CommScope 5UPX0805F Manual de usuario

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D701-0006 Revision D, October 2016

Multi-Beam Panel Antenna 5UPX0805F

General

This instruction sheet contains all necessary information required to assist in the correct installation

of CommScope Multi-Beam Panel Antennas.

The following symbols can be found next to text outlining important information.

Please follow the procedure marked with this symbol precisely.

Non-compliance may lead to damage of the product.

Handy tips when installing product.

Unpacking

Make sure that the antenna and the accessory items listed below are provided and have not been

damaged during transport.

Antenna

Mounting kit

Installation Instructions (This document)

Mounting Kits

Type

QTY

Fixed Downtilt

F-042-GL-E

Mechanical Downtilt

T-041-GL-E

DO NOT STACK

UNPACKED ANTENNAS

DO NOT PLACE POINT

LOADS ON ANTENNA

RADOME

D701-0006

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Installation Instructions

Ensure a torque spanner is used when tightening fasteners, see the mounting kit

diagrams on the following pages for the correct torque recommendations.

Ensure antenna is installed with the connectors and drainage holes at the bottom.

Installation Instructions - Fixed Downtilt Mounting Kit (F-042-GL-E)

Assemble both mounting brackets to the antenna as per Figures 1, 2 & 3 of this document.

Attach the mounting kit assembly to the antenna, before trying to clamp the brackets

to the pole.

The clamp brackets can clamp pipe diameters between 75 mm (3") & 115 mm (4.5").

For typical installations the minimum recommended pipe diameter is 85 mm (3.3").

Figure 1. Correctly Assembled

Mounting Brackets for

Fixed Downtilt Antenna

Do not install near power lines. Power lines,

telephone lines, and guy wires look the same.

Assume any wire or line can electrocute you.

Do not install on a wet or windy day or

when lightning or thunder is in the area.

Do not use metal ladder.

Wear shoes with rubber soles and heels.

Wear protective clothing including a

long-sleeved shirt and rubber gloves.

D701-0006

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+ 40°

POLAR

+ 45°

POLAR

- 45°

+ 20°

POLAR

+ 45°

POLAR

- 45°

0°

POLAR

+ 45°

POLAR

- 45°

- 20°

POLAR

+ 45°

POLAR

- 45°

- 40°

POLAR

+ 45°

POLAR

- 45°

Torque=95Nm

Torque=38Nm

Torque=28Nm

Figure 2. Fixed Downtilt Mounting Bracket Assembled to Antenna & pole

Figure 3. Fixed Downtilt Mounting Bracket Exploded Assembly

D701-0006

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Installation Instructions - Mechanically Adjustable Downtilt Mounting Kit

(T-041-GL-E) , Bracket Spacing 976 mm (38.4")

Assemble both mounting brackets as per Figures 3 and 4 of this document.

1. Attach the lower and upper mounting bracket assemblies to the antenna, before

clamping the brackets to the pole. Mechanical downtilt angles of 0to 12in 2

increments can be obtained with the correct setting of the tilt arm bracket. For 0

mechanical downtilt the tilt arm may be stowed as show in Figure 5.

2. 2-12mechanical downtilt in 2steps can be achieved by aligning the

corresponding hole in the tilt arm to the pivot bracket which mates against the

mounting pole, as shown in Figure 5 or Figure 6. The first hole is for 2

mechanical downtilt, with each consecutive hole resulting in an increased

inclination of 2.

3. When the tilt arm is used in the upper antenna bracket as shown in Figures 5, the

mechanical tilt can be set to 0°or to any angle from 2°to 12°in 2°steps. The

electrical beams emerge from the front of the antenna with a 6°electrical downtilt

so 6°needs to be added to the mechanical tilt to find the actual pointing of the

beams.

4. When the tilt arm is used in the lower mounting bracket as shown in Figure 6, the

mechanical uptilt can be set to 0°or to any angle from 2°to 12°in 2°steps. The

electrical beams emerge from the front of the antenna with a 6°electrical downtilt

so the mechanical uptilt needs to be subtracted from the 6°electrical downtilt to

find the actual downtilt of the beams.

The clamp brackets can clamp pipe diameters between 75 mm (3") & 115 mm (4.5").

For typical installations the minimum recommended pipe diameter is 85 mm (3.3").

Antenna bracket

Tilt Arm

M12 Bolts

Clamp bracket

M16 Threaded Rod

Pivot Bracket

Figure 4. With Tilt Arm Mounting Bracket Exploded Assembly

D701-0006

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976

85 (NOMINAL)

6°Downtilt

( 0°mechanical + 6°electrical ) 12°Downtilt

( 6°mechanical + 6°electrical ) 18°Downtilt

( 12°mechanical + 6°electrical)

See Detail 'B'

See Detail 'A'

Torque=28Nm Torque=95Nm

Torque=38Nm

Detail 'A' Detail 'B'

Torque=28Nm

Torque=95Nm

Torque=38Nm

Figure 5. Setting mechanical downtilt

6°Downtilt

( -0°mechanical + 6°electrical ) 0°Downtilt

( -6°mechanical + 6°electrical ) -6°Downtilt

( -12°mechanical + 6°electrical)

976

85 (NOMINAL)

See Detail 'A'

See Detail 'B'

D701-0006

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Detail 'A' Detail 'B'

Torque=28Nm Torque=95Nm

Torque=38Nm

Torque=28Nm

Torque=95Nm

Torque=38Nm

Figure 6. Setting mechanical uptilt

Labelling of Antenna Beams

This antenna radiates 5 beams. As mentioned in connection with tilting of the antenna, the beams

point downwards relative to the front face of the antenna at an angle of 6°. In the horizontal plane,

the beams are at azimuth angles of -40°(i.e. 40°to the left of boresight when looking at the

antenna from the rear), -20°, 0°, +20°, +40°(i.e. 40°to the right of boresight when looking at the

antenna from the rear). There are 10 connectors to the antenna, one for each beam of the antenna

at a polarization of +45°and one for each beam at a polarization of -45°.

The pairs of connectors for each beam direction are shown in Figure 7.

+ 40°

POLAR

+ 45°

POLAR

- 45°

+ 20°

POLAR

+ 45°

POLAR

- 45°

0°

POLAR

+ 45°

POLAR

- 45°

- 20°

POLAR

+ 45°

POLAR

- 45°

- 40°

POLAR

+ 45°

POLAR

- 45°

Figure 7. Arrangement of connectors on the base of the antenna.

Operation of Antennas

RF Cable

Connection

The 7-16 female connectors fitted to the antenna are designed to fit jumper

cables with a standard 7-16 RF male connector. After ensuring both mating

connectors are dry push the male connector in and tighten the connector

coupling to 23 –28 Nm (17 -21 ft.lb).

If needed or as required by local procedures a weatherproofing kit may

then be fitted to the connection.

If the RF connectors are tightened beyond the recommend torque the RF

connection to the antenna may be damaged.

+40 ºBeam

pointing

+20 ºBeam

pointing

0 ºBeam

pointing

-20ºBeam

pointing

-40ºBeam

pointing

D701-0006

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Revision

Changes

Date

First Release

2011-06-28

More clearly Define the Recommended Installation

Requirements and Warnings.

Changed drawing template to COMMSCOPE.

2013-07-25

Changed drawing template to latest.

2016-08-16

Replace “Argus” with “CommScope”.

2016-10-31

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