted on vibrating structures, where this is not
possible than special structures or other facilities/measures for reducing
vibrations shall be provided.
• All the camera movements along with Pan and Tilt, and associated forces on
structures are taken in to account during the design and installation of the
cameras.
• The installation presence the least risk of accidental damage.
• The equipment and its components are accessible for maintenance.
• The vibration of any object shall be less than that specified for the camera.
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Monitors There shall be total of 2 Nos. of 17” monitors for each Digital Video Recorder one to
view the multiplexed output & second to view the switched output. This monitor
should be located in the main control room. The monitor shall be positioned such that
room lights and windows are minimized.
Each of the monitors used at the main control room and operator status shall have
the following basic minimum requirements.
• The monitor shall be suitable for use as desktop units.
• The monitors shall be high-resolution video monitors. The monitor shall have
a bandwidth of at least 10 MHz (-3dB) and a horizontal resolution in the
center of the picture minimum 420 lines in the case of color monitor.
• The monitors shall have the facilities to loop the video signal through the
other monitor.
• Each monitor shall have local control knobs and remote control equipment
and panel for monitor controls associated with power on/off switch standby
on/off switch and for adjustment brightness, contrast, horizontal hold, vertical
hold etc.
• Monitor shall be suitable for use as desktop units or can be rack mounted with
suitable racks as appropriate.
Video & Telemetry Cables The video signal shall be transmitted using co-axial cable and control of all zoom lens
and Pan-Tilt functions through twisted pair interconnected between receiver and
DVR.
Cabling for CCTV shall cover:
• Video link
• Remote control of cameras in terms of its control of pan tilts zooms & focus.
• Power supply cables.
The cable shall be shielded or provided with facilities to avoid interference between
signals.
The transmission losses shall be minimized and where required for satisfactory
operation correction amplifiers are cable equalizes shall be provided in the monitors
on the CCTV cabinets.
Cabinets CCTV cabinets shall be provided near set of monitors. The cable from the cameras
shall be terminated in this cabinet from where these signals are distributed to the
monitors.
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All necessary video amplifiers, interfaces etc. that forms the part of the CCTV system
shall be installed in the cabinet.
Dome Camera The Dome camera unit shall be 1/3” CCD Color Dome camera and shall provide a
minimum of 540 TV lines resolution. It shall have built-in 3 -9mm varifocal lens. The
camera shall operate on minimum lux level not more than 0.15 lux .The complete unit
shall be housed in an integrated dome and base unit, both preferably made from
injection moulded plastic. It shall be possible to adjust the camera head inside the
dome in both the planes so that it can be wall or ceiling mounted. The camera shall
operate on 24 V AC or 12 volts D.C.
Digital Video Recorder (DVR) The DVR shall provide a high quality recorder capable of storage and play back of
images from at a rate of up to 400 Frames/ second (PAL) and shall posses an
internal watchdog, duplex operation, Windows NT Operating system, watermarking
of each frame, 8 alarm inputs, software configurable video motion detection and
scheduled event recording.
The digital recorder shall comply or exceed the following design and performance
specifications:
• The DVR Digital video recorder shall have 400 images/sec viewing speed as
well as 40 images / sec recording speed
• The recorder shall have a minimum of 16 video inputs. It shall also have
looping inputs for all 16 inputs
• The recorder shall run on Windows NT.
• The recorder shall provide PAL , the following recording resolutions shall be
possible 320 x 288 / 640 x 288 / 640 x 576 / 352 x 288 / 704 x 288 / 704 x
576
• The DVR shall have 4 high speed USB ports
• The DVR shall be in a position to display 16 video images simultaneously on
the DVR or the remote client from Multiple DVRS on the LAN.
• The recorder shall support instant playback and shall have programmable
favorite channel selection.
• The recorder shall allow a minimum of 6 X digital zoom on playback
• The recorder shall support simultaneous playback and record full duplex
operation.
• The recorder shall have the feature of an internal hardware watchdog. The
reorder shall have an internal hard disc capacity of min 500 GB
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• The DVR shall be of the same make as that of the cameras to ensure 100%
system compatibility. All the components in the DVR including hard disc etc
shall be provided for the manufactures factory not locally assembled DVRS
shall be provided. 100 % finished goods shall be supplied from the
manufacturer
• The DVR shall have each channel individually programmable.
• Remote workstation shall be in a position to administer / view live images /
search and view playback images
• The recorder shall have 16 hard-wired alarm inputs, which shall be capable of
configuring globally as normally open or normally closed. Each of these inputs
shall be assigned to any or all of the cameras to trigger recording at custom
record rates. Up to 5 seconds of pre-alarm shall also be available on each
camera.
• The recorder shall provide 24 dry contact outputs, each of which shall be
associated with any or all of the camera inputs and/or alarm inputs.
• The recorder shall provide an extremely flexible scheduling on a week-by-
week basis. Each 24-hour period shall be divided into 15-minute blocks
enabling different configurations of recording triggers to be available during
each 15-minute period.
• The recorder shall provide onscreen controls for operation of PTZ cameras.
All fully functional cameras shall be controlled via a PC comport which shall
use an additional converter to communicate via RS485/422
• The recorder shall provide an Ethernet port as standard. If required in addition
free client software shall supplied which enables remote control and
connectivity via TCP/IP. The DVR shall support Gigabit port 10/100/1000
base T
• The recorder shall be tested to comply with UL regulations/certifications.
• The recorder shall provide a screen resolution of 1280 x1024 ( XVGA output )
• The recorder shall have a built in watchdog that will automatically restart after
a power failure and begins to record as per its configured settings.
• The recorder shall provide the ability to manually ‘back up’ recorded data to
hard disk or DVD / RAID while the unit continues to record.
• The recorder shall be programmed using a keyboard and mouse via on
screen menus.
• The recording of the recorders are watermarked and encrypted requiring
backup software to open and view them. In addition, images backed up in
bitmap or JPEG format can be verified for authenticity
• The recorder shall be suitable for mounting on a standard 19” rack.
• There shall be a network management Digital Video Recorder (DVR) if more
than DVR is required to allow viewing of cameras from multiple DVR’s in any
combination.
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• The DVR shall support pre-alarm and post alarm recording.
• The DVR shall support CIF / 2CIF and 4 CIF resolutions while recording.
2.2.16 Building Management System (BMS)
The building management system shall be implemented for effective management,
monitoring and Integration of various components like HVAC systems, Access
Control systems, fire detection system etc.
The BMS shall perform the following general functions including but not limited to:
• Building Management & Control
• Data Collection & archival
• Alarm Event & Management
• Trending
• Reports & MIS Generation
• Maintenance & Complaint Management
The scope of work shall include designing supplying and installing of Building
management (Automation) System. The work shall consist of furnishing all materials,
equipment's and appliances necessary to install the said system, complete with
Sensors, Direct Digital Controllers, Communication Controllers and Supervisory
Software complete with necessary software/hardware support for interfacing with
other systems. It shall include laying of cabling duct, conduits and power supply etc.,
necessary for installation of the system with supply of appropriate type products as
indicated in the specification and Bill of Quantities. The controller shall be 32 bit
based Microprocessor Controller and shall sit directly on the TCP / IP network. The
Controller shall be Web Based, Web Enabled, Real Time Clock, and Web Browser
with Communication speed min of 10 Mbps.
Agency shall design & provide a full Building automation system on the basis of truly
distributed intelligence and shall comprise of the following general functional sub
systems.
• Air Conditioning Management & Control
o Precision AC Units
o Temperature monitoring and controls at all specified positions/locations
• Energy Management
o LT Panel Energy Monitoring
o UPS Monitoring
• Safety & Security Systems Integration
o Fire Alarm System Integration
o Access Control & Surveillance System Integration
o Gas System Integration
• Integration
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o DG Set on MODBUS Protocol with RS 485 Communication Port
o Energy Meter on MODBUS Protocol with RS 485 Communication Port
2.2.17 Water Leak Detection System
The water leak detector shall be installed to detect any seepage of water into the
critical area and alert the Security Control Room for such leakage. It shall consist of
water leak detection cable and an alarm module. The cable shall be installed in the
ceiling & floor areas around the periphery.
• Water Leak Detection system should be for the Server and Network room
Areas to detect and water flooding below the floor of the DC.
• Water Leak Detection System should be wire based solution with alarm; the
wire needs to lay in DC surrounding the PAC units, which is the probable
source of water leakage.
2.2.18 Fire Proof Enclosures for Media Storage
The overall design of the safe should be suitable for safe storage of computer
diskettes, tapes, smart cards and similar devices and other magnetic media, paper
documents, etc. the safe should have adequate fire protection.
Capacity 150 Litres
Temperature to Withstand 1000° C for at least 1 hour
Internal Temperature 30° C after exposure to high temperature For 1 hour
Locking 2 IO-lever high security cylindrical / Electronic lock
2.2.19 Public Address System
The PA system is required for:
• Making public announcement from the Security Control Room and Facility
Manager’s room. Clear and crisp announcement should reach to the entire
Facility area.
• Microphones should be provided to make announcements / respond to
announcement from the designated location within the Facility.
• To play light music if required.
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2.2.20 Common Alarm System
• The common alarm panel is required for checking the healthiness of all
systems, to be installed at Data center.
• The panel can be installed in the room of Security Officer at Data center.
The common alarm panel should have provision for accepting “potential free” signals
from all system for relevant status change in that system
2.2.21 Physical Security
• DCO should make provision for the physical security at the proposed State
Data Centre.
2.2.22 Electrical Panels
• The Panels shall be of compartmentalized design so that circuit arc / flash
products do not create secondary faults and be fabricated out of high quality
CRCA sheet, suitable for indoor installation having dead front operated and
floor mounting type.
• All CRCA sheet steel used in the construction of Panels shall be 2 mm. thick
and shall be folded and braced as necessary to provide a rigid support for all
components. Joints of any kind in sheet steel shall be seam welded, all
welding slag grounded off and welding pits wiped smooth with plumber metal.
• The Panels shall be totally enclosed, completely dust and vermin proof and
degree of protection being not less than IP: 54 to IS: 2147. Gaskets between
all adjacent units and beneath all covers shall be provided to render the joints
dust proof. All doors and covers shall be fully gasketed with foam rubber and
/or rubber strips and shall be lockable.
• All panels and covers shall be properly fitted and secured with the frame and
holds in the panel correctly positioned. Fixing screws shall enter into holes,
taped into an adequate thickness of metal or provided with bolts and nuts.
Self-threading screws shall not be used in the construction of Panels.
• A base channel of 75 mm. x 50 mm. x 6 mm. thick shall be provided at the
bottom.
• Panels shall be preferably arranged in multi-tier formation. The size of the
Panels shall be designed in such a way that the internal space is sufficient for
hot air movement. If necessary, openings shall be provided for natural
ventilation, but the said openings shall be screened with fine weld mesh. The
entire electrical component shall be derated for 50°c.
• The Panels shall be provided with removable sheet steel plates at top and
bottom to drill holes for cable / conduit entry at site.
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• The Panels shall be designed to facilitate easy inspection, maintenance and
repair.
• The Panels shall be sufficiently rigid to support the equipment without
distortion under normal and under short circuit condition. They shall be
suitably braced for short circuit duty
Circuit Compartments
• Each MCCB shall be housed in separate compartments and shall be
enclosed on all sides. Sheet steel hinged lockable door shall be duty
interlocked with the unit in `ON’ and `OFF’ position.
• All instruments and indicating lamp shall be mounted on the compartment
door. Sheet steel barriers shall be provided between the tiers in a vertical
section.
Instrument Compartments
• Separate adequate compartment shall be provided for accommodating
instruments, indicating lamps, control contactors/ relays and control fuses etc.
• These components shall be accessible for testing and maintenance without
any danger of accidental contact with live parts, bus bar and connections
Busbars
• The busbar shall be air insulated and made of high quality, high conductivity,
high strength Aluminum.
• The busbar shall be of 3 phases and neutral system with separate neutral and
earth bar. The size of neutral busbar in all main panels or lighting panels and
feeders for panel shall be equal to phase busbar.
• The busbar and interconnection between busbars and various components
shall be of high conductivity Aluminum.
• The busbar shall be of rectangular cross-section designed to withstand full
load current for phase busbars and half rated current for neutral busbars in
case of MCC panels only and shall be extensible on either side.
• The busbar size shall be as per the rating of the panel. The busbar shall have
uniform cross-section throughout the length.
• The busbars and interconnections shall be insulated with epoxy-coated
busbar. The busbar shall be supported on bus insulators of non flammable
type with high creepage and high anti tracking property and non-hydroscopic
SMC / DMC insulated supports at sufficiently close intervals to prevent
busbars sag and shall effectively withstand electromagnetic stresses in the
event of short circuit.
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• The busbar shall be housed in a separate compartment. The busbar shall be
isolated with 3-mm. thick bakelite sheet to avoid any accidental contact. The
busbar shall be arranged such that minimum clearance between the busbar
are maintained as below:
o Between phases : 25 mm. minimum
o Between phases and neutral : 25 mm.
o Between phases and earth : 25 mm.
o Between neutral and earth : 20 mm. minimum
• All busbar connections shall be done by drilling holes in busbars and
connecting by chromium plated or tinned plated brass bolts and nuts.
• Additional cross-section of busbar shall be provided in all Panels to cover up
the holes drilled in the busbar. Spring and flat washers shall be used for
tightening the bolts.
• All connections between busbars and circuit breakers / switches and cable
terminals shall be through aluminum strips of proper size to carry full rated
current. These strips shall be insulated with insulating taps.
• Panel to panel entry of bus bar shall be effectively sealed by electrical and
thermal insulation barriers so that products of flashover do not travel from one
panel to another panel creating multiple faults.
• Busbar calculated on 50 deg. C. ambient temp. and 85 deg. C. for continuous
and short time rating. Busbar surrounded air temp. shall be considered 70
deg. C. for busbar calculation
• All joint shall have non-flammable insulation shrouds for secondary insulation
purpose
Electrical Power and Control Wiring Connection
• Terminal for both incoming and outgoing cable connections shall be suitable
for 1100 V grade, aluminum / copper conductor XLPE insulated and PVC
sheathed, armored cable and shall be suitable for connections of solder less
sockets for the cable size as per the feeder capacity.
• Power connections for incoming feeders of the main Panels shall be suitable
for 1100 V grade aluminium conductor (XLPE) cables.
• Both control and power wiring shall be brought out in cable alley for ease of
external connections, operation and maintenance.
• Both control and power terminals shall be properly shrouded.
• 10% spare terminals shall be provided on each terminal block. Sufficient
terminals shall be provided on each terminal block, so that not more than one
outgoing wire is connected to per terminal.
• Terminal strips for power and control shall preferably be separated from each
other by suitable barriers of enclosures.
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• Wiring inside the modules for power, control, protection and instruments etc.
shall be done with use of 660 / 1100 V grade, FRLS insulated copper
conductor cables conforming to IS standards. For current transformer circuits,
2.5 sq.mm. copper conductor wire shall be used.
• Other control wiring shall be done with 1.5 sq.mm. copper conductor wires.
• Wires for connections to the door shall be flexible. All conductors shall be
crimped with solder less sockets at the ends before connections are made to
the terminals.
• Control power supply to modules through the control transformer Control
power wiring shall have control fuses, (HRC fuse type) for circuit protection.
All indicating lamps shall be protected by HRC fuses.
• Particular care shall be taken to ensure that the layout of wiring is neat and
orderly. Identification ferrules shall be filled to all the wire termination for ease
of identification and to facilitate checking and testing
Terminals
• The outgoing terminals and neutral link shall be brought out to a cable alley
suitably located and accessible from the panel front.
• The current transformers for instruments metering shall be mounted on the
disconnecting type terminal blocks.
• No direct connection of incoming or outgoing cables to internal components of
the distribution board is permitted; only one conductor may be connected in
one terminal
Cable Compartments
• Cable compartments of minimum 300 mm size shall be provided in the
Panels for easy termination of all incoming and outgoing cables entering from
bottom or top.
• Adequate supports shall be provided in the cable compartments to support
cables.
• All outgoing and incoming feeder terminals shall be brought out to terminals
blocks in the cable compartment.
Labels
• Engraved PVC labels shall be provided on all incoming and outgoing feeders.
• Single line circuit diagram showing the arrangements of circuit inside the
distribution board shall be pasted on inside of the panel door and covered
with transparent laminated plastic sheet.
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Name Plates
• A nameplate with the Panels designation in bold letters shall be fixed at top of
the central panel.
• A separate nameplate giving feeder details shall be provided for each feeder
module door.
• Inside the feeder compartments, the electrical components, equipments,
accessories like switchgear, control gear, lamps, relays etc. shall suitably be
identified by providing stickers.
• Engraved nameplates shall preferably be of 3 ply, (Red-White-Red or Black-
White-Black) lamicold sheet. However, black engraved perplex sheet name
plates shall also be acceptable. Engraving shall be done with square groove
cutters.
• Nameplate shall be fastened by counter sund screws and not by adhesives
Danger Notice Plates
• The danger notice plate shall be affixed in a permanent manner on operating
side of the Panels.
• The danger notice plate shall indicate danger notice both in Hindi and English
and with a sign of skull and bones.
• The danger notice plates, in general, meet the requirements of local
inspecting authorities.
• Overall dimensions of the danger notice plate shall be 200 mm. wide x 150
mm. high.
• The danger notice plate shall be made from minimum 1.6 mm. thick mild steel
sheet and after due pre-treatment to the plate, the same shall be painted
white with vitreous enamel paint on both front and rear surface of the plate.
• The letters, the figures, the conventional skull and bones etc. shall be
positioned on plate as per recommendation of IS: 2551-1982.
• The said letters, the figures and the sign of skull and bones shall be painted in
signal red colour as per IS: 5-1978.
• The danger plate shall have rounded corners. Location of fixing holes for the
plate shall be decided to suit design of the Panels.
• The danger notice plate, if possible, it should be of ISI certification mark
Moulded Case Circuit Breakers
• The moulded case circuit breaker (MCCB) shall be air break type and having
quick make - quick break with trip free operating mechanism.
• Housing of the MCCB shall be of heat resistant and flame retardant insulating
material.
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• Operating handle of the MCCB shall be in front and clearly indicate
ON/OFF/TRIP positions.
• The electrical contact of the circuit breaker shall be of high conducting non-
deteriorating silver alloy contacts.
• The MCCB shall be provided microprocessor based overload and short circuit
protection device.
• All the releases shall operate on common trip busbar so that in case of
operation of any one of the releases in any of the three phases, it will cut off
all the three phases and thereby single phasing of the system is avoided.
• The MCCB shall provide two sets of extra auxiliary contacts with connections
for additional controls at future date.
Contactors
• The contactors shall meet with the requirements of IS: 2959 and BS: 7755.
• The contactors shall have minimum making and breaking capacity in
accordance with utilization category AC3 and shall be suitable for minimum
Class II intermittent duty.
• If the contactor forms part of a distribution board then a separate enclosure is
not required, but the installation of the contactor shall be such that it is not
possible to make an accidental contact with live parts
Indicating Lamps
• Indicating lamps assembly shall be screw type with built in resistor having
non-fading colour lens. LED type lamps are required.
• Wiring for Remote ON, OFF, TRIP indicating lamp is required.
• Colour shade for the indicating lamps shall be as below :
o ON indicating lamp : Red
o OFF indicating lamp : Green
o TRIP indicating lamp : Amber
o PHASE indicating lamp : Red, Yellow, Blue
o TRIP circuit healthy lamp : Milky
Cable Trays
• The cable trays shall be of ladder type / perforated steel section slotted
angles. The trays shall be complete with plates, Ts, elbows, risers, and all
necessary hardware. The trays shall be galvanized as per IS 2629. The cable
trays shall have suitable strength and rigidity to provide adequate support for
all cables. It shall not present sharp edges, burs of projections, injurious to the
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insulation of the wiring and cables. The trays shall be adequately protected
against corrosion and shall be made of corrosion resistant material. It shall
have side rails or equivalent structural members. There shall be a continuous
earth strip running on either side of the tray for earthing. The distance
between power cable tray/ conduit and data cable tray/ conduit should be
between 1 to 1.5 feet.
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SECTION – III Compliance
SECTION – III
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3 Section III- Compliance to Specifications
• All the hardware specifications mentioned in the RFP are the required
minimum, higher or better specifications would be acceptable.
• Component furnished shall be complete in every respect with all mountings,
fittings, fixtures and standard accessories normally provided with such
component's and/or needed for erection, completion and safe operation of the
component's as required by applicable codes though they may not have
been specifically detailed in the technical specification, unless included in
the list of exclusions. All similar standard components/parts of similar
standard components provided shall be inter-changeable with one another.
• The methodology of cabling and installation work to be adopted for the State
Data Center has to ensure minimum damage to the existing structure of the
building. Any damage to the existing flooring/ walls/paint etc. shall be made
good by the selected bidder. It is advised that bidder should visit site
before submitting the tender to get apprised about the site conditions.
• The selected bidder shall be responsible for providing all materials,
components, and services, specified or otherwise, which are required to fulfill
the intent of ensuring operability, maintainability, and reliability of the
complete component covered under this specification within his quoted price.
This work shall be in compliance with all applicable standards, statutory
regulations and safety requirements in force of the date of award of this
contract.
• The selected bidder shall also be responsible for deputing qualified personnel
for installation, testing, commissioning and other services under his scope of
work as per this specification. All required tools for completing the scope of
work as per the specification is also the responsibility of the selected bidder.
• The selected bidder shall perform the services and carry out its obligations
with all due diligence, efficiency and economy in accordance with
generally accepted professional techniques and practices and shall
observe sound management practices and employ appropriate advance
technology and safe methods. The selected bidder shall always act in respect
of any matter relating to this contract or to the services as faithful
advisers to the SOVTECH.
• The selected bidder shall furnish complete, well-fabricated and
reliably operating and secure systems to SOVTECH. Design and selection of
component and software shall be consistent with the requirements of
long term trouble free operation with highest degree of reliability and
maintainability. All components shall be constructed to operate safely without
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undue heating, vibration, wear, corrosion, electromagnetic interference or
similar problems and all software shall be proven, tested and reliable.
• All interconnecting cables required to connect the communication component
shall be furnished. All cables shall be fully assembled connector pre-
terminated and factory tested as part of overall system checkout. Cables
shall be neatly & properly tied up and dressed using appropriate cable
hangers and Velcro bands. All the cables, connectors, sockets, panel's etc.
shall be labeled for identification purpose.
• All the cabling should adhere to the TIA-942 Data Center Standard.
• All component, accessories and cables supplied under this contract shall be
in accordance with the latest applicable recommendations, regulations and
standards of:
- CCITT / ITU
- ANSI
- IEC 60364
- IEEE Standard 1100
- IETF
- TIA 942
- IS 3843
- EIA / TIA 568 Standards
- NFPA 72 and NFPA 318
- International Electro-technical Commission (IEC)
- Cable (Cat 6) and cable accessories (Cat6) UL Listed and verified
• For parameters not covered under the above codes, internationally
acceptable standards shall be accepted. The selected bidder shall furnish a
complete list of all standards and codes under which his component is
designed, manufactured and assembled along with the bids.
• Functionality/accessibility of each component of the system and the system
as a whole should be demonstrated to the satisfaction of SOVTECH.
• Reliable over voltage and over current protection circuits shall be
provided in the component power supply units. The component power
supply units shall be self protecting and also protect connected
component's against interference, noise, voltage dips and surges & impulses
that may be present in the mains power supply sources. Component shall be
guaranteed for operation over the following AC power range to be made
available by SOVTECH: 240 V AC +/-10%, 50 Hz +/- 5%
• The SOVTECH shall provide suitable AC power at a single power point at
one locations and distribution of this power to the various component's
shall be responsibility of the selected bidder for which necessary
distribution board, cable etc. shall be provided by the selected bidder.
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SECTION – III Bill of Quantity
ANNEXURE - IV
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4 Annexure – IV Bill of Quantity for Physical
Components for Server Farm Area
4.1.1 Access Control System
Sr. No. Description Qty Units
1
Supply, Installation, Testing and Commissioning of Main controller having the following features: A) Capable to support 500 cards B) Capable to expand system upto 10 card readers C) Should include Access Control Software
1 Job
2 Supply and installation of Proximity card readers with read range of 15 cms.
8 Nos.
3 Supply of Proximity cards with the possibility of printing the company details on its facia using dye sublimation method
50 Nos.
4
Supply and installation of Biometric Finger scan Readers wall mounted / table mounted with a minimum read time of 5 seconds and verification time of 1 second. The biometric scanner data also shall be available in the access control P.C on similar lines of other card reader.
1 Nos.
5 Supply and installation of Proximity card readers with keypad. The minimum read range of 15 cms.
1 Nos.
6 Supply and installation of Door controllers controlling 2 readers (Entry and Exit) per door having a minimum buffer memory of 4000 events.
11 Nos.
7 Supply and installation of Software with report generation GUI and time attendance feature.
1 Nos.
8 Supply and installation of surface mounted Magnetic door locks capacity of holding pressure of 450 lbs
11 Nos.
9 Supply and Installation Magnetic Door Contacts 8 Nos.
10
Supply and installation of Panic Bars with necessary mounting accessories. Providing and fixing of Becker Fire Solutions fire rated Panic Bar single leaf panic exit devices tested in accordance with BS 476 Part 20, 22 and tested with complete assembly and to operate panic bar from outside with necessary screws as required. The lock and handle should be an amalgamated single motion piece.
3 Nos.
11 Supply and Installation of Electric door strikes with necessary mounting accessories
8 Nos.
12 Supply and installation of Integrator/ Network control unit for integration with Building management system.
1 Nos.
13 Supply & Installation of Egress Switch. 5 Nos.
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Sr. No. Description Qty Units
14
Supply & Installation testing and commissioning of PC having 120 G.B HDD, 2 G.B RAM,17 inch colour monitor, floppy drive, CD drive, LAN card along with network interface card and serial port for networking
1 Nos.
15 Hand Held Metal Detector 2 Nos.
16 With Inbuilt battery charger, Rechargeable battery (Breath Analyzer)
2 Nos.
17 Cabling
A Supply and laying of 8c x 0.2Sq.mm armoured shielded cable with accessories.
As Required Mtrs.
B Supply and laying of 2c x1.5 Sq.mm armoured shielded cable with accessories.
As Required Mtrs.
4.1.2 CCTV System
Sr. No. Description Qty Units
1
1/3” CCD Color Dome type camera with fixed type lens for indoor application complete with power supply unit. Supply, installation, testing and commissioning of Fixed indoor cameras including integrated housing (dome type), Connectors, A.I. Lens, Camera Mounts and all Ancillary Equipment & all accessories.
10 Nos.
2
¼” PTZ Camera should be fully controlled via a PC comport, which shall use an additional converter to communicate via RS485 / 422. This camera should be a day night camera with a minimum of 23 x Optical Zoom and 12 x digital zoom.
2 Nos.
3 Supply and installation of 16 channels multiplexer with time /date generator, with 2 video outputs for having Hard Disk recording facility.
1 Nos.
4 Supply and Installation of 16 Channel Digital Video Recorder with 500 GB Hard Disk & min 400 Frames/sec storage capacity
1 Nos.
5 Cabling
A Supply and laying of 2c x 1.5 Sq.mm Copper armoured cable.
As Required Mtrs.
B Supply and laying of RG59 armoured cable for video transmission.
As Required Mtrs.
6 Supply, installation, testing and commissioning of System Software with inbuilt switcher for controlling and operating CCTV System
1 Nos.
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4.1.3 BMS System
Sr. No. Description Qty Units
1 BMS Software 1 Nos.
2 BMS Controller module 1 Set
3
BMS Workstation, Quad Core / Core 2 Duo 1.3 GHz, 120GB HDD, 2 GB RAM, 8 x DVD R/W drive 1.44 FDD, 17" colour monitor, Optical Mouse, 2 serial, 2 USB Ports, 1 parallel port & 1 Windows NT operating system
1 Nos.
4 Colour Graphics BMS Software Operating on Windows NT platform
1 Nos.
5 DDC Controller with status on GUI 1 Nos.
6 Room Temperature Sensors, Wall mounted 1 Nos.
7 2 core 1.5 sq.mm PVC Insulated Cu Armoured Cable
As required
Mtrs.
8 Communication Cabling for BMS As
required Mtrs.
9 Cabling As
required Mtrs.
4.1.4 Rodent Repellent System
S.No Description Quantity Units
1
Supply installation testing and commissioning of Ultrasonic Rodent Repellent system with a peak frequency response of above 20 KHZ consisting the following items with all necessary accessories including connections etc as required
1 Job
2 Rodent Repellent with 12 satellites and Master console along with power supply unit
4 Nos
3 2 core PVC insulated, PVC sheathed, FRLS copper cable of required size
As required
Mtrs.
4.1.5 Water Leak Detection System
S.No Description Quantity Units
1 Water Leak Sensing Cable As
required Mtrs.
2 4 Zone Water Leak Detection Panel 1 Nos.
3 2 core 1.5 sq.mm PVC Insulated Cu armoured Cable
As required
Mtrs.