central ubonratchathanil

8/15/2019 Central Ubonratchathanil

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New Site Expansion 3G

LTE

Cover Page PDF

1.Site Location Map and Inform ation PDF

2.BTS Room Phot o

BTS Entrance Room PDF

BTS Overview PDF

3.Material Bill of Quantity PDF Excel

4.DAS Compon ents PDF Excel

5.System Link B udget PDF Excel

6.Antenna Descriptio n Table PDF Excel

7.System Diagram PDF CAD

8.Equipment Layout PDF CAD

9.BTS Location

BTS Location Overview PDF CAD

BTS Location (Top view) PDF CAD

BTS Location (Front view) PDF CAD

BTS Location (Side view) PDF CAD

BTS Location (Section) PDF CAD

10.Tranmission Cable Route

Transmission Cable Routing PDF CAD

Transmission Cable Routing (Detail) PDF CAD

Main Transmission Box Photo PDF

ODF Box Photo PDF

11.AC Power Cable Route

Single Line Digram PDF CAD

Wiring Diagram PDF CAD

Power Cable Routing PDF CAD

Power Cable Routing (Detail) PDF CADMain MDB Photo ( Main Building Tapping ) PDF

Main ACPDB & Circuit Braeker Photo PDF

Watt Hour Meter Photo PDF

Final Acceptance Test ( F.A.T ) Check ListSite Name :Central Ubonratchathani Site ID : UBR7746

Type of Work

Detail CD soft file Site Folder


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SITE ID: UBR7746 Central UbonratchathanilWO: UBR4911

Final Acceptance Test

N : 17.38701° E: 102.7575°

3058 . . . 34000

Rural Road 3058 Chaeramae , Muang Ubonratchathanil 34000

UBR7746 Central Ubonratchathani


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CONTENTS

1. Site Location Map and Information

2. BTS Room Photo

3. Material List

4. DAS Components

5. System Link Budget

6. Antenna Description

7. System Diagram

8. Equipment Layout


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Site Location Map and Information

UBR7746 Central Ubonratchathanil


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Site Location Map



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Site Location Map



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BTS Room Photo



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BTS Photo

Location Description : Level Machine U


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Material List



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DAS Components



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DAS Components Description Serial No. Frequency

Type / Model (If any) (MHz)

1 FGA1 Omni CLNA001U-CN2 - Argus 806-960/1710-2700











12 F1A1 Omni CLNA001U-CN2 - Argus 806-960/1710-2700











Remark ItemComponent

LocationPart No. Vender Brand

BFKT

DTAC

AWN

TOT

BFKT

DTAC

AWN

TOT

BFKT

TOT

BFKT

BFKT

DTAC

AWN

DTAC

AWN

TOT

BFKT

DTAC

AWN

DTAC


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50 PS1 2-way Splitter S-2-CPUS-H-N - Andrew 800-2500












BFKT

DTAC

AWN

AWN

BFKT

TOT

DTAC

AWN

TOT


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TOT

BFKT

DTAC

AWN

BFKT

DTAC

AWN

DTAC

AWN

TOT

AWN

TOT

BFKT

DTAC

AWN

TOT

TOT

BFKT

BFKTDTAC

AWN


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143 FGA17 O i CLNA001U CN2 A 806 960/1710 2700

AWN

TOT

TOT

BFKT

DTAC

AWN

TOT

BFKT

DTAC

AWN

TOT

BFKT

DTAC

AWN

BFKT

AWN

TOT

BFKT

DTAC

AWN


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169 PT2 7.0 power tapper TAP-7dB-100-NF - Lscable 800-2500












181 F3A36 O i CLNA001U CN2 A 806 960/1710 2700

TOT

BFKT

DTAC

AWN

TOT

BFKT

AWN

TOT

BFKT

DTAC

AWN

AWN


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219 F1A30 O i CLNA001U CN2 A 806 960/1710 2700

AWN

TOT

TOT

BFKT

TOT

BFKT

DTAC

AWN

BFKT

DTAC

AWN

TOT

BFKT

AWN

TOT

BFKT

DTAC

AWN

TOT

DTAC


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253 PS74 2-way Splitter PS-2Way-NF - Sumtel 800-2700




257 PS70 2 S litt PS 2W NF S t l 800 2700

AWNTOT

BFKT

DTAC

AWN

TOT

BFKT

DTAC

AWN

BFKT

DTAC

TOT

BFKT

DTAC

AWN


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System Link Budget



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Omni (Indoor) 3Panel (Indoor) 7Panel (Outdoor) 12

Anten na gai n (dB )1/2" Superflex jumper-1m (units)1/2" Superflex cable length (m)Total 1/2" Superflex cable (brances)Total 1/2" Superflex cable length (m) 0.16601/2" Cable length (m)1/2" Cable length (m)1/2" Cable length (m)1/2" Cable length (m)1/2" Cable length (m)1/2" Cable length (m)1/2" Cable length (m)Total 1/2" cable (brances)Total 1/2" cable length (m) 0.1010

7/8" Cable length (m)7/8" Cable length (m)7/8" Cable length (m)7/8" Cable length (m)7/8" Cable length (m)7/8" Cable length (m)7/8" Cable length (m)Total 7/8" cable (brances)Total 7/8" cable length (m) 0.05751-1/4" Cable length (m)1-1/4" Cable length (m)Total 1-1/4" cable length (m) 0.04161-5/8" Cable length (m)1-5/8" Cable length (m)Total 1-5/8" cable length (m) 0.0347Total cable loss (dB)

Number of connectors 0.10Total connecter loss (dB)6db Coupled 6.006db Through 1.257db Coupled 7.007db Through 1.008db Coupled 8.008db Through 0.7510db Coupled 10.0010db Through 0.5013db Coupled 13.0013db Through 0.2515db Coupled 15.0015db Through 0.1520db Coupled 20.0020db Through 0.10Total coupler loss (dB)

Splitter (2 way) 3.00Splitter (3 way) 4.80Splitter (4 way) 6.00Total splitter loss (dB)Hybrid combiners 3.00Wi-Fi Diplexers 0.30Diplexers 0.25

ANTENNA NAME/NUMBER185 186 187 188

F GA39 F GA40 F GA41 FGA 421 1 1 1

3.00 3.00 3.00 3.000 2 2 23 5 5 51 1 1 13 7 7 7

29.67

1 0 0 030 0 0 0

71.91 37.85 50.32

0 1 1 10 72 38 50

0 0 0 0120 120 120 120

118.73 118.73 118.73 118.73239 239 239 239

11.78 13.58 11.62 12.34

8 12 12 120.80 1.20 1.20 1.20

0.00 0.00 0.00 0.00

1 1 1 11 1 1

19.00 7.80 7.80 7.80


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3G 850MHz System Li nk Bu dget

Downlink Power (Link) Budget

Omni (Indoor) 3

Panel (Indoor) 7Panel (Outdoor) 12

Jumpers 0.10801/2" 0.06677/8" 0.0376

1-1/4" 0.02681-5/8" 0.0217

0.1

6db Coupled 66db Through 1.257db Coupled 7

7db Through1

8db Coupled 88db Through 0.75

10db Coupled 1010db Through 0.513db Coupled 1313db Through 0.2515db Coupled 1515db Through 0.1520db Coupled 2020db Through 0.1

2 way 33 way 4.84 way 6

Combiners HC 3.1Wi-Fi 0.3

2G-3G 0.150.2

4333

25/40/7002540

UE antenna gain (dBi)UE noise figure

Log Normal Fading MarginMultipath Fading Margin

Soft Handover Gain

CPICH Power

TOTAL LOSS with Antenna GainTOTAL LOSS without Antenna Gain

Maximum NodeB Power

Distance from antenna (m)

Total (Max) Power into AntennaEiRP

CPICH Power (out of Antenna)

TOTAL COUPLER LOSS

Splitters

TOTAL FEEDER LOSS

Number of connectors

OTHER LOSS / ATTEN.

Triplexer TOTAL COMBINER LOSS

Diplexer

TOTAL SPLITTER LOSS

OTHER GAIN

ANTENNA NAME / NUMBER

Antenna Type

ANTENNA GAIN

Feeder Type

TOTAL CONNECTOR LOSS

Couplers

185 186 187 188

FGA 39 F GA40 F GA41 F GA42

1 1 1 1

0 0 0 00 0 0 03 3 3 3

3 7 7 730 0 0 00 72 38 500 0 0 0

239 239 239 2397.48 8.64 7.36 7.83

8 12 12 120.80 1.20 1.20 1.20

0 0 0 00 0 0 00 0 0 0

0 0 0 00 0 0 00 0 0 00 0 0 00 0 0 00 0 0 00 0 0 00 0 0 00 0 0 00 0 0 00 0 0 0

0.00 0.00 0.00 0.00

1 1 1 10 1 1 11 0 0 0

9.00 7.80 7.80 7.80

0 0 0 00 0 0 00 0 0 01 1 1 1

0.20 0.20 0.20 0.20

0 0 0 00 0 0 0

1 4.48 14 .84 13 .5 6 14.0 317.48 17 .84 16 .56 17.03

43 43 43 4333 33 33 33

25.52 25 .16 26 .44 25.972 8.52 28 .16 29 .4 4 28.9 71 8.52 18 .16 19 .4 4 18.9 7

25 25 25 250 0 0 02 2 2 25 5 5 54 4 4 40 0 0 0


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3G 850MHz System Link Budget

Uplink Power (Link) Budget

214.125

-106.566.02

3540

25/40/70836.8

21

2.318

-106.566.02

3540

25/40/70836.8

210.710

-106.566.02

3540

25/40/70836.8

244.76

6-106.56

6.02

Pathloss MarginUplink Check at 1/2 m

Required Eb/NoMaximum UE Transmit Power

Total Effective Noise

Log Normal Fading MarginBody Loss

Uplink Check at 1/2 m

Processing Gain

Freespace pathloss (Frequency)

Soft Handover Gain

Soft Handover GainFast Fading Margin

Fast Fading Margin

Maximum calculated pathlossDistance from antenna (m)

Receiver SensitivityInterference Margin @75% Load

PS384 Data Bearer Link Budget

Maximum UE Transmit Power


Processing Gain

Pathloss Margin

Receiver Sensitivity

CS64 Video Bearer Link Budget

Log Normal Fading MarginBody Loss

Receiver SensitivityInterference Margin @75% Load

Total Effective NoiseProcessing GainRequired Eb/No

Maximum UE Transmit Power

Pathloss MarginUplink Check at 1/2 m


Log Normal Fading MarginFast Fading MarginSoft Handover Gain


Body Loss

ANTENNA NA ME / NUMB ER

Maximum UE Transmit Power Required Eb/NoProcessing Gain

AMR Voi ce B earer Lin k B udg et

Total Effective NoiseInterference Margin @75% Load

Receiver Sensitivity


HSUPA Bearer Link Budget

Total Effective NoiseInterference Margin @75% Load

Required Eb/No

185 186 187 188

FGA 39 FGA40 FGA 41 FGA 42

21 21 21 214.1 4.1 4.1 4.125 25 25 25

-106.56 -106.56 -106.56 -106.566.02 6.02 6.02 6.02

-121.44 -121.44 -121.44 -121.443 3 3 35 5 5 54 4 4 40 0 0 0

130 .44 130 .44 130 .44 130 .4425 25 25 25

58.85 58.85 58.85 58.855 3.11 52 .75 5 4.0 3 53 .56-89.35 -89.71 -88.43 -88.90

21 21 21 21

2.3 2.3 2.3 2.318 18 18 18

-106.56 -106.56 -106.56 -106.566.02 6.02 6.02 6.02

-116.24 -116.24 -116.24 -116.243 3 3 35 5 5 54 4 4 40 0 0 0

125 .24 125 .24 125 .24 125 .2425 25 25 25

58.85 58.85 58.85 58.854 7.9 1 47 .55 4 8.8 3 48 .36-89.35 -89.71 -88.43 -88.90

21 21 21 210.7 0.7 0.7 0.710 10 10 10

-106.56 -106.56 -106.56 -106.566.02 6.02 6.02 6.02

-109.84 -109.84 -109.84 -109.843 3 3 35 5 5 54 4 4 40 0 0 0

118 .84 118 .84 118 .84 118 .8425 25 25 25

58.85 58.85 58.85 58.854 1.5 1 41 .15 4 2.4 3 41 .96-89.35 -89.71 -88.43 -88.90

24 24 24 244.76 4.76 4.76 4.76

6 6 6 6-106.56 -106.56 -106.56 -106.56

6.02 6.02 6.02 6.02-101.78 -101.78 -101.78 -101.78


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UBR7746 C t l Ub t h th il


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3G 2100MHz System Link Budget

Downlink Power (Link) Budget

Omni (Indoor) 3

Panel (Indoor)7

Panel (Outdoor) 12

Jumpers 0.18301/2" 0.11177/8" 0.0639

1-1/4" 0.04651-5/8" 0.0384

0.1

- .6db Coupled 66db Through 1.257db Coupled 77db Through 1

8db Coupled 88db Through 0.75

10db Coupled 1010db Through 0.513db Coupled 1313db Through 0.2515db Coupled 1515db Through 0.1520db Coupled 2020db Through 0.1

- .2 way 33 way 4.84 way 6

- .

-73.80627507 HC 3.1Wi-Fi 0.32G-3G 0.3

0.45

- .

4333

25/40/7002540Soft Handover Gain

Distance from antenna (m)UE antenna gain (dBi)

UE noise figureLog Normal Fading Margin

Multipath Fading Margin

EiRP

-72.44

-72.77783707

-73.00

-73.83689807

CPICH Power (out of Antenna)

CPICH Power

-73.99284107-74.10

OTHER GAINOTHER LOSS / ATTEN.

TOTAL LOSS with Antenna GainTOTAL LOSS without Antenna Gain

Maximum NodeB Power

Total (Max) Power into Antenna

TOTAL CONNECTOR LOSS

Couplers

ANTENNA NAME / NUMBER

-44.85031469

ANTENNA GAIN

Feeder Type

TOTAL FEEDER LOSS

Number of connectors

185 186 187 188

FGA 39 F GA40 F GA41 F GA42

1 1 1 1

0 0 0 00 0 0 03 3 3 3

3 7 7 730 0 0 00 72 38 500 0 0 0

239 239 239 2391 3.03 15 .04 12 .8 7 13.6 6

8 12 12 120.80 1.20 1.20 1.20

0 0 0 00 0 0 00 0 0 00 0 0 0

0 0 0 00 0 0 00 0 0 00 0 0 00 0 0 00 0 0 00 0 0 00 0 0 00 0 0 00 0 0 0

0.00 0.00 0.00 0.00

1 1 1 10 1 1 11 0 0 0

9.00 7.80 7.80 7.80

0 0 0 00 0 0 00 0 0 01 1 1 1

0.45 0.45 0.45 0.45

0 0 0 00 0 0 0

2 0.28 21 .49 19 .3 2 20.1123.28 24 .49 22 .32 23.11

43 43 43 4333 33 33 33

19.72 18 .51 20 .68 19.892 2.72 21 .51 23 .6 8 22.8 91 2.72 11 .51 13 .6 8 12.8 9

25 25 25 250 0 0 02 2 2 25 5 5 54 4 4 40 0 0 0


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Avg. Max. Min. Avg. Max. Min. All ant ennas -60.57 -44.85 -66.48 All antennas -78.24 -63.70 -88.46Sec to r1 -62.28 -57.97 -66.48 Sector1 -80.60 -75.55 -87.54Sec to r2 -59.79 -50.20 -64.34 Sector2 -76.73 -67.51 -82.30Sec to r3 -59.91 -44.85 -66.35 Sector3 -77.57 -63.70 -88.46Sector4 N/A N/A N/A Sector4 0.00 N/A N/ASector5 N/A N/A N/A Sector5 0.00 N/A N/ASector6 N/A N/A N/A Sector6 0.00 N/A N/ASector7 N/A N/A N/A Sector7 0.00 N/A N/ASector8 N/A N/A N/A Sector8 0.00 N/A N/A

All ant ennas 16.68 27.11 10.82 All antennas 10.61 21.40 0.44Sect or 1 15.02 19.34 10.82 Sector1 8.30 13.36 1.36

Sect or 2 17.52 27.11 12.97 Sector2 12.17 21.40 6.60Sect or 3 17.27 21.40 10.95 Sector3 11.20 17.56 0.44Sector4 N/A N/A N/A Sector4 0.00 N/A N/ASector5 N/A N/A N/A Sector5 0.00 N/A N/ASector6 N/A N/A N/A Sector6 0.00 N/A N/ASector7 N/A N/A N/A Sector7 0.00 N/A N/ASector8 N/A N/A N/A Sector8 0.00 N/A N/A

All ant ennas 26.68 37.11 20.82 All antennas 20.61 31.40 10.44Sect or 1 25.02 29.34 20.82 Sector1 18.30 23.36 11.36Sector2 9.51 37.11 22.97 Sector2 9.64 31.40 16.60Sect or 3 27.27 31.40 20.95 Sector3 21.20 27.56 10.44Sector4 N/A N/A N/A Sector4 N/A N/A N/ASector5 N/A N/A N/A Sector5 N/A N/A N/ASector6 N/A N/A N/A Sector6 N/A N/A N/ASector7 N/A N/A N/A Sector7 N/A N/A N/ASector8 N/A N/A N/A Sector8 N/A N/A N/A

Avg. Max. Min. Avg. Max. Min. All ant ennas 51.33 67.04 45.41 All ant ennas 37.16 51.70 26.94Sector1 49.61 53.93 45.41 Sector1 34.80 39.85 27.86Sector2 52.11 61.69 47.56 Sector2 38.67 47.89 31.16Sector3 51.99 67.04 45.54 Sector3 37.83 51.70 26.94Sector4 N/A N/A N/A Sector4 N/A N/A N/ASector5 N/A N/A N/A Sector5 N/A N/A N/ASector6 N/A N/A N/A Sector6 N/A N/A N/ASector7 N/A N/A N/A Sector7 N/A N/A N/ASector8 N/A N/A N/A Sector8 N/A N/A N/A

All ant ennas -91.19 -80.77 -97.05 All antennas -105.26 -94.47 -115.42Sec to r1 -92.85 -88.54 -97.05 Sec tor1 -107.56 -102.51 -114.50Sec to r2 -90.35 -80.77 -94.90 Sec tor2 -103.69 -94 .47 -109.26Sec to r3 -90.60 -86.47 -96.92 Sec tor3 -104.66 -98 .30 -115.42Sector4 N/A N/A N/A Sector4 N/A N/A N/ASector5 N/A N/A N/A Sector5 N/A N/A N/ASector6 N/A N/A N/A Sector6 N/A N/A N/ASector7 N/A N/A N/A Sector7 N/A N/A N/ASector8 N/A N/A N/A Sector8 N/A N/A N/A

All ant ennas 46.13 61.84 40.21 All ant ennas 31.66 46.20 21.44Sector1 44.41 48.73 40.21 Sector1 29.30 34.35 22.36Sector2 46.91 56.49 42.36 Sector2 33.17 42.39 27.60Sector3 46 79 61 84 40 34 Sector3 32 33 46 20 21 44

Summary of Downlink & Uplink for 3G 850MHz & 3G 2100MHz

3G 850MHz 3G 2100MHz

EIRP EIRP

UPLINK for 3G 850MHz UPLINK for 3G 2100MHz

AMR Voice B earer

Pathloss Margin

AMR Voice B earer

Pathloss Margin

Uplink Check at1/2 m

Uplink Check at1/2 m

DOWNLINK for 3G 850MHz DOWNLINK for 3G 2100MHz

RSCP RSCP

CPICH CPICH


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Predicted RSCP Antenna Name/Number -44.85 F3A31-50.20 F2A22-51.07 F2A23-51.64 F2A24-52.16 F2A21

-55.99 F2A43-56.12 F1A38-56.17 F1A21-56.23 F1A44-56.26 F2A39-56.40 F1A23-56.79 FGA32-56.80 F2A42

-56.82 F3A22

-56.82 FGA33-57.10 F2A44-57.25 F3A20-57.28 F2A41-57.29 F2A40-57.44 F2A38

Predicted RSCP Antenna Name/Number -63.70 F3A31-67.51 F2A22

-68.97 F2A23

850 MHz

2100 MHz

Top 20 Strongest RSCP

Top 20 Strongest RSCP for 3G 850MHz & 3G 2100MHz


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ANTENNA NAME /NUMBER

Predicted RSCP CPICH Power EIRP

FGA23 -63.67 13.64 23.64

FGA22 -62.63 14.67 24.67

FGA21 -62.28 15.02 25.02

F2A39 -56.26 21.04 31.04

F2A36 -58.41 18.90 28.90

F4A1 -64.79 12.51 22.51F2A40 -57.29 20.02 30.02

F2A37 -59.45 17.86 27.86

F2A38 -57.44 19.87 29.87

FGA37 -59.68 17.63 27.63

F4A11 -60.50 16.81 26.81

F1A38 -56.12 21.19 31.19

F3A45 -59.52 17.78 27.78

F3A37 -61.59 15.72 25.72

F3A30 -65.65 11.65 21.65F1A37 -61.38 15.92 25.92

F3A36 -61.84 15.47 25.47

FGA20 -61.55 15.76 25.76

F1A42 -59.76 17.55 27.55

FGA6 -62.98 14.32 24.32

F2A29 -63.87 13.44 23.44

FGA33 -56.82 20.48 30.48

FGA36 -58.50 18.81 28.81

F3A38 -59.65 17.65 27.65F1A36 -58.60 18.70 28.70

F1A39 -57.67 19.64 29.64

F2A28 64 59 12 72 22 72

Top N Worst of Downlink for 3G 850 MHz

850 MHz


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850 MHz

F4A5 -64.01 13.30 23.30

F2A33 -66.35 10.95 20.95

F3A33 -62.02 15.29 25.29

F2A25 -64.18 13.13 23.13

FGA38 -59.20 18.11 28.11

FGA32 -56.79 20.51 30.51F3A8 -65.53 11.78 21.78

F3A40 -60.13 17.18 27.18

F4A8 -60.09 17.22 27.22

F1A10 -62.38 14.93 24.93

FGA34 -58.56 18.75 28.75

F3A39 -59.26 18.04 28.04

F2A44 -57.10 20.21 30.21

F3A26 -61.08 16.23 26.23

F4A7 -65.08 12.23 22.23F3A25 -61.55 15.75 25.75

F3A27 -60.41 16.89 26.89

F1A40 -58.57 18.74 28.74

FGA7 -61.27 16.03 26.03

F3A41 -60.78 16.52 26.52

F4A6 -64.88 12.43 22.43

FGA39 -58.79 18.52 28.52

F1A4 -59.25 18.06 28.06

F1A41 -58.77 18.54 28.54F4A4 -65.14 12.16 22.16

FGA40 -59.14 18.16 28.16

F2A32 66 03 11 28 21 28


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850 MHz

F1A25 -59.51 17.80 27.80

FGA30 -59.80 17.51 27.51

FGA9 -61.92 15.38 25.38

F1A28 -61.52 15.78 25.78

F3A32 -63.01 14.30 24.30

F1A29 -63.32 13.98 23.98F3A4 -60.68 16.62 26.62

FGA1 -60.56 16.75 26.75

F2A46 -58.33 18.98 28.98

F1A27 -60.63 16.68 26.68

FGA24 -60.28 17.02 27.02

F1A1 -61.36 15.95 25.95

F1A8 -60.63 16.68 26.68

F1A12 -61.75 15.55 25.55

F2A45 -57.59 19.72 29.72F3A9 -66.48 10.82 20.82

FGA3 -61.53 15.78 25.78

FGA4 -61.68 15.63 25.63

F1A6 -60.17 17.14 27.14

FGA2 -60.74 16.57 26.57


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ANTENNA NA ME /NUMBER


F4A1 -82.17 6.74 16.74FGA37 -77.46 11.44 21.44

F1A5 -77.22 11.69 21.69

F1A38 -71.34 17.56 27.56

F4A11 -78.92 9.99 19.99

F1A37 -80.03 8.88 18.88FGA6

-81.46 7.44 17.44

FGA35 -76.85 12.06 22.06

FGA33 -72.83 16.07 26.07

FGA36 -75.69 13.21 23.21

F4A9 -76.17 12.73 22.73

FGA41 -75.22 13.68 23.68

FGA8 -77.79 11.12 21.12

F1A36 -75.14 13.76 23.76

FGA42 -76.02 12.89 22.89

F4A5 -81.41 7.49 17.49

F1A4 -76.55 12.35 22.35F1A42 -78.48 10.42 20.42

FGA32 -72.78 16.13 26.13

F1A43 -77.24 11.66 21.66

FGA34 -75.51 13.39 23.39

F1A39 -75.17 13.73 23.73

F1A34 -74.19 14.71 24.71

FGA11 -75.55 13.36 23.36

F3A6 -77.38 11.53 21.53

FGA5 -79.55 9.36 19.36

F1A35 -74.80 14.10 24.10FGA38 -76.65 12.25 22.25

F4A8 -78.22 10.69 20.69

F1A3 -77 28 11 62 21 62

Top N Worst of Downl ink for 3G 2100 MHz

2100 MHz


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ANTENNA NA ME /NUMBER


Top N Worst of Downl ink for 3G 2100 MHz

2100 MHz

F1A11 -79.72 9.18 19.18

FGA9 -78.40 10.51 20.51

F1A44 -72.90 16.01 26.01

F1A7 -78.12 10.78 20.78

F3A7 -84.58 4.33 14.33F3A4 -77.40 11.50 21.50

FGA1 -78.60 10.30 20.30

FGA24 -78.45 10.45 20.45

F4A3 -81.51 7.39 17.39F1A1 -78.63 10.27 20.27

F3A9 -87.44 1.46 11.46F1A12 -80.06 8.85 18.85FGA2 -78.90 10.00 20.00

F1A8 -78.16 10.74 20.74

F1A6 -77.38 11.52 21.52


74/131


ANTENNA NAME

/ NUMBER

AMR Voic e

Pathloss Margin

AMR Voic e

Uplink Check

CS 64 Video

Pathloss Margin

CS64 Video

Uplink Check

PS384 Data

Pathloss Margin

PS384 Data

Uplink Check

HSUPA Pathloss

Margin

HSUPA Uplink

CheckFGA23 48.23 -94.23 43.03 -94.23 36.63 -94.23 31.57 -94.23

FGA22 49.26 -93.20 44.06 -93.20 37.66 -93.20 32.60 -93.20

FGA21 49.61 -92.85 44.41 -92.85 38.01 -92.85 32.95 -92.85

F2A39 55.63 -86.83 50.43 -86.83 44.03 -86.83 38.97 -86.83

F2A36 53.48 -88.98 48.28 -88.98 41.88 -88.98 36.82 -88.98

F4A1 47.10 -95.36 41.90 -95.36 35.50 -95.36 30.44 -95.36

F2A40 54.61 -87.85 49.41 -87.85 43.01 -87.85 37.95 -87.85

F2A37 52.45 -90.01 47.25 -90.01 40.85 -90.01 35.79 -90.01

F2A38 54.46 -88.00 49.26 -88.00 42.86 -88.00 37.80 -88.00

FGA37 52.22 -90.24 47.02 -90.24 40.62 -90.24 35.56 -90.24

F4A11 51.40 -91.06 46.20 -91.06 39.80 -91.06 34.74 -91.06

F1A38 55.77 -86.69 50.57 -86.69 44.17 -86.69 39.11 -86.69

F3A45 52.37 -90.09 47.17 -90.09 40.77 -90.09 35.71 -90.09

F3A37 50.31 -92.16 45.11 -92.16 38.71 -92.16 33.65 -92.16

F3A30 46.24 -96.22 41.04 -96.22 34.64 -96.22 29.58 -96.22

F1A37 50.51 -91.95 45.31 -91.95 38.91 -91.95 33.85 -91.95

F3A36 50.06 -92.41 44.86 -92.41 38.46 -92.41 33.40 -92.41

FGA20 50.35 -92.11 45.15 -92.11 38.75 -92.11 33.69 -92.11

F1A42 52.14 -90.32 46.94 -90.32 40.54 -90.32 35.48 -90.32

FGA6 48.91 -93.55 43.71 -93.55 37.31 -93.55 32.25 -93.55

F2A29 48.03 -94.43 42.83 -94.43 36.43 -94.43 31.37 -94.43

FGA33 55.07 -87.39 49.87 -87.39 43.47 -87.39 38.41 -87.39

FGA36 53.40 -89.06 48.20 -89.06 41.80 -89.06 36.74 -89.06

F3A38 52.24 -90.22 47.04 -90.22 40.64 -90.22 35.58 -90.22

F1A36 53.29 -89.17 48.09 -89.17 41.69 -89.17 36.63 -89.17

F1A39 54.23 -88.23 49.03 -88.23 42.63 -88.23 37.57 -88.23

F2A28 47.31 -95.16 42.11 -95.16 35.71 -95.16 30.65 -95.16

F3A24 52.56 -89.90 47.36 -89.90 40.96 -89.90 35.90 -89.90

F2A41 54.61 -87.85 49.41 -87.85 43.01 -87.85 37.95 -87.85

F3A34 51.89 -90.58 46.69 -90.58 40.29 -90.58 35.23 -90.58

F2A26 47.68 -94.78 42.48 -94.78 36.08 -94.78 31.02 -94.78

F3A44 49.62 -92.84 44.42 -92.84 38.02 -92.84 32.96 -92.84

FGA41 54.03 -88.43 48.83 -88.43 42.43 -88.43 37.37 -88.43

FGA8 50.47 -91.99 45.27 -91.99 38.87 -91.99 33.81 -91.99

F2A42 55.09 -87.37 49.89 -87.37 43.49 -87.37 38.43 -87.37

F2A30 51.78 -90.68 46.58 -90.68 40.18 -90.68 35.12 -90.68

F4A9 53.16 -89.30 47.96 -89.30 41.56 -89.30 36.50 -89.30

F3A43 50.12 -92.34 44.92 -92.34 38.52 -92.34 33.46 -92.34

F4A10 52.13 -90.33 46.93 -90.33 40.53 -90.33 35.47 -90.33

FGA42 53.56 -88.90 48.36 -88.90 41.96 -88.90 36.90 -88.90

F3A35 50.90 -91.56 45.70 -91.56 39.30 -91.56 34.24 -91.56

F1A34 53.99 -88.47 48.79 -88.47 42.39 -88.47 37.33 -88.47

Top N Worst o f Uplink for 3G 850 MHz

850 MHz


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ANTENNA NAME

/ NUMBER

AMR Voic e

Pathloss Margin

AMR Voic e

Uplink Check

CS 64 Video

Pathloss Margin

CS64 Video

Uplink Check

PS384 Data

Pathloss Margin

PS384 Data

Uplink Check

HSUPA Pathloss

Margin

HSUPA Uplink

Check

Top N Worst o f Uplink for 3G 850 MHz

850 MHz

FGA11 51.80 -90.66 46.60 -90.66 40.20 -90.66 35.14 -90.66

FGA27 54.07 -88.39 48.87 -88.39 42.47 -88.39 37.41 -88.39

F1A32 52.54 -89.92 47.34 -89.92 40.94 -89.92 35.88 -89.92

F3A3 47.54 -94.92 42.34 -94.92 35.94 -94.92 30.88 -94.92

F1A2 49.83 -92.63 44.63 -92.63 38.23 -92.63 33.17 -92.63

FGA26 52.72 -89.74 47.52 -89.74 41.12 -89.74 36.06 -89.74

F1A3 51.49 -90.97 46.29 -90.97 39.89 -90.97 34.83 -90.97

F3A5 52.21 -90.25 47.01 -90.25 40.61 -90.25 35.55 -90.25

F3A31 67.04 -86.47 61.84 -86.47 55.44 -86.47 50.38 -86.47

FGA28 52.79 -89.67 47.59 -89.67 41.19 -89.67 36.13 -89.67

F1A31 49.89 -92.58 44.69 -92.58 38.29 -92.58 33.23 -92.58

F2A31 53.40 -89.06 48.20 -89.06 41.80 -89.06 36.74 -89.06

F3A10 48.09 -94.37 42.89 -94.37 36.49 -94.37 31.43 -94.37

F1A7 51.42 -91.04 46.22 -91.04 39.82 -91.04 34.76 -91.04

F1A9 48.84 -93.62 43.64 -93.62 37.24 -93.62 32.18 -93.62

F1A11 50.20 -92.26 45.00 -92.26 38.60 -92.26 33.54 -92.26

F3A1 48.97 -93.50 43.77 -93.50 37.37 -93.50 32.31 -93.50

F3A7 47.10 -95.36 41.90 -95.36 35.50 -95.36 30.44 -95.36

F1A26 51.36 -91.10 46.16 -91.10 39.76 -91.10 34.70 -91.10

F1A44 55.67 -86.79 50.47 -86.79 44.07 -86.79 39.01 -86.79

F1A30 48.87 -93.59 43.67 -93.59 37.27 -93.59 32.21 -93.59

F2A35 46.53 -95.93 41.33 -95.93 34.93 -95.93 29.87 -95.93

FGA25 52.26 -90.20 47.06 -90.20 40.66 -90.20 35.60 -90.20

F4A3 47.49 -94.97 42.29 -94.97 35.89 -94.97 30.83 -94.97

FGA10 49.40 -93.06 44.20 -93.06 37.80 -93.06 32.74 -93.06

FGA29 51.53 -90.93 46.33 -90.93 39.93 -90.93 34.87 -90.93

F1A25 52.39 -90.07 47.19 -90.07 40.79 -90.07 35.73 -90.07

FGA30 52.10 -90.36 46.90 -90.36 40.50 -90.36 35.44 -90.36

FGA9 49.97 -92.49 44.77 -92.49 38.37 -92.49 33.31 -92.49

F1A28 50.37 -92.09 45.17 -92.09 38.77 -92.09 33.71 -92.09

F3A32 48.89 -93.57 43.69 -93.57 37.29 -93.57 32.23 -93.57

F1A29 48.57 -93.89 43.37 -93.89 36.97 -93.89 31.91 -93.89

F3A4 51.21 -91.25 46.01 -91.25 39.61 -91.25 34.55 -91.25

FGA1 51.33 -91.13 46.13 -91.13 39.73 -91.13 34.67 -91.13

F2A46 53.56 -88.90 48.36 -88.90 41.96 -88.90 36.90 -88.90

F1A27 51.26 -91.20 46.06 -91.20 39.66 -91.20 34.60 -91.20

FGA24 51.61 -90.85 46.41 -90.85 40.01 -90.85 34.95 -90.85

F1A1 50.54 -91.92 45.34 -91.92 38.94 -91.92 33.88 -91.92

F1A8 51.27 -91.19 46.07 -91.19 39.67 -91.19 34.61 -91.19

F1A12 50.14 -92.32 44.94 -92.32 38.54 -92.32 33.48 -92.32

F2A45 54.31 -88.15 49.11 -88.15 42.71 -88.15 37.65 -88.15

F3A9 45.41 -97.05 40.21 -97.05 33.81 -97.05 28.75 -97.05


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ANTENNA NAME/ NUMBER

AMR Voic ePathloss Margin

AMR Voic eUplink Check

CS 64 VideoPathloss Margin

CS64 VideoUplink Check

PS384 DataPathloss Margin

PS384 DataUplink Check

HSUPA PathlossMargin

HSUPA UplinkCheck

F1A5 38.18 -104.18 32.68 -104.18 26.68 -104.18 21.62 -104.18

F3A9 27.96 -114.40 22.46 -114.40 16.46 -114.40 11.40 -114.40

FGA10 36.03 -106.33 30.53 -106.33 24.53 -106.33 19.47 -106.33

F3A5 39.45 -102.92 33.95 -102.92 27.95 -102.92 22.89 -102.92

FGA7 36.60 -105.76 31.10 -105.76 25.10 -105.76 20.04 -105.76

F1A4 38.85 -103.51 33.35 -103.51 27.35 -103.51 22.29 -103.51

F3A8 29.58 -112.78 24.08 -112.78 18.08 -112.78 13.02 -112.78

FGA9 37.00 -105.36 31.50 -105.36 25.50 -105.36 20.44 -105.36

FGA6 33.94 -108.42 28.44 -108.42 22.44 -108.42 17.38 -108.42

F3A1 33.73 -108.63 28.23 -108.63 22.23 -108.63 17.17 -108.63

F3A4 38.00 -104.36 32.50 -104.36 26.50 -104.36 21.44 -104.36

FGA5 35.85 -106.51 30.35 -106.51 24.35 -106.51 19.29 -106.51

F4A4 32.90 -109.46 27.40 -109.46 21.40 -109.46 16.34 -109.46F1A3 38.12 -104.24 32.62 -104.24 26.62 -104.24 21.56 -104.24

FGA3 35.15 -107.21 29.65 -107.21 23.65 -107.21 18.59 -107.21

F4A3 33.89 -108.48 28.39 -108.48 22.39 -108.48 17.33 -108.48

F3A2 31.16 -111.20 25.66 -111.20 19.66 -111.20 14.60 -111.20

FGA8 37.61 -104.75 32.11 -104.75 26.11 -104.75 21.05 -104.75

FGA2 36.50 -105.86 31.00 -105.86 25.00 -105.86 19.94 -105.86

F1A10 34.51 -107.85 29.01 -107.85 23.01 -107.85 17.95 -107.85

F3A3 31.57 -110.79 26.07 -110.79 20.07 -110.79 15.01 -110.79

F1A11 35.68 -106.68 30.18 -106.68 24.18 -106.68 19.12 -106.68

FGA11 39.85 -102.51 34.35 -102.51 28.35 -102.51 23.29 -102.51

F1A6 38.02 -104.34 32.52 -104.34 26.52 -104.34 21.46 -104.34

F1A12 35.34 -107.02 29.84 -107.02 23.84 -107.02 18.78 -107.02

F1A1 36.77 -105.59 31.27 -105.59 25.27 -105.59 20.21 -105.59F1A7 37.28 -105.08 31.78 -105.08 25.78 -105.08 20.72 -105.08

F1A9 33.36 -109.00 27.86 -109.00 21.86 -109.00 16.80 -109.00

F4A2 32.21 -110.15 26.71 -110.15 20.71 -110.15 15.65 -110.15

F4A7 32.17 -110.19 26.67 -110.19 20.67 -110.19 15.61 -110.19

FGA4 36.17 -106.19 30.67 -106.19 24.67 -106.19 19.61 -106.19

F4A11 36.48 -105.88 30.98 -105.88 24.98 -105.88 19.92 -105.88

F4A6 32.51 -109.85 27.01 -109.85 21.01 -109.85 15.95 -109.85

F3A7 30.82 -111.54 25.32 -111.54 19.32 -111.54 14.26 -111.54

F1A8 37.24 -105.12 31.74 -105.12 25.74 -105.12 20.68 -105.12

F1A2 35.56 -106.80 30.06 -106.80 24.06 -106.80 19.00 -106.80

FGA1 36.80 -105.56 31.30 -105.56 25.30 -105.56 20.24 -105.56

F3A6 38.02 -104.34 32.52 -104.34 26.52 -104.34 21.46 -104.34

F4A8 37.18 -105.18 31.68 -105.18 25.68 -105.18 20.62 -105.18F4A5 33.99 -108.37 28.49 -108.37 22.49 -108.37 17.43 -108.37

F4A1 33.23 -109.13 27.73 -109.13 21.73 -109.13 16.67 -109.13

F4A9 39.23 -103.13 33.73 -103.13 27.73 -103.13 22.67 -103.13

F3A10 32 26 -110 10 26 76 -110 10 20 76 -110 10 15 70 -110 10

Top N Worst of Uplink for 3G 2100 MHz

2100 MHz


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ANTENNA NAME/ NUMBER

AMR Voic ePathloss Margin

AMR Voic eUplink Check

CS 64 VideoPathloss Margin

CS64 VideoUplink Check

PS384 DataPathloss Margin

PS384 DataUplink Check

HSUPA PathlossMargin

HSUPA UplinkCheck

Top N Worst of Uplink for 3G 2100 MHz

2100 MHz

F2A40 40.92 -101.44 35.42 -101.44 29.42 -101.44 24.36 -101.44

F2A41 39.91 -102.45 34.41 -102.45 28.41 -102.45 23.35 -102.45

F2A42 40.73 -101.63 35.23 -101.63 29.23 -101.63 24.17 -101.63

F2A43 41.78 -100.58 36.28 -100.58 30.28 -100.58 25.22 -100.58

F2A44 40.15 -102.21 34.65 -102.21 28.65 -102.21 23.59 -102.21

F2A45 39.32 -103.04 33.82 -103.04 27.82 -103.04 22.76 -103.04

F2A46 38.06 -104.30 32.56 -104.30 26.56 -104.30 21.50 -104.30

F1A25 42.96 -99.40 37.46 -99.40 31.46 -99.40 26.40 -99.40

F1A26 41.45 -100.91 35.95 -100.91 29.95 -100.91 24.89 -100.91

F1A27 41.30 -101.06 35.80 -101.06 29.80 -101.06 24.74 -101.06

F1A28 39.78 -102.58 34.28 -102.58 28.28 -102.58 23.22 -102.58

F1A29 32.97 -109.39 27.47 -109.39 21.47 -109.39 16.41 -109.39

F1A30 33.47 -108.89 27.97 -108.89 21.97 -108.89 16.91 -108.89F1A31 35.21 -107.16 29.71 -107.16 23.71 -107.16 18.65 -107.16

F1A32 38.23 -104.13 32.73 -104.13 26.73 -104.13 21.67 -104.13

F1A33 40.67 -101.69 35.17 -101.69 29.17 -101.69 24.11 -101.69

F1A34 41.21 -101.15 35.71 -101.15 29.71 -101.15 24.65 -101.15

F1A35 40.60 -101.76 35.10 -101.76 29.10 -101.76 24.04 -101.76

F1A36 40.26 -102.10 34.76 -102.10 28.76 -102.10 23.70 -102.10

F1A37 35.37 -106.99 29.87 -106.99 23.87 -106.99 18.81 -106.99

F1A38 44.06 -98.30 38.56 -98.30 32.56 -98.30 27.50 -98.30

F1A39 40.23 -102.13 34.73 -102.13 28.73 -102.13 23.67 -102.13

F1A40 38.72 -103.64 33.22 -103.64 27.22 -103.64 22.16 -103.64

F1A41 38.59 -103.77 33.09 -103.77 27.09 -103.77 22.03 -103.77

F1A42 36.92 -105.44 31.42 -105.44 25.42 -105.44 20.36 -105.44

F1A43 38.16 -104.20 32.66 -104.20 26.66 -104.20 21.60 -104.20F1A44 42.50 -99.86 37.00 -99.86 31.00 -99.86 25.94 -99.86

FGA24 36.95 -105.41 31.45 -105.41 25.45 -105.41 20.39 -105.41

FGA25 38.05 -104.31 32.55 -104.31 26.55 -104.31 21.49 -104.31

FGA26 38.83 -103.53 33.33 -103.53 27.33 -103.53 22.27 -103.53

FGA27 40.89 -101.47 35.39 -101.47 29.39 -101.47 24.33 -101.47

FGA28 38.96 -103.40 33.46 -103.40 27.46 -103.40 22.40 -103.40

FGA29 36.81 -105.55 31.31 -105.55 25.31 -105.55 20.25 -105.55

FGA30 37.59 -104.77 32.09 -104.77 26.09 -104.77 21.03 -104.77

FGA31 38.62 -103.74 33.12 -103.74 27.12 -103.74 22.06 -103.74

FGA32 42.62 -99.74 37.12 -99.74 31.12 -99.74 26.06 -99.74

FGA33 42.57 -99.79 37.07 -99.79 31.07 -99.79 26.01 -99.79

FGA34 39.89 -102.47 34.39 -102.47 28.39 -102.47 23.33 -102.47

FGA35 38.55 -103.81 33.05 -103.81 27.05 -103.81 21.99 -103.81FGA36 39.71 -102.65 34.21 -102.65 28.21 -102.65 23.15 -102.65

FGA37 37.94 -104.42 32.44 -104.42 26.44 -104.42 21.38 -104.42

FGA38 38.75 -103.61 33.25 -103.61 27.25 -103.61 22.19 -103.61

FGA39 39 22 -103 14 33 72 -103 14 27 72 -103 14 22 66 -103 14



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Required Eb/NoUMTS service bearers ZTE HW ALU Ericsson (new)UL Voice 12.2K 4.2 4.1 4.3 3.5UL CS 64K 2.7 2.3 1.9 1.9

UL PS 64K 1.6 1.3 0.8 1.6UL PS 128K 1.1 0.6 0.8 1UL PS 384K 0.6 0.7 0.8 1.3DL Voice 12.2K 7.5 7.6 7.1 5.6DL CS 64K 5.2 5.9 5.3 5.2DL PS 64K 4.8 4.6 4.7 4.8DL PS 128K 4.5 4 4.1 4.7DL PS 384K 4.3 3.8 4.4 4

Bearer Services DL Eb/No Bearer Rate(kbps) ProcessingGain (dB)

MinimumRequired Ec/Ioper Service (dB)

Max DCH @33dBm per

Bearer (dBm)Power ControlHeadroom

Required

Ec/Io for eachBearerServices (dB)

Eb/No PG SIR Ec/Io Servi

AMR 12.2kbps 7.5 12.2 25 -15.18 31 0 -16 7.5 25 -17.47971394 -14.4797139CS 64kbps 5.2 64 18 -8.09 34 0 -14 5.2 18 -12.5815125 -9.58151250PS 64kbps 4.8 64 18 -8.79 34 0 -14 4.8 18 -12.9815125 -9.98151250

PS 128kbps 4.5 128 15 -6.47 35 0 -13 4.5 15 -10.27121255 -7.27121254PS 384kbps 4.3 384 10 -1.17 38 0 -11 4.3 10 -5.7 -2.7

HSDPA 1.8Mbps 4.5 1800 9 -1.04 39 0 -11 4 9 -5 -2HSDPA 3.6Mbps 5.01 3600 6 -1.04 39 0 -7 5.01 6 -1.010599913 1.98940008HSDPA 7.2Mbps 5.05 7200 6 -1.04 39 0 -7 5.05 6 -0.970599913 2.02940008

Ec/Io=Eb/No-PG+(Pwr_Diff)+PC Hdrm

Receiver Sensitivity 1800 MHz

CPICH-Pi lot UMTS Voice UMTS CS 64 UMTS PS 64 UMTS PS 128 UMTS PS 384HSDPACQI22

5codes 3.6M

HSDPA CQI2510codes 7.2M

GSM Voice CPICH-Pilot UMTS VoiceUMTS

64kbp

(RRC) 12.2 kbps 64 kbps 64 kbps 128 kbps 384 kbps 3.6Mbps 3.6Mbps (RRC) 12.2 kbps 64 kbps 64Required Signal Power

(Sensitivity)-110.78 -111.38 -106.48 -106.88 -104.17 -99.6 -94.91 -93.11 -107 -110.78 -113.48 -106.48 -

UMTS Voice UMTS CS 64 UMTS PS 64 HSUPA 256 HSUPA 512 HSUPA 1M GSM Voice UMTS Voice UMTS CS 64 UMTS PS 64 HSUP12.2 kbps 64 kbps 64 kbps 256 kbps 512 kbps 1000 kbps 12.2 kbps 64 kbps 64 kbps 25

Required Signal Power(Sensitivity)

-120.92 -115.22 -116.32 -107.73 -104.95 -101.12 -107 -120.92 -115.22 -116.32

UPLINK

Ec/Io Thresholds per Designed Service

DOWNLINK

UMTS 850 MHz


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Exist Rep Move Add Exist Rep Move Add Exist Rep Move Add Exist Rep Move Add

4 SF CINEMA 0 0 0 0 0 0 0 0 22 0 0 0 22 0 0 0 1

3 R BS, CP N, FOOD CE NTER 0 0 0 0 0 0 0 0 46 0 0 0 46 0 0 0 1,2,3

2 RBS,CPN,POWER BUY 0 0 0 0 0 0 0 0 46 0 0 0 46 0 0 0 1,2,3

1 RBS,CPN,TOP 0 0 0 0 0 0 0 0 44 0 0 0 44 0 0 0 1,2,3

G CARPARK 0 0 0 0 0 0 0 0 42 0 0 0 42 0 0 0 1,2,3

Total 0 0 0 0 0 0 0 0 200 0 0 0 200 0 0 0

3

Omni

Grand Tatal 200

Antenna Describtion Table


SectorLevel DescriptionTotalPanel 12 dBi Panel 7 dBi


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System Diagram



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Equipment Layout



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BTS Location



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Tranmission Cable Route



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AC Power Cable Route



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Material Specification


Product Data Sheet CLNA001U-CN2

824-960/1710-2700 In Building Coverage Antenna


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Electrical Specifications

Frequency Range 806 - 960 / 1710 - 2700 MHzGain 3 dBiReturn Loss > 14 dBPolarization VerticalHorizontal Beamwidth 360°

Power Rating 50WImpedance 50 OhmConnector Type N type femaleInput Cable Length 0.3 m

Mechanical Specifications

Antenna Dimensions 200x78 mmWeight 0.5 kgRadome Material ABS


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Cables and accessories for radiocommunication networks

HYPERCELL®2002


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ACOME presentation ACOME presentationHYPERCELL®HYPERCELL®


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For more than 60 years, ACOME's experience has beenbased on its ability to constantly offer technologicalinnovations to the market. Today, ACOME has acquired aunique expertise in the design, production and marketing of cables and systems in use in Telecommunication, automoti-ve and building industry.

With more than 1200 employees and 110.000m 2 of produc-tion facilities on its main site located in Mortain(Normandy), ACOME is recognized as a world leader in thedesign, manufacturing and marketing of low loss HF coaxial

cables and accessories, optical fibercables and systems, LF and

HF copper pair cables.With the aimto be

close to its mar-kets and custo-

mers, ACOMEis present inall of theinterna-t i o n a lmarkets,and par-ticularly

in emer-ging mar-

kets withproduction

facilities inBrazil and

China, in additionto a worldwide

agents and distributionnetwork.

DIVISIONRADIOVIDEOCOMMUNICATION- 52,rueduMontparnasse- 75014Paris- France- Tél.: +(33) 14279 1400 - Fax: +(33) 142 7915 00E-Mail: [email protected] - Site: www.acome.com

Réf: DRDV12/2001 133 An3


Réf: DRDV12/2001 133 An2

RADIO VIDEOCOM Division Twenty years at the service of mobile commu-nication, telecommunication and broadbandvideocommunication networks operators haveled ACOME to constantly improve the qualityand reliability of its products and services inorder to meet the ever-evoluting needs of these markets world-wide.

The Radio Videocomdivision offers a full rangeof low loss 50 Ohmcoaxial cables designated asHYPERCELL®, and characterised by a cellularfoampolyethylene (PE) dielectric, overlaid witha corrugated copper tape (Flexible &SuperFlexible of serie F & SF), or with a copperor aluminium tape and braid for ExtraFlexiblecables of serie XF.

Thedesign and choiceof connectors and accesso-ries necessary to a completefeeder line system,optimised for each cable size, ensure a perfectelectrical and mechanical integrity of the coaxialtransmission line between radio equipments andbetween transmitters or basestations and anten-

nas.

The HYPERCELL® cable range meets thedemand of the different markets utilising lowloss foam dielectric coaxial cables. These mar-kets are:

Mobile communication networks.Private and Government telecommunicationnetworks. (PMR, Microwave, Wireless LocalLoop)Radio and television broadcast.

With the following main customers:Private and public networks operators.Installers.Radio equipment manufacturers (OEM).

Systemintegrators.Industry, Transport, Security and Defence.Radio and TV broadcasters.

In addition, the Radio Videocom division offersthe GIGACOME®, range of 75 Ohm coaxialcables for CATV videocommunication net-works.

ACOME and the Telecomindustry1932 Set upof ACOME (Association Coopératived’Ouvriers

en Matériel Électrique).

1949 ACOME is thefirst manufacturer to insulate Telecomwireswithpolyvinylchloride(PVC).

1954 First vinyl com-pound productionplant for cableinsulation andjac-ketting .

1960 Over 30% of frenchcars are equippedwith ACOME spar-kingplugleads.

1972 ACOMEmanufactu-resinFrancea newrangeof corrugatedouter conductorcoaxial cables.

1976 ACOME is thefirstfrench manufacturer to introducee-beamtechnologyfor polymer cross-linking.

1977 Development of double layerscellular extrusion.

1983 First production of optical fiber cables.

1984 Massproduction of cross-linkedinsulatedwires.

1993 ISO9001 certification.

1998 QS9000 certification.

1999 Installationof thefirst tower of thecablefibre- drawingplant.

2000 Theindustrial siteof Mortain is ISO14001 certified.

BUILDING components DivisionProfiled and tube sections for:

Heating and coolingfloor systemsFluid distribution sys-tems

Profiled sections forwindows.

DATA TELECOM DivisionCopper and optical fiber cables for:

LAN, MAN & WANnetworksIndustrial and automatedcontrol networks

Telecomtrunk, distribu-tion and subscribersnetworksSwitching and transmis-sion equipments.

ELECTRICAL EQUIPEMENT DivisionWires and cables for:

Automotive industry Transport networksRailways and naval

construction equipments.

Each of thefour Operatingdivisions is structured andorganized to answer thespecificityof its targeted markets and customers.

ACOME presentation ACOME presentationHYPERCELL®HYPERCELL®


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ACOME: quality,a constant concern The objective of quality is effective at all stages, fromdesign, to production and marketing.

It is achieved through high personnel involvement atevery level of responsability, as soon as the originalcustomer contact and the commercial proposal untilthe product shipment and the after-sales services.

The demand for quality is also enlarged to developprocedures for the environment protection in allmanufacturing processes and production stages.

This level of Quality Assurance has allowed ACOMEto receive the following world-wide recognition:

ISO9001QS9000 (Automotive Ind.)ISO14001 (Industrial site of Mortain)


Réf: DRDV12/2001 133 An5


Réf: DRDV12/2001 133 An4

ACOME: an optimised serviceFully aware of its role as an advisor, a solution specifier and a

provider of technicaland sales support,ACOME offers acustomised servicethat guarantees thecommitment of allthe employees todeal with and satis-fy the customer'sdemand with effi-ciency, flexibilityand ponctuality.

Without being exhaustive, theseservices particularlyapplyto: Technical assistance to systemdesign.Product training and site installation.Pre-comissioning and assistance to comissioning.Special packing and specific conditionning.EDI links with our customers and partners.

From its 25000 m2

logistical platform, the ACOMEXdepartment delivers from stock in less than 72 hoursthroughout the whole Europe; an express required deli-very in France will be guaranteed within 24 hours andrequests for urgent delivery will be processed immediate-ly with the sole limitation of the transport time.

ACOME: a leader in many technologiesWith a budget in excess of 10% of sales, the R & Ddepartment maintains a permanent technological surveyon material, products and processes in order to achieve atriple objective:

Constantly improvetheexisting products.Developnewproductsfor existingandemergingmarkets.Providetechnical andscientific support to our customers.

ACOME is actively involved in the international standar-disation comittees which guarantee the involvement inthe latest technological innovations and standards.

ACOME is specialised in a number of technical processessuch as metal- working/wire-drawing, plastics chemistry,plastics extrusion, electro-physical cross-linking anddrawing of sil icium preforms.

ACOME delivers to its customers the most advancedproducts while keeping them constantly informed of the new technologies that have been used during theproduction of these products.

All the products announcedin thiscatalogue, fitted and installed inaccordance with assembly instructions andstate of the art good practices are guaranteedfor a period of 10 years.

The HYPERCELL®coaxial cable rangeHYPERCELL® The HYPERCELL®coaxial cable range

HYPERCELL®


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The50 Ohmlowloss foamdielectric coaxialcablesareavailablein threedifferent versions:featuring an annularly cor-

rugated outer conductor available in diameters of 1/4 ‘’,3/8’’, 1/2’’, 5/8’’, 7/8’’, 1-1/4’’, 1-5/8’’ & 2-1/4”.

manufactured with helicalcorrugation in the outer conductor in diameters of 1/4 ‘’,3/8 ‘’ & 1/2’’.

overlapping tapeand braid asouter conductor in diameters of 1/16 ‘’, 1/4’’ & 3/8’’.

All of thesecableareconstructed with an inner conductor, alow loss foamdielectric, an outer conductor and a protective

jacket.

The inner conductor is made of a copper wire, a copperclad aluminiumwire, a smooth or corrugated copper tube,according to the different cable size. Thehigh conductivitycopper which is used allows to performverylow attenuation.

The dielectric insulator is extruded and bonded to the innerconductor, thus preventing any longitudinal movementdue to temperature changes or mechanical constraints.

This foaminsulator is made of a mixture of low loss die-lectric polyethylene melted and extruded with an inertgas injection process. This method allows to produce lowdensity, fine close and homogeneous cells. A very thinlayer of polyethylene is finally applied which profiles thediameter consistency of the cable core, thus guaranteeinga very high mechanical integrity and accurateconcentricityover the inner conductor for a remarquable impedanceregularity.

This dielectric being non hygroscopic, it ensures a muchextended service of the cable in adverse environment.

The outer conductors of Flexible(Fserie) and SuperFlexi-ble(SF serie) coaxial cables are madewith a oxygen freecopper tapehaving an electrical conductivity of more than

100% IACS, which is formed, seamwelded and helicaly orannularly corrugated around the core.

The outer conductorof the ExtraFlexiblecable range (XFserie) is made of anoverlapped aluminiumtape covered with a tinnedcopper braid (diame-ter 1/16'' & 1/4" )or a copper tapeand braid for3/8'' diameter.

The halogen free,carbon black polyethy-lene jacket is extrudedaround the outer conductor. Itprovides a high resistance toabrasion, and protects the cableagainst very adverse weatherconditions and ultra-violet rays. Theycomply with IEC60754-1 and 60754-2standards.

ExtraFlexible cables (XF serie) being normally installedinside equipments or equipment roomare provided with a

PVC protective jacket which meet the requirement of IEC60332-1 standard.

For many applications inside buildings, confined spacestunnels and metros, the whole range of HYPERCELL®cables can be offered with an halogen free, fireretardant,lowsmokeandgasemission jacket.

These jackets referenced LSOH have successfully passed thetests specified by the following international standards:

IEC 60754-1 Gases emitted during combustion(Hydrochloric acid 4.3,conductivité


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Réf: DRDV12/2001 133 An8

Return Loss (R.L.) This is thedecibel (dB) power ratio of theincident power to thereflected power @ 20°ambient temperature. It can beconvertedin VSWR or Reflection coefficient.

TheACOME cablesof theHYPERCELL®rangebeingmanufacturedandcontrolledaccordingto veryseverestandards, showreturnlossvalues(R.L.) whichsolelydependson thefrequencyrangeof thecable, without anyselection.

Thefigureaboveshows thepotential third order intermodulation distortion occuring in two collocated basestation transceiversin the broadband PCS band. Bands A and Careboth transmitting, and a non linearity causea third order IM distortion to appearin the receivearea of band C. [ f (IM3) =2f1-f2 =2*1940 - 1980 =1900 MHz ]

Measurementscan beobtained in two ways:Holding the source 1 at the frequency F1 and sweepingsource 2 fromF2 min to F2 max in defined steps (withF1 less than equal F2 min).Holding source 2 at the frequency F2 and sweepingsource 1 fromF1 min to F1 max in defined steps (withF2 greater than equal F1 max).

For example, in the GSM band, measurements can be donein holding source 2 at F2 =960 MHz and sweeping source1 upward fromF1min =925 MHz to F1max =935 MHz insteps of 2.5 MHz.

This method allows a curve representation of the passiveintermodulation versus the sweeped frequencies or theintermodulation product (2*F1-F2). Usually, PIM resultsare expressed in dBc, that means measurements results indBmare compared to the source power.

For example, source carrier power is set to Pc =40 dBm,and PIM measurement gives value of R = -110 dBm,result expressed in dBc is obtained by doing the followingcalculation:

It must benoted that the test equipment is calibratedby measuring the intermodulation level of a referenceload. Therefore, if thereferenceloads shows a level of -165 dBc, thelevel of the measured products cannotbe lower than -165 dBc. It is then important toevaluate the difference between the mesuredvalues and the reference value.

Passive intermodulationPassive intermodulation (PIM) is a formof signal distortionthat occurs whenever two or more frequencies signalsconduct simultaneously in a passive device, such as a cableor connector, which contains some nonlinear response.

The non-linear behavior produces spurious signals whosefrequencies are linear combinations of the frequencies of the original signals.

The lower odd-ordered intermodulation (IM) products (e.g.f (IM3)=2f1-f2) are usually the most problematic in thewireless industry since they have the highest potential of falling within thereceiveband, or up-link, of a basestation,creating radiofrequency interference in the receiver.Although frequency allocations are specifically designedto guard against this problem, collocation of two or morebase station transceivers at a single site substantiallyincreases the risk of PIM interference, as illustrated infigure below.

Base stations built for mobile communications systemssuch as Personal Communication Service (PCS 1900),

Advance Mobile Phone System(AMPS), Global SystemforMobile communications (GSM), and DigitalCommunications System(DCS 1800), use DIN 7- 16 and

Type N coaxial connectors to handle the high transmitpower requirements.

At high power (above1W), non-linearities in coaxialconnectors become apparent and measurable. The manypossible causes of intermodulation in coaxial connectorsand cables include poor mechanical contact, dissimilarmetals in direct contact, ferrous content in the conductors,debris within the connector, poor surface finish, corrosion,vibration, and temperature variations.

Measurement techniques: the reflected sweeping method

F2

F1

Signal sources Filter

Filter

Load

Receiver

DUT

Signal MixingDevice

PIM (dBc) =Pc (dBm) - R(dBm)**In the example, PIM = - 150 dBc.

2*F1-F2or

2*F2-F1

Frequency MHz R.L.dB (ROS) typical R.L.dB (VSWR) max1-400 -23 (1.15)

400-500 -26.5 (1.10)500-800 -23 (1.15)800-1000 -26.5 (1.10)1000-1700 -23 (1.15)1700-2200 -24.0 (1.12)2200-2500 -23 (1.15)2500-2700 -23.5 (1.13)2700-3000 -23 (1.15)

HYPERCELL®Selection guide of HYPERCELL®cables

HYPERCELL®Selection guide of HYPERCELL®cables


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Réf: DRDV12/2001 133 An10

Cable Standard Reference Nominal Diameter Min.Bend. Cable Maximum Attenuation Power

type Jacket ACOME size onjacket Radius Weight Frequency @ 2000MHz @ 2000MHz

(' ') (mm) (mm) (kg/m) (GHz) (dB/100m) (kW)




HPL50-1/4SF BlackP.E M 2929 Z 1/4 7.70 25 0.100 18.00 28.52 0.20

LSOH M 2931 Z 1/4 7.70 25 0.109 18.00 28.52 0.20

HFR M 5302 Z 1/4 7.70 25 0.109 18.00 28.52 0.20

HPL50-3/8SF BlackP.E M 2933 Z 3/8 10.80 25 0.163 12.00 19.45 0.37

LSOH M 2935 Z 3/8 10.80 25 0.176 12.00 19.45 0.37

HFR M 5306 Z 3/8 10.80 25 0.176 12.00 19.45 0.37

HPL50-1/2SF BlackP.E M 2839 Z 1/2 13.40 25 0.227 10.00 16.00 0.52

LSOH M 2830 Z 1/2 13.40 25 0.240 10.00 16.00 0.52

HFR M 5308 Z 1/2 13.40 25 0.240 10.00 16.00 0.52

HPL50-1/16XF WhitePVC M 5330 Z 1/16 2.80 15 0.013 18.00 94.00 0.041

LSOH M 5360 Z 1/16 2.80 15 0.015 18.00 94.00 0.041

HFR M 5331 Z 1/16 2.80 15 0.015 18.00 94.00 0.041


LSOH M 5361 Z 1/4 6.85 20 0.069 15.00 31.59 0.26

HFR M 5332 Z 1/4 6.85 20 0.069 15.00 31.59 0.26


LSOH M 5362 Z 3/8 10.10 25 0.111 12.00 19.30 0.41

HFR M 5333 Z 3/8 10.10 25 0.111 12.00 19.30 0.41

Flexible cables SuperFlexible cables

ExtraFlexible cables

HPL50-1/4F BlackP.E M 2930 Z 1/4 9.50 40 0.129 15.00 20.60 0.34

LSOH M 2932 Z 1/4 9.50 40 0.145 15.00 20.60 0.34

HFR M 5309 Z 1/4 9.50 40 0.145 15.00 20.60 0.34

HPL50-3/8F BlackP.E M 2934 Z 3/8 11.50 50 0.185 12.00 15.15 0.45

LSOH M 2936 Z 3/8 11.50 50 0.204 12.00 15.15 0.45

HFR M 5310 Z 3/8 11.50 50 0.204 12.00 15.15 0.45

HPL50-1/2F BlackP.E M 1473 Z 1/2 16.00 70 0.250 8.00 10.62 0.81

LSOH M 2831 Z 1/2 16.00 70 0.276 8.00 10.62 0.81

HFR M 5322 Z 1/2 16.00 70 0.276 8.00 10.62 0.81

HPL50- 5/8F BlackP.E M 5038 Z 5/8 22.50 90 0.448 6.00 7.73 1.17

LSOH M 5039 Z 5/8 22.50 90 0.500 6.00 7.73 1.17

HFR M 5357 Z 5/8 22.50 90 0.500 6.00 7.73 1.17

HPL50-7/8F BlackP.E M 1474 Z 7/8 27.75 120 0.598 5.00 6.13 1.63

LSOH M 2832 Z 7/8 27.75 120 0.650 5.00 6.13 1.63

HFR M 5323 Z 7/8 27.75 120 0.650 5.00 6.13 1.63

HPL50-1-1/4F BlackP.E M 2937 Z 1-1/4 39.50 200 0.940 3.00 4.45 2.31

LSOH M 2938 Z 1-1/4 39.50 200 1.070 3.00 4.45 2.31

HFR M 5358 Z 1-1/4 39.50 200 1.070 3.00 4.45 2.31

HPL50-1-5/8F BlackP.E M 2939 Z 1-5/8 50.00 300 1.448 2.50 3.80 2.81

LSOH M 2940 Z 1-5/8 50.00 300 1.600 2.50 3.80 2.81

HFR M 5359 Z 1-5/8 50.00 300 1.600 2.50 3.80 2.81

HPL50-2-1/4F BlackP.E M 5040 Z 2-1/4 59.70 360 1.950 2.20 3.46 3.50




The HYPERCELL®Flexible cable range are desi-gned for long service life feeders, resulting inhighly efficient signal transfer between trans-mission equipments and antennas. The annularcorrugation of the solid copper outer conductorallowcontinuous EMI/RFI shielding while offering


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Flexiblgreat strength and adequate flexibility for easyinstallation in towers.The black polyethylene jacket is fully waterproof andultraviolet resistant, allowing long termoperation inoutdoor applications.Other jacket material is available for fire retardancy

in indoor applications.A full range of connectors and accessories ensurethe complete integrity of the feeder line for longlife.

12 13

Cabl e

Inner conductor Copper wire ø 2.50 + 0.05 mmDielectric Cellular PE ø 6.40 + 0.20 mmO C d C d 7 60 0 20

HPL50-1/ 4 FHPL50-1/ 4 F


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Cable weight (kg/m) (PE) (LSOH) 0.129 0.145

Minimumbending radius (mm) 40

Multiple bending radius (mm) 100

Number of bends 20

Tensile strength (N) 560

Installation temperature (°C ) - 25 / +60

Operating temperature (°C ) - 40 / +85

Standard 500 m+5%Gross weight (PE) kg 94 / / 110*Net weight (PE // LSOH-HFR) kg 65 // 72.50

*For sea frei ght

For more detailed inf ormation see page 52 - 54

Shippinginformations

Grounding kits

Characteristic impedance ( Ω ) 50 +1Max. frequency (MHz) 15.000Relative velocity (%) 85Capacitance (pF/m) 78.5 +1.5Peak power Rating (kW) 7.5Screening effectiveness (dB) >120Inner conductor DCresistance ( Ω /km) 3.6Outer conductor DCresistance ( Ω /km) 3.7Max. operating voltage (V.RMS) 870

Attenuation @ 20°C (dB)Power rating @ 40°C (kW)and inner conductor @100°C

Return Loss max @ 20°C (dB)Return Loss typical - 23dB (1@3000 MHz)

Intermodulation IM3 (1800 MHz) -155 dBc max.(-163 dBc typical)

Electricalcharacteristics

Outer Conductor Corrugated copper ø 7.60 + 0.20 mm J acket standard Black PE ø 9.50 + 0.30 mm M 2930 Z

Options LSOH : IEC 332- 3A ø 9.50 + 0.30 mm M 2932 ZHFR : IEC 332- 3A / UL1666 / K26 ø 9.50 + 0.30 mm M 5309 Z / R

Marking : ACOME - HYPERCELL® - COAX HPL 50- 1/4 - Flexible - M 2930 - lot : year / week - meterACOME - HYPERCELL® - COAX LSOH HPL 50- 1/4 - Flexible - M 2932 - lot : year / week - meterACOME - HYPERCELL® - COAX LSOH HFR HPL 50- 1/4 - Flexible - M 5309 - lot : year / week - meter

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FQ Attenuation R/L Power rating(MHz) (dB/100m) (dB) (kW)

30 2.25 - 3.0680 3.71 - 1.85

150 5.14 - 1.35450 9.14 - 26.5 0.76900 13.27 - 26.5 0.53960 13.75 - 26.5 0.52

1000 14.06 - 26.5 0.501500 17.54 - 0.401700 18.83 - 24.0 0.381800 19.43 - 24.0 0.362000 20.60 - 24.0 0.342200 21.75 - 24.0 0.332500 23.37 - 23.5 0.312700 24.42 - 23.5 0.303000 25.80 - 0.27

N male C 0066 A

N female C 0056 A

N male right angle C 0065 A

Connectors

See page 44-51 f or detai ls of accessories

15

C 0270 AC 0029 A

B

A

B

D

ReelABE 0.79

0.42

Preparation tools


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Inner conductor Copper clad aluminum wire ø 4.80 + 0.05 mmDielectric Cellular PE ø 11.90 + 0.20 mmOuter Conductor Corrugated copper ø 13 70 + 0 20 mm

HPL50-1/ 2 FHPL50-1/ 2 F


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C 0319 A

C 0265 A

C 0109 AC 0157 A

C 0110 AC 0158 A

C 0332 A




Number of bends 20




Hangers and hoisting grips

Characteristic impedance ( Ω ) 50 +1Max. frequency (MHz) 8000Relative velocity (%) 88Capacitance (pF/m) 76 +1.5Peak power Rating (kW) 25.6Screening effectiveness (dB) >120Inner conductor DCresistance ( Ω /km) 1.60Outer conductor DCresistance ( Ω /km) 1.60Max. operating voltage (V.RMS) 1600





C 0199 A


Options LSOH : IEC 332- 3A ø 16.00 + 0.30 mm M 2831 ZHFR : IEC 332- 3A /UL1666 / K26 ø 16.00 + 0.30 mm M 5322 Z / R


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*For sea freigh t




30 1.18 - 7.2980 1.95 - 4.34

150 2.69 - 3.21

450 4.75 - 26.5 1.81900 6.85 - 26.5 1.25960 7.08 - 26.5 1.211000 7.25 - 26.5 1.181500 9.03 - 0.951700 9.68 - 24.0 0.891800 10.00 - 24.0 0.862000 10.62 - 24.0 0.812200 11.12 - 24.0 0.772500 12.00 - 23.5 0.722700 12.53 - 23.5 0.673000 13.30 - 0.65

7-16 male C 0006 A

7-16 female right angle C 0050 A

7-16 female C 0001 A

N male C 0061 A


N female C 0059 A

EIA 7/8 C 0079 A

inner 7/8 C 0084 A

Grounding kits

Connectors


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C 0271 SC 0271 A

Preparation tools

C 0008 C

B

A

B

D

ReelCBE 1.09

0.52

Inner conductor Copper tube ø 7.05 + 0.10 mmDielectric Cellular PE ø 17.20 + 0.20 mmOuter Conductor Corrugated copper ø 19 70 + 0 20 mm

HPL50-5/ 8 FHPL50-5/ 8 F


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Number of bends 20





*For sea freigh t



Hangers and hoisting gripsGrounding Kits

Characteristic impedance ( Ω ) 50 +1Max. frequency (MHz) 6000Relative velocity (%) 87Capacitance (pF/m) 76.5 +1.5Peak power Rating (kW) 58Screening effectiveness (dB) >120Inner conductor DCresistance ( Ω /km) 1.53Outer conductor DCresistance ( Ω /km) 1.05

Max. operating voltage (V.RMS) 2400





C 0329 AC 0331 A C 0330 A C 0200 A


Options LSOH : IEC 332- 3A ø 22.50 + 0.30 mm M 5039 ZHFR : IEC 332- 3A - K26 ø 22.50 + 0.30 mm M 5357 Z / R


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30 0.81 - 10.6980 1.34 - 6.45

150 1.86 - 4.67450 3.35 - 26.5 2.63900 4.91 - 26.5 1.82960 5.09 - 26.5 1.731000 5.21 - 26.5 1.711500 6.55 - 1.371700 7.04 - 24.0 1.281800 7.27 - 24.0 1.242000 7.73 - 24.0 1.172200 8.17 - 24.0 1.102500 8.81 - 23.5 1.022700 9.22 - 23.5 0.973000 9.82 - 0.92

7-16 male C 0211 A

7-16 female C 0212 A

N male C 0208 A


N female C 0210 A

EIA 7/8 C 0213 A

EIA 7/8 right angle C 0214 A

Inner 7/8 C 0084 A

Preparation tools

Connectors

C 0235 AC 0292 A


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B

A

B

D

ReelDBE 1.25

0.67

Inner conductor Copper tube ø 9.00 + 0.10 mmDielectric Cellular PE ø 22.00 + 0.20 mmOuter Conductor Corrugated copper ø 24 70 + 0 20 mm

HPL50-7/ 8 FHPL50-7/ 8 F


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Number of bends 20





*For sea frei ght



Hangers and hoisting grips

Characteristic impedance ( Ω ) 50 +1Max. frequency (MHz) 5000Relative velocity (%) 87Capacitance (pF/m) 76.5 +1.5Peak power Rating (kW) 90Screening effectiveness (dB) >120Inner conductor DCresistance ( Ω /km) 1.00

Outer conductor DCresistance ( Ω /km) 0.85Max. operating voltage (V.RMS) 3000





C 0200 AC 0262 A C 0318 A C 0112 A

C 0160 A C 0113 AC 0161 A


Options LSOH : IEC 332- 3A ø 27.75 + 0.25 mm M 2832 ZHFR : IEC 332- 3A / K26 ø 27.75 + 0.25 mm M 5323 Z / R


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