This document provides installation guidelines and requirements for various telecommunications site equipment. Some key points include: - Antennas, cables, and other equipment should be installed according to approved design specifications and arrangements. Proper sealing, labeling, and fastening is required. - Site layouts and wiring diagrams are provided as examples for indoor and outdoor installation of cabinets, racks, cables, and other gear. - Specific installation, configuration, and testing instructions are given for items like antennas, radios, fiber cables, power equipment, batteries, and alarms. Proper grounding, arrangement, and labeling is emphasized. - Photographs show examples of proper installation of equipment like cabinets, cable management, labeling,

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2006 2007 2008 2009 2010 2011 2012 2013 2014 2015
Series 1
Series 1
2016 Acceptance
2006 2007 2008 2009 2010 2011 2012 2013 2014 2015

3. 1. Antenna should be fixed by double nuts

4. 1. Antenna should be fixed
vertically

5. Connectors should be sealed well by
scotch and 3M
Fix the Sealing using black tie wraps at top at
bottom of sealing

6. No obstacles blocking RF antenna
radiation

7. 1. Mechanical ,electrical tilts and height must
applied as the design sheet delivered

8. RF antenna azimuth should be typically as
per design

9. 1. Antenna should be installed as per
design sheet height

10. 1. CPRI cables must be installed
separately from cabinet Roxtec.
2. CPRI cables must be installed through
flexible tubes under BTS to protect them.

12. Connectors between feeders and
jumpers must isolated well
1. All cables must install in good
arrangement till reaching the BTS cabinet
entrance.
2. install the cables inside flexible tubes
under the BTS to protect fiber , power , E1 and
alarm cables.
3. Use black wide plastic tie wraps to arrange
the cables and avoid any crossing.
4. Fill the flexible outlets with silicon.
5. fabricate the cable tray according to each
case dimensions.
6. close the cable tray after finishing your
work.

13. 1. Feeder clamps stage should be installed
every two meters.
2. Feeders to be installed vertically in sharp
straight way.

16. 1. Earth kits installation every 15-20 m
2. Earth kits sealing with high quality sealing
3. Earth kits connected to buss bar with tight bolts

18. 1. Every Earth kit Cable to be connected in
one Buss bar bolts.
2. Earth kit cables to be routed downward
to Buss bar.
3.In case of Buss bar congested, Approved
to connect two cables in the same bolt.

19. Feeders should be installed
parallel and in clamps every 2
meters and tray should be not
congested and closed properly

20. Tray size should be 60*10

21. Sweep test (VSWR, DTF & Return Loss) should be pass
* ** 1 < VSWR < 1.4
*** 1 < DTF < 1.05
*** RL > 15.60 dB

23. Jumpers should be installed in S-
shape without any sharp pending
or extra tension and without any
crosses

25. 1. Install RRUs always on brackets , don’t
install directly on tower leg.
2. RRU should be installed vertically.
RRU must be fixed
well on the
Bracket

26. 1. Don’t install RRU on the ground to
avoid losses in signal.
2. In case of facing special site “Palm,
Mono pole,…Etc” need to install RRU
on the ground; you have to request
approval from Client as the design may
be changed. And sweep test results
should be in approved range

27. Earth cable
1. Connect earth cable of RRU to nearest
earth bar on tower.
2. Earth cable of RRU must be fixed well using
the two bolts.
Earth Cable of
RRU

28. Tie Wraps on the
Bottom
Tie Wraps on
the Top
Connectors should be sealed well by
scotch and 3M
Fix the Sealing using black tie wraps at top at
bottom of sealing

29. Fixation clamps
1. Install the fiber cables on tower using
fixation clamps as shown, one stage every
feeder clamps stage
2. Installation of the cables must be in good
arrangement and parallel to avoid any crossing.
3. spacing between clamps is 1.5m.

30. 1. Install fiber cables through macaroni flexible in
BBU.
2. Install fiber cables inside thermal flexible tube from
RRU port to the 1st clamp on the tower.
3. Arrange Power and fiber cables using double
clamps on the tower till cable tray entrance by 50
cm.
4. Use flexible tube before cable tray entrance and
after entrance till cabinet entrance by 50 cm.
5. Arrange Power and fiber cables using double
clamps in the cable tray till entrance of cabinet.

31. Fiber extra length should be arranged and
routed in cable tray in circles and without
sharp pending, every cable has separate
extra length circle
need photo for indoor solution

32. Printed labels
Fiber cables should be labeled correctly
and in case of plastic labels have wrong
description, it is allowed to use printed
label in this way

33. 1. For OD we Connect the RRUs either to the C.Bs of
APM for DBS3900 (20 A or 25 A according to the
Version of the APM) or through New DC BOX
which Contain (10* 30 A) Fuse.
2. For ID, we deliver DC BOX with the ID Site in order
to connect the RRUs to the Rectifier.
3. The 30A is designed to meet the requirement of
higher power consumption of BBU/RRU in the
future.
4. DC grounding as shown

35. MW antenna should be mounted and
well fixed to (…..meters) bracket
MW bracket should be well fixed to
the tower and vertically installed

36. 1- ODU must be fixed properly
2- Verify the below with the link design:
• Antenna/side arm height
• Antenna azimuth
• Antenna diameter
• Polarization

37. ODU should be connected to the nearest
bar with maximum length of 1.5 meters

38. 1st : 1 layer of tape 2nd : layers or waterproof
insulation tape
3rd: 3 layers of tape
Finally, secure the sealing
by top and bottom black tie-
wraps

39. If cable should be arranged in clamps all
over the tower, one stage every feeder
clamps stage

41. If cable should be installed in cable tray
parallel to the feeders using clamps
In case of congested cable tray it can be
systemized by wide black tie warp
IF cable to be routed in one of cable
tray sides , to be fixed properly by
wide plastic tie wraps or clamps

42. 1- IF cable earth kit should be installed
every 20 meters
2- Sealing of the earth kit should be done
carefully in 3 steps:
1. 1layers of 3M
2. 3 layers of water proof
3. 3 Layers of 3M again
Outdoor wide black tie-
wraps should be used at
top and bottom of the
sealing to protect it

43. If cable earth kit to be connected
downwards to nearest bar as per
standard .
Grounding wire is going
down, never goes up

44. OD site layout
should be according
to this model
ID site layout should
be according to this
model

45. APM should be installed vertically and fixed well
1. Install CPRI cables and data cable from right side (2).
2. Install power cables from left side (1).
3. Install EMUA board below the BBU directly.
4. Connect power cable of EMUA board from TP cabinet
with circuit breaker 6 Amp.
5. All alarm cables of EMUA board must install into
macaroni flexible.
6. Add printed labels to each alarm cable of EMUA to
clarify the alarm name.
7. Connect earth cable of BBU , EMUA to the earth point
at the cabinet.
Need discussion
EMUA location
1 2

46. 19’’ rack should be
earthed separately
using 16 mm2 earth
cable

47. RTN LEDs should
not indicate any
alarms

48. ID DDF should be
separately earthed
to shelter earth
OD DDF should be
separately earthed
to cabinet earthing
point

49. Need print screen
clarifying logging
and all parameters

50. 1- MW link should
be managed
2- Need print screen
clarifying managed
link or confirmed on
site with NOC TX

51. 1- For IF cable and
card written “IF DIR
TO XXXX (facing)”
2- For ODU written
“ODU DIR TO
XXXX(facing)”
3- ON MW antenna
write by marker “DIR
TO XXXX (facing)”

52. Supporting arm should be
installed if dish is
>=1.2meter And with
angle 90 degree (±20º)
and 2arms for 2.4 dish or
higher

53. 1- Two PXC cards
should be installed
for RNT 620 one is
master and other is
standby.

55. 1- DDF should by
labeled by printed
label
2- Label to be “2G
E1 CH xx” for 2G
E1s
3- Label to be “3G
E1 CH xx” for 3G
E1s

56. DDF cables should
be well arranged
without cross, well
installed and pinned

57. DDF should be well
fixed to cabinet or
rack

58. 19’’ rack should be
fixed well and
vertically leveled

59. 19’’ rack should be
fixed well and
vertically leveled

61. Terminals to be
installed in All DC
cables connection
with DC input

62. • Not delivered with
Equipments

64. 1. Install the BTS 3900 and make sure that cabinet
bolts are fixed well to the shelter ground .
2. Install the L angels of BTS 3900 cabinet and fix
them well to the wall.
3. Cabinet to be earthed
4. BTS to be labeled.
Need OD cabinet photo
Cabinet bolts
L-Angle

65. Water leveling
1. Make sure of cabinet leveling during
installation by using water leveling.

67. Alarm
ID
Alarm Name Boolean Number
65033 AC1 1
65034 AC2 2
65045 Main Power Failure 13-14-15-16
65049 Water 17
65050 Temp 18
65051 Smoke 19
65052 Door 20
65056 Humidity 24

68. Terminals to be
installed in All DC
cables connection
with DC input (need
clear photos)

70. 1. AC cables installed with
terminals

71. 1. leave spacing of 4 cm between cabinet and
shelter wall.
2. At indoor sites install all cables : power , E1 ,
earth and alarm cables as shown on the shelter
wall using plastic clips.
3. Spacing between the plastic clips is 10 cm
between each other.
4. Install power and earth cables at left side .
5. Install E1 , fiber and alarm cables at right side.
6. Make sure that all cables are in good
arrangement and avoid any crossing.
10
cm

72. E1 & alarm cable
installed on the last
hole
Jumper installed in u
shape over ladder
Power cables installed on
hole 7& 8 over ladder
1. Jumper installed in u shape over ladder.
2. E1 & alarm cable installed on the last hole
near shelter wall.
3. Power cables installed on hole (7)& (8) over
ladder.

73. 1. Install all cables into good arrangement using white tie
wraps.
2. Install fiber cables from right side and install them into
macaroni flexible (need to discuss).
3. Install the power and earth cables from left side.
4. All cables must have printed labels.
Macaroni Flexible
Fiber and alarm cables
from right side
Power cable from left side

74. Roxtec should be closed well not to allow
any dust or liquid to enter the cabinet. All
non used holes should be closed.
In reused cabinet cases, roxtec place
should be sealed using scotch

75. 1. BTS configuration as the delivered design sheet
2. E1 performance Check and alarm test done for
cabinet ,IBBS and mini shelter
3. BTS is integrated
4. BTS is clear from alarms

77. 1. Noted that this Print Screen got from
DC_HEOT (NOC Back Office) –Need
Etisalat Acceptance Team support to
get it
2. Can be checked during acceptance visit
by phone

78. 1. Don’t leave any unused dummy in the site.
2. Missing Dummy may affect negatively on cabinet
cooling system.

80. 1. All cables inside RFC cabinet must installed in good
arrangement : jumpers , power cables and CPRI cables.
2. Jumpers under cabinet must arranged well to avoid any
crossing.

81. 3G cards should be installed
as per design.
All cards should be working
properly
All cables should be
connected in right ports

85. Roxtec should be closed well not to allow
any dust or liquid to enter the cabinet. All
non used holes should be closed.
In reused cabinet cases, roxtec place
should be sealed using scotch

87. • 1. Make sure of cabinet leveling during
installation by using water leveling.
Water leveling

93. Installation of Mini Shelter Cabinet –
Outdoor Scenario :
1. All the cables between the mini shelter and TP cabinet
must installed inside PVC tubes or cable tray,
2. PVC tubes must fixed well to ground using metal clips.
3. Install the batteries inside the mini shelter into good
arrangement.
4. All the cables from Mini Shelter must installed into
flexible tubes then PVC tubes till reaching the TP cabinet
Y3ni eh TP???
5. Install cables into flexible tubes at bending areas and
into PVC in straight areas.
6. All tubes connections and outlets must be sealed with
silicon.
All the cables between mini
shelter and other
cabinets must installed
inside PVC tubes.

95. 1. All sensors must be installed
Temperature and humidity sensor
Smoke sensor
Water sensor

96. • Batteries connectors
should be tightened
using…..

97. • Batteries internal cover should
be installed as per photos

98. 1. Power design must be checked and the
power distribution for the backup batteries of
the site and it confirmed with NOC ..

101. • Power cabinet should be
fixed and leveled. Leveling
should be tested using water
leveling

102. 1. Don’t install cables between cabinets side to side
Battery cabinets and others” as shown in the
photo because steel cage will be installed in this
place and this might damage the cables.
2. Install the cables inside the flexible tubes under
the cabinets or in cable tray behind the cabinets.

103. • AC Power Cable
4*16mm2

104. • Batteries should not be damaged
by visual inspection
• Batteries should be connected
as per power planning
connectivity mail
• Batteries should pass battery
test
• Battery test results should be
recorded completely even if test
fails

108. Batteries should be connected as per
power planning connectivity mail

109. Batteries should pass battery test
Battery test results should be recorded
completely even if test fails

110. Thanks