huawei antenna & antenna line products catalogue 2012

Huawei Antenna & Antenna Line Products Catalogue

Catalogue 2012

HUAWEI TECHNOLOGIES CO., LTD.

Huawei: MBB Era Network Antenna ExpertHuawei has been involved in mobile communications for more than 20 years. For 17 years, Huawei has designed base station (BTS)

antennas with some 300 experts and engineers in five R&D centers based in China, Germany, Canada and the US. Huawei has

been awarded more than 100 BTS antenna patents and has membership in more than 50 standardization organizations. Thanks to

Huawei's experience as well as its industry-leading network designs, performance simulation platforms, and precise 3D spherical

antenna near-field testing system, Huawei is capable of providing network antennas with optimal network performance.

Industry-Leading Antenna SolutionsAntennas for Optimal Network Performance•

Huawei is a pioneer in designing antenna for better network performance. All antennas are analyzed and optimized using

network simulation systems. This makes it possible for Huawei antennas to provide enhanced network performance (10% better

than traditional antennas).

Supporting Full Range of Frequency Bands and Reducing TCO•

Huawei provides more than 100 types of mainstream antennas covering frequency ranges from 790 MHz to 2690 MHz, with

support from single band to penta-band. Huawei's antennas lead the industry in terms of width, weight, wind load and "green

upgrade" support to minimize tower modernization costs and rental fees.

Easy Maintenance for Reducing OPEX•

Huawei's EasyRET solution (internal RCU ) for antennas eliminates extra sites visit due to incorrect installation and shortens

installation time by 95%. Internal RCU improves reliability while reducing RCU maintenance costs by 80%. Imbedded RCU

software requires no configuration, and improves service provisioning efficiency by approximately 95%.

Flexible MIMO Configurations•

Flexible configurations are available for multi-band (1800 MHz/2100 MHz/2600 MHz) for LTE in 2T2R\2T4R\4T4R. One-time

deployment supports long term evolution.

Supporting Evolution to AAS•

Integrating antennas with RF components, Huawei provides an industry-leading active antenna system (AAS) to handle dynamic

capacity requirements.

High-Performing TMA and Easy O&M•

Huawei TMA has many advantages, like low insertion loss, low PIM and small noise figure. Huawei is

also the only vendor in the world to provide remote gain control as well as

electrical labeling (essential to TMA asset management).

Huawei is committed to improving its customers'

communications capacities over the long-term. We look

forward to cooperating with you in delivering optimal

network performance using our antenna solutions.

Huawei Network Antenna

Huawei Antenna & Antenna Line Products Catalogue >>


Huawei's SG128 spherical near field testing system - the world's most

advanced antenna testing system:High-performing ultra-broadband dual-polarization probes•

Five-axis precision turret for military use (can be rotated with 0.01 degree precision)•

Albatross high-performing shielded room from Germany•

AEMI radar absorbing materials from the US•

Precise and stable equipment imported from industry-leading countries•

Infrared laser for calibration and dedicated installation support•

Full series of installation poles•

Industry-leading temperature control technology•

Type Reference Method Condition Duration Parameters Tested

Low Temperature Exposure

ETSI 300 019－2－4 IEC 60068－2－1 -55 16hVisual/physical exam VSWR ISO and PIM (pre and post)

High Temperature Exposure

ETSI 300 019－2－4 IEC 60068－2－2 +70 16hVisual/physical exam VSWR ISO and PIM (pre and post)

Temperature Cycling

ETSI 300 019－2－4 IEC 60068－2－14 -55ºC/+70ºC 5cycles,50hVisual/physical exam VSWR ISO and PIM (pre and post)

Humidity ETSI 300 019－2－4 IEC 60068－2－30 +25ºC/+55ºC @ 95% RH 10cycles,240hVisual/physical exam VSWR ISO and PIM (pre and post)

Wind Loading ETSI 300 019－2－4 IEC 721－3－4Simulated constant force of

200 km/h wind3surfaces,144h

Visual/physical exam VSWR ISO and PIM (pre and post)

Vibration ETSI 300 019－2－4 IEC 60068－2－6sinusoidal 6.15mm,10m/

s2,2-9HZ 9HZ-200HZ 3axes×5

sweep cyclesVisual/physical exam VSWR ISO and PIM (pre and post)

Transportation Vibration

ETSI 300 019－2－4 IEC 60068－2－64 Truck level 3 3 axes,90minVisual/physical exam VSWR ISO and PIM (pre and post)

Shocks(without package)

ETSI 300 019－2－4 IEC 60068－2－27 300 m/s2,6ms pulse width 72sVisual/physical exam VSWR ISO and PIM (pre and post)

shocks(with package)

ETSI 300 019－2－2 IEC 60068－2－27 300 m/s2,6ms pulse width 72sVisual/physical exam VSWR ISO and PIM (pre and post)

Drop(with package)

ETSI 300 019－2－2 ISO 12048 6surfaces/4Angles/3Edges 13 dropsVisual/physical exam VSWR ISO and PIM (pre and post)

Rain(in water chamber)

ETSI 300 019－2－4 IEC 60068－2－18 0.067m3/min,5r/min 2hVisual/physical exam VSWR ISO and PIM (pre and post)

Wind Driven Rain GR－487－COREMIL－STD－810 Method 506.3

150mm/h,31m/s,0.5mm-4.5mm,45°

4surfaces,more than 120min


Salt Fog(Continuous)

ETSI 300 019－2－4 IEC 60068－2－11 5%NaCl mist @+40ºC 1000hVisual/physical exam VSWR ISO and PIM (pre and post)

Salt Fog(Cyclic)

ETSI 300 019－2－4 IEC 60068－2－525%NaCl mist

@+15/+40ºC,93% RH 10 cycles,240h


Solar(UV) Exposure

ETSI 300 019－2－4 IEC 60068－2－5 1120W/s2 @+40ºC24h/

cycle,56daysVisual/physical exam VSWR ISO and PIM (pre and post)

Dust and sand ETSI 300 019－2－4 IEC 60068－2－68150um-850um,1g/m3,20m/

s @+70ºC,RH<30%8h



Huawei Antenna Test Standard

ContentsProduct Portfolio

A. Huawei Network Antennas C. Accessories for RET Systems

B. Antenna Line Products D. Mounting Instructions

B－1. Dual Tower Mounted Amplifiers (DTMA)

B－2. Combiners

D－1. Antenna Installation Guide

D－2. DTMA Installation Guide

D－3. Combiner Installation Guide

D－4. RCU Installation Guide

D－5. BT Installation Guide

D－6. SBT Installation Guide

A－1. Single Band Antennas

A－2. Dual-band Antennas

A－3. Triple-band Antennas

A－4. Quad-band Antenna

A－5. WIMAX, LTE Antennas

A－6. Cluster Antenna

C－1. Remote Control Unit (RCU)

C－2. Bias Tee (BT)

C－3. Smart Bias Tee (SBT)

C－4. AISG Connecting Cables


ⅰ

Contents

IndexA. Huawei Network Antennas


A－1. Single Band Antennas

Frequency Range (MHz)

Polarization 3dB Horizontal beam width (°)

Gain (dBi) Electrical

downtilt (°) Tilt

MethodConnector Dimension (mm) Model Page

450－470 x 360 9 0 FET1 x 7/16

DIN Female Φ52 x 3316 A45VP0900 2

450－470 x 65 15 0 FET2 x 7/16

DIN Female 2042 x 486 x 98 A45451500 3

790－960 x 65 15 0－14 MET2 x 7/16

DIN Female 1356 x 259 x 135 **A79451500v01 4

790－960 x 65 16.5 0－12 MET2 x 7/16

DIN Female 1936 x 259 x 135 A79451600v01 5

790－960 x 65 17 0 FET2 x 7/16

DIN Female 1936 x 260 x 135 A90451702v01 7

790－960 x 65 17 3 FET2 x 7/16

DIN Female 1936 x 260 x 135 A90451705v01 9

790－960 x 65 17 6 FET2 x 7/16

DIN Female 1936 x 260 x 135 A90451709 11

790－960 x 65 17.5 0－10 MET2 x 7/16

DIN Female2535 x 259 x 135 A79451700v01 13

790－960 x 65 18 0 FET2 x 7/16

DIN Female 2535 x 259 x 135 A90451802v01 15

790－960 x 65 18 3 FET2 x 7/16

DIN Female 2535 x 259 x 135 A90451805v01 17

806－960 x 65 15 0 FET2 x 7/16

DIN Female 1322 x 289 x 85 A90451500 19

806－960 x 65 15 6 FET2 x 7/16

DIN Female 1322 x 289 x 85 A90451501 20

806－960 x 65 15 3 FET2 x 7/16

DIN Female 1322 x 289 x 85 A90451505 21

806－960 x 65 15.3 0 FET2 x 7/16

DIN Female 1312 x 295 x 126 A90451502 22

806－960 x 65 15.3 6 FET2 x 7/16

DIN Female 1312 x 295 x 126 A90451503 23

806－960 x 65 17 0 FET2 x 7/16

DIN Female 1932 x 289 x 85 A90451700 24

806－960 x 65 17 3 FET2 x 7/16

DIN Female 1932 x 289 x 85 A90451705 25

806－960 x 65 17 3 FET2 x 7/16

DIN Female 2526 x 268 x 125 A90451706 26

806－960 x 90 17 0 FET2 x 7/16

DIN Female 2526 x 268 x 125 A90451600 28

806－960 x 90 17 2－9.5 MET2 x 7/16

DIN Female 2526 x 268 x 125 A90451704 29

806－960 x 65 17.5 2－9.5 MET2 x 7/16

DIN Female 2515 x 289 x 85 A90451701 30

806－960 x 65 18 0 FET2 x 7/16

DIN Female 2572 x 289 x 85 A90451800 31

806－960 x 65 18 3 FET2 x 7/16

DIN Female 2572 x 289 x 85 A90451805 32

806－960 x 65 18 6 FET2 x 7/16

DIN Female 2572 x 289 x 85 A90451801 33

ⅱIn

dex

** Preliminary Issue





downtilt (°) Tilt


806－960 x 65 18.2 6 FET2 x 7/16

DIN Female 2532 x 295 x 126 A90451804 34

1710－2170 x 90 17 2－10 MET2 x 7/16

DIN Female 1306 x 155 x 79 A19451703 35

1710－2170 x 90 17 0 FET2 x 7/16

DIN Female 1306 x 155 x 79 A19451704 36

1710－2170 x 90 17 3 FET2 x 7/16

DIN Female 1306 x 155 x 79 A19451705 38

1710－2170 x 65 18 2 FET2 x 7/16

DIN Female 1306 x 155 x 79 A19451801 40

1710－2170 x 33 21 2－10 MET2 x 7/16

DIN Female 1318 x 289 x 85 A19452101 41

1710－2170 x 33 21 0 FET2 x 7/16

DIN Female 1318 x 289 x 85 A19452102 42

1710－2170 x 65 21 0 FET2 x 7/16

DIN Female 2170 x 155 x 79 A19452100 43

1710－2170 x 65 21 2 FET2 x 7/16

DIN Female 2170 x 155 x 79 A19452103 44

1710－2200 x 65 15.5 0－12 MET2 x 7/16

DIN Female730 x 155 x 89 **A19451505 45

1710－2200 x 65 15.5 3 FET2 x 7/16

DIN Female 702 x 155 x 89 A19451601 46

1710－2200 x 65 15.5 6 FET2 x 7/16

DIN Female 702 x 155 x 89 A19451602 48

1710－2200 x 65 18 0－10 MET2 x 7/16

DIN Female1315 x 155 x 89 A19451811 50

1710－2200 x 65 18 0－10 IRET2 x 7/16

DIN Female 1315 x 155 x 89 **A194518R0 52

1710－2200 x 65 18 0 FET2 x 7/16

DIN Female 1311 x 155 x 89 A19451800v01 54

1710-－2200 x 65 18 3 FET2 x 7/16

DIN Female 1311 x 155 x 89 A19451810v01 56

1710－2200 x 65 18 6 FET2 x 7/16

DIN Female 1311 x 155 x 89 A19451802v01 58

1710－2200 x 65 19.5 0－6 MET2 x 7/16

DIN Female1954 x 155 x 89 A19451902 60

1710－2690 x 65 18 0－10 MET2 x 7/16

DIN Female 1410 x 155 x 89 A26451800 62

1710－2690 x 65 18 0－12 IRET2 x 7/16

DIN Female 1425 x 155 x 89 **A264518R0 64

1710－2690 x 65 19.5 0－6 MET2 x 7/16

DIN Female1932 x155 x 89 A26451900 66

ⅲ

Index





downtilt (°) Tilt


790－862/880－960

xx 65/65 16/16.50－12/0－12

IRET4 x 7/16

DIN Female1990 x 259 x 135 **ADU4516R0 68

790－862/880－960

xx 65/65 17/17.50－10/0－10

IRET4 x 7/16

DIN Female 2565 x 259 x 135 **ADU4517R0 70

790－960/1710－2180

xx 65/65 14/17 0－14/0－10

MET4 x 7/16

DIN Female1360 x 259 x 135 ADU451503 72

A－2. Dual-band Antennas






downtilt (°) Tilt


790－960/1710－2180

xx 65/65 16/18.5 0－12/0－8

MET4 x 7/16

DIN Female1936 x 259 x 135 ADU451602v01 74

790－960/1710－2180

xx 65/65 16/18.5 0－12/0－8

IRET4 x 7/16


790－960/1710－2180

xx 65/65 17/18.5 0－10/0－8

MET4 x 7/16

DIN Female2535 x 259 x 135 ADU451807v01 78

790－960/1710－2180

xx 65/65 17/18.5 0－10/0－8

IRET4 x 7/16


790－960/1710－2180

xx 65/65 17/18.50－10/0－8

MET2 x 7/16

DIN Female 2535 x 259 x 135 **ADU4518C0 82

790－960/1710－2690

xx 65/65 16/18.50－10/0－8

MET4 x 7/16

DIN Female1995 x 298 x 148 **ADU451604 83

790－960/1710－2690

xx 65/65 17/18.50－10/0－8

MET4 x 7/16

DIN Female2598 x 298 x 148 **ADU451712 84

824－960/1710－2170

xx 65/65 15/180－14/0－8

MET4 x 7/16

DIN Female1390 x 368 x 99 ADU451815 85

824－960/1710－2170

xx 65/65 15/17.50－14/0－8

MET2 x 7/16

DIN Female1390 x 368 x 99 ADU451707 87

824－960/1710－2170

xx 65/65 16/17.50－8/0－8

MET2 x 7/16

DIN Female1925 x 368 x 99 ADU451811 89

824－960/1710－2170

xx 65/65 16/180－8/0－8

MET4 x 7/16

DIN Female1925 x 368 x 99 ADU451806 91

824－960/1710－2170

xx 65/65 17/17.50－8/0－8

MET2 x 7/16

DIN Female2449 x 368 x 99 ADU451700 93

824－960/1710－2170

xx 65/65 17.5/180－10/0－8

MET4 x 7/16

DIN Female2449 x 368 x 99 ADU451801 95

1710－2200/1710－2200

xx 65/65 18/18 0－10/0－10

MET4 x 7/16

DIN Female1315 x 323 x 89 ADU451819 97

1710－2200/1710－2200

xx 65/65 18/18 0－10/0－10

IRET4 x 7/16


1710－2200/1710－2200

xx 65/65 19.5/19.5 0－6/0－6

MET4 x 7/16

DIN Female1954 x 323 x 89 ADU451902 101

1710－2690/1710－2690

xx 65/65 18/18 0－10/0－10

MET4 x 7/16

DIN Female1410 x 299 x 89 ADU451816 103

1710－2690/1710－2690

xx 65/65 16/16.50－12/0－12

IRET4 x 7/16

DIN Female1425 x 323 x 89 **ADU4518R6 105

1710－2690/1710－2690

xx 65/65 19.5/19.5 0－6/0－6

MET4 x 7/16

DIN Female 1930 x 299 x 89 ADU451901 107

ⅳIn

dex





downtilt (°) Tilt


790－862/880－960/

1710－2690xxx 65/65/65 15.5/16/18.5

0－10/0－10/0－8

IRET6 x 7/16

DIN Female 2065 x 298 x 148 **ATR4518R2 109

790－960/1710－2180/1710－2180

xxx 65/65/65 15/15/15 0－14/0－14/0－14

MET6 x 7/16 DIN

Female 1454 x 259 x 135 ATR451500 111

790－960/1710－2180/1710－2180

xxx 65/65/65 16/16/16 0－12/0－12/0－12

MET6 x 7/16 DIN

Female 2098 x 259 x 135 ATR451602v01 113

A－3. Triple-band Antennas



A－5. WIMAX, LTE Antennas




downtilt (°) Tilt


2300－2700 x 60 18 2－10 MET 2 x N－50KF 1060 x 155 x 79 A25451804 131

2300－2700/2300－2700

xx 65/65 18/18 2－10 MET 4 x N－50KF 1060 x 289 x 85 A25451803 132

ⅴ

Index




downtilt (°) Tilt


790－960/1710－2180/1710－2180

xxx 65/65/65 16/16/16 0－12/0－12/0－12

IRET6 x 7/16 DIN

Female 2100 x 259 x 135 **ATR4516R0 115

790－960/1710－2180/1710－2180

xxx 65/65/65 17/17/17 0－10/0－10/0－10

MET6 x 7/16 DIN

Female2685 x 259 x 135 ATR451704v01 117

790－960/1710－2180/1710－2180

xxx 65/65/65 17/17/17 0－10/0－10/0－10

IRET6 x 7/16 DIN

Female 2685 x 259 x 135 **ATR4517R0 119

790－960/1710－2690/1710－2690

xxx 65/65/65 16/18.5/18.5 0－10/0－8/0－8

IRET6 x 7/16 DIN

Female 1950 x 349 x 148 **ATR4518R4 121

824－960/ 1710－2170/ 1710－2170

xxx 65/65/65 16.5/16.5/160－8/0－8/0－8

MET6 x 7/16 DIN

Female 1925 x 368 x 99 ATR451601 123

824－960/ 1710－2170/ 1710－2170

xxx 65/65/65 17.5/17.5/170－8/0－8/0－8

MET6 x 7/16 DIN

Female 2449 x 368 x 99 ATR451703 125

1710－2690/1710－2170/ 2490－2690

xxx 65/65/65 18/18/180－10/0－10/0－10

IRET6 x 7/16 DIN

Female 1410 x 323 x 89 **ATR4518R3 127


A－4. Quad-band Antenna




downtilt (°) Tilt


790－960/1710－2690/ 1710－2170/2490－2690

xxxx 65/65/65/6516/18.5/

18/18

0－10/0－8/0－8/0－8

IRET8 x 7/16 DIN

Female 1990 x 349 x 148 **AQU4518R0 129


A－6. Cluster Antenna




downtilt (°) Tilt

MethodConnector Dimension(mm) Model Page

1710－2690 x 65 18 0－10 MET6 x 7/16

DIN Female1425 x Φ 236 **A264518S0 133


B. Antenna Line Products

B－1. Dual Tower Mounted Amplifiers (DTMA)

DescriptionFrequency Range

(MHz) AISG type Gain (dB) Dimension (mm) Model Page

DD800 8－16dB AISG1.1DD800 8－16dB AISG2.0

RX : 832－862 AISG v1.1 8－16 (0.5 dB Step) 190 x 240 x 120

ATA801100 ATA802000 135

TX : 791－821 AISG v2.0 8－16 (0.5 dB Step)

E900 SUBBAND 8－16dB AISG1.1E900 SUBBAND 8－16dB AISG2.0

RX : 880－905 AISG v1.1 8－16 (0.5 dB Step)198 x 308 x 70.5

ATA901102ATA902002 138

TX : 925－950 AISG v2.0 8－16 (0.5 dB Step)

E900 8－16dB AISG1.1E900 8－16dB AISG2.0

RX : 880－915 AISG v1.1 8－16 (0.5 dB Step) 248 x 324 x 75.5

ATA901101 ATA902001 141

TX : 925－960 AISG v2.0 8－16 (0.5 dB Step)

P900 12dB 8－16dB AISG1.1P900 12dB 8－16dB AISG2.0

RX: 890－915 AISG v1.1 8－16 (0.5 dB Step)198 x 308 x 70.5

ATA901103ATA902003 144

TX: 935－960 AISG v2.0 8－16 (0.5 dB Step)

1800 12dB AISG1.11800 12dB AISG2.0

RX: 1710－1785 AISG v1.1 12160 x 220 x 100

ATA181101ATA182001 147

TX: 1805－1880 AISG v2.0 12

2100 12dB AISG1.12100 12dB AISG2.0

RX : 1920－1980 AISG v1.1 12160 x 205 x 54.5

ATA211101 ATA212001 150

TX : 2110－2170 AISG v2.0 12

2600 12dB AISG1.12600 12dB AISG2.0

RX : 2500－2570 AISG v1.1 12160 x 210 x 54.5

ATA261100 ATA262000 153

TX : 2620－2690 AISG v2.0 12


B－2. Combiners

Pass Band (MHz)Max. Input power (W)

DC-BypassIntermodulation

(dBm)Dimension (mm) Model Page

Band 1 : 698－960 300 300

1710－2700MHz DC-bypass

< -117 Double Unit: 130 x 190 x 105 ACOMD2H00 156Band 2 : 1710－2700

Band 1 : 790－1880 300 300


< -110 Double Unit: 190 x 154 x 105 **ACOMD2H02 159Band 2 : 1920－2200

Band 1 : 790－862 200 200

880－960MHzDC-bypass


Band 1 : 1710－1880 300300

1920－2200MHzDC-bypass


Band 1 : 1710 - 1880 300300




Band 1 : 1710－1880 300300



ⅵIn

dex



Pass Band (MHz)Max. Input power (W)

DC-BypassIntermodulation

(dBm)Dimension (mm) Model Page

Band 1 : 1710－1880 300300




Band 1 : 790－862 200200



Band 1 : 698－960 300300



Band 1 : 698－960 300300



Band 1 : 698－960 300300



Band 1 : 698－960 300300



Band 1 : 1710－2200 300300


< -117 Double Unit: 126 x 102 x 103 ACOMD2L03 186Band 2 : 2490－2700

Band 1 : 1710－2200 300300


< -110 Double Unit: 126 x 102 x 103 ACOMD2L04 189Band 2 : 2490－2700

Band 1 : 790－960 300300300


< -117 Double Unit: 190 x 154 x 105 ACOMT2H00 192Band 2 : 1710－1880

Band 3 : 1920－2200

Band 1 : 790－960 300300300


< -117 Double Unit: 190 x 154 x 105 ACOMT2H02 192Band 2 : 1710－1880 1920－2200MHz

DC-bypassBand 3 : 1920－2200

Band 1 : 790－960 300300300


< -110 Double Unit: 190 x 154 x 105 ACOMT2H01 195Band 2 : 1710－1880

Band 3 : 1920－2200

Band 1 : 790－960 300300300


< -110 Double Unit: 190 x 154 x 105 ACOMT2H03 195Band 2 : 1710－1880 1920－2200MHz

DC-bypassBand 3 : 1920－2200

Band 1 : 790－1880 300300300


< -110 Double Unit: 215 x 200 x 105 **ACOMT2M00 198Band 2 : 1920－2200

Band 1 : 2490－2700

Band 1 : 790－960 300300300300


< -110 Double Unit: 215 x 200 x 105 **ACOMQ2M00 201Band 2 : 1710－1880

Band 3 : 1920－2200

Band 4 : 2490－2700

ⅶ

Index


C. Accessories for RET Systems

C－2. Bias Tee (BT)

Frequency Range(MHz)

AISG type Insertion loss (dB) Dimension (mm) Model Page

690－2700 AISG v1.1AISG v2.0

≤ 0.1 (690－960 MHz / 1710－2690 MHz) ≤ 0.15 (960－1710 MHz)

48.5 x 151 x 45 ABT000001 209

C－3. Smart Bias Tee (SBT)

Frequency Range(MHz)

AISG type Insertion loss (dB) Dimension (mm) Model Page

690－2700 AISG v1.1AISG v2.0

≤ 0.1 (690－960 MHz / 1710－2690 MHz) ≤ 0.15 (960－1710 MHz)

75 x 160 x 45ASBT00001

212ASBT00002


C－1. Remote Control Unit (RCU)

Input voltage range (V)

AISG typeAdjustment time (full

range) (min) Calibration time

(min) Dimension (mm) Model Page

DC 10－30 AISG v1.1

< 2 < 4 205 x 65.5 x 56

ARCU01100(AISG 1.1) ARCU01101(AISG 1.1)ARCU01102(AISG 1.1) ARCU01103(AISG 1.1)

206

AISG v2.0 ARCU02000(AISG 2.0)

DC 10－30 AISG v1.1

< 2 < 4 200 x 56 x 47 ARCU01104(AISG 1.1)

207AISG v2.0 ARCU02001(AISG 2.0)

DC 10－30AISG v1.1 < 1.5 (typically,

depending on antenna type)

< 3 (typically, depending on antenna type)

180 x 65 x 54 ARCU01109 (AISG 1.1)

208AISG v2.0 ARCU02004 (AISG 2.0)

C－4. AISG Connecting Cables

AISG Connecting Cables For Remote Electrical Tilt(RET) System 215

AISG Connecting Cables For RRU AISG Output 216

ⅷIn

dex

Antenna and RCU configuration list 205

D. Mounting Instructions

D－1. Antenna Installation Guide

Antenna (C1) Installation Guide 218

Antenna (D1) Installation Guide 220

D－6. SBT Installation Guide

SBT (A) Installation Guide (01) 239

SBT (B) Installation Guide (01) 241

D－2. DTMA Installation Guide

DTMA (A) Installation Guide 222

D－5. BT Installation Guide

BT (A) Installation Guide (01) 237

D－3. Combiner Installation Guide

Combiner (A) Installation Guide 224

D－4. RCU Installation Guide

RCU (A) Installation Guide 228

RCU (B) Installation Guide 231

RCU (C) Installation Guide 234


ⅸ

Index

ⅹ

Huawei Network AntennasA

Accessories for RET SystemsC

Mounting InstructionsD

Antenna Line ProductsB

Huawei Network AntennasA

Electrical Properties

Frequency range (MHz) 450－470

Polarization Vertical

VSWR ≤1.4

Gain (dBi) 9.0

Horizontal 3dB beam width (°) 360

Vertical 3dB beam width (°) 11

Antenna pattern roundness (dB) ±1

Electrical downtilt(°) 0

Intermodulation IM3 (dBc) ≤-150

Max. CW input power (W) 150

Impedance (Ω) 50

Grounding DC Ground

Mechanical Properties

Dimensions (mm) Φ52 x 3316

Packing dimensions (mm) Φ164 x 3470

Net weight (kg) 5.0

Bracket weight (kg) 2.0

Packing weight (kg) 13.5

Mast diameter (mm) 50－85

Radome material Fiberglass

Operating temperature () -55－+65

Max. wind velocity (km/h) 200

Connector 1 x 7/16 DIN Female

OV-450-470-360-9i-0F

Model: A45VP0900

Any previous catalogue issues become invalid.

Issue: 2012-06-01


Huawei Industrial BaseBantian Longgang

Shenzhen 518129, P.R. ChinaTel: +86-755-28780808

Email: [email protected]

www.huawei.com

Copyright © Huawei Technologies Co., Ltd. 2012. All rights reserved.

THIS DOCUMENT IS FOR INFORMATION PURPOSE ONLY, AND DOSE NOT CONSTITUTE ANY KIND OF WARRANTIES.

450－460 MHz 455－465 MHz 460－470 MHz

245

0－47

0MHz

DX

450－460 MHz 455－465 MHz 460－470 MHz


Issue: 2012-06-01





www.huawei.com



DX-450-470-65-15i-0F

Model: A45451500



Polarization +45°, -45°VSWR ≤1.5Gain (dBi) 15Horizontal 3dB beam width (°) 65Vertical 3dB beam width (°) 16Isolation between ports (dB) ≥ 30Front to back ratio, copolar (dB) ≥ 25Cross polar ratio (dB) ≥ 15Electrical downtilt (°) 0

Intermodulation IM5 (dBc) ≤-160 (2 x 43 dBm carrier)

Max. CW input power (W) 500Impedance (Ω) 50Grounding DC Ground


Dimensions (H x W x D) (mm) 2042 x 486 x 98Packing dimensions (H x W x D) (mm) 2267 x 598 x 269Net weight (kg) 28.3Bracket weight (kg) 6.5


Mechanical downtilt (°) 0－16Mast diameter (mm) 50－115Radome material Fiberglass Operating temperature () -55－+65

Wind load (N)Frontal: 740 (v=150 km/h)Lateral: 220 (v=150 km/h)

Rear side: 1100 (v=150 km/h)Max. wind velocity (km/h) 200Connector 2 x 7/16 DIN Female

450－470X

+45°

7/16 (F) 7/16 (F)

-45°

3

450－470M

Hz

DX


Frequency range (MHz)790－960

790－862 824－894 880－960

Polarization +45° , -45°

Electrical downtilt (°) 0－14 , continuously adjustable

Gain (dBi)0° 7° 14° 0° 7° 14° 0° 7° 14°

14.6 14.5 14.2 14.9 14.8 14.6 15.1 14.8 14.7

Side lobe suppression for first side lobe above horizon (Typ.) (dB)

0° 7° 14° 0° 7° 14° 0° 7° 14°

18 17 16 18 17 16 18 17 16

Horizontal 3dB beam width (°) 67 65 63

Vertical 3dB beam width (°) 15.2 14.5 13.6

VSWR < 1.4

Isolation between ports (dB) ≥ 30

Front to back ratio, copolar (dB) Typ. 28

Cross polar ratio (dB)0° Typ. 25

±60° ≥ 10

Max. power per input (W) 500 (at 50 ambient temperature)

Intermodulation IM3 (dBc) ≤ -153 (2 x 43 dBm carrier)

Squint (°) ≤ 3

Tracking (dB) Avg. 1 (within 10dB HBW)

Impedance (Ω) 50

Grounding DC Ground


Antenna dimensions (H x W x D) (mm) 1356 x 259 x 135

Packing dimensions (H x W x D) (mm) 1784 x 392 x 230

Antenna net weight (kg) 11.2


Packing weight (kg) 20

Mechanical downtilt (°) 0－16



Radome colour Light grey

Operational temperature () -55 .. +65

Wind load (N)Frontal: 440 (at 150 km/h) Lateral: 230 (at 150 km/h)

Rear side: 585 (at 150 km/h)

Max. operational wind speed (km/h) 150

Survival wind speed (km/h) 200


Connector position Bottom

DX-790-960-65-15i-M

Model: A79451500v01

Preliminary Issue


Issue: 2012-06-01





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479

0－96

0MHz

DX



790－862 824－894 880－960



Gain (dBi)0° 6° 12° 0° 6° 12° 0° 6° 12°

16.2 16.3 16.0 16.3 16.5 16.3 16.6 16.8 16.4


0° 6° 12° 0° 6° 12° 0° 6° 12°

20 20 16 20 18 16 20 17 16



VSWR < 1.5




±60° ≥ 10



Squint (°) Avg. 1.5


Impedance (Ω) 50

Grounding DC Ground


















DX-790-960-65-16.5i-M

Model: A79451600v01

5

790－960M

Hz

DX

790－960 MHz

790－960X

+45°

7/16 (F) 7/16 (F)

-45°

DX-790-960-65-16.5i-M

Model: A79451600v01

Unit: mm70

56

HINT

Extraordinary operating conditions, such as heavy icing or storm wind, may result in the breakage of an antenna. These facts must be considered during the site planning process.

The installation team must be properly qualified and also be familiar with the relevant national safety regulations.


Issue: 2012-06-01





www.huawei.com



679

0－96

0MHz

DX

DX-790-960-65-17i-0F

Model: A90451702v01



790－862 824－894 880－960

Polarization +45°, -45°

Electrical downtilt (°) 0, Fixed

Gain (dBi) 16.5 16.7 17.1


20 20 20



VSWR < 1.4




±60° ≥ 10

Max. power per input (W) 500



Tracking (dB) Avg. 0.6 (within 10dB HBW)

Impedance (Ω) 50

Grounding DC Ground


















7

790－960M

Hz

DX

790－960 MHz

790－960X

+45°

7/16 (F) 7/16 (F)

-45°

DX-790-960-65-17i-0F

Model: A90451702v01

Unit: mm70

HINT




Issue: 2012-06-01





www.huawei.com



879

0－96

0MHz

DX

DX-790-960-65-17i-3F

Model: A90451705v01



790－862 824－894 880－960



Gain (dBi) 16.5 16.7 17.1


19 19 19



VSWR < 1.4




±60° ≥ 10





Impedance (Ω) 50

Grounding DC Ground


















9

790－960M

Hz

DX

DX-790-960-65-17i-3F

Model: A90451705v01

790－960 MHz

790－960X

+45°

7/16 (F) 7/16 (F)

-45°

Unit: mm70

HINT




Issue: 2012-06-01





www.huawei.com



1079

0－96

0MHz

DX

DX-790-960-65-17i-6F

Model: A90451709



790－862 824－894 880－960



Gain (dBi) 16.5 16.7 17.1


19 19 18



VSWR < 1.4




±60° ≥ 10



Max. power per input (W) Avg. 0.6

Intermodulation IM3 (dBc) Avg. 0.8 (within 10dB HBW)

Impedance (Ω) 50

Grounding DC Ground


















11

790－960M

Hz

DX

DX-790-960-65-17i-6F

Model: A90451709

790－960 MHz

790－960X

+45°

7/16 (F) 7/16 (F)

-45°

Unit: mm70

HINT




Issue: 2012-06-01





www.huawei.com



1279

0－96

0MHz

DX

DX-790-960-65-17.5i-M

Model: A79451700v01



790－862 824－894 880－960


Electrical downtilt (°) 0－10, continuously adjustable

Gain (dBi)0° 5° 10° 0° 5° 10° 0° 5° 10°

17.0 17.1 16.7 17.1 17.3 17.0 17.3 17.6 17.1


0° 5° 10° 0° 5° 10° 0° 5° 10°

20 18 18 20 20 18 20 18 18



VSWR < 1.5




±60° ≥ 10



Squint (°) Avg. 1


Impedance (Ω) 50

Grounding DC Ground












Wind load (N)Frontal: 910 (at 150 km/h)Lateral: 470 (at 150 km/h)






13

790－960M

Hz

DX

790－960 MHz

790－960X

+45°

7/16 (F) 7/16 (F)

-45°

DX-790-960-65-17.5i-M

Model: A79451700v01

HINT




Issue: 2012-06-01





www.huawei.com



Unit: mm

56

70

1479

0－96

0MHz

DX

DX-790-960-65-18i-0F

Model: A90451802v01



790－862 824－894 880－960



Gain (dBi) 17.5 17.7 18.0


21 21 21



VSWR < 1.4




±60° ≥ 10





Impedance (Ω) 50

Grounding DC Ground


















15

790－960M

Hz

DX

DX-790-960-65-18i-0F

Model: A90451802v01

790－960 MHz

790－960X

+45°

7/16 (F) 7/16 (F)

-45°

Unit: mm70

HINT




Issue: 2012-06-01





www.huawei.com



1679

0－96

0MHz

DX

DX-790-960-65-18i-3F

Model: A90451805v01



790－862 824－894 880－960



Gain (dBi) 17.5 17.7 18.0


20 20 20



VSWR < 1.4




±60° ≥ 10





Impedance (Ω) 50

Grounding DC Ground


















17

790－960M

Hz

DX

DX-790-960-65-18i-3F

Model: A90451805v01

790－960 MHz

790－960X

+45°

7/16 (F) 7/16 (F)

-45°

Unit: mm70

HINT




Issue: 2012-06-01





www.huawei.com



1879

0－96

0MHz

DX

806－866 MHz 824－894 MHz 880－960 MHz

DX-806-960-65-15i-0F

Model: A90451500


Frequency range (MHz) 806－866 824－894 880－960Polarization +45° , -45°

VSWR ≤1.4

Gain (dBi) 14.6 14.8 15.0Side lobe suppression for first side lobe above horizon (dB)

Typ. 17 Typ. 17 Typ. 17


Vertical 3dB beam width (°) 15.5 14.6 14.0Isolation between ports (dB) ≥30Front to back ratio, copolar (dB) ≥25Cross polar ratio (dB) ≥15Electrical downtilt (°) 0Intermodulation IM3 (dBc) ≤-150 (2 x 43 dBm carrier)Max. CW input power (W) 500Impedance (Ω) 50Grounding DC Ground


Dimensions (H x W x D) (mm) 1322 x 289 x 85Packing dimensions (H x W x D) (mm) 1662 x 405 x 175Net weight (kg) 9.5Bracket weight (kg) 4.6Packing weight (kg) 18


Mast diameter (mm) 50－115Radomematerial FiberglassOperating temperature () -55 .. +65




Issue: 2012-06-01





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806－960X

+45°

7/16 (F) 7/16 (F)

-45°

19

806－960M

Hz

DX

806－866 MHz 824－894 MHz 880－960 MHz

DX-806-960-65-15i-6F

Model: A90451501



VSWR ≤1.4


Typ. 17 Typ. 17 Typ. 17










Issue: 2012-06-01





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806－960X

+45°

7/16 (F) 7/16 (F)

-45°

2080

6－96

0MHz

DX

806－866 MHz 824－894 MHz 880－960 MHz

DX-806-960-65-15i-3F

Model: A90451505



VSWR ≤1.5


Typ. 17 Typ. 17 Typ. 17










Issue: 2012-06-01





www.huawei.com



806－960X

+45°

7/16 (F) 7/16 (F)

-45°

21

806－960M

Hz

DX

DX-806-960-65-15.3i-0F

Model: A90451502


Issue: 2012-06-01





www.huawei.com



806－866 MHz 824－894 MHz 880－960 MHz



VSWR ≤1.4 ≤1.4 ≤1.3


≥19 ≥19 ≥19


Vertical 3dB beam width (°) 15.9 15.4 14.3Isolation between ports (dB) ≥30Front to back ratio, copolar (dB) ≥30

Cross polar ratio (dB)0° ≥20±60° ≥10

Electrical downtilt (°) 0Intermodulation IM3 (dBc) ≤-150 (2 x 43 dBm carrier)Max. CW input power (W) 500Impedance (Ω) 50Grounding DC Ground







806－960X

+45°

7/16 (F) 7/16 (F)

-45°

2280

6－96

0MHz

DX

806－866 MHz 824－894 MHz 880－960 MHz

806－960X

+45°

7/16 (F) 7/16 (F)

-45°

DX-806-960-65-15.3i-6F

Model: A90451503



VSWR ≤1.35 ≤1.35 ≤1.3


≥19 ≥19 ≥19






Issue: 2012-06-01





www.huawei.com









23

806－960M

Hz

DX



VSWR ≤1.37


Typ. 17 Typ. 17 Typ. 17




Dimensions (H x W x D) (mm) 1932 x 289 x 85Packing dimensions (H x W x D) (mm) 2272 x 405 x 175Net weight (kg) 13.5Bracket weight (kg) 4.6Packing weight (kg) 20.8





806－866 MHz 824－894 MHz 880－960 MHz

DX-806-960-65-17i-0F

Model: A90451700


Issue: 2012-06-01





www.huawei.com



806－960X

+45°

7/16 (F) 7/16 (F)

-45°

2480

6－96

0MHz

DX

DX-806-960-65-17i-3F

Model: A90451705



VSWR ≤1.5


Typ. 17 Typ. 17 Typ. 17










Issue: 2012-06-01





www.huawei.com



806－960X

+45°

7/16 (F) 7/16 (F)

-45°

806－866 MHz 824－894 MHz 880－960 MHz

25

806－960M

Hz

DX

DX-806-960-90-17i-3F

Model: A90451706



806－866 824－894 880－960



Gain (dBi) 16.4 16.7 16.9


19 19 19



VSWR < 1.4


Front to back ratio, copolar (dB) ≥ 25


±60° ≥ 10





Impedance (Ω) 50

Grounding DC Ground


















2680

6－96

0MHz

DX

DX-806-960-90-17i-3F

Model: A90451706

806－960 MHz

806－960X

+45°

7/16 (F) 7/16 (F)

-45°

Unit: mm

120

HINT




Issue: 2012-06-01





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27

806－960M

Hz

DX

806－866 MHz 824－894 MHz 880－960 MHz

DX-806-960-90-17i-0F

Model: A90451600



VSWR ≤ 1.4


≥18 ≥18 ≥18






Issue: 2012-06-01





www.huawei.com









806－960X

+45°

7/16 (F) 7/16 (F)

-45°

2880

6－96

0MHz

DX

DX-806-960-90-17i-M

Model: A90451704









VSWR ≤ 1.45 ≤ 1.4 ≤ 1.4

Gain (°) 2 6 9.5 2 6 9.5 2 6 9.5(dBi) 16.1 16.2 16.0 16.3 16.4 16.2 16.4 16.5 16.3

Side lobe suppression for first side lobe above horizon

(°) 2 6 9.5 2 6 9.5 2 6 9.5(dBi) 18 18 18 18 18 18 18 18 18



Cross polar ratio (dB)0° ≥20±60° Typ. 13

Electrical downtilt (°) 2－9.5Intermodulation IM3 (dBc) ≤-150 (2 x 43 dBm carrier)Max. CW input power (W) 500Impedance (Ω) 50Grounding DC Ground

806－866 MHz 824－894 MHz 880－960 MHz


Issue: 2012-06-01





www.huawei.com



806－960X

+45°

7/16 (F) 7/16 (F)

-45°

29

806－960M

Hz

DX

806－866 MHz 824－894 MHz 880－960 MHz

DX-806-960-65-17.5i-M

Model: A90451701


Issue: 2012-06-01





www.huawei.com



806－960X

+45°

7/16 (F) 7/16 (F)

-45°









VSWR ≤ 1.47 ≤ 1.4 ≤ 1.4

Gain (°) 2 6 9.5 2 6 9.5 2 6 9.5(dBi) 17.1 17.2 16.9 17.2 17.3 17.0 17.4 17.5 17.2


(°) 2 6 9.5 2 6 9.5 2 6 9.5(dBi) 18 17 16 18 17 16 18 17 16




Electrical downtilt (°) 2－9.5Intermodulation IM3 (dBc) ≤-150 (2 x 43 dBm carrier)Max. CW input power (W) 500Impedance (Ω) 50Grounding DC Ground

3080

6－96

0MHz

DX

DX-806-960-65-18i-0F

Model: A90451800



VSWR ≤1.45


Typ. 17 Typ. 17 Typ. 17









806－866 MHz 824－894 MHz 880－960 MHz


Issue: 2012-06-01





www.huawei.com



806－960X

+45°

7/16 (F) 7/16 (F)

-45°

31

806－960M

Hz

DX

806－960X

+45°

7/16 (F) 7/16 (F)

-45°

806－866 MHz 824－894 MHz 880－960 MHz

DX-806-960-65-18i-3F

Model: A90451805



VSWR ≤1.45


Typ. 17 Typ. 17 Typ. 17




Issue: 2012-06-01





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3280

6－96

0MHz

DX

806－866 MHz 824－894 MHz 880－960 MHz

806－960X

+45°

7/16 (F) 7/16 (F)

-45°

DX-806-960-65-18i-6F

Model: A90451801



VSWR ≤1.37


Typ. 17 Typ. 17 Typ. 17




Issue: 2012-06-01





www.huawei.com









33

806－960M

Hz

DX

806－960X

+45°

7/16 (F) 7/16 (F)

-45°

DX-806-960-65-18.2i-6F

Model: A90451804


Dimensions (H x W x D) (mm) 2532 x 295 x 126Packing dimensions (H x W x D) (mm) 2842 x 405 x 205Net weight (kg) 19Bracket weight (kg) 4.6Packing weight (kg) 28





806－866 MHz 824－894 MHz 880－960 MHz


Issue: 2012-06-01





www.huawei.com





VSWR ≤1.4 ≤1.4 ≤1.3


≥19 ≥19 ≥19





3480

6－96

0MHz

DX

DX-1710-2170-90-17i-M

Model: A19451703


Issue: 2012-06-01





www.huawei.com











VSWR ≤ 1.4

Gain (°) 2 6 10 2 6 10 2 6 10(dBi) 16.3 16.5 16.2 16.5 16.7 16.4 16.7 17.0 16.5


(°) 2 6 10 2 6 10 2 6 10(dBi) 18 17 16 18 17 16 18 17 16


Vertical 3dB beam width (°) 7.5 6.5 6.0Isolation between ports (dB) ≥30Front to back ratio, copolar (dB) ≥ 25


Electrical downtilt (°) 2－10Intermodulation IM3 (dBc) ≤-150 (2 x 43 dBm carrier)Max. CW input power (W) 300Impedance (Ω) 50Grounding DC Ground

1710－2170X

+45°

7/16 (F) 7/16 (F)

-45°

1710－1880 MHz 1850－1990 MHz 1920－2170 MHz

35

1710－2170M

Hz

DX

DX-1710-2170-90-17i-0F

Model: A19451704


Frequency range (MHz)1710 - 2170

1710－1880 1850－1990 1920－2170



Gain (dBi) 16.5 16.7 17.1

Side lobe suppression for first side lobe above horizon (dB)

18 20 20



VSWR < 1.4




±60° ≥ 10





Impedance (Ω) 50

Grounding DC Ground


















361710－

2170

MHz

DX

DX-1710-2170-90-17i-0F

Model: A19451704

Unit: mm

1710－2170X

+45°

7/16 (F) 7/16 (F)

-45°

80

1710－2170 MHz

HINT




Issue: 2012-06-01





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37

1710－2170M

Hz

DX

DX-1710-2170-90-17i-3F

Model: A19451705


Frequency range (MHz)1710 - 2170

1710－1880 1850－1990 1920－2170



Gain (dBi) 16.5 16.7 17.0


18 20 20



VSWR < 1.4




±60° ≥ 10



Squint (°) Avg. 2


Impedance (Ω) 50

Grounding DC Ground


















381710－

2170

MHz

DX

DX-1710-2170-90-17i-3F

Model: A19451705

Unit: mm

1710－2170X

+45°

7/16 (F) 7/16 (F)

-45°

80

1710－2170 MHz

HINT




Issue: 2012-06-01





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39

1710－2170M

Hz

DX

1710－1880 MHz 1850－1990 MHz 1920－2170 MHz

DX-1710-2170-65-18i-2F

Model: A19451801


Issue: 2012-06-01





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VSWR ≤ 1.4


Typ. 20 Typ. 20 Typ. 20


Vertical 3dB beam width (°) 7.3 6.8 6.2Isolation between ports (dB) ≥ 30Front to back ratio, copolar (dB) Typ. 30

Cross polar ratio (dB)0° Typ. 21±60° Typ. 10








1710－2170X

+45°

7/16 (F) 7/16 (F)

-45°

401710－

2170

MHz

DX

DX-1710-2170-33-21i-M

Model: A19452101


Issue: 2012-06-01





www.huawei.com











VSWR ≤ 1.45

Gain (°) 2 6 10 2 6 10 2 6 10(dBi) 20.0 20.1 20.1 20.3 20.5 20.1 20.7 20.5 19.8


(°) 2 6 10 2 6 10 2 6 10(dBi) 18 17 16 18 17 16 18 17 16


Vertical 3dB beam width (°) 7.2 6.6 6.2Isolation between ports (dB) ≥30Front to back ratio, copolar (dB) Typ. 28Cross polar ratio (dB) Typ. 20Electrical downtilt (°) 0－10Intermodulation IM3 (dBc) ≤-150 (2 x 43 dBm carrier)Max. CW input power (W) 300Impedance (Ω) 50Grounding DC Ground

1710－2170X

+45°

7/16 (F) 7/16 (F)

-45°

1710－1880 MHz 1850－1990 MHz 1920－2170 MHz

41

1710－2170M

Hz

DX

1710－1880 MHz 1850－1990 MHz 1920－2170 MHz

DX-1710-2170-33-21i-0F

Model: A19452102



VSWR ≤1.45


18 18 18


Vertical 3dB beam width (°) 7.2 6.6 6.2Isolation between ports (dB) ≥30Front to back ratio, copolar (dB) Typ. 28Cross polar ratio (dB) Typ. 20Electrical downtilt (°) 0Intermodulation IM3 (dBc) ≤-150 (2 x 43 dBm carrier)Max. CW input power (W) 300Impedance (Ω) 50Grounding DC Ground

1710－2170X

+45°

7/16 (F) 7/16 (F)

-45°


Issue: 2012-06-01





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421710－

2170

MHz

DX

DX-1710-2170-65-21i-0F

Model: A19452100


Issue: 2012-06-01





www.huawei.com



1710－2170X

+45°

7/16 (F) 7/16 (F)

-45°

1710－1880 MHz 1850－1990 MHz 1920－2170 MHz



VSWR ≤ 1.45


18 18 18


Vertical 3dB beam width (°) 4.2 3.7 3.3First null_fill below main beam (dB) 20Isolation between ports (dB) ≥ 30Front to back ratio, copolar (dB) ≥ 30

Cross polar ratio (dB)0° ≥ 17±60° ≥ 10



Dimensions (H x W x D) (mm) 2170 x 155 x 79Packing dimensions (H x W x D) (mm) 2580 x 250 x 145Net weight (kg) 9.1Bracket weight (kg) 3Packing weight (kg) 14.5



Wind load (N)Frontal:250 (v=150 km/h)Lateral: 185 (v=150 km/h)


43

1710－2170M

Hz

DX

DX-1710-2170-65-21i-2F

Model: A19452103


Issue: 2012-06-01





www.huawei.com



1710－2170X

+45°

7/16 (F) 7/16 (F)

-45°

1710－1880 MHz 1850－1990 MHz 1920－2170 MHz



VSWR ≤1.45


16 16 16


Vertical 3dB beam width (°) 4.5 4.0 3.6First null_fill below main beam (dB) 20Isolation between ports (dB) ≥ 30Front to back ratio, copolar (dB) ≥ 30

Cross polar ratio (dB)0° ≥ 17±60° ≥ 10



Dimensions (H x W x D) (mm) 2170 x 155 x 79Packing dimensions (H x W x D) (mm) 2580 x 250 x 145Net weight (kg) 9.1Bracket weight (kg) 3Packing weight (kg) 15



Wind load (N)Frontal:250 (v=150 km/h)Lateral: 185 (v=150 km/h)


441710－

2170

MHz

DX

DX-1710-2200-65-15.5i-M

Model: A19451505



1710－1880 1850－1990 1920－2170 2170－2200



Gain (dBi)0° 6° 12° 0° 6° 12° 0° 6° 12° 0° 6° 12°

14.9 15.0 14.6 15.3 15.4 14.8 15.4 15.6 15.0 15.4 15.5 15.0


0° 6° 12° 0° 6° 12° 0° 6° 12° 0° 6° 12°

17 16 15 17 16 15 17 16 15 17 16 15

Horizontal 3dB beam width (°) 67 64 61 60

Vertical 3dB beam width (°) 14 13 12.6 11.5

VSWR < 1.5




±60° Typ. 10



Squint (°) Typ. 3


Impedance (Ω) 50

Grounding DC Ground



















Issue: 2012-06-01





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Preliminary Issue

45

1710－2200M

Hz

DX

DX-1710-2200-65-15.5i-3F

Model: A19451601



1710－1880 1850－1990 1920－2170 2170－2200



Gain (dBi) 15.3 15.7 16.2 16.0


18 20 20 20


Vertical 3dB beam width (°) 13.3 12.5 11.8 11.3

VSWR < 1.4




±60° Typ. 10





Impedance (Ω) 50

Grounding DC Ground


















461710－

2200

MHz

DX

1710－2200 MHz

DX-1710-2200-65-15.5i-3F

Model: A19451601

Unit: mm

1710－2200X

+45°

7/16 (F) 7/16 (F)

-45°

91

HINT




Issue: 2012-06-01





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47

1710－2200M

Hz

DX

DX-1710-2200-65-15.5i-6F

Model: A19451602



1710－1880 1850－1990 1920－2170 2170－2200



Gain (dBi) 15.2 15.6 16.1 16.0


18 20 20 20



VSWR < 1.4




±60° Typ. 10





Impedance (Ω) 50

Grounding DC Ground


















481710－

2200

MHz

DX

DX-1710-2200-65-15.5i-6F

Model: A19451602

1710－2200 MHz

Unit: mm

1710－2200X

+45°

7/16 (F) 7/16 (F)

-45°

91

HINT




Issue: 2012-06-01





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49

1710－2200M

Hz

DX



1710－1880 1850－1990 1920－2170 2170－2200



Gain (dBi)0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10°

17.2 17.6 17.4 17.7 18.0 17.7 18.0 18.1 17.9 18.0 18.2 17.9


0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10°

20 16 18 20 20 18 18 17 16 18 18 16



VSWR < 1.5




±60° ≥ 10





Impedance (Ω) 50

Grounding DC Ground


















DX-1710-2200-65-18i-M

Model: A19451811

501710－

2200

MHz

DX

1710－2200 MHz

1710－2200X

+45°

7/16 (F) 7/16 (F)

-45°

DX-1710-2200-65-18i-M

Model: A19451811

Unit: mm3446

34

HINT




Issue: 2012-06-01





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51

1710－2200M

Hz

DX



1710－1990 1920－2200 2200－2490 2490－2690



Gain (dBi)0° 6° 12° 0° 6° 12° 0° 6° 12° 0° 6° 12°

17.3 17.4 17.2 17.6 17.8 17.5 17.7 18.0 17.5 17.8 18.0 17.3


0° 6° 12° 0° 6° 12° 0° 6° 12° 0° 6° 12°

18 17 16 18 17 16 18 17 16 17 17 16



VSWR < 1.5




±60° Typ. 10



Squint (°) Typ. 3


Impedance (Ω) 50

Grounding DC Ground


















RET Type Internal motor

RET Protocols AISG 1.1 / AISG 2.0

RET Connector2 x 8 pin connector according to IEC 60130-9Daisy chain in: Male / Daisy chain out: Female

DX-1710-2690-65-18i-M-R

Model: A264518R0

Preliminary Issue

521710－

2690

MHz

DX

RET Properties



Input voltage range (V) DC 10－30

Power consumption (W) < 10 (motor activated)

< 0.5 (stand by)

Adjustment time (full range) (min) < 1.5 (typically, depending on antenna type)

Calibration time (min) < 3 (typically, depending on antenna type)


Pin assignment according AISG 1 2 3 4 5 6 7 8

DC n/c RS-485B n/c RS-485A DC in/out DC return n/c

Lightning protection (kA)AISG interface (each pin)

3 (10/350 μs)10 (8/20 μs)

HINT

Before the installation, check whether the antenna and base station support the same AISG protocol. If not, contact the technical support personnel of Huawei.

Standards:

EN 60950-1 (Safety) y

EN 55022 (Emission) y

EN 55024 (Immunity) y

ETSI EN300386 (1.4.1) y

FCC part15 y

Certification:

CE, FCC, RoHS, WEEE


Issue: 2012-06-01





www.huawei.com



DX-1710-2690-65-18i-M-R

Model: A264518R0

Preliminary Issue

53

1710－2690M

Hz

DX

DX-1710-2200-65-18i-0F

Model: A19451800v01



1710－1880 1850－1990 1920－2170 2170－2200



Gain (dBi) 17.6 18.0 18.3 18.3


18 19 19 19



VSWR < 1.4




±60° Typ. 10





Impedance (Ω) 50

Grounding DC Ground


















541710－

2200

MHz

DX

DX-1710-2200-65-18i-0F

Model: A19451800v01

Unit: mm

1710－2200X

+45°

7/16 (F) 7/16 (F)

-45°

91

1710－2200 MHz

HINT




Issue: 2012-06-01





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55

1710－2200M

Hz

DX

DX-1710-2200-65-18i-3F

Model: A19451810v01



1710－1880 1850－1990 1920－2170 2170－2200



Gain (dBi) 17.7 18.1 18.4 18.2


19 19 19 19



VSWR < 1.4




±60° Typ. 10





Impedance (Ω) 50

Grounding DC Ground


















561710－

2200

MHz

DX

DX-1710-2200-65-18i-3F

Model: A19451810v01

Unit: mm

1710－2200X

+45°

7/16 (F) 7/16 (F)

-45°

91

1710－2200 MHz

HINT




Issue: 2012-06-01





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57

1710－2200M

Hz

DX

DX-1710-2200-65-18i-6F

Model: A19451802v01



1710－1880 1850－1990 1920－2170 2170－2200



Gain (dBi) 17.7 18.1 18.4 18.2


18 20 20 20



VSWR < 1.4




±60° Typ. 10





Impedance (Ω) 50

Grounding DC Ground


















581710－

2200

MHz

DX

DX-1710-2200-65-18i-6F

Model: A19451802v01

Unit: mm

1710－2200X

+45°

7/16 (F) 7/16 (F)

-45°

91

1710－2200 MHz

HINT




Issue: 2012-06-01





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59

1710－2200M

Hz

DX

DX-1710-2200-65-19.5i-M

Model: A19451902



1710－1880 1850－1990 1920－2170 2170－2200



Gain (dBi)0° 3° 6° 0° 3° 6° 0° 3° 6° 0° 3° 6°

18.6 18.7 18.5 19.0 19.1 18.9 19.2 19.4 19.1 19.4 19.5 18.8


0° 3° 6° 0° 3° 6° 0° 3° 6° 0° 3° 6°

20 17 16 20 17 16 20 18 17 20 18 17



VSWR < 1.5




±60° Typ. 10





Impedance (Ω) 50

Grounding DC Ground


















601710－

2200

MHz

DX

DX-1710-2200-65-19.5i-M

Model: A19451902

Unit: mm

1710－2200X

+45°

7/16 (F) 7/16 (F)

-45°

3446

34

1710－2200 MHz

HINT




Issue: 2012-06-01





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61

1710－2200M

Hz

DX



1710－1990 1920－2200 2200－2490 2490－2690



Gain (dBi)0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10°

17.0 17.1 16.9 17.4 17.6 17.3 17.9 18.1 17.7 18.0 18.1 17.5


0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10°

18 17 16 18 17 16 18 17 16 18 17 16



VSWR < 1.5




±60° Typ. 10



Squint (°) Avg. 3

Tracking (dB) Typ. 2 (within 10dB HBW)

Impedance (Ω) 50

Grounding DC Ground
















Connector 2 x 7/16 DIN Female (Long neck)


DX-1710-2690-65-18i-M

Model: A26451800

621710－

2690

MHz

DX

Unit: mm

1710－2200 MHz 2200－2690 MHz

DX-1710-2690-65-18i-M

Model: A26451800

HINT




Issue: 2012-06-01





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1710－2690X

+45°

7/16 (F) 7/16 (F)

-45°

5454

63

1710－2690M

Hz

DX



1710－1880 1850－1990 1920－2170 2170－2200



Gain (dBi)0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10°

17.2 17.4 17.1 17.5 17.8 17.4 17.8 18.1 17.6 17.4 17.6 17.5


0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10°

18 15 16 18 17 16 18 17 16 18 17 16



VSWR < 1.5




±60° Typ. 10



Squint (°) Typ. 3


Impedance (Ω) 50

Grounding DC Ground




Antenna net weight (kg) 7

















DX-1710-2200-65-18i-M-R

Model: A194518R0

Preliminary Issue

641710－

2200

MHz

DX

RET Properties





< 0.5 (stand by)







3 (10/350 μs)10 (8/20 μs)

DX-1710-2200-65-18i-M-R

Model: A194518R0

HINT


Standards:




ETSI EN300386 (1.4.1) y

FCC part15 y

Certification:

CE, FCC, RoHS, WEEE


Issue: 2012-06-01





www.huawei.com



Preliminary Issue

65

1710－2200M

Hz

DX



1710－1990 1920－2200 2200－2490 2490－2690



Gain (dBi)0° 3° 6° 0° 3° 6° 0° 3° 6° 0° 3° 6°

18.0 18.2 18.1 18.3 18.6 18.5 18.7 19.1 19.0 19.0 19.4 19.1


0° 3° 6° 0° 3° 6° 0° 3° 6° 0° 3° 6°

18 18 15 19 18 16 18 18 18 17 17 16



VSWR < 1.5




±60° Typ. 10



Squint (°) Typ. 4


Impedance (Ω) 50

Grounding DC Ground


















DX-1710-2690-65-19.5i-M

Model: A26451900

661710－

2690

MHz

DX

Unit: mm

1710－2690X

+45°

7/16 (F) 7/16 (F)

-45°

5454

1710－2200 MHz 2200－2690 MHz

DX-1710-2690-65-19.5i-M

Model: A26451900

HINT




Issue: 2012-06-01





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67

1710－2690M

Hz

DX

DXX-790-862/880-960-65/65-16i/16.5i-M/M-R

Model: ADU4516R0


790－862 880－960



Gain (dBi)0° 6° 12° 0° 6° 12°

15.6 15.8 15.4 16.1 16.3 15.9


0° 6° 12° 0° 6° 12°

17 16 16 17 16 15

Horizontal 3dB beam width (°) 67 63

Vertical 3dB beam width (°) 10.8 9.4

VSWR < 1.5


Front to back ratio, copolar (dB) Typ. 28 Typ. 30


±60° ≥ 10



Impedance (Ω) 50

Grounding DC Ground





















Preliminary Issue

68790－

862/

880－

960M

Hz

DXX

RET Properties





< 0.5 (stand by)







3 (10/350 μs)10 (8/20 μs)

DXX-790-862/880-960-65/65-16i/16.5i-M/M-R

Model: ADU4516R0

HINT


Standards:




ETSI EN300386 (1.4.1) y

FCC part15 y

Certification:

CE, FCC, RoHS, WEEE


Issue: 2012-06-01





www.huawei.com



Preliminary Issue

69

790－862/880－

960MHz

DXX

DXX-790-862/880-960-65/65-17i/17.5i-M/M-R

Model: ADU4517R0


790－862 880－960



Gain (dBi)0° 5° 10° 0° 5° 10°

16.5 16.7 16.4 17.1 17.3 17.0


0° 5° 10° 0° 5° 10°

17 16 15 17 16 15


Vertical 3dB beam width (°) 8.3 7.2

VSWR < 1.5




±60° ≥ 10



Impedance (Ω) 50

Grounding DC Ground





















Preliminary Issue

70790－

862/

880－

960M

Hz

DXX

RET Properties





< 0.5 (stand by)







3 (10/350 μs)10 (8/20 μs)

DXX-790-862/880-960-65/65-17i/17.5i-M/M-R

Model: ADU4517R0

HINT


Standards:




ETSI EN300386 (1.4.1) y

FCC part15 y

Certification:

CE, FCC, RoHS, WEEE


Issue: 2012-06-01





www.huawei.com



Preliminary Issue

71

790－862/880－

960MHz

DXX

DXX-790-960/1710-2180-65/65-14i/17i-M/M

Model: ADU451503


Frequency range (MHz)790－960 1710－2180

790－862 824－894 880－960 1710－1880 1850－1990 1920－2180


Electrical downtilt (°) 0－14, continuously adjustable 0－10, continuously adjustable

Gain (dBi)0° 7° 14° 0° 7° 14° 0° 7° 14° 0° 5° 10° 0° 5° 10° 0° 5° 10°

14.4 14.3 14.0 14.5 14.5 14.1 14.5 14.5 14.1 16.4 16.5 16.3 17.0 17.0 16.2 17.2 17.3 16.4


0° 7° 14° 0° 7° 14° 0° 7° 14° 0° 5° 10° 0° 5° 10° 0° 5° 10°

18 18 17 18 18 17 17 15 15 19 17 17 19 16 17 19 16 17

Horizontal 3dB beam width (°) 69 66 64 65 63 60

Vertical 3dB beam width (°) 15.7 15.0 14.0 7.5 7.1 6.6

VSWR < 1.5

Isolation between ports (dB)Intra-system: ≥ 30

Inter-system (790 - 960 / 1710 - 2180 MHz): ≥ 40


Cross polar ratio (dB)0° Typ. 25 Typ. 20

±60° Typ. 10 Typ. 10

Max. power per input (W) 500 (at 50 ambient temperature) 300 (at 50 ambient temperature)




Impedance (Ω) 50

Grounding DC Ground


















72790－

960/

1710－

2180

MHz

DXX

790－960 MHz 1710－2180 MHz

790－960X

1710－2180X

+45° +45°

7/16 (F) 7/16 (F)7/16 (F) 7/16 (F)

-45° -45°

Unit: mm7055

56

HINT




Issue: 2012-06-01





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DXX-790-960/1710-2180-65/65-14i/17i-M/M

Model: ADU451503

73

790－960/1710－

2180MHz

DXX

DXX-790-960/1710-2180-65/65-16i/18.5i-M/M

Model: ADU451602v01



790－862 824－894 880－960 1710－1880 1850－1990 1920－2180



Gain (dBi)0° 6° 12° 0° 6° 12° 0° 6° 12° 0° 4° 8° 0° 4° 8° 0° 4° 8°

15.7 15.7 15.3 16.0 16.0 15.5 16.2 16.0 15.6 18.0 18.5 18.3 18.2 18.7 18.3 18.3 18.7 18.3


0° 6° 12° 0° 6° 12° 0° 6° 12° 0° 5° 10° 0° 5° 10° 0° 5° 10°

20 17 15 20 18 15 17 18 15 20 18 18 18 17 15 18 15 15



VSWR < 1.5


Inter-system (790 - 960 / 1710 - 2180 MHz): ≥ 40



±60° Typ. 10 Typ. 10





Impedance (Ω) 50

Grounding DC Ground


















74790－

960/

1710－

2180

MHz

DXX

790－960 MHz 1710－2180 MHz

790－960X

1710－2180X

+45° +45°

7/16 (F) 7/16 (F)7/16 (F) 7/16 (F)

-45° -45°

Unit: mm7055

56

HINT




Issue: 2012-06-01





www.huawei.com



DXX-790-960/1710-2180-65/65-16i/18.5i-M/M

Model: ADU451602v01

75

790－960/1710－

2180MHz

DXX





















DXX-790-960/1710-2180-65/65-16i/18.5i-M/M-R

Model: ADU4518R3



790－862 824－894 880－960 1710－1880 1850－1990 1920－2180


Electrical downtilt (°) 0－12 , continuously adjustable 0－8 , continuously adjustable

Gain (dBi)0° 6° 12° 0° 6° 12° 0° 6° 12° 0° 4° 8° 0° 4° 8° 0° 4° 8°

15.2 15.4 15.1 15.4 15.6 15.2 15.8 16.0 15.6 17.7 17.9 17.5 18.0 18.1 17.9 18.1 18.3 17.9


0° 6° 12° 0° 6° 12° 0° 6° 12° 0° 4° 8° 0° 4° 8° 0° 4° 8°

17 16 16 17 16 16 17 16 16 17 16 15 17 16 15 17 16 15


Vertical 3dB beam width (°) 11.3 10.7 10 5.2 4.9 4.6

VSWR < 1.5


Inter-system (790－960 / 1710－2180 MHz): ≥ 40



±60° Typ. 10 Typ. 10



Impedance (Ω) 50

Grounding DC Ground

Preliminary Issue

76790－

960/

1710－

2180

MHz

DXX

RET Properties





< 0.5 (stand by)







3 (10/350 μs)10 (8/20 μs)

DXX-790-960/1710-2180-65/65-16i/18.5i-M/M-R

Model: ADU4518R3

HINT


Standards:




ETSI EN300386 (1.4.1) y

FCC part15 y

Certification:

CE, FCC, RoHS, WEEE


Issue: 2012-06-01





www.huawei.com



Preliminary Issue

77

790－960/1710－

2180MHz

DXX



790－862 824－894 880－960 1710－1880 1850－1990 1920－2180



Gain (dBi)0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 4° 8° 0° 4° 8° 0° 4° 8°

16.6 16.7 16.5 16.9 17.0 16.8 17.0 17.2 16.9 18.1 18.4 18.0 18.3 18.6 18.2 18.3 18.6 18.0


0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 4° 8° 0° 4° 8° 0° 4° 8°

19 19 18 19 19 18 19 18 17 18 16 18 20 16 18 20 16 18


Vertical 3dB beam width (°) 8.4 8 7.5 5.2 4.9 4.6

VSWR < 1.5

Isolation between ports (dB)Intra-system: ≥ 30Intra-system: ≥ 40



±60° Typ. 10 Typ. 10





Impedance (Ω) 50

Grounding DC Ground


















DXX-790-960/1710-2180-65/65-17i/18.5i-M/M

Model: ADU451807v01

78790－

960/

1710－

2180

MHz

DXX

790－960 MHz 1710－2180 MHz

790－960X

1710－2180X

+45° +45°

7/16 (F) 7/16 (F)7/16 (F) 7/16 (F)

-45° -45°

DXX-790-960/1710-2180-65/65-17i/18.5i-M/M

Model: ADU451807v01

Unit: mm7055

56

HINT




Issue: 2012-06-01





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79

790－960/1710－

2180MHz

DXX




Weight (kg) Antenna: 19.0

Bracket: 5.6 Packing: 36.2








Wind speed (km/h)Max. operational: 150 Survival: 200






DXX-790-960/1710-2180-65/65-17i/18.5i-M/M-R

Model: ADU4518R0



790－862 824－894 880－960 1710－1880 1850－1990 1920－2180



Gain (dBi)0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 4° 8° 0° 4° 8° 0° 4° 8°

16.4 16.6 16.3 16.7 16.9 16.5 16.9 17 16.7 17.7 17.9 17.5 18 18.1 17.9 18.1 18.3 17.9


0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 4° 8° 0° 4° 8° 0° 4° 8°

17 16 16 17 16 16 17 16 16 17 16 15 17 16 15 17 16 15



VSWR < 1.5

Isolation between ports (dB)Intra-system: ≥ 30Inter-system: ≥ 40



±60° Typ. 10 Typ. 10



Impedance (Ω) 50

Grounding DC Ground

Preliminary Issue

80790－

960/

1710－

2180

MHz

DXX

RET Properties





< 0.5 (stand by)







3 (10/350 μs)10 (8/20 μs)

DXX-790-960/1710-2180-65/65-17i/18.5i-M/M-R

Model: ADU4518R0

HINT


Standards:




ETSI EN300386 (1.4.1) y

FCC part15 y

Certification:

CE, FCC, RoHS, WEEE


Issue: 2012-06-01





www.huawei.com



Preliminary Issue

81

790－960/1710－

2180MHz

DXX


















DXX-790-960/1710-2180-65/65-17i/18i-M/M-C

Model: ADU4518C0


Issue: 2012-06-01





www.huawei.com





790－862 824－894 880－960 1710－1880 1850－1990 1920－2180



Gain (dBi)0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 4° 8° 0° 4° 8° 0° 4° 8°

16.6 16.7 16.5 16.9 17.0 16.8 17.0 17.2 16.9 18.0 18.3 17.9 18.2 18.5 18.1 18.2 18.5 17.9


0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 4° 8° 0° 4° 8° 0° 4° 8°

19 19 18 19 19 18 19 18 17 18 16 18 20 16 18 20 16 18


Vertical 3dB beam width (°) 8.4 8 7.5 5.2 4.9 4.6

VSWR < 1.5

Isolation between ports (dB) Intra-system: ≥ 30



±60° Typ. 10 Typ. 10


Total power per combined input (W) 450 (at 50 ambient temperature)




Impedance (Ω) 50

Grounding DC Ground

Preliminary Issue

82790－

960/

1710－

2180

MHz

DXX



790－862 824－894 880－960 1710－1990 1990－2200 2490－2690



Gain (dBi)0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 4° 8° 0° 4° 8° 0° 4° 8°

15.4 15.6 15.3 15.6 15.8 15.4 16.0 16.1 15.8 17.9 17.7 17.3 18.3 18.1 17.5 18.5 18.3 17.8


0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 4° 8° 0° 4° 8° 0° 4° 8°

17 16 16 17 16 16 17 16 16 17 17 16 17 17 16 17 17 16



VSWR < 1.5




±60° Typ. 10 Typ. 10



Impedance (Ω) 50

Grounding DC Ground


















DXX-790-960/1710-2690-65/65-16i/18.5i-M/M

Model: ADU451604


Issue: 2012-06-01





www.huawei.com



Preliminary Issue

83

790－960/1710－

2690MHz

DXX



790－862 824－894 880－960 1710－1990 1990－2200 2490－2690



Gain (dBi)0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 4° 8° 0° 4° 8° 0° 4° 8°

16.4 16.6 16.3 16.6 16.8 16.4 17.0 17.1 16.8 17.9 17.7 17.3 18.3 18.1 17.5 18.5 18.3 17.8


0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 4° 8° 0° 4° 8° 0° 4° 8°

17 16 16 17 16 16 17 16 16 17 17 16 17 17 16 17 17 16



VSWR < 1.5




±60° Typ. 10 Typ. 10



Impedance (Ω) 50

Grounding DC Ground


















DXX-790-960/1710-2690-65/65-17i/18.5i-M/M

Model: ADU451712


Issue: 2012-06-01





www.huawei.com



Preliminary Issue

84790－

960/

1710－

2690

MHz

DXX


Dimensions (H x W x D) (mm) 1390 x 368 x 99


Net weight (kg) 18.2








Rear side: 570 (v=150 km/h)



DXX-824-960/1710-2170-65/65-15i/18i-M/M

Model: ADU451815


Frequency range (MHz) 824－894 880－960 1710－1880 1850－1990 1920－2170


VSWR ≤ 1.5

Gain (°) 0 7 14 0 7 14 0 4 8 0 4 8 0 4 8

(dBi) 14.8 14.7 14.6 15.3 15.2 15.0 17.0 17.2 16.9 17.3 17.5 17.2 17.6 17.8 17.5


(°) 0 7 14 0 7 14 0 4 8 0 4 8 0 4 8

(dBi) 18 17 16 18 17 16 18 17 16 18 17 16 18 17 16

Horizontal 3dB beam width (°) 67 65 67 65 63

Vertical 3dB beam width (°) 15.3 14.5 8.5 7.5 7.0

Isolation between ports (dB) ≥30

Front to back ratio, copolar (dB) ≥28 ≥25

Cross polar ratio (dB)0° ≥18

±60° ≥ 10

Electrical downtilt (°) 0－14 0－8


Max. CW input power (W) 500 250

Impedance (Ω) 50

Grounding DC Ground

824－960X

+45°

7/16 (F) 7/16 (F)7/16 (F) 7/16 (F)

-45°

1710－2170X

+45° -45°

85

824－960/1710－

2170MHz

DXX

DXX-824-960/1710-2170-65/65-15i/18i-M/M

Model: ADU451815


Issue: 2012-06-01





www.huawei.com



824－870 MHz

1710－1880 MHz

870－916 MHz

1850－1990 MHz

910－960 MHz

1920－2170 MHz

86824－

960/

1710－

2170

MHz

DXX















DXX-824-960/1710-2170-65/65-15i/17.5i-M/M-C

Model: ADU451707




VSWR ≤ 1.5

Gain (°) 0 7 14 0 7 14 0 4 8 0 4 8 0 4 8

(dBi) 14.7 14.6 14.5 15.2 15.1 15.0 16.8 17.0 16.7 17.1 17.3 17.0 17.3 17.5 17.2


(°) 0 7 14 0 7 14 0 4 8 0 4 8 0 4 8

(dBi) 18 17 16 18 17 16 18 17 16 18 17 16 18 17 16






±60° ≥ 10




Max. power per combined input (W) 500

Impedance (Ω) 50

Grounding DC Ground

824－960X

1710－2170X

+45° +45°

7/16 (F)7/16 (F)

-45° -45°

CC

87

824－960/1710－

2170MHz

DXX

DXX-824-960/1710-2170-65/65-15i/17.5i-M/M-C

Model: ADU451707


Issue: 2012-06-01





www.huawei.com



824－870 MHz

1710－1880 MHz

870－916 MHz

1850－1990 MHz

910－960 MHz

1920－2170 MHz

88824－

960/

1710－

2170

MHz

DXX















DXX-824-960/1710-2170-65/65-16i/17.5i-M/M-C

Model: ADU451811




VSWR ≤ 1.5

Gain (°) 0 4 8 0 4 8 0 4 8 0 4 8 0 4 8

(dBi) 15.7 15.8 15.6 15.9 16.1 15.8 16.8 17.0 16.7 17.1 17.3 17.0 17.3 17.5 17.2


(°) 0 4 8 0 4 8 0 4 8 0 4 8 0 4 8

(dBi) 18 17 16 18 17 16 18 17 16 18 17 16 18 17 16






±60° ≥ 10

Electrical downtilt (°) 0－8




Impedance (Ω) 50

Grounding DC Ground

824－960X

1710－2170X

+45° +45°

7/16 (F)7/16 (F)

-45° -45°

CC

89

824－960/1710－

2170MHz

DXX

DXX-824-960/1710-2170-65/65-16i/17.5i-M/M-C

Model: ADU451811


Issue: 2012-06-01





www.huawei.com



824－870 MHz

1710－1880 MHz

870－916 MHz

1850－1990 MHz

910－960 MHz

1920－2170 MHz

90824－

960/

1710－

2170

MHz

DXX















DXX-824-960/1710-2170-65/65-16i/18i-M/M

Model: ADU451806




VSWR ≤ 1.5

Gain (°) 0 4 8 0 4 8 0 4 8 0 4 8 0 4 8

(dBi) 15.8 16.0 15.7 16.0 16.2 15.9 17.0 17.2 16.9 17.3 17.5 17.2 17.6 17.8 17.5


(°) 0 4 8 0 4 8 0 4 8 0 4 8 0 4 8

(dBi) 18 17 16 18 17 16 18 17 16 18 17 16 18 17 16






±60° ≥ 10




Impedance (Ω) 50

Grounding DC Ground

824－960X

+45°

7/16 (F) 7/16 (F)7/16 (F) 7/16 (F)

-45°

1710－2170X

+45° -45°

91

824－960/1710－

2170MHz

DXX

DXX-824-960/1710-2170-65/65-16i/18i-M/M

Model: ADU451806


Issue: 2012-06-01





www.huawei.com



824－870 MHz

1710－1880 MHz

870－916 MHz

1850－1990 MHz

910－960 MHz

1920－2170 MHz

92824－

960/

1710－

2170

MHz

DXX















DXX-824-960/1710-2170-65/65-17i/17.5i-M/M-C

Model: ADU451700




VSWR ≤ 1.5

Gain (°) 0 4 8 0 4 8 0 4 8 0 4 8 0 4 8

(dBi) 16.7 16.8 16.5 17.1 17.2 16.9 16.7 16.9 16.6 17.0 17.2 16.9 17.3 17.5 17.2


(°) 0 4 8 0 4 8 0 4 8 0 4 8 0 4 8

(dBi) 18 17 16 18 17 16 18 17 16 18 17 16 18 17 16






±60° ≥ 10





Impedance (Ω) 50

Grounding DC Ground

824－960X

1710－2170X

+45° +45°

7/16 (F)7/16 (F)

-45° -45°

CC

93

824－960/1710－

2170MHz

DXX

DXX-824-960/1710-2170-65/65-17i/17.5i-M/M-C

Model: ADU451700


Issue: 2012-06-01





www.huawei.com



824－870 MHz

1710－1880 MHz

870－916 MHz

1850－1990 MHz

910－960 MHz

1920－2170 MHz

94824－

960/

1710－

2170

MHz

DXX




Net weight (kg) 30











DXX-824-960/1710-2170-65/65-17.5i/18i-M/M

Model: ADU451801




VSWR ≤ 1.5

Gain (dBi) 17.0 17.5 17.0 17.5 18.0


Typ. 18 Typ. 18 Typ. 18 Typ. 18 Typ. 18






±60° ≥ 10




Impedance (Ω) 50

Grounding DC Ground

824－960X

+45°

7/16 (F) 7/16 (F)7/16 (F) 7/16 (F)

-45°

1710－2170X

+45° -45°

95

824－960/1710－

2170MHz

DXX

DXX-824-960/1710-2170-65/65-17.5i/18i-M/M

Model: ADU451801


Issue: 2012-06-01





www.huawei.com



824－870 MHz

1710－1880 MHz

870－916 MHz

1850－1990 MHz

910－960 MHz

1920－2170 MHz

96824－

960/

1710－

2170

MHz

DXX


Frequency range (MHz)2 x (1710－2200)

1710－1880 1850－1990 1920－2170 2170－2200



Gain (dBi)0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10°

17.0 17.4 17.1 17.3 17.7 17.4 17.6 18.0 17.4 17.5 18.0 17.4


0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10°

18 17 17 19 18 18 19 18 17 19 18 17



VSWR < 1.5




±60° Typ. 10



Squint (°) Avg. 2


Impedance (Ω) 50

Grounding DC Ground


















DXX-1710-2200/1710-2200-65/65-18i/18i-M/M

Model: ADU451819

97

1710－2200/1710－

2200MHz

DXX

1710－2200 MHz

1710－2200X

1710－2200X

+45° +45°

7/16 (F) 7/16 (F)7/16 (F) 7/16 (F)

-45° -45°

DXX-1710-2200/1710-2200-65/65-18i/18i-M/M

Model: ADU451819

Unit: mmL - Left Column R - Right Column

593643

31

HINT




Issue: 2012-06-01





www.huawei.com



981710－

2200

/171

0－22

00M

Hz

DXX

DXX-1710-2200/1710-2200-65/65-18i/18i-M/M-R

Model: ADU4518R1



1710－1880 1850－1990 1920－2170 2170－2200



Gain (dBi)0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10°

17.5 17.4 17.0 17.6 17.5 17.2 18.0 17.9 17.4 18.0 17.9 17.2


0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10°

17 16 16 17 16 15 17 16 15 17 16 15



VSWR < 1.5




±60° Typ. 10



Squint (°) Typ. 5


Impedance (Ω) 50

Grounding DC Ground





















Preliminary Issue

99

1710－2200/1710－

2200MHz

DXX

RET Properties





< 0.5 (stand by)







3 (10/350 μs)10 (8/20 μs)

DXX-1710-2200/1710-2200-65/65-18i/18i-M/M-R

Model: ADU4518R1

HINT


Standards:




ETSI EN300386 (1.4.1) y

FCC part15 y

Certification:

CE, FCC, RoHS, WEEE


Issue: 2012-06-01





www.huawei.com



Preliminary Issue

100

1710－

2200

/171

0－22

00M

Hz

DXX

DXX-1710-2200/1710-2200-65/65-19.5i/19.5i-M/M

Model: ADU451902



1710－1880 1850－1990 1920－2170 2170－2200



Gain (dBi)0° 3° 6° 0° 3° 6° 0° 3° 6° 0° 3° 6°

18.5 18.7 18.6 18.9 19.1 18.8 19.1 19.4 18.9 19.1 19.3 18.8


0° 3° 6° 0° 3° 6° 0° 3° 6° 0° 3° 6°

20 17 16 20 17 17 20 18 17 20 18 17



VSWR < 1.5




±60° Typ. 10



Impedance (Ω) 50

Grounding DC Ground


















101

1710－2200/1710－

2200MHz

DXX

DXX-1710-2200/1710-2200-65/65-19.5i/19.5i-M/M

Model: ADU451902

1710－2200 MHz

1710－2200X

1710－2200X

+45° +45°

7/16 (F) 7/16 (F)7/16 (F) 7/16 (F)

-45° -45°


593643

31

HINT




Issue: 2012-06-01





www.huawei.com



102

1710－

2200

/171

0－22

00M

Hz

DXX



1710－1990 1920－2200 2200－2490 2490－2690



Gain (dBi)0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10°

17.3 17.4 17.2 17.6 17.8 17.5 17.8 18.0 17.6 17.8 18.0 17.3


0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10°

18 17 16 18 17 16 18 17 16 18 17 16



VSWR < 1.5




±60° Typ. 10



Squint (°) Typ. 5


Impedance (Ω) 50

Grounding DC Ground


















DXX-1710-2690/1710-2690-65/65-18i/18i-M/M

Model: ADU451816

103

1710－2690/1710－

2690MHz

DXX

1710－2200 MHz 2200－2690 MHz

5456 43


DXX-1710-2690/1710-2690-65/65-18i/18i-M/M

Model: ADU451816

HINT




Issue: 2012-06-01





www.huawei.com



1710－2690X

1710－2690X

+45°+45°

7/16 (F) 7/16 (F)7/16 (F) 7/16 (F)

-45°-45°

104

1710－

2690

/171

0－26

90M

Hz

DXX

DXX-1710-2690/1710-2690-65/65-18i/18i-M/M-R

Model: ADU4518R6



1710－1990 1920－2200 2200－2490 2490－2690



Gain (dBi)0° 6° 12° 0° 6° 12° 0° 6° 12° 0° 6° 12°

17.3 17.4 17.2 17.6 17.8 17.5 17.7 18.0 17.5 17.8 18.0 17.3


0° 6° 12° 0° 6° 12° 0° 6° 12° 0° 6° 12°

18 17 16 18 17 16 18 17 16 17 17 16



VSWR < 1.5




±60° Typ. 10



Impedance (Ω) 50

Grounding DC Ground





















Preliminary Issue

105

1710－2690/1710－

2690MHz

DXX

RET Properties





< 0.5 (stand by)







3 (10/350 μs)10 (8/20 μs)

DXX-1710-2690/1710-2690-65/65-18i/18i-M/M-R

Model: ADU4518R6

HINT


Standards:




ETSI EN300386 (1.4.1) y

FCC part15 y

Certification:

CE, FCC, RoHS, WEEE


Issue: 2012-06-01





www.huawei.com



Preliminary Issue

106

1710－

2690

/171

0－26

90M

Hz

DXX



1710－1990 1920－2200 2200－2490 2490－2690



Gain (dBi)0° 3° 6° 0° 3° 6° 0° 3° 6° 0° 3° 6°

18.1 18.3 18.2 18.4 18.6 18.5 18.9 19.2 19.1 19.2 19.4 17.3


0° 3° 6° 0° 3° 6° 0° 3° 6° 0° 3° 6°

20 20 16 20 20 17 18 18 18 17 17 18



VSWR < 1.5




±60° Typ. 10



Impedance (Ω) 50

Grounding DC Ground


















DXX-1710-2690/1710-2690-65/65-19.5i/19.5i-M/M

Model: ADU451901

107

1710－2690/1710－

2690MHz

DXX

1710－2200 MHz 2200－2690 MHz

DXX-1710-2690/1710-2690-65/65-19.5i/19.5i-M/M

Model: ADU451901

HINT




Issue: 2012-06-01





www.huawei.com



1710－2690X

1710－2690X

+45°+45°

7/16 (F) 7/16 (F)7/16 (F) 7/16 (F)

-45°-45°

5456 43


108

1710－

2690

/171

0－26

90M

Hz

DXX


Frequency range (MHz) 790－862 880－9601710－2690

1710－1990 1920－2170 2490－2690



Gain (dBi)0° 5° 10° 0° 5° 10° 0° 4° 8° 0° 4° 8° 0° 4° 8°

15.1 15.3 15.0 15.6 15.7 15.4 17.9 17.7 17.3 18.3 18.1 17.5 18.5 18.3 17.8


0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 4° 8° 0° 4° 8°

17 16 16 17 16 16 17 17 16 17 17 16 17 17 16



VSWR < 1.5




±60° Typ. 10 Typ. 10



Impedance (Ω) 50

Grounding DC Ground





















DXXX-790-862/880-960/1710-2690-65/65/65-15.5i/16i/18.5i-M/M/M-R

Model: ATR4518R2

Preliminary Issue

109

790－862/880－

960/

1710－2690M

Hz

DXXX

RET Properties





< 0.5 (stand by)







3 (10/350 μs)10 (8/20 μs)

DXXX-790-862/880-960/1710-2690-65/65/65-15.5i/16i/18.5i-M/M/M-R

Model: ATR4518R2

HINT


Standards:




ETSI EN300386 (1.4.1) y

FCC part15 y

Certification:

CE, FCC, RoHS, WEEE


Issue: 2012-06-01





www.huawei.com



Preliminary Issue

11079

0－86

2/88

0－96

0/

1710－

2690

MHz

DXXX

DXXX-790-960/1710-2180/1710-2180-65/65/65-14i/14i/14i-M/M/M

Model: ATR451500


Frequency range (MHz)790－960 2 x (1710－2180)

790－862 824－894 880－960 1710－1880 1850－1990 1920－2180



Gain (dBi)

0° 7° 14° 0° 7° 14° 0° 7° 14° 0° 7° 14° 0° 7° 14° 0° 7° 14°

14.7 14.8 14.5 15.0 14.8 14.7 15.0 14.8 14.6

Bottom 14.6 14.5 14.3 15.0 14.9 14.5 15.3 15.2 14.7

Top 14.5 14.5 14.0 14.9 14.7 14.1 15.1 15.0 14.3


0° 7° 14° 0° 7° 14° 0° 7° 14° 0° 7° 14° 0° 7° 14° 0° 7° 14°

18 17 15 19 18 16 19 18 15 17 17 15 18 18 15 17 17 15



VSWR < 1.5


Inter-system (790 - 960 / 1710 - 2180 MHz): ≥ 40Inter-system (1710 - 2180 / 1710 - 2180 MHz): ≥ 30



±60° Typ. 10 Typ. 10





Impedance (Ω) 50

Grounding DC Ground


















111

790－960/1710－

2180/

1710－2180M

Hz

DXXX

DXXX-790-960/1710-2180/1710-2180-65/65/65-14i/14i/14i-M/M/M

Model: ATR451500

790－960 MHz 1710－2180 MHz(Bottom)

1710－2180 MHz(Top)

790－960X

+45°

7/16 (F) 7/16 (F) 7/16 (F)7/16 (F) 7/16 (F) 7/16 (F)

-45°

1710－2180TopX

+45° -45°

1710－2180Bottom

X

+45° -45°

55

17

56

70

61 44

Unit: mmT - Top Column B - Bottom Column

HINT




Issue: 2012-06-01





www.huawei.com



11279

0－96

0/17

10－

2180

/

1710－

2180

MHz

DXXX

DXXX-790-960/1710-2180/1710-2180-65/65/65-16i/16i/16i-M/M/M

Model: ATR451602v01



790－862 824－894 880－960 1710－1880 1850－1990 1920－2180



Gain (dBi)

0° 6° 12° 0° 6° 12° 0° 6° 12° 0° 6° 12° 0° 6° 12° 0° 6° 12°

16.2 16.0 15.5 16.3 16.3 15.6 16.5 16.2 15.6

Bottom 15.9 16.0 15.6 16.2 16.4 15.8 16.3 16.5 16.0

Top 16.0 16.2 15.6 16.3 16.4 15.7 16.3 16.5 15.7


0° 6° 12° 0° 6° 12° 0° 6° 12° 0° 6° 12° 0° 6° 12° 0° 6° 12°

18 17 15 19 18 16 19 18 15 17 17 15 18 18 15 17 17 15


Vertical 3dB beam width (°) 10.7 10.1 9.4Bottom: 9.6

Top: 8.5Bottom: 8.9

Top: 8.0Bottom: 8.3

Top: 7.5

VSWR < 1.5


Inter-system (790 - 960 / 1710 - 2180 MHz): ≥ 40Inter-system (1710 - 2180 / 1710 - 2180 MHz): ≥ 35



±60° Typ. 10 Typ. 10





Impedance (Ω) 50

Grounding DC Ground


















113

790－960/1710－

2180/

1710－2180M

Hz

DXXX

DXXX-790-960/1710-2180/1710-2180-65/65/65-16i/16i/16i-M/M/M

Model: ATR451602v01

790－960 MHz 1710－2180 MHz(Bottom)

1710－2180 MHz(Top)

790－960X

+45°

7/16 (F) 7/16 (F) 7/16 (F)7/16 (F) 7/16 (F) 7/16 (F)

-45°

1710－2180TopX

+45° -45°

1710－2180Bottom

X

+45° -45°

55

17

56

70

61 44

Unit: mmT - Top Column B - Bottom Column

HINT




Issue: 2012-06-01





www.huawei.com



11479

0－96

0/17

10－

2180

/

1710－

2180

MHz

DXXX



790－862 824－894 880－960 1710－1880 1850－1990 1920－2180



Gain (dBi)

0° 6° 12° 0° 6° 12° 0° 6° 12° 0° 6° 12° 0° 6° 12° 0° 6° 12°

15.2 15.4 15.1 15.4 15.6 15.2 15.8 16.0 15.6

Bottom 15.6 15.6 15.2 15.9 16.0 15.4 16.1 16.1 15.6

Top 15.5 15.5 15.1 15.9 16.0 15.1 16.0 16.0 15.4


0° 6° 12° 0° 6° 12° 0° 6° 12° 0° 6° 12° 0° 6° 12° 0° 6° 12°

17 16 16 17 16 16 17 16 16 17 16 15 17 16 15 17 16 15


Vertical 3dB beam width (°) 11.3 10.7 10Bottom: 9.5

Top: 8.6Bottom: 9.0

Top: 8.0Bottom: 8.5

Top: 7.5

VSWR < 1.5




±60° Typ. 10 Typ. 10



Impedance (Ω) 50

Grounding DC Ground





















DXXX-790-960/1710-2180/1710-2180-65/65/65-16i/16i/16i-M/M/M-R

Model: ATR4516R0

Preliminary Issue

115

790－960/1710－

2180/

1710－2180M

Hz

DXXX

RET Properties





< 0.5 (stand by)







3 (10/350 μs)10 (8/20 μs)

HINT


Standards:




ETSI EN300386 (1.4.1) y

FCC part15 y

Certification:

CE, FCC, RoHS, WEEE

DXXX-790-960/1710-2180/1710-2180-65/65/65-16i/16i/16i-M/M/M-R

Model: ATR4516R0


Issue: 2012-06-01





www.huawei.com



Preliminary Issue

11679

0－96

0/17

10－

2180

/

1710－

2180

MHz

DXXX



790－862 824－894 880－960 1710－1880 1850－1990 1920－2180



Gain (dBi)

0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10°

16.7 16.8 16.6 16.9 17.1 16.7 17.1 17.3 17.0

Bottom 17.0 17.1 16.6 17.6 17.6 16.8 17.4 17.6 17.0

Top 16.8 17.1 16.7 17.1 17.3 16.8 16.9 17.3 16.9


0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10°

19 16 19 19 17 19 19 17 18 15 20 20 15 15 16 18 17 15


Vertical 3dB beam width (°) 8.4 8 7.5Bottom: 7.5

Top: 7.0Bottom: 7.0

Top: 6.5Bottom: 6.6

Top: 6.1

VSWR < 1.5


Inter-system (790－960 / 1710－2180 MHz): ≥ 40Inter-system (1710－2180 / 1710－2180 MHz): ≥ 40



±60° Typ. 10 Typ. 10





Impedance (Ω) 50

Grounding DC Ground


















DXXX-790-960/1710-2180/1710-2180-65/65/65-17i/17i/17i-M/M/M

Model: ATR451704v01

117

790－960/1710－

2180/

1710－2180M

Hz

DXXX

DXXX-790-960/1710-2180/1710-2180-65/65/65-17i/17i/17i-M/M/M

Model: ATR451704v01

790－960 MHz 1710－2180 MHz(Bottom)

1710－2180 MHz(Top)

790－960X

+45°

7/16 (F) 7/16 (F) 7/16 (F)7/16 (F) 7/16 (F) 7/16 (F)

-45°

1710－2180TopX

+45° -45°

1710－2180Bottom

X

+45° -45°

55

17

56

70

61 44

Unit: mm

T - Top Column B - Bottom Column

HINT




Issue: 2012-06-01





www.huawei.com



11879

0－96

0/17

10－

2180

/

1710－

2180

MHz

DXXX



790－862 824－894 880－960 1710－1880 1850－1990 1920－2180



Gain (dBi)

0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10°

16.4 16.6 16.3 16.7 16.9 16.5 16.9 17.0 16.7

Bottom 16.5 16.7 16.1 16.8 16.9 16.3 17.1 17.2 16.6

Top 16.4 16.5 16.0 16.7 16.7 16.0 16.8 17.0 16.2


0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10°

17 16 16 17 16 16 17 16 16 17 16 15 17 16 15 17 16 15


Vertical 3dB beam width (°) 8.3 7.8 7.2Bottom: 7.4

Top: 6.9Bottom: 7.1

Top: 6.6Bottom: 6.7

Top: 6.1

VSWR < 1.5




±60° Typ. 10 Typ. 10



Impedance (Ω) 50

Grounding DC Ground




Weight (kg) Antenna: 30.5

Bracket: 5.6 Packing: 43.2








Wind speed (km/h)Max. operational: 150 Survival: 200






DXXX-790-960/1710-2180/1710-2180-65/65/65-17i/17i/17i-M/M/M-R

Model: ATR4517R0

Preliminary Issue

119

790－960/1710－

2180/

1710－2180M

Hz

DXXX

DXXX-790-960/1710-2180/1710-2180-65/65/65-17i/17i/17i-M/M/M-R

Model: ATR4517R0

RET Properties





< 0.5 (stand by)







3 (10/350 μs)10 (8/20 μs)

HINT


Standards:




ETSI EN300386 (1.4.1) y

FCC part15 y

Certification:

CE, FCC, RoHS, WEEE


Issue: 2012-06-01





www.huawei.com



Preliminary Issue

12079

0－96

0/17

10－

2180

/

1710－

2180

MHz

DXXX



790－862 824－894 880－960 1710－1990 1920－2170 2490－2690



Gain (dBi)0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 4° 8° 0° 4° 8° 0° 4° 8°

15.4 15.6 15.3 15.6 15.8 15.4 16.0 16.1 15.8 18.3 18.3 17.8 18.3 18.5 18.0 18.2 18.3 18.0


0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 4° 8° 0° 4° 8° 0° 4° 8°

17 16 16 17 16 16 17 16 16 17 17 16 17 17 16 16 16 15



VSWR < 1.5




±60° Typ. 10 Typ. 10



Impedance (Ω) 50

Grounding DC Ground





















DXXX-790-960/1710-2690/1710-2690-65/65/65-16i/18.5i/18.5i-M/M/M-R

Model: ATR4518R4

Preliminary Issue

121

790－960/1710－

2690/

1710－2690M

Hz

DXXX

DXXX-790-960/1710-2690/1710-2690-65/65/65-16i/18.5i/18.5i-M/M/M-R

Model: ATR4518R4

RET Properties





< 0.5 (stand by)







3 (10/350 μs)10 (8/20 μs)

HINT


Standards:




ETSI EN300386 (1.4.1) y

FCC part15 y

Certification:

CE, FCC, RoHS, WEEE


Issue: 2012-06-01





www.huawei.com



Preliminary Issue

12279

0－96

0/17

10－

2690

/

1710－

2690

MHz

DXXX















DXXX-824-960/1710-2170/1710-2170-65/65/65-16.5i/16.5i/16i-M/M/M

Model: ATR451601




VSWR ≤ 1.5

Gain

(°) 0 4 8 0 4 8 0 4 8 0 4 8 0 4 8

824－960 (dBi) 16.0 16.2 15.9 16.3 16.5 16.2

1710－2170 Bottom (dBi) 15.8 16.0 15.7 16.1 16.2 15.9 16.3 16.5 16.2

1710－2170 Top (dBi) 15.3 15.5 15.2 15.6 15.7 15.4 15.8 16.0 15.7


(°) 0 4 8 0 4 8 0 4 8 0 4 8 0 4 8

(dBi) 18 17 16 18 17 16 18 17 16 18 17 16 18 17 16




Front to back ratio, copolar (dB) ≥ 28 ≥ 25


±60° ≥ 10




Impedance (Ω) 50

Grounding DC Ground

824－960X

1710－2170X

+45°

7/16 (F) 7/16 (F) 7/16 (F)7/16 (F) 7/16 (F) 7/16 (F)

+45°-45°

1710－2170X

+45° -45° -45°

123

824－960/1710－

2170/

1710－2170M

Hz

DXXX

DXXX-824-960/1710-2170/1710-2170-65/65/65-16.5i/16.5i/16i-M/M/M

Model: ATR451601


Issue: 2012-06-01





www.huawei.com



824－870 MHz

1710－1880 MHz

1710－1880 MHz

870－916 MHz

1850－1990 MHz

1850－1990 MHz

910－960 MHz

1920－2170 MHz

1920－2170 MHz

12482

4－96

0/17

10－

2170

/

1710－

2170

MHz

DXXX















DXXX-824-960/1710-2170/1710-2170-65/65/65-17.5i/17.5i/17i-M/M/M

Model: ATR451703




VSWR ≤ 1.5

Gain

(°) 0 4 8 0 4 8 0 4 8 0 4 8 0 4 8

824－960 (dBi) 16.8 17.0 16.8 17.3 17.5 17.2

1710－2170 Bottom (dBi) 16.7 17.0 16.7 16.9 17.3 16.9 17.3 17.5 17.2

1710－2170 Top (dBi) 16.3 16.6 16.3 16.6 16.9 16.6 16.9 17.1 16.9


(°) 0 4 8 0 4 8 0 4 8 0 4 8 0 4 8

(dBi) 18 17 16 18 17 16 18 17 16 18 17 16 18 17 16





Cross polar ratio (dB)0° ≥ 18

±60° ≥ 10




Impedance (Ω) 50

Grounding DC Ground

824－960X

1710－2170X

+45°

7/16 (F) 7/16 (F) 7/16 (F)7/16 (F) 7/16 (F) 7/16 (F)

+45°-45°

1710－2170X

+45° -45° -45°

125

824－960/1710－

2170/

1710－2170M

Hz

DXXX

DXXX-824-960/1710-2170/1710-2170-65/65/65-17.5i/17.5i/17i-M/M/M

Model: ATR451703


Issue: 2012-06-01





www.huawei.com



824－870 MHz

1710－1880 MHz

1710－1880 MHz

870－916 MHz

1850－1990 MHz

1850－1990 MHz

910－960 MHz

1920－2170 MHz

1920－2170 MHz

12682

4－96

0/17

10－

2170

/

1710－

2170

MHz

DXXX



2490－26901710－1990 1920－2200 2490－2690 1710－1990 1920－2170

Polarization +45°, -45°Electrical downtilt (°) 0－10, continuously adjustable 0－10, continuously adjustable

Gain (dBi)0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10°

17.5 17.6 17.4 17.8 18.0 17.6 17.9 18.2 17.4 17.2 17.3 17.0 17.6 17.8 17.2 17.6 17.9 17.0


0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10°18 17 16 18 17 16 18 17 16 17 16 15 17 16 15 17 16 15

Horizontal 3dB beam width (°) 69 65 60 69 65 60Vertical 3dB beam width (°) 6.5 6.0 4.8 6.5 6.0 4.8VSWR < 1.5



Cross polar ratio (dB)0° Typ. 18±60° Typ. 10

Max. power per input (W) 250 (at 50 ambient temperature)Intermodulation IM3 (dBc) ≤ -153 (2 x 43 dBm carrier)Impedance (Ω) 50Grounding DC Ground


Antenna dimensions (H x W x D) (mm) 1410 x 323 x 89Packing dimensions (H x W x D) (mm) 1855 x 435 x 190Antenna net weight (kg) 16.5Bracket weight (kg) 4.6Packing weight (kg) 25.5Mechanical downtilt (°) 0－16Mast diameter (mm) 50－115Radome material Fiberglass Radome colour Light greyOperational temperature () -40 .. +65


Rear side: 685 (at 150 km/h)Max. operational wind speed (km/h) 150Survival wind speed (km/h) 200Connector 6 x 7/16 DIN FemaleConnector position BottomRET Type Internal motorRET Protocols AISG 1.1 / AISG 2.0


DXXX-1710-2690/1710-2170/2490-2690-65/65/65-18i/18i/18i-M/M/M

Model: ATR4518R3


Issue: 2012-06-01





www.huawei.com



Preliminary Issue

127

1710－2690/1710－

2170/

2490－2690M

Hz

DXXX

DXXX-1710-2690/1710-2170/2490-2690-65/65/65-18i/18i/18i-M/M/M

Model: ATR4518R3

RET Properties





< 0.5 (stand by)







3 (10/350 μs)10 (8/20 μs)

HINT


Standards:




ETSI EN300386 (1.4.1) y

FCC part15 y

Certification:

CE, FCC, RoHS, WEEE


Issue: 2012-06-01





www.huawei.com



Preliminary Issue

12817

10－

2690

/171

0－21

70/

2490－

2690

MHz

DXXX


Frequency range (MHz)790－960 1710－2690 1710－2170

2490－2690790－894 880－960 1710－1990 1920－2170 2490－2690 1710－1990 1920－2170


Electrical downtilt (°)0－10, continuously

adjustable0－8, continuously adjustable

Gain (dBi)0° 5° 10° 0° 5° 10° 0° 4° 8° 0° 4° 8° 0° 4° 8° 0° 4° 8° 0° 4° 8° 0° 4° 8°

17.5 17.6 17.4 17.5 17.6 17.4 17.5 17.6 17.4 17.8 18.0 17.6 17.9 18.2 17.4 17.2 17.3 17.0 17.6 17.8 17.2 17.6 17.9 17.0


0° 5° 10° 0° 5° 10° 0° 4° 8° 0° 4° 8° 0° 4° 8° 0° 4° 8° 0° 4° 8° 0° 4° 8°

17 16 16 17 16 16 17 17 16 17 17 16 16 16 15 17 16 16 17 16 16 16 16 15

Horizontal 3dB beam width (°) 65 63 66 63 60 66 63 60

Vertical 3dB beam width (°) 10.2 9.6 5.2 4.8 4 5.2 4.8 4

VSWR < 1.5




±60° Typ. 10 Typ. 10

Max. power per input (W)500 (at 50 ambient

temperature)250 (at 50 ambient temperature)


Impedance (Ω) 50

Grounding DC Ground




















RET Connector2 x 8 pin connector according to IEC 60130-9 Daisy chain in: Male / Daisy chain out: Female

DXXXX-790-960/1710-2690/1710-2170/2490-2690-65/65/65/

65-16i/18.5i/18i/18i-M/M/M/M-R Model: AQU4518R0

Preliminary Issue

129

790－960/1710－

2690/

1710－2170/2490－

2690MHz

DXXXX

RET Properties





< 0.5 (stand by)







3 (10/350 μs)10 (8/20 μs)

HINT


Standards:




ETSI EN300386 (1.4.1) y

FCC part15 y

Certification:

CE, FCC, RoHS, WEEE


Issue: 2012-06-01





www.huawei.com



DXXXX-790-960/1710-2690/1710-2170/2490-2690-65/65/65/

65-16i/18.5i/18i/18i-M/M/M/M-R Model: AQU4518R0

Preliminary Issue

13079

0－96

0/17

10－

2690

/

1710－

2170

/249

0－26

90M

Hz

DXXXX

2300－2500 MHz 2500－2700 MHz

DX-2300-2700-60-18i-M

Model: A25451804


Issue: 2012-06-01





www.huawei.com




Dimensions (H x W x D) (mm) 1060 x 155 x 79Packing dimensions (H x W x D) (mm) 1550 x 260 x 160Net weight (kg) 6Bracket weight (kg) 2.7Packing weight (kg) 10.6




Rear side: 180 (v=150 km/h)Max. wind velocity (km/h) 200Connector 2 x N-50KF


Frequency range (MHz) 2300－2500 2500－2700Polarization +45° , -45°

VSWR ≤1.45

Gain (°) 2 6 10 2 6 10(dBi) 17.0 17.3 17.0 17.3 17.6 17.1


(°) 2 6 10 2 6 10(dB)Typ. 18 17 16 18 17 16


Vertical 3dB beam width (°) 7.0 6.5Isolation between ports (dB) ≥30Front to back ratio, copolar (dB) Typ. 30Cross polar ratio (dB) 15Electrical downtilt (°) 2－10Max. CW input power (W) 250Impedance (Ω) 50Grounding DC Ground

2300－2700X

+45°

N-50KF N-50KF

-45°

131

2300－2700M

Hz

DX

2300－2500 MHz 2500－2700 MHz

DXX-2300-2700/2300-2700-65/65-18i/18i-M

Model: A25451803


Issue: 2012-06-01





www.huawei.com




Dimensions (H x W x D) (mm) 1060 x 289 x 85Packing dimensions (H x W x D) (mm) 1400 x 405 x 175Net weight (kg) 11Bracket weight (kg) 4.5Packing weight (kg) 18.3




Rear side: 340 (v=150 km/h)Max. wind velocity (km/h) 200Connector 4 x N-50KF


Frequency range (MHz) 2300－2500 2500－2700Polarization +45° , -45°

VSWR ≤1.45

Gain (°) 2 6 10 2 6 10(dBi) 17.0 17.3 17.0 17.3 17.6 17.1


(°) 2 6 10 2 6 10(dB)Typ. 18 17 16 18 17 16


Vertical 3dB beam width (°) 7.0 6.5Isolation between ports (dB) ≥30Front to back ratio, copolar (dB) Typ. 28Cross polar ratio (dB) 15Electrical downtilt (°) 2－10Max. CW input power (W) 250Impedance (Ω) 50Grounding DC Ground

2300－2700X

+45°

N-50KF N-50KF

-45°

2300－2700X

+45°

N-50KF N-50KF

-45°

132

2300－

2700

/230

0－27

00M

Hz

DXX



1710－1990 1920－2200 2200－2490 2490－2690



Gain (dBi)0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10°

17.4 17.3 17.2 17.8 17.6 17.5 18.0 17.8 17.6 18.0 17.8 17.3


0° 5° 10° 0° 5° 10° 0° 5° 10° 0° 5° 10°

18 17 16 18 17 16 18 17 16 18 17 16



VSWR < 1.5




±60° Typ. 10



Impedance (Ω) 50

Grounding DC Ground


Antenna dimensions (H x W x D) (mm) 1425 x Φ 236







Wind load (N) 245 (at 150 km/h)





CX-1710-2690-65-18i-M

Model: A264518S0


Issue: 2012-06-01





www.huawei.com



Preliminary Issue

133

1710－2690M

Hz

DX

Antenna Line ProductsB

The dual tower mounted amplifier (DTMA) is a low-noise amplifier installed near the antenna. It helps to improve the

signal-to-noise ratio and enhance the receiving sensibility of the BTS. It enhances the uplink coverage and improves uplink

and downlink imbalance of the BTS. It effectively reduces the transmitting power of cellphones, improves voice and data

communication quality.

Product Description

High linearity and low noise performance. y

Balanced LNA design and power failure bypass for high reliability. y

Light weight and compact design. y

Variable gain: 8 - 16 dB, default gain: 12 dB. y

Wall mounting and mast mounting. y

Built-in lightning protection up to 10 kA. y

Support AISG 1.1 and AISG 2.0 protocol. y

Features

Appearance and Block Diagram

DTMA08-008 Model: ATA801100 (AISG 1.1)


135

DTMA

136

DTMA



Tx Specifications


Bandwidth (MHz) 30

Insertion loss* (dB) Avg. < 0.4

Return loss (dB) ≥ 18

Input power (W) < 160 (+52 dBm) CW

< 2000 (+63 dBm) peak

Intermodulation products in Rx band (dBm) ≤ -117 (2 TX carriers at +43 dBm)

Rx Specifications


Bandwidth (MHz) 30

Return loss(dB) ≥ 18 (DC ON) ≥ 13 (DC OFF)

Insertion loss in by-pass mode (dB) ≤ 3 (DC OFF)

Gain (dB) 8－16 (0.5 dB Step, Default gain: 12 dB)

Noise figure** (dB) Avg. < 1.4 (12 dB Gain, +22 ... +28 )

Output 1dB compression (dBm) ≥ 8 (12 dB Gain)

OIP3 (dBm) ≥ 20 (12 dB Gain)

Electrical properties

CWA Mode AISG Mode

DC supply voltage (V) 8.5－15 9－30

Operating current per TMA (mA) (without RET)

40－110 40－370

Alarm management (mA) 150－280 AISG

Power consumption (W) < 3.5

Environmental Specification

Operating temperature range () -40 ... +65

IP rating IP67

MTBF (hours) > 1,000,000

EMC ETS 300 342-3

Lightning protection (kA) 10 (8/20 us)

Mechanical Specification

DTMA dimensions (W x H x D) (mm) 190 x 240 x 120 (without connectors, without brackets)

Packing dimensions (W x H x D) (mm) 365 x 515 x 215

DTMA weight (kg) ≤ 6.1 (with brackets)

Packing weight (kg) ≤ 7.4

DTMA Volume (L) Approx. 5.5

AISG connector8-pin female, IEC 60130-9 (pin1 & pin6: 8.5V－30V DC, pin3: RS485B, pin5:

RS485A, pin7: DC return, other pins: not connected)

MountingWall mounting: with 4 screws (max. 8 mm diameter)

Mast mounting

Mast diameter (mm) Default: 30－125 // Optional: 40－140




Unit: mm


Issue: 2012-06-01





www.huawei.com



HINT

Extraordinary operating conditions, such as heavy icing or storm wind, may result in the breakage of a DTMA. These facts must be considered during the site planning process. The installation team must be properly qualified and also be familiar with the relevant national safety regulations.

137

DTMA


signal-to-noise ratio and enhance the receiving sensibility of the BTS. It enhances the uplink coverage and improves uplink

and downlink imbalance of the BTS. It effectively reduces the transmitting power of cellphones, improves voice and data

communication quality.



Product Description








Features


138

DTMA



Tx Specifications


Bandwidth (MHz) 25




< 2000 (+63 dBm) peak


Rx Specifications


Bandwidth (MHz) 25

Return loss(dB) ≥ 18 (DC ON)≥ 13 (DC OFF)

Insertion loss in by-pass mode (dB) ≤ 3.0 (DC OFF)






CWA Mode AISG Mode



40－110 40－370




Operating temperature range () -40 … +65

IP rating IP67

MTBF (hours) > 1,000,000

EMC ETS 300 342-3



DTMA dimensions (W x H x D) (mm) 198 x 308 x 70.5 (without connectors, without brackets)








Mast mounting



139

DTMA




Issue: 2012-06-01





www.huawei.com



Unit: mm

HINT


140

DTMA


signal-to-noise ratio and enhance the receiving sensibility of the BTS system. It enhances the uplink coverage and improves

uplink and downlink imbalance of the base station. It effectively reduces the transmitting power of cellphones, improves

voice and data communication quality.



Product Description








Features


141

DTMA



Tx Specifications


Bandwidth (MHz) 35




< 2000 (+63 dBm) peak


Rx Specifications


Bandwidth (MHz) 35








CWA Mode AISG Mode



40－110 40－370





IP rating IP67

MTBF (hours) > 1,000,000

EMC ETS 300 342-3











Mast mounting



142

DTMA




Issue: 2012-06-01





www.huawei.com



Unit: mm

HINT


143

DTMA







Product Description








Features


144

DTMA



Tx Specifications


Bandwidth (MHz) 25




< 2000 (+63 dBm) peak


Rx Specifications


Bandwidth (MHz) 25








CWA Mode AISG Mode



40－110 40－370





IP rating IP67

MTBF (hours) > 1,000,000

EMC ETS 300 342-3











Mast mounting



145

DTMA




Issue: 2012-06-01





www.huawei.com



Unit: mm

HINT


146

DTMA







Product Description


Power failure bypass for high reliability. y





Features


147

DTMA



Tx Specifications


Bandwidth (MHz) 75




< 2000 (+63 dBm) peak


Rx Specifications


Bandwidth (MHz) 75



Gain (dB) 12

Noise figure** (dB) Avg. < 1.4 (+22 ... +28 )

Output 1dB compression (dBm) ≥ 12

OIP3 (dBm) ≥ 24


CWA Mode AISG Mode



40－120 40－370





IP rating IP67

MTBF (hours) > 1,000,000

EMC ETS 300 342-3



DTMA dimensions (W x H x D) (mm) 160 x 220 x 100 (without connectors, without brackets)








Mast mounting



148

DTMA




Issue: 2012-06-01





www.huawei.com



Unit: mm

HINT


149

DTMA






DTMA21-007 Model: ATA212001 (AISG 2.0

Product Description







Features


150

DTMA



Tx Specifications


Bandwidth (MHz) 60




< 2000 (+63 dBm) peak


Rx Specifications

Frequency range (MHz) 1920 - 1980

Bandwidth (MHz) 60



Gain (dB) 12 ±1



OIP3 (dBm) ≥ 24


CWA Mode AISG Mode



40－120 40－370





IP rating IP67

MTBF (hours) > 1,000,000

EMC ETS 300 342-3











Mast mounting



151

DTMA




Issue: 2012-06-01





www.huawei.com



Unit: mm

HINT


152

DTMA







Product Description







Features


153

DTMA



Tx Specifications


Bandwidth (MHz) 70




< 2000 (+63 dBm) peak


Rx Specifications


Bandwidth (MHz) 70



Gain (dB) 12 ±1



OIP3 (dBm) ≥ 24


CWA Mode AISG Mode



40－120 40－370





IP rating IP67

MTBF (hours) > 1,000,000

EMC ETS 300 342-3











Mast mounting



154

DTMA




Issue: 2012-06-01





www.huawei.com



Unit: mm

HINT


155

DTMA

DC-0010-2

Model: ACOMD2H00

Product Description


Can be used as a combiner near the BTS or in a reciprocal y

function near the antenna.

Designed for co-siting purposes and feeder sharing y

Suitable for indoor or outdoor applications. y

Wall or mast mounting. y

Block Diagram

ACOMD2H00

156Co

mbi

ners


Model ACOMD2H00

Pass band (MHz) Band 1 698－960

Band 2 1710－2700

Insertion loss* (dB) Port 1 ←→ Port 3 Typ. < 0.2 (698 MHz－960 MHz)

Port 2 ←→ Port 3 Typ. < 0.25 (1710 MHz－2700 MHz)

DC/AISG transparency Port 1 ←→ Port 3 Stop

Port 2 ←→ Port 3 By-pass (max. 2500 mA)

Isolation (dB) > 40

VSWR < 1.28

Input power (W) Port 1, Port 2 < 300

Intermodulation products (dBm) < -117 (3rd order; with 2 x 43 dBm)


Operating temperature () -40 … +65

Application scene Indoor // Outdoor

IP rating IP67



Combiner dimensions (W x H x D) (mm)Double Unit: 130 x 190 x 105

(without connectors, without mounting brackets)


Combiner weight (kg) Double Unit: ≤ 4.3


Mounting Wall mounting // Mast mounting

Mast diameter (mm) Default: 40－135

Connector 7/16 DIN Female (Long neck)

DC-0010-2

Model: ACOMD2H00

157

Combiners

158Co

mbi

ners

DC-0010-2

Model: ACOMD2H00

HINT

Extraordinary operating conditions, such as heavy icing or storm wind, may result in the breakage of a combiner. These facts must be considered during the site planning process. The installation team must be properly qualified and also be familiar with the relevant national safety regulations.

Unit: mm


Issue: 2012-06-01





www.huawei.com



DC-0003-2

Model: ACOMD2H02

Product Description







Block Diagram

ACOMD2H02

159

Combiners

Preliminary Issue


Model ACOMD2H02


Band 2 1920－2200

Insertion loss* (dB) Port 1 ←→ Port 3

Typ. < 0.15 (790 MHz－960 MHz)

Typ. < 0.25 (1710 MHz－1880 MHz)




Isolation (dB) > 45

VSWR < 1.28






IP rating IP67



Connector 7/16 DIN Female (long neck)


Weight (kg) Double Unit: ≤ 6


Dimensions (W x H x D) (mm) Double Unit: 190 x 154 x 105


DC-0003-2

Model: ACOMD2H02

160Co

mbi

ners

Preliminary Issue

DC-0003-2

Model: ACOMD2H02

Unit: mm

HINT



Issue: 2012-06-01





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161

Combiners

Preliminary Issue

DC-0013-2

Model: ACOMD2H04

Product Description







Block Diagram

ACOMD2H04

162Co

mbi

ners


Model ACOMD2H04


Band 2 880－960





Isolation (dB) > 50

VSWR < 1.28





Application scene Indoor // outdoor

IP rating IP67











DC-0013-2

Model: ACOMD2H04

163

Combiners

DC-0013-2

Model: ACOMD2H04

HINT


Unit: mm


Issue: 2012-06-01





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164Co

mbi

ners

DC-0012-2 Model: ACOMD2H05


Product Description







Block Diagram

ACOMD2H05 ACOMD2H07

165

Combiners


Model ACOMD2H05 ACOMD2H07


Band 2 1920－2200



DC/AISG transparency Port 1 ←→ Port 3 Stop By-pass (max. 2500 mA)

Port 2 ←→ Port 3 By-pass (max. 2500 mA) By-pass (max. 2500 mA)

Isolation (dB) > 45

VSWR < 1.28






IP rating IP67













166Co

mbi

ners



Unit: mm

HINT



Issue: 2012-06-01





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167

Combiners



Product Description







Block Diagram

ACOMD2H06 ACOMD2H08

168Co

mbi

ners




Model ACOMD2H06 ACOMD2H08


Band 2 1920－2200



DC/AISG transparency Port 1 ←→ Port 3 Stop By-pass (max. 2500 mA)


Isolation (dB) > 45

VSWR < 1.28






IP rating IP67











169

Combiners



HINT


Unit: mm


Issue: 2012-06-01





www.huawei.com



170Co

mbi

ners

Product Description







Block Diagram

ACOMD2H09

DC-0023-2

Model: ACOMD2H09

171

Combiners

DC-0023-2

Model: ACOMD2H09


Model ACOMD2H09


Band 2 880－960





Isolation (dB) > 50

VSWR < 1.28






IP rating IP67











172Co

mbi

ners

DC-0023-2

Model: ACOMD2H09

Unit: mm

HINT



Issue: 2012-06-01





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173

Combiners

DC-0017-2

Model: ACOMD2H10

Product Description







Block Diagram

ACOMD2H10

174Co

mbi

ners

DC-0017-2

Model: ACOMD2H10


Model ACOMD2H10


Band 2 1710－2200





Isolation (dB) > 40

VSWR < 1.28






IP rating IP67











175

Combiners

DC-0017-2

Model: ACOMD2H10

HINT


Unit: mm


Issue: 2012-06-01





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176Co

mbi

ners

Product Description







Block Diagram

ACOMD2H11

DC-0019-2

Model: ACOMD2H11

177

Combiners


Model ACOMD2H11


Band 2 1710－2200





Isolation (dB) > 40

VSWR < 1.28






IP rating IP67











DC-0019-2

Model: ACOMD2H11

178Co

mbi

ners

DC-0019-2

Model: ACOMD2H11

Unit: mm

HINT



Issue: 2012-06-01





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179

Combiners

DC-0018-2

Model: ACOMD2H12

Product Description







Block Diagram

ACOMD2H12

180Co

mbi

ners

DC-0018-2

Model: ACOMD2H12


Model ACOMD2H12


Band 2 2490－2700





Isolation (dB) > 45

VSWR < 1.28






IP rating IP67











181

Combiners

DC-0018-2

Model: ACOMD2H12

HINT


Unit: mm


Issue: 2012-06-01





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182Co

mbi

ners

Product Description







Block Diagram

ACOMD2H13

DC-0020-2

Model: ACOMD2H13

183

Combiners


Model ACOMD2H12


Band 2 2490－2700





Isolation (dB) > 45

VSWR < 1.28






IP rating IP67











DC-0020-2

Model: ACOMD2H13

184Co

mbi

ners

DC-0020-2

Model: ACOMD2H13

Unit: mm

HINT



Issue: 2012-06-01





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185

Combiners

DC-0006-2

Model: ACOMD2L03

Product Description







Block Diagram

ACOMD2L03

186Co

mbi

ners

DC-0006-2

Model: ACOMD2L03


Model ACOMD2L03


Band 2 2490－2700



DC/AISG transparency Port 1 ←→ Port 3 By-pass (max. 2500 mA)

Port 2 ←→ Port 3 Stop

Isolation (dB) > 45

VSWR < 1.28






IP rating IP67











187

Combiners

DC-0006-2

Model: ACOMD2L03

HINT


Unit: mm


Issue: 2012-06-01





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188Co

mbi

ners

Product Description







Block Diagram

ACOMD2L04

DC-0024-2

Model: ACOMD2L04

189

Combiners


Model ACOMD2L04


Band 2 2490－2700



DC/AISG transparency Port 1 ←→ Port 3 By-pass (max. 2500 mA)


Isolation (dB) > 45

VSWR < 1.28






IP rating IP67











DC-0024-2

Model: ACOMD2L04

190Co

mbi

ners

DC-0024-2

Model: ACOMD2L04

Unit: mm

HINT



Issue: 2012-06-01





www.huawei.com



191

Combiners

Product Description







Block Diagram

ACOMT2H00 ACOMT2H02

TC-0011-2 Model: ACOMT2H00


192Co

mbi

ners




Model ACOMT2H00 ACOMT2H02

Pass band (MHz)

Band 1 790－960

Band 2 1710－1880

Band 3 1920－2200

Insertion loss* (dB)




DC/AISG transparency

Port 1 ←→ Port 4 Stop Stop

Port 2 ←→ Port 4 Stop By-pass (max. 2500 mA)


Isolation (dB) > 45

VSWR < 1.28

Input power (W) Port 1, Port 2, Port3 < 300





IP rating IP67











193

Combiners



HINT


Unit: mm


Issue: 2012-06-01





www.huawei.com



194Co

mbi

ners



Product Description







Block Diagram

ACOMT2H01 ACOMT2H03

195

Combiners




Model ACOMT2H01 ACOMT2H03

Pass band (MHz)

Band 1 790－960

Band 2 1710－1880

Band 3 1920－2200






Port 1 ←→ Port 4 Stop Stop

Port 2 ←→ Port 4 Stop By-pass (max. 2500 mA)


Isolation (dB) > 45

VSWR < 1.28






IP rating IP67











196Co

mbi

ners



Unit: mm

HINT



Issue: 2012-06-01





www.huawei.com



197

Combiners

Product Description







Block Diagram

ACOMT2M00

TC-0009-2

Model: ACOMT2M00

198Co

mbi

ners

Preliminary Issue

TC-0009-2

Model: ACOMT2M00


Model ACOMT2M00

Pass band (MHz)

Band 1 790－1880

Band 2 1920－2200

Band 3 2490－2700



Typ. < 0.25 (1710 MHz－1880 MHz)







Isolation (dB) > 45

VSWR < 1.28






IP rating IP67





Weight (kg) Double Unit: ≤ 7




199

Combiners

Preliminary Issue

TC-0009-2

Model: ACOMT2M00

HINT


Unit: mm


Issue: 2012-06-01





www.huawei.com



200Co

mbi

ners

Preliminary Issue

QC-0007-2

Model: ACOMQ2M00

Product Description







Block Diagram

ACOMQ2M00

201

Combiners

Preliminary Issue

QC-0007-2

Model: ACOMQ2M00


Model ACOMQ2M00

Pass band (MHz)

Band 1 790－960

Band 2 1710－1880

Band 3 1920－2200

Band 4 2490－2700









Port 3 ←→ Port 5 By- pass (max. 2500 mA)

Port 4 ←→ Port 5 stop

Isolation (dB) > 45

VSWR < 1.28

Input power (W) Port 1, Port 2 Port 3, Port 4

< 300





IP rating IP67





Weight (kg) Double Unit: ≤ 7.5




202Co

mbi

ners

Preliminary Issue

QC-0007-2

Model: ACOMQ2M00

Unit: mm

HINT



Issue: 2012-06-01





www.huawei.com



203

Combiners

Preliminary Issue

Accessories for RET SystemsC

Antenna ModelRCU

AISG 1.1 AISG 2.0

A90451701

ARCU01104 ARCU02001

A90451704

A19452101

A19451703

A25451803

A25451804

ADU451801 ARCU01101

ARCU02000

ADU451700ARCU01102

ARCU01103

ADU451806 ARCU01100

ADU451811 ARCU01103

ADU451815 ARCU01100

ADU451707 ARCU01103

ATR451703 ARCU01102

ATR451601 ARCU01100

A26451800

ARCU01109 ARCU02004

A26451900

ADU451816

ADU451901

A79451500v01

A79451600v01

A79451700v01

A19451505

A19451811

A19451902

A194518R0

ADU451819

ADU451902

ADU4518R1

ADU451503

ADU451602v01

ADU451807v01

Antenna ModelRCU

AISG 1.1 AISG 2.0

ADU4518R3

ARCU01109 ARCU02004

ADU4518R0

ADU4518C0

ATR451500

ATR451602v01

ATR451704v01

ATR4516R0

ATR4517R0

A264518S0

A90451702v01

A90451705v01

A90451709

A90451802v01

A90451805v01

A90451706

A19451601

A19451602

A19451800v01

A19451810v01

A19451802v01

A19451704

A19451705

A264518R0

ADU451604

ADU451712

ADU4516R0

ADU4517R0

ADU4518R6

ATR4518R2

ATR4518R4

ATR4518R3

AQU4518R0

Antenna and RCU configuration list

205

RCU

206

RCU

RCU Model: ARCU01100 (AISG 1.1) ARCU01101(AISG 1.1) ARCU01102 (AISG 1.1) ARCU01103 (AISG 1.1) ARCU02000 (AISG 2.0)

RCU (Remote Control Unit) drives the phase shifter in antenna through mechanical interface to change the electrical

downtilt. RCU is suitable for daisy chain solution.

HINT: Before the installation, check whether the RCU and base station support the same AISG protocol. If not, contact

the technical support personnel of Huawei.

Appearance Bottom view of RCU Male Female

Daisy chain in: Male

Daisy chain out: Female


Current (mA) < 600 (motor activated)

< 50 (stand by)

Adjustment time (full range) (min) < 2

Calibration time (min) < 4

Connectors 2 x 8 pin connector according to IEC 60130-9 Daisy chain in: Male / Daisy chain out: Female



Housing material Profile: Aluminium coated / Cover: Aluminium coated

Color Grey

Weight (g) 650


Protection class IP24

Dimensions (L x W x H) (mm) 205 x 65.5 x 56

Packing size (L x W x H) (mm) 268 x 105 x 95

Drainage Hole


Issue: 2012-06-01





www.huawei.com



RCU Model: ARCU01104 (AISG 1.1) ARCU02001 (AISG 2.0)



HINT: Before the installation, check whether the RCU and base station support the same AISG protocol. If not, contact

the technical support personnel of Huawei.






< 50 (stand by)

Adjustment time (full range) (min) < 2

Calibration time (min) < 4

Connectors 2 x 8 pin connector according to IEC 60130-9 Daisy chain in: Male // Daisy chain out: Female




Color Grey

Weight (g) 600



Dimensions (L x W x H) (mm) 200 x 56 x 47


Drainage Hole

Drainage Hole


Issue: 2012-06-01





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207

RCU



Standards: EN 60950-1 (Safety)

EN 55022 (Emission)

EN 55024 (Immunity)

ETSI EN300386 (1.4.1)

FCC part15

Certification: CE、FCC、RoHS、WEEE



< 0.5 (stand by)



Connectors 2 x 8 pin connector according to IEC 60130-9 Daisy chain in: Male / Daisy chain out: Female




Color RAL 7035

Weight (g) 600



Lightning protection (kA) AISG interface (each pin)

3 (10/350 μs) 10 (8/20 μs)

Dimensions (L x W x H) (mm) 180 x 65 x 54





RCU Model: ARCU01109 (AISG 1.1) ARCU02004 (AISG 2.0)

HINT: Before the installation, check whether the RCU

and base station support the same AISG protocol. If not,

contact the technical support personnel of Huawei.

Drainage Hole


Issue: 2012-06-01





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208

RCU

BT = Bias Tee

BTS = Base Transceiver Station

OOK = On Off Keying

BT-690-2700-001

Model: ABT000001

Features

Used to feed DC voltage and OOK control signals into the feeder cable. y

Low passive intermodulation products, low insertion loss and high power capacity. y

Ultra wide band design for various communication system. y

Small volume, light weight. y


Block Diagram

RF Block

DC Block

Port 2 (ANT)

DC/OOK

Port 1 (BTS)

209

BT

BT-690-2700-001

Model: ABT000001



Insertion loss (dB) Port 1 ←→ Port 2 ≤ 0.1 (690－960 MHz / 1710－2690 MHz)

≤ 0.15 (960－1710 MHz)

Isolation for DC signal (dB)Port 1 ←→ Port 2

≥ 70Port 1 ←→ Port DC/OOK

VSWR Port 1 and Port 2≤ 1.15 (690－960 MHz / 1710－2690 MHz)

≤ 1.2 (960－1710 MHz)

Input power (W) Port 1 and Port 2 Avg. ≥ 500 (690 - 960 MHz)

Avg. ≥ 250 (1710 - 2690 MHz)

Input current (mA) Port DC/OOK ←→ Port 2 ≤ 2300

DC voltage reduction (V) Port DC/OOK ←→ Port 2 ≤ 1 (when the current is 2300 mA)

DC supply voltage (V) 0 … +30

RF Impedance (Ω) 50

Intermodulation products (dBc) < -160 (2 x 43 dBm carrier)



Application scene Indoor or outdoor

IP rating IP66



BT Dimensions (W x H x D) (mm) 48.5 x 151 x 45 (with connectors)


BT net Weight (kg) < 0.56

Packing weight (kg) < 0.60

Connectors

Port 1 (BTS) 7/16 DIN Male

Port 2 (Antenna) 7/16 DIN Female

Port DC/OOK SMA Female

210

BT

Unit: mm

BT-690-2700-001

Model: ABT000001


Issue: 2012-06-01





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211

BT

SBT = Smart Bias Tee

RCU = Remote Control Unit for remote electrical

control of antenna tilt

BTS = Base Transceiver Station

AISG= Antenna Interface Standards Group

Features

Block Diagram

SBT-690-2700-001 Model: ASBT00001

SBT-690-2700-002 Model: ASBT00002

212

SBT

ASBT00001 ASBT00002

Convert signals between OOK and RS485. y

Low passive intermodulation products, low y

insertion loss and high power capacity.

Ultra wide band design for various y

communication system.

Small volume, light weight. y


Model ASBT00001 ASBT00002

Port 1 (Connector type) Antenna (7－16 DIN Male) BTS (7－16 DIN Male)

Port 2 (Connector type) Feeder (7－16 DIN Female) Feeder (7－16 DIN Female)

Port AISG AISG (8-pin Connecter Female) AISG (8-pin Connecter Male)

SBT-690-2700-001 Model: ASBT00001

SBT-690-2700-002 Model: ASBT00002

213

SBT



Insertion loss (dB) Port 1 ←→ Port 2 ≤ 0.1 (690－960 MHz / 1710－2690 MHz)

≤ 0.15 (960－1710 MHz)

Isolation for DC signal (dB)Port 1 ←→ Port 2

≥ 70Port 1 ←→ Port AISG

VSWR Port 1 and Port 2≤ 1.15 (690－960 MHz / 1710－2690 MHz)

≤ 1.2 (960－1710 MHz)

Input power (W)Port 1 and Port 2Port AISG

Avg. ≥ 500 (690－960 MHz) / Avg. ≥ 250 (1710－2690 MHz)< 2.5 A (+8 … +30 V DC)

DC supply voltage (V) +8 … +30

RF impedance (Ω) 50

Intermodulation products (dBc) < -160 (3rd order, 2 x 43 dBm)

Power consumption (W) Typ. 0.6

Modem carrier frequency (MHz) 2.176



Application scene Indoor or outdoor

IP rating IP67



BT Dimensions (W x H x D) (mm) 75 x 160 x 45 (with connectors)


SBT net Weight (kg) < 0.75

Packing weight (kg) < 0.80

SBT-690-2700-001 Model: ASBT00001

SBT-690-2700-002 Model: ASBT00002

ASBT00001

ASBT00002

Unit: mm

HINT

Extraordinary operating conditions, such as heavy icing or storm wind, may result in the breakage of a SBT. These facts must be considered during the site planning process.



Issue: 2012-06-01





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214

SBT

AISG Connecting Cables For

Remote Electrical Tilt(RET) System


Issue: 2012-06-01





www.huawei.com



215

AISG

Cable series

RET System Cable

Length

0.5m

2m

5m

10m

15m

30m

50m

60m

70m

Pin Assignment

Female Male Pin Number Signal

1 +12V DC Nominal

2 -48V DC Nominal

3 RS485 B

4 RS485 GND

5 RS485 A

6 10V－30V DC

7 DC retum

8 N/C

IEC60130-9

Technical Specification

Connectors 2 x 8pin AISG female/male IEC60130-9

Cable 2 x 0.25mm2 + 4 x 0.75mm2 UL2464

Rate current 4A

Protection Class IP67 (Coupled)

Temperature Range -40 … 80

Color Black

Single Bend radius 60mm Min.

Multiple Bend radius 120mm Min.

AISG Connecting Cables For

RRU AISG Output


Issue: 2012-06-01





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216

AISG

Pin Assignment

Cable series

RRU AISG Cable

Length

3m

5m

Female Pin Number Signal

1 +12V DC Nominal

2 -48V DC Nominal

3 RS485 B

4 RS485 GND

5 RS485 A

6 10V－30V DC

7 DC retum

8 N/C

Male Pin Number Signal

1 +12V DC Nominal

2 N/C

3 RS485 B

4 RS485 GND

5 RS485 A

6 +12V DC Nominal

7 RS 485 GND

8 N/C

9 RS 485 GND

Technical Specification

IEC60130-9 Connector 1 8pin AISG Male IEC60130-9

Connector 2 9pin D9 Male

Cable 4Pair x 24AWG

Rate current 4A

Protection Class IP67 (Coupled)

Temperature Range -40 … 80

Color Black

Single Bend radius 60mm Min.

Multiple Bend radius 120mm Min.

Mounting InstructionsD

Antenna (C1) Installation Guide

Part Number: 31043744 Issue: 01

HINT

1. Only qualified personnel are allowed to install the antenna. 2. Appearance of the actual antenna may differ from the pictures.

Installation Tools Bracket Subassembly

13 mm combination wrench (2 PCS)

Inclinometer (1 PCS)M8

(2 PCS) (1 PCS) (1 PCS)

1 Assemble the bracket

2 Install the bracket

1 2

218In

stallatio

n

Guide

4 Install the antenna

2

1

Ensure the bracket is fully

collapsed at 0°.

3 Manually adjust the electrical downtilt angle

After adjustment

Ruler

Before adjustment

Adjust angle

The RCU is optional. For

details about how to install

the RCU, see the relevant

RCU Installation Guide.

Antenna (C1) Installation Guide


5 Adjust the mechanical downtilt angle

Scale of bracket

Precise measurement

Method 1

Method 2

Finally, tighten all the nuts.

Recommended torque:

M8 = 18 NmBefore adjustment, adjust the inclinometer

to the desired downtilt angle.

After adjustment, locate the bead in the

inclinometer in the middle.


Issue: 2012-06-01





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219

Installation

Guide

Antenna (D1) Installation Guide


1 Assemble the bracket

HINT

1. Only qualified personnel are allowed to install the antenna. 2. Appearance of the actual antenna may differ from the pictures.

Installation Tools Bracket Subassembly

13 mm combination wrench (2 PCS)

Inclinometer

(1 PCS)M10

(4 PCS)(2 PCS)(1 PCS)16 mm combination wrench

(2 PCS)

2 Install the bracket

220In

stallatio

n

Guide

Antenna (D1) Installation Guide


3 Manually adjust the electrical downtilt angle

After adjustment

Ruler

Before adjustment

Adjust angle

The RCU is optional. For

details about how to install

the RCU, see the relevant

RCU Installation Guide.

5 Adjust the mechanical downtilt angle

Scale of bracket

(the actual scale

prevails)

Precise measurement

Method 1

Method 2

Finally, tighten all the nuts.

Recommended torque:

M8 = 20 Nm, M10 = 30 NmBefore adjustment, adjust the inclinometer

to the desired downtilt angle.

After adjustment, locate the bead in the

inclinometer in the middle.

4 Install the antenna

2

4

1

3

Ensure the bracket is fully

collapsed at 0°.


Issue: 2012-06-01





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221

Installation

Guide

1

DTMA (A) Installation Guide

Issue: 01

HINT

Only qualified personnel are allowed to install the Dual Tower Mounted Amplifier (DTMA). DTMA and BTS support the same 1. frequency band.

DTMAs are installed in the similar manner, this document uses a DTMA2600 (Model: ATA261100) as an example. Actual 2. products may differ from the pictures, the actual ones prevail.

Connecting the AISG Cable

Connect the AISG cable to the DTMA

2

Tighten the AISG cable by hand, secure the AISG cable.

CAUTION

Remove the AISG protective lid of DTMA only when you want to connect a DTMA to an RCU. When connecting an RCU to a DTMA, align the concave of the DTMA female connector with the convex of the AISG male connector correctly. For details, see step 1.

Installation Tools

Flat-head screwdriver

150 mm x 6 mm (5.91 in. x 0.24 in.)

300 mm x 36 mm(12 in. x 1.4 in.)

Φ 10

Claw hammer

Adjustable wrench Hammer drill Insulation tape Waterproof tape

1 2 3 4

Connecting the RF Jumper

Connect the jumper to the DTMA

Waterproof and Sealed for Connectors

Re. Torque: 25 Nm - 30 Nm(220 lbf.in.- 264 lbf.in.)

Wrap tape method :one layer Insulation tape + three layer waterproof tapes + three layer Insulation tapes

Cable ties

Connect the ANT port on the DTMA to the antenna and

other ports to the BTS.

ANT 0 ANT 1

Tighten the RF jumper

222In

stallatio

n

Guide

Connecting the Ground Cable

Installing the DTMA

Method 1: Pole-Mounting the DTMA

1

1

2

2

3

3

Twist off a nut, a spring washer and a flat washer

Screw Shell Steel strip

Hoop iron

Bracket

Pole mount hole

Hoop iron trail into mast mount hole and partially tighten the hoop iron.

Connect the ground cable to the DTMA

Tighten the hoop iron

Connect the other connector of the ground cable to ground.

CAUTION

Pole-Mounting the DTMA: first connect RF jumpers, the AISG cable and the ground cable, then install the DTMA on a pole.

a

HINT

To partially tighten the hoop iron: press the screw 1. tail into the shell and route the steel strip through the shell. Then press the steel strip towards the pole and strain the steep strip till the steel strip is firmly attached to the pole, as shown in step 1.

To release the hoop iron: press the screw tail into the 2. shell, press the steel strip towards the pole, and push the steel strip outwards till the steel strip is released from the shell.

Position to install hoop irons


Issue: 01

223

Installation

Guide

1

3

a b

5

2

4

6

Wall

CAUTION

Wall-Mounting the DTMA: first install the DTMA on the wall, then connect RF jumpers, the AISG cable and the ground cable.

Method 2: Wall-Mounting the DTMAb


Issue: 2012-06-01





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Orientation Drill holes

Install a M8 expansion bolt

Install four M8 expansion bolts

1

3

2

4

Install the DTMA

Twist off nut, spring washer, flat washer

52 mm - 60 mm (2.05 in. - 2.36 in.)


Issue: 01

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150 mm x 6 mm (5.91 in. x 0.24 in.)

300 mm x 36 mm(12 in. x 1.4 in.)

Combiner (A) Installation Guide

Issue: 01

HINT

Only qualified personnel is allowed to install the Combiner. Combiner and BTS support the same frequency band. 1.

This document uses a TC-0011-2 (Model: ACOMT2H00) as an example. Actual products may differ from the pictures, the 2. actual ones prevail.

HINT

If use the combiner near the antenna, connect the COM port of the Combiner to the Main feeder and other ports to the antenna.1.

If use the combiner near the BTS, connect the COM port of the Combiner to the Main feeder and other ports to the BTS.2.

Installation Tools

Connecting the RF Jumper

Flat-head screwdriver

Φ 10

Claw hammer

Adjustable wrench Hammer drill Insulation tape Waterproof tape

1

43

2

Connect the jumper to the Combiner

Waterproof and Sealed for

Connectors

Wrap tape method :one layer Insulation tape + three layer waterproof tapes + three layer Insulation tapes Cable ties

Use cable ties fix upside and downside of tape

Re. Torque:25 Nm - 30 Nm(220 lbf.in.- 264 lbf.in.)

Tighten the RF jumper

225

Installation

Guide


Issue: 01

Connecting the Ground Cable

Method 1: Pole-Mounting the Combiner

1 2 3

Screw Shell Steel strip

Hoop iron

Bracket

Pole mount hole

Hoop iron trail into mast mount hole and partially tighten the hoop iron

Tighten the hoop iron

Installing the DTMA

CAUTION

Pole-Mounting the Combiner : first connect the RF jumper and the ground cable, then install the Combiner on a pole.

a

HINT

To partially tighten the hoop iron: press the screw tail into the shell and route the 1. steel strip through the shell. Then press the steel strip towards the pole and strain the steep strip till the steel strip is firmly attached to the pole, as shown in step 1.

To release the hoop iron: press the screw tail into the shell, press the steel strip 2. towards the pole, and push the steel strip outwards till the steel strip is released from the shell.

Position to install the hoop iron

CAUTION

Wall-Mounting the Combiner: first install the Combiner on the wall, then connect RF jumpers and the ground cable.

1 2 3

Twist off the first nut, spring washer, the first flat washer

Connecting the ground cable Connect the other connector of the ground cable to ground.

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1

3

a b

5

2

4

6

Wall

Method 2: Wall-Mounting the Combinerb


Issue: 2012-06-01





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Orientation Drill holes

Install a M8 expansion bolt

Install four M8 expansion bolts

1

3

2

4

Install the Combiner

Twist off nut, spring washer, flat washer

52 mm - 60 mm (2.05 in. - 2.36 in.)


Issue: 01

227

Installation

Guide

RCU (A) Installation Guide


HINT

Only qualified personnel is allowed to install the Remote Control Unit (RCU).1.

The serial No. attached to the RCU is the same with the serial No. in the packaging bag of installation guide. To avoid serial 2. No. confusion, do not separate the RCU from the installation guide.

Install RCU hardware under tower. After the installation is complete, you need to configure the RCU onsite. For details about 3. how to configure the RCU, see the RET Antenna Configuration Guide.

This document uses installing the RCU on a dual-band antenna (Model: ADU451801) as an example. Actual products may 4. differ from the pictures, the actual ones prevail.

HINT

Take the serial No. label out, stick the label to the recording form attached in this document, then write down the information.1.

Cut the recording form off and provide it to the network management personnel. 2.

Installation Tools RCU Description

Length x Max mouth width: 300 x 36 mm (12 x 1.4 in.)

Adjustable wrench

Packaging bag

Example

Serial No. label

Appearance

Serial No.Male

Female

Bottom

Drainage hole

Top

Sticking the Serial No.

Taking out the Serial No. Labela Sticking the Serial No. Labelb

Site Name: ABCD

Sector No.: 01

Site No.: 01

Port No.: 1710-2170

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HINT

Connect the female connector of Antenna Interface Standards Group (AISG) cable to the male connector of the RCU without 1. removing the protective lid from the female connector of the RCU, see step 1.

Connect the other connector of the AISG cable to the SBT or TMA, etc.2.

1


AISG cable female

Protective lid

2

Tighten the AISG cable

1

3

Installing the RCU

2

4 5

CAUTION

Rotate the adjustment screw before 1. installing the RCU. Ensure that the adjustment screw rotates smoothly before installing the RCU. For details, see step 1.

When inserting the RCU into the 2. antenna, ensure that two ports match each other. For details, see step 3. Twist off protective cover

Particular tighten the RCU Tighten the RCU

Re. Torque: 10 - 10.5 Nm(89 - 93 lbf.in.)

229

Installation

Guide

HINT

In the non-daisy chain scenario, an RCU connects with one AISG cable.1.

In the daisy chain scenario, connect each RCU to an AISG cable, then connect the female connector of the upper-level RCU to 2. the male connector of the lower-level RCU with an AISG cable. Do not remove the protective lid from the female connector of the lowest-level RCU.

For particular installation, please contact Huawei Technologies Co., Ltd. www.huawei.com



Non-Daisy Chain Scenarioa Daisy Chain Scenariob

Appendix: Recording form


Issue: 2012-06-01





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HINT

Write down the information, then cut the 1. recording form off and provide it to the network management personnel. This table is used to identify the information when you configure the RCU.

Port No. identifies the antenna port in 2. the frequency band where the RCU port is located.

Site Name:

Sector No.:

Site No.:

Port No.:

Stick Serial No.

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HINT




This document uses installing the RCU on a single antenna (Model: A19451803) as an example. Actual products may differ 4. from the pictures, the actual ones prevail.

HINT

Take the serial No. label out, stick the label to the recording form attached in this document, then write down the information.1.

Cut the recording form off and provide it to the network management personnel. 2.



Adjustable wrench

Packaging bag

Example

Serial No. label

Appearance

Serial No.Male

Female

Bottom

Drainage hole

Top



RCU (B) Installation Guide


Site Name: ABCD

Sector No.: 01

Site No.: 01

Port No.: 1710-2170

231

Installation

Guide

HINT

Connect the female connector 1. of Antenna Interface Standards Group (AISG) cable to the male connector of the RCU without removing the protective lid from the female connector of the RCU, see step 1.

Connect the other connector of 2. the AISG cable to SBT or TMA, etc.

1


AISG cable female

Protective lid

2


1

4

6

Installing the RCU

2

5

3

7 8

CAUTION

The protective cover rotates smoothly 1. before the RCU can be installed. For details, see step 4.

When inserting the RCU into the 2. antenna, ensure that the orientation scoop of the RCU is securely locked into the orientation scoop of the antenna. For details, see step 6.

Turn 180°

Twist off protective cover

Install protective coverTwist off protective cover

Particular tighten the

RCU Tighten the RCU

Re. Torque: 10 - 10.5 Nm(89 - 93 lbf.in.)



232In

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HINT






Issue: 2012-06-01





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HINT


Port No. identifies the antenna port in 2. the frequency band where the RCU port is located.

Site Name:

Sector No.:

Site No.:

Port No.:

Stick Serial No.


233

Installation

Guide

RCU (C) Installation Guide


HINT




This document uses installing the RCU on a tri-band antenna (Model: ATR451704) as an example. Actual products may differ 4. from the pictures, the actual ones prevail.

HINT

Take the serial No. label out of packaging bag, stick the label to the recording form attached in this document, then write 1. down the information.Cut the recording form off and provide it to the network management personnel. 2.



Adjustable wrench

Packaging bag

Example

Serial No. label

Appearance

Serial No.

Drainage hole

Bottom

FemaleMale

Top



Site Name: ABCD

Sector No.: 01

Site No.: 01

Port No.: 1710-2170

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HINT

Connect the female connector 1. of Antenna Interface Standards Group (AISG) cable to the male connector of the RCU without removing the protective lid from the female connector of the RCU. For details, see step 1.

Connect the other connector of 2. the AISG cable to SBT or TMA, etc.

1

1

4

2

5

3

6


AISG cable female

Protective lid

2


Installing the RCU

CAUTION

The protective cover 1. rotates smoothly before the RCU can be installed. For details, see step 4.

When inserting the RCU 2. into the antenna, ensure that the orientation scoop of the RCU is securely locked into the orientation scoop of the antenna. For details, see step 6.

Twist off protective cover Adjustment spindle

Re. Torque:15 - 18 Nm(132 - 159 lbf.in.)

Particular tighten the RCU Tighten the RCU

235

Installation

Guide

HINT



When installing three RCUs on a tri-band antenna (Model: ATR451704), install them in different directions. To be specific, the 3. side with the nameplate of the RCU on the left faces towards the left, the side with the nameplate of the RCU in the middle faces upwards, and the side with the nameplate of the RCU on the right faces towards the right. See the following figures. For details about installation directions of RCUs on other antennas, see the RET Antenna FAQs.






Issue: 2012-06-01





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HINT


Port No. identifies the antenna port in 2. the frequency band where the RCU port is located

Site Name:

Sector No.:

Site No.:

Port No.:

Stick Serial No.


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HINT

Only qualified personnel is allowed to install the OOK Bias Tee (BT).1.

If the BT is installed indoors, no tapes are required to wrap and seal the connector.2.

This document uses a BT (Model: ABT000001) as an example. Actual products may differ from the pictures, the actual ones 3. prevail.

BT (A) Installation Guide

Issue: 01

Installation Tools OOK Bias Tee Description

Female

Adjustable wrench

8 mm combination wrench

Insulation tape

Waterproof tape

Cable ties

Length x Max mouth width:300 x 36 mm (12 x 1.4 in.)

DC Connector Male

1

Installing the BT

2 3

Tighten the jumper

Re. Torque: 25 - 30 Nm (220 - 264lbf.in.)

Wrap tape method :one layer Insulation tape + three layer waterproof tapes + three

layer Insulation tapesConnect the jumper to

female of BT

237

Installation

Guide


Issue: 2012-06-01





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Installing the BT

4 5 6

Tighten the BTWrap tape method :

one layer Insulation tape + three layer waterproof tapes + three layer Insulation tapes

Connect the male of BT to DDPU

7 8 9

Tighten the DC Power Cable

Torque range:0.8 - 1.1 Nm (7 - 9 lbf.in.)

Torque range:15 - 18 Nm

(132 - 159 lbf.in.)

Wrap tape method :one layer Insulation tape + three

layer waterproof tapes + three layer Insulation tapes

Connect the DC Power Cable to BT

10

Use cable ties to fix both ends of the tape

Cable ties

Cable ties

BT (A) Installation Guide

Issue: 01

238In

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Guide

HINT

Only qualified personnel is allowed to install the Smart Bias Tee (SBT).1.

This document uses a SBT (Model: ASBT00001) as an example. Actual products may differ from the pictures, the actual ones 2. prevail.

SBT (A) Installation Guide

Issue: 01

Installation Tools SBT Description

Adjustable wrench Insulation tape Male

Female AISG Female

Cable ties Waterproof tape


1

Installing the SBT

2 3

Particular tighten the SBT

Tighten the SBT


Connect Male of SBT to antenna, ensure

that two ports match each other.

239

Installation

Guide


Issue: 2012-06-01





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Installing the BT

4 5 6

7 8 9

SBT (A) Installation Guide

Issue: 01

HINT

Remove the AISG protective lid 1. of SBT only when you want to connect the SBT to the RCU.

Connect the male connector 2. of AISG cable to the female connector of the SBT, ensure that connectors are securely locked, see step 1. Tighten the AISG cable by hand, ensure the AISG cable connector is not loose, see step 2

1


2

Tighten the AISG cable by handEnsure that two ports

match each other

Wrap tapes method :one layer Insulation tape + three layer

waterproof tapes + three layer Insulation

tapes

Tighten the jumper


waterproof tapes + three layer Insulation tapes

Re. Torque: 25 - 30 Nm

(220 - 264 lbf.in.)


Cable ties

Cable ties

Particular tighten the jumper

Connect the jumper to Female of SBT

240In

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Guide

HINT

Only qualified personnel is allowed to install the Smart Bias Tee (SBT).1.

If the SBT is installed indoors, no tapes are required to wrap and seal the connector.2.

This document uses a SBT (Model: ASBT00002) as an example. Actual products may differ from the pictures, the actual ones 3. prevail.

SBT (B) Installation Guide

Issue: 01

Installation Tools SBT Description

Adjustable wrench Insulation tape

AISG Male

Male

Female

Cable ties Waterproof tape


1

Installing the SBT

2 3

Particular tighten the SBT Tighten the SBT


Connect Male of SBT to RRU, ensure that two ports match each other.

241

Installation

Guide


Issue: 2012-06-01





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Installing the BT

4 5 6

7 8 9

SBT (B) Installation Guide

Issue: 01

HINT

Remove the AISG protective lid 1. of SBT only when you want to connect the SBT to the CCU.

Align the concave of the AISG 2. cable female connector with the convex of the SBT male connector correctly, see step 1. Tighten the AISG cable by hand, ensure the AISG cable connector is not loose, see step 2.

1


2

Tighten the AISG cable by handConnect the female connector of AISG cable to

the male connector of SBT

Tighten the jumper


waterproof tapes + three layer Insulation tapes

Re. Torque: 25 - 30 Nm

(220 - 264 lbf.in.)


Cable ties

Cable ties

Particular tighten the jumperConnect the jumper to

Female of SBT


waterproof tapes + three layer Insulation

tapes

242In

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No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of Huawei Technologies Co., Ltd.

Trademark Notice

, HUAWEI, and are trademarks or registered trademarks of Huawei Technologies Co., Ltd.

Other trademarks, product, service and company names mentioned are the property of their respective owners.


Huawei Industrial Base

Bantian Longgang

Shenzhen 518129, P.R. China

Tel: +86-755-28780808


Version No.: M3-022337-20120601-C-1.0

www.huawei.com

General Disclaimer

THE INFORMATION IN THIS DOCUMENT MAY CONTAIN PREDICTIVE STATEMENTS

INCLUDING, WITHOUT LIMITATION, STATEMENTS REGARDING THE FUTURE FINANCIAL

AND OPERATING RESULTS, FUTURE PRODUCT PORTFOLIO, NEW TECHNOLOGY, ETC.

THERE ARE A NUMBER OF FACTORS THAT COULD CAUSE ACTUAL RESULTS AND

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PREDICTIVE STATEMENTS. THEREFORE, SUCH INFORMATION IS PROVIDED FOR REFERENCE

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