ITS1000M (Mini-shelter) V100R003C02 Quick Installation Guide 01.pdf

HUAWEI TECHNOLOGIES CO., LTD.

ITS1000M (Mini-shelter) V100R003C02

Quick Installation Guide

Issue: 01

Date: 2012-08-13

1

Contents

Preparations 3

Precautions 3

Installation Requirements 3

Mounting Hole Dimensions 4

Tools 5

Installation Process 6

Installing a Single-Cabinet Mini-shelter As a Whole 6

Installing a Single-Cabinet Mini-shelter (Disassembled Mode) 6

Installing a Dual-Cabinet Mini-shelter (Disassembled Mode) 6

Installing a Triple-Cabinet Mini-shelter (Disassembled Mode) 6

Installing a Mini-shelter 7

Installing a Single-Cabinet Mini-shelter with Battery Racks (Disassembled Mode) 7

Installing a Single-Cabinet Mini-shelter with 19-in Racks (Disassembled Mode) 11

Installing a Single-Cabinet Mini-shelter with BTS Racks (Disassembled Mode) 15

Installing a Single-Cabinet Mini-shelter with Combination Racks (Disassembled Mode) 19

Installing a Single-Cabinet Mini-shelter As a Whole 23

Installing a Dual-Cabinet Mini-shelter (Disassembled Mode) 24

Installing a Triple-Cabinet Mini-shelter (Disassembled Mode) 27

Installing a Rack 30

Installing Combination Cabinets 37

Installing Components in a Mini-shelter 38

Installing a Door Status Sensor 38

Installing a Smoke Sensor 39

Installing a Signal Transfer Board 40

Install a Temperature and Humidity Sensor 41

Installing a Battery Temperature Sensor 42

Installing a Water Sensor 42

Installing an ACDB 43

Installing a MTS 43

Installing a DUDU 43

Installing a DCDB 44

Installing a BBU 44

Installing the ETP48200 45

Installing the BTS3900 45

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

2

Contents

Installing the RRU (Vertical Installation: One RRU on a Pole) 46

Installing the RRU (Front Installation: One RRU on a Pole) 50

Installing Storage Batteries 53

Routing Cables Through a Feeder Window 55

Installing a Heater 56

Installing an Air Conditioner Controller 58

Installing Base Plates 60

Installing an Antitheft Fence 61

Installing an Outdoor Ground Bar 62

Installing a Maintenance Socket 63

Installing a Lamp 63

Replacing a Lock Cylinder 63

Opening the Cabinet Door 64

Routing Cables in a Mini-shelter 65

Requirements for Cable Routing 65

Routing Cables out from the Cabinet 65

Cable Routing Specifications 66

Installing PGND Cables 69

Installing Power Cables 70

Connecting the Temperature Control Equipment 75

Connecting the Communications Cable Between Monitoring Equipment and Base Stations 77

Checking the Installation 81

Powering On and Commissioning the Mini-shelter 83

Appendix 88

Preparing an OT Terminal and Cord End Terminal 88

Cable Label Handwriting Description 89

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

3

Preparations

Precautions

Only trained and qualified personnel are allowed to install, operate, and maintain Huawei equipment, and they must

understand basic safety precautions to avoid hazards.

If a Mini-shelter is assembled onsite, the site environment should be equal to or above 0°C.

If the cabinet is scratched during transportation, paint or apply glue to the scratched areas.

Prepare a rainproof cloth to protect the Mini-shelter from rain.

Do not step on the base of the shelter to avoid sand and dust.

Before disassembly, clear the space for arranging components, and lay protection materials to protect the components from

scratches and damages. During disassembly, keep small structures and fixtures such as screws together and use

appropriate screwdrivers to avoid stripping screws.

Requirements for the Mini-shelter location:

A Mini-shelter should be installed in a high place where water can be easily drained. Swales and the areas prone to

pondings are unsuitable for site construction.

The cabinet must comply with installation space requirements for later cabinet maintenance.

Requirements for the Mini-shelter installation direction:

Maintenance personnel must be safe when they maintain at the front door of the Mini-shelter.

The Mini-shelter is not exposed to direct sunlight and stays away from the wind.

When installing a mini-shelter in a residential area, ensure the Mini-shelter doors do not face the residential area.

Requirements for Installation Space

The following figure shows the required clearances around the Mini-shelter.

≥ 2

00

0 m

m

4

Mounting Hole Dimensions

Single-Cabinet Mini-shelter

Dual-Cabinet Mini-shelter

Cabinet-Combination Mini-shelter (1+1)

216 m

m

850 m

m

899 m

m

899 mm 850 mm

142 m

m

200 m

m

Ø16 mm

Front

Door side

Door side

Ø16 mm

899 m

m

216 m

m

850 m

m

1699 mm

1748 mm

Front

200 m

m

Door side

Ø16 mm

Front 899 m

m

850 m

m

216 m

m

1813 mm

899 mm

200 m

m

850 mm

15 mm

Tools

Mandatory Tools

Optional Tools

Flat-head

screwdriver (2-6 mm Phillips screwdriver

(M3-M6) Hammer drill (Φ4.2,

Φ8, and Φ 16 drill bit Claw hammer Multimeter

Adjustable wrench Protective gloves Wire stripper Measuring tape Marker

COAX crimping tool Level

Pallet truck Step ladder

M12 lifting eye

(purchased onsite) Rivet gun

Segmented

blade utility knife

Crane

Hydraulic pliers Diagonal pliers

5

Cabinet-Combination Mini-shelter (1+1+1)

200 m

m

899 mm

850 mm

216 m

m

850 m

m

899 m

m

Ø16 mm Front

Door side

2727 mm

15 mm 15 mm

6

Installation Process Installing a Single-Cabinet Mini-shelter As a Whole

Installing a Triple-Cabinet Mini-shelter (Disassembled Mode)

Installing a Dual-Cabinet Mini-shelter (Disassembled Mode)

A cabinet delivered in disassembled

mode is transported as an entire

cabinet and the cabinet interior is

not tightened. Disassemble the

cabinet and then install the cabinet

onsite. The Mini-shelter can be

disassembled to the largest extent

for easy of being transported

through narrow passages.

Disassemble the single-cabinet

Mini-shelter

Remove the top cover

Remove the cabinet door

Remove the wall panels

Remove the columns

Remove the top frame

Remove the rack

Remove the supports

Install the single-cabinet

Mini-shelter

Install the rack

Secure the base

Install the columns

Install wall panels

Install the top frame

Install the top cover

Install the cabinet door

End

Paste adhesive tape

Determine whether to remove

the supports for a 2.4 m high

Mini-shelter

Yes

No

Install components inside

the Mini-shelter

Power on and commission

the Mini-shelter

Start

Install the columns

Secure the base

Install the middle wall

panels


Install the rack

Install the wall panels



Paste adhesive tape

Separate the top frame

from the top cover

End


the Mini-shelter


the Mini-shelter

Installing a Single-Cabinet Mini-shelter (Disassembled Mode)

Start

Secure the Mini-

shelter

Move the single-

cabinet Mini-shelter

End

Install components

inside the Mini-shelter

Power on and

commission Mini-

shelter

Start

Install the columns

Secure the base

Install the middle wall

panel


Install the rack

Install the wall panels



Paste adhesive tape

Separate the top frame

from the top cover

End


the mini-shelter


the Mini-shelter

Installing a Mini-shelter

Installing a Single-Cabinet Mini-shelter with Battery Racks (Disassembled Mode)

2. Remove the top cover.

Remove the four plastic plugs on the exterior of the

top cover using a flat-head screwdriver.

Remove the four screws that secure the top cover to

the top beam of the Mini-shelter using a Phillips

screwdriver. Note that the four screws are configured

with spring washers and large washers.

Raise the top cover from the cabinet interior and

remove the top cover.

Disassembling the Single-Cabinet Mini-shelter

3. Remove the wall panels.

Remove the two battens beside each wall panel by

pulling them upwards.

Remove the wall panels by pushing them from the

cabinet interior.

4. Remove the top frame.

Remove the eight M5 self-tapping screws that secure

the top frame to the cabinet top.

Remove the top frame.

1. Remove the door.

Open the cabinet door to an angle of 90 degrees.

Arrange three persons to lift the door in the vertical direction.

Move the door outwards till it is away from the Mini-shelter

and place it vertically.

• Do not face the cabinet door top downwards.

• If a cabinet is delivered onsite with its door disassembled and

configured with an air conditioner, ensure that the door is secured to

the cabinet or stand the cabinet door upright for at least 2 hours

before powering on the air conditioner on the cabinet door.

7

8

5. Remove the columns.

Remove the two screws from the bottom of the two

columns.

Remove the four columns by pulling them upwards from

the base (two straight flanges are disconnected from

the columns).

b Disassembling the Single-Cabinet Mini-shelter

6. Remove the rack.

Remove the eight M5 screws that secure the base to

the rack, and then remove the rack.

7. Remove the supports for a 2.4 m high Mini-shelter.

Remove the four M8 screws from the cabinet base using a Phillips

screwdriver.

Remove the two supports (the removed supports can be discarded).

Straight

flange

9

b Installing the Single-Cabinet Mini-shelter

1. Secure the base.

Determine the door opening direction and then place the base

accordingly.

2. Install the rack.

Place and secure the rack to the base using

eight M5 bolts.

3. Install the columns.

Install the four columns on the base.

Secure the four columns and two straight

flanges by using M5 screws. (Secure the two

straight flanges to columns A and C).

4. Install the top frame.

Insert the feet of the top frame into the mounting holes on top

of the four columns.

Measure the verticality of the columns using a level and

ensure that the columns are perpendicular to the ground.

Secure the top and bottom of the four columns using the M5

screws configured with corrugated washers.

Secure the rack top to the top frame using M5 self-tapping

screws.

Draw

four

holes

Move

the

base

Drill

holes

Move

back the

base

Install and

secure

expansion

bolts

Secure

the

expansi

on tube

Remove

the

expansion

bolts

Straight

flange

Mounting hole

on the base

10

Installing the Single-Cabinet Mini-shelter

6. Install the wall panels.

7. Install the top cover.

When installing a wall panel, keep the same distance

between the wall panel and both columns beside it to

facilitate the insertion of wall panel battens.

1. When inserting the top cover, observe the insertion

direction (indicated by the label) to ensure that the top cover

points to the correct direction.

2. After the top cover is installed, push the top cover towards

the direction of the door forcibly to minimize the gap between

the top cover and the rear wall board.

5. Paste adhesive tape.

Paste adhesive tape on the edges of columns

and top frame (left, right, and rear sides).

Rip off the film from the wall panel.

Insert the wall panel into the installation position and

exert force to press the panel side beside which the

batten is to be installed.

Insert the battens beside wall panels.

Place the top cover onto the top frame.

Install four M5 self-tapping screws and large washers.

Install four plastic plugs.

8. Install the cabinet door.

Raise the cabinet door and connect the hinge.

Install the cabinet door.

Close the cabinet door.

1. The figure is for reference only. For details about how

to install a cabinet door, see the related drawings.

2. After installing the Mini-shelter, apply paint or neutral

silicon sealant to scratched areas if necessary.

Wa

sh

er

Wall

panel

Film

11

Installing a Single-Cabinet Mini-shelter with 19-in Racks (Disassembled Mode)


1. Remove the door.



Move the door outwards till it is away from the Mini-shelter.


Remove the four plastic plugs on the exterior of

the top cover using a flat-head screwdriver.

Remove the four screws that secure the top cover

to the top beam of the Mini-shelter using a Phillips

screwdriver. Note that the four screws are

configured with spring washers and large washers.




Remove the two battens beside each wall panel by pulling

them upwards.

Remove the wall panels by pushing them from the cabinet

interior.


Remove the eight M5 self-tapping screws that

secure the top frame to the cabinet top.


•Do not face the cabinet door top downwards.

• If a cabinet is delivered onsite with its door disassembled

and configured with an air conditioner, ensure that the door is

secured to the cabinet or stand the cabinet door upright for at

least 2 hours before powering on the air conditioner on the

cabinet door.

12


6. Remove the rack.

Remove the eight M5 screws that secure the

base to the rack, and then remove the rack.


Remove the four M8 screws from the cabinet base using

a Phillips screwdriver.

Remove the two supports (the removed supports can be

discarded).



columns.


the base (two straight flanges are disconnected from

the columns).

Straight

flange

13


1. Secure the base.

Determine the door opening direction and then place

the base accordingly.



eight M5 bolts.


Insert the feet of the top frame into the mounting holes on

top of the four columns.



Secure the top and bottom of the four columns using the

M5 screws configured with corrugated washers.

Secure the rack top to the top frame using M5 self-tapping

screws.

Mounting hole

on the base Draw

four

holes

Move

the

base

Drill

holes

Move

back the

base

Install and

secure

expansion

bolts

Secure

the

expansi

on tube

Remove

the

expansion

bolts



Secure the four columns and two straight flanges

by using M5 screws. (Secure the two straight

flanges to columns A and C)

Straight

flange

14










Insert the wall panel into the installation position

and exert force to press the panel side beside

which the batten is to be installed.




direction (indicated by the label) to ensure that the top

cover points to the correct direction.

2. After the top cover is installed, push the top cover

towards the direction of the door forcibly to minimize the

gap between the top cover and the rear wall board.





1. The figure is for reference only. For details about

how to install a cabinet door, see the related

drawings.






Wa

sh

er

Wall

panel

Film

15

Installing a Single-Cabinet Mini-shelter with BTS Racks (Disassembled Mode)


1. Remove the door.















them upwards.


interior.


Remove the eight M5 self-tapping screws that

secure the top frame to the cabinet top.







cabinet door.


6. Remove the rack.

Remove the eight M5 screws that secure

the base to the rack, and then remove the

rack.


Remove the four M8 screws from the cabinet base using a

Phillips screwdriver.


discarded).

16



columns.

Remove the four columns by pulling them upwards

from the base (two straight flanges are disconnected

from the columns).

Straight flange


1. Secure the base.

Determine the door opening direction and then place

the base accordingly.



eight M5 bolts.


Insert the feet of the top frame into the mounting holes

on top of the four columns.



Secure the top and bottom of the four columns using

the M5 screws configured with corrugated washers.

Secure the rack top to the top frame using M5 self-

tapping screws.

Mounting hole on

the base

17

Draw

four

holes

Move

the

base

Drill

holes

Move

back the

base

Install and

secure

expansion

bolts

Secure

the

expansi

on tube

Remove

the

expansion

bolts



Secure the four columns and two straight flanges by

using M5 screws. (Secure the two straight flanges

to columns A and C)

Straight flange



























drawings.






Wall

panel

Film

Wa

sh

er

18


1. Remove the door.















them upwards.


interior.


Remove the eight M5 self-tapping screws

that secure the top frame to the cabinet top.


Installing a Single-Cabinet Mini-shelter with Combination Racks (Disassembled Mode)

19






cabinet door.


6. Remove the rack.

Remove the eight M5 screws that secure the

base to the rack, and then remove the rack.


Remove the four M8 screws from the cabinet base using a

Phillips screwdriver.


discarded).

20



columns.


the base (two straight flanges are disconnected from the

columns).

Straight flange


1. Secure the base.


accordingly.



eight M5 bolts.


Insert the feet of the top frame into the mounting holes on top of

the four columns.

Measure the verticality of the columns using a level and ensure

that the columns are perpendicular to the ground.

Secure the top and bottom of the four columns using the M5

screws configured with corrugated washers.

Secure the rack top to the top frame using M5 self-tapping screws.

Mounting hole

on the base

21

Draw

four

holes

Move

the

base

Drill

holes

Move

back the

base

Install and

secure

expansion

bolts

Secure

the

expansi

on tube

Remove

the

expansion

bolts



Secure the four columns and two straight flanges

by using M5 screws. (Secure the two straight

flanges to columns A and C)

Straight flange



























drawings.






Wall

panel

Film

Wa

sh

er

22

Installing a Single-Cabinet Mini-shelter As a Whole

Installing a Single Cabinet

Securing a Single Cabinet

Insert the pallet truck into the holes at the bottom of the cabinet and

move the cabinet to the installation place using a pallet track.

Install expansion bolts in the mounting holes at the four corners of the cabinet bottom to secure the cabinet.

If the cabinet is 2.4 m high, remove the two supports from the base after securing the cabinet. For details about how

to remove the supports, see step 7 on page 20.

23

Draw four

holes Move the

cabinet

Drill

holes

Move

back the

base

Install and

secure

expansion

bolts

Secure the

expansion tube Remove

the

expansion

bolts

Installing a Dual-Cabinet Mini-shelter (Disassembled Mode)



Insert the feet of top frame into the mounting holes on top

of the columns.

Measure the verticality of columns using a level and




3. Separate the top frame from the top cover.

Remove the eight M5 screws to separate the top

frame from the top cover.

Installing the Dual-Cabinet Mini-shelter

1. Secure the base.

Determine the door opening direction and then place the

base accordingly.

24

Draw

four

holes

Move

the

base

Drill

holes

Move

back the

base

Install and

secure

expansion

bolts

Secure

the

expansi

on tube

Remove

the

expansion

bolts

25



Paste adhesive tape on left, right and rear sides

frames and on the edge of the top frame.



Insert the wall panel into the installation position

and press one side of the wall panel forcibly.


When installing a wall panel, keep the same

distance between the wall panel and both columns

beside it to facilitate the insertion of wall panel

battens.


For details about how to install a battery rack, see

pages 30 to 31.

For details about how to install a 19-inch rack, see

page 32.

For details about how to install a BTS rack, see

pages 33 to 34.

For details about how to install a combination rack,

see page 36.

5. Install the middle wall panel.

Place the wall panel between the two cabinets and tighten it

using two M5 screws.

Wall

panel

Film

26



1. When inserting the top cover, observe the insertion direction (indicated by the label) to ensure that the top


2. After the top cover is installed, push the top cover towards the direction of the door forcibly to minimize the






1. The figure is for reference only. For details about how to install a cabinet door, see the related drawings.

2. After installing the Mini-shelter, apply paint or neutral silicon sealant to scratched areas if necessary.




Wa

sh

er

If a cabinet is delivered onsite with its door

disassembled and configured with an air conditioner,

ensure that the door is secured to the cabinet or

stand the cabinet door upright for at least 2 hours

before powering on the air conditioner on the

cabinet door.

Installing a Triple-Cabinet Mini-shelter (Disassembled Mode)

Installing the Triple-Cabinet Mini-shelter


3. Separate the top frame from the top cover.

Remove the 12 M screws to separate the top frame

from the top cover.

When installing columns, ensure that the columns

attached with heat insulation foam match the top frame

and base attached with heat insulation foam.

1. Secure the base.


accordingly.


Insert the feet of top frame into the mounting holes on

top of the columns.

Measure the verticality of columns using a level and




27

Draw

four

holes

Move

the

base

Drill

holes

Move

back the

base

Install and

secure

expansion

bolts

Secure

the

expansi

on tube

Remove

the

expansion

bolts



Paste adhesive tape on left, right and rear sides

frames and on the edge of the top frame.



Insert the wall panel into the installation position and press

one side of the wall panel forcibly.






For details about how to install a battery rack, see

pages 30 to 31.

For details about how to install a 19-inch rack, see

page 32.

For details about how to install a BTS rack, see

pages 33 to 34.

For details about how to install a combination rack,

see page 36.

5. Install the middle wall panel.

Place the wall panel between the two cabinets and tighten it

using two M5 screws.

Wall

panel

Film

28



1. When inserting the top cover, observe the insertion direction (indicated by the label) to ensure that the top cover

points to the correct direction.

2. After the top cover is installed, push the top cover towards the direction of the door forcibly to minimize the gap

between the top cover and the rear wall board.





1. The figure is for reference only. For details about how to install a cabinet door, see the related drawings.

2. After installing the Mini-shelter, apply paint or neutral silicon sealant to scratched areas if necessary.




29

If a cabinet is delivered onsite with its door

disassembled and configured with an air

conditioner, ensure that the door is secured

to the cabinet or stand the cabinet door

upright for at least 2 hours before powering

on the air conditioner on the cabinet door.

30

Installing a Rack

Installing a Battery Rack

1. Get the following materials ready.

2. Secure the rack.

Secure two side brackets in the installation position to

the cabinet base using eight M5 x 10 washer screws.

Secure two poles to the cabinet top using sixteen M5 x

10 self-tapping screws.

Install three battery trays to the rack and secure each

battery tray using four M5 x 10 self-tapping screws

with flat washers.

Secure the two cable connection boxes to the left side

of the rack using four M5 x 10 self-tapping screws.

Mounting hole on the top

rack in the cabinet

Mounting hole on the base

This section applies to the scenario of installing a dual-cabinet or triple-cabinet Mini-shelter in disassembled mode.

Reshaping a 3-Layer Battery Rack to a 4-Layer Battery Rack

1. Remove the battery tray.

2. Secure the battery tray again.

Measure the distance between two battery trays using a ruler, fasten the L-shape connection plate to the rack,

and secure the three battery trays to the connector again.

31

32

Installing a 19-Inch Rack


2. Secure the rack.

Secure two side brackets in the installation position to the cabinet base using eight M5 x 10 washer screws and to the

cabinet top using eight M5 x 10 self-tapping screws.

Install a cable tray to the cabinet top and secure the cable tray using two M5 x 10 self-tapping screws and two M6 x 12

mm self-tapping screws.


33

Installing a BTS Rack


2. Secure the rack.

Secure two side brackets in the installation position to the cabinet base using eight M5 x 10 washer screws.

Secure two poles to the cabinet top using sixteen M5 x 10 self-tapping screws.

Mounting hole on the top

rack in the cabinet


34

Installing a BTS Rack

Secure the transit brackets to the 19-inch support using eight M5 x 10 self-tapping screws.

Secure the filler panels to the 19-inch support using twelve M6 x 12 self-tapping screws.

If no device is installed under the BTS rack, install the three filler panels to the lower 19-inch rack. If devices are

installed under the BTS rack, no filler panel is required.

Secure the two 19-inch supports to the rack using thirty-two M5 x 10 self-tapping screws.

35

Installing a Combination Rack


Installing a Combination Rack

2. Secure the rack.

Secure the cable tray to the cabinet top using four M6 x 10

self-tapping screws.

Secure the cable connection box to the left and right sides

of the rack using four M5 x 10 self-tapping screws.

Install a heat-insulation cotton on the heat-insulation

cotton bracket according to the arrow direction.

Secure two 19-inch supports to the heat-insulation cotton

using eight M5 x 10 self-tapping screws and to the top

frame using eight M5 x 10 self-tapping screws.

Install a heat-insulation cotton support using eight M5 x 10

self-tapping screws.

Install a heat-insulation cotton baffle plate using four M5 x

10 self-tapping screws.

Secure two battery trays using eight M5 x 10 self-tapping

screws with flat washers.

Secure two side brackets in the installation

position to the cabinet base using eight M5 x 10

washer screws.

Mounting hole on

the base

36

Installing Combination Cabinets

1. Cables from one cabinet are routed into the other cabinet through the cables holes at the cabinet bottom and corrugated

pipes.

2. For ease of turning at the cabinet bottom, use flexible corrugated pipes with an external diameter of 44 mm and the shortest

internal diameter of 32 mm in the areas with the ambient temperatures above –10ºC; use stainless corrugated pipes with the

external diameter of 44 mm and the shortest internal diameter of 31.8 mm in the areas with the ambient temperatures below

–10°C.

Place the L-shape nut base into the cabinet base and align the nut holes with the holes in the base. Then secure the nut base

to the L-shape connection plate using eight M8 x 25 mm bolts.

L-shape

nut base

L-shape

connection plate

L-shape nut base

L-shape connection plate

Base

M8 bolt

Concrete Pad

37

After installing the cabinet, connect the ground cable between the ground bar in the cabinet and the site ground point.

For details, see page 69. Then, install other devices.

Installing PGND Cables

Installing Components in a Mini-shelter

Installing a Door Status Sensor

1. Secure the door status sensor.

2. Connect the door status sensor.

Connect one end of the signal cable to the door status port on the signal transfer board to output signals from the output port

and the other end of the signal cable to a port on the monitoring equipment.

1. The three ports to the door status

sensors are in series. If you need to

connect two door status sensors, insert a

short-circuit wire into the idle door status

port.

2. The figure on the left in for reference

only.

Short-circuit wire

Secure the cable connection box of the door status sensor to the upper right corner of the cabinet using two M3 x 12 mm screws.

Secure the magnet box of the door status sensor to the upper left corner of the compartment door using two M3 x 12 mm screws.

Cable connection description of the door status sensor on a single-cabinet Mini-shelter:

Connect the signal cable of the door status sensor to the related terminal on the user interface module 02C (UIM02C), as

shown in the following figure.

Door status

sensor

38

UIM02C

Port to the door

status sensor

Installing a Smoke Sensor

1. Secure the smoke sensor.

Secure the smoke sensor base to the cabinet top using two screws screws and fasten the smoke sensor to the base based on the direction shown in the smoke sensor.

2. Connect the smoke sensor.

Cable connection description of smoke sensors on a dual-cabinet or triple-cabinet Mini-shelter:

Connect the cable from the smoke sensor to the port to the smoke sensor on the signal transfer board. Connect one end of

the signal cable to the “UIM02C port” and the other end to the monitoring equipment.

Smoke sensor cables are in parallel.

Do not insert a short-circuit wire to the

idle port on the smoke sensor.

Signal cables for a smoke sensor

installed on a dual-cabinet or triple-

cabinet Mini-shelter are delivered

together with signal transfer boards for

the smoke sensor.

Short-circuit wire

Cable connection description of the smoke sensor on a single-cabinet Mini-shelter:

Connect one end of the smoke sensor signal cable to the related port on the user interface module UIM02C and the other

end to the port on the smoke sensor, as shown in the following figure.

Port to the

smoke sensor

39

Smoke

Sensor

UIM02C port

40

Installing a Signal Transfer Board

A signal transfer board applies only to the dual-cabinet and triple-cabinet scenario and connects to a maximum of three

door status sensors and three smoke sensors.

1. Secure the signal transfer board.

Secure the signal transfer board close to the monitoring equipment in the 19-inch equipment compartment, as shown in the following figure.

2. Connect cables to the signal transfer board.

Door status sensors and smoke sensors connect to the signal transfer board to output alarm information .

Installing a Temperature and Humidity Sensor

1. Secure the temperature and humidity sensor

2. Connect the temperature and humidity sensor.

In the dual-cabinet Mini-shelter and triple-cabinet Mini-shelter scenarios, install the ambient

temperature and humidity sensor on the 19-inch rack in the equipment compartment.

Secure the temperature and humidity sensor base to the cabinet installation board using three M4 x 12 mm screws.

Connect and secure signal cables of the temperature and humidity sensor to the cabinet base, as shown in the following figure

Install the top cover of the temperature and humidity sensor to the cabinet base.

The final installation view is as follows.

The following figure shows the port on the UIM02C to connect to signal cables of the ambient temperature and humidity

sensor.

Temperature and

humidity sensor

41

Installing a Battery Temperature Sensor

42

Sensor probe

Installing a Water Sensor

1. Secure the water sensor.

Secure the water sensor to the cabinet bottom by using a cable tie.

2. Connect the water sensor

The following figure shows the port on the UIM02C to connect to signal cables of the water sensor.

Water sensor

1. Secure the battery temperature sensor.

Place the battery temperature sensor on the right rack in the middle of the battery compartment and secure it by using a cable tie.

2. Connect the battery temperature sensor.

The following figure shows the port on the UIM02C to connect to signal cables of the battery temperature sensor.

Installing an ACDB

Installing a MTS

Slide the alternating current distribution box (ACDB) into the rack along the guide rails and tighten it using four M6 screws .

Slide the manual transfer switch (MTS) into the 19-inch rack along the guide rails and tighten it using four M6 screws.

Installing a DUDU

Slide the direct current distribution unit (DCDU) into the 19-inch rack along the guide rails and tighten it using four M6 screws.

43

Installing a BBU

Align the two cable claws with the holes on the baseband unit (BBU) and secure the BBU using four M4 screws on the left

and right sides.

Slide the BBU into the 19-inch rack along the guide rails and tighten it using four M6 screws.

44

Installing a DCDB

Slide the DCDB into the 19-inch rack along the guide rails and tighten it by using four M6 screws.

45

Slide the embedded telecom power (ETP48200) into the 19-inch rack along the

guide rails and tighten it using eight M6 screws.

Installing the ETP48200

When installing the ETP48200,

take out the PSUs, install the

power subrack, and then reinstall

the PSUs.

Installing the BTS3900

Adjust the eight square nuts on the transit bracket based on the four mounting holes in the BTS3900 base.

Place the base onto the transit bracket and align the mounting holes in the base with the expansion bolt holes in the

transit bracket. Then secure the base using the four M10 x 50 bolts on the transit bracket.

Push the cabinet along the base till the cabinet rear is level with the base rear. Then fasten the two M12 x 50 bolts in front

of the cabinet using a torque wrench.

46

Installing the RRU (Vertical Installation: One RRU on a Pole)

Spring at the top Spring at the bottom

40N•m

Change the installation height of the RRU based on the installation layout.

Installing the RRU Bracket

Unscrew the springs at the top and bottom of the RRU bracket.

Secure the RRU bracket to the pole.

Vertical installation is available for the following RRUs:

DC RRU: RRU3606, RRU3004, RRU3008, RRU3801E, RRU3804, RRU3806, RRU3808, RRU3805, RRU3201, RRU3220,

RRU3222, RRU3203, RRU3908, RRU3828, RRU3829, RRU3928, RRU3929, RRU3232, RRU3251.

47

Mounting ears in the same line should be of the same height. The distance between two adjacent

lines of mounting ears should be 14.5 U (644.525 mm).

M6 x 20 screw

Install the first slide bracket to the 1/6 position, the second slide bracket to the 1/2 position, and third slide bracket to

the 5/6 position.

Slide bracket

Installing the Pole

Secure a mounting ear to the rack.

Install four brackets in four poles respectively.

48

M5 x 15 self-tapping screw

M10 x 45 screw

Large washer

Spring washer

Secure the pole configured with slide brackets to mounting ears

on the rack.

Secure both ends of the vertical pole to the slide brackets in the horizontal pole.

Installing the Pole

49

Install a combiner and surge protection box on the

transit bracket in the lower part of the cabinet as

required.

Attach the RRU to the pole.

Installing the RRU

The following figure shows the installation rendering of six RRUs.

Do not route cables close to RRUs to

prevent cable jacket deterioration caused

due to high temperature generated when

the RRUs work.

Installing the RRU (Front Installation: One RRU on a Pole)

Spring at the top Spring at the bottom

Installing the RRU Bracket

Unscrew the springs at the top and bottom of the RRU bracket.

40N•m

Change the installation height of the RRU based on the installation layout.

Secure the RRU bracket to the pole.

50

Front installation is available for RRUs:

DC RRU: RRU3606, RRU3004, RRU3008, RRU3801E, RRU3804, RRU3806, RRU3808, RRU3805, RRU3201, RRU3220,

RRU3222, RRU3203, RRU3908, RRU3828, RRU3829, RRU3928, RRU3929, RRU3232, and RRU3251;

AC RRU: RRU3606, RRU3004, RRU3008, RRU3801E, RRU3804, RRU3806, and RRU3805.

51

Slide bracket

Install eight brackets in eight poles respectively.

Installing the Pole

Secure the pole configured with slide brackets to the rack.

Floating nut

Large washer M6 bolt

52

Secure both ends of the vertical pole to the slide brackets in the horizontal pole.

Installing the Pole

Attach the RRU to the pole.

Installing the RRU

The following figure shows the installation of four RRUs.

Do not route cables close to RRUs, because the high

temperature generated by working RRUs will deteriorate

cable jackets.

Large washer Spring

washer M10 x 45 bolt

Installing Storage Batteries

Place storage batteries with a 15 mm gap between two storage batteries.

After placing storage batteries, install a baffle plate in front each layer of storage batteries using six M5 x 10 self -tapping screws with flat

washers.

Installing Storage Batteries

Connecting Storage Batteries

Paste on the connection boxes as

required after connecting storage batteries.

Install the storage batteries correctly. Use insulation covering on tools to avoid damaging the storage batteries and risking injury.

4-layer battery rack

+ -

53

1. Install cables for storage batteries in the 2.1 m high cabinet.

Three-layer vertical 2 V absorbed glass mat

(AGM) batteries (650Ah for maximum) Four-layer vertical 12 V AGM batteries with one output

54

Connecting Storage Batteries

2. Install cables for storage batteries in the 1.5 m high cabinet.

Two groups of 12 V vertical AGM batteries with two

separate outputs Three-layer vertical 12 V AGM batteries with one output

Two-layer vertical 2 V absorbed glass mat (AGM)

batteries (400Ah for maximum)

Three-layer vertical 12 V AGM batteries with one output

Routing Cables Through a Feeder Window

Install the feeder window to the wall panel of the

communications equipment compartment (with BTS racks). Remove the six M5 screws from the feeder window to

pull out the cover.

Loosen one M8 screw to the right of the feeder window,

remove the entire rubber plug, and pull out the required

number of cable hole rubber plugs.

Open the rubber plug and insert the cable to the cable

hole through the clearance.

Insert the rubber plug with routed cables into the feeder

window and tighten the M8 screw to the right side using a

wrench.

Secure the cover to the feeder window using six M5

screws.

Do not let the metal

strip on the right

side disconnect.

Feeder window

Metal strip

55

Installing a Heater

Installing Heater HUA03A-01

Install the heater on the front of the battery rack (this

method is used when the side of the battery rack is

unavailable).

Install the heater in the equipment compartment (on

the left side of the 19-inch rack).

56

Installing Heater HAU02A-02

Install heater HAU02A-02 on the rack.

Do not install the heater and the ambient

temperature and humidity sensor on the

same side inside the equipment

compartment.

57

Connecting the Heater.

Install the AC transfer busbar to the ACDB or system power to provide a maximum of six outputs for six heaters.

Installing an AC Transfer Busbar

Install the AC transfer busbar in the lower left corner of the battery compartment. If there is no battery compartment,

install it in the equipment compartment.

AC transfer busbar

Heater

Heater

Heater

1. The following figure is an example of installing cables for a connector.

2. The AC transfer busbar provides six L, N, and PE ports with one for AC inputs and the other five for heaters. If

there are six heaters, any two share one port.

58

Installing an Air Conditioner Controller

1. Secure the air conditioner controller.

Slide the air conditioner controller into the 19-inch rack along the guide rails and secure it using four M6 screws.

2. Locate ports on the air conditioner controller.

Loosen the two captive screws on the controller panel and take out the panel upwards. Then, you can see the ports on the controller.

59

Installing an Air Conditioner Controller

3. Install cables for the air conditioner controller.

Air conditioner controller

alarm output cable

Air conditioner alarm output cable

Air conditioner alarm cable

Air conditioner power cable

System power

Monitoring module

DC power cable

DC intelligent heat exchanger

60

Installing Base Plates


Cabinet front

Cabinet rear

2. Install base plates.

Secure one front seal plate to the front of the cabinet base by using six M6 screws.

Install two side seal plates to the left of the cabinet base and secure each plate using two M6 screws.

Secure one side seal plate to the left of the cabinet base by using two M6 screws.

Secure one back seal plate to the rear of the cabinet base by using six M6 screws.

Install two side hole seal plates to the rear and right of the cabinet base and secure each plate using three M6

screws.

Before installing base

plates for equipment,

install and connect the

equipment.

Installing an Antitheft Fence


2. Install an antitheft fence.

Put two supports of the antitheft fence through the square

holes at the cabinet base.

Secure the two fences to the two supports to the left and

right of the cabinet using two M8 screws and two M8 nuts.

During installation, the

left fence is level with

the front of the cabinet

and right fence is level

with the cabinet door.

Install two L-shape antitheft fences at the front and rear of the cabinet and secure the two fences to another two fences to

the left and right of the cabinet.

Mount the two L-shape fences to the support bolts in

the two sides of the fences.

Secure the L-shape fences using two M8 screws and

two M8 nuts.

Secure the L-shape fences at the top using one M8 screw

and one M8 nut.

Secure the L-shape fences at the bottom using one M8

screw and one M8 nut.

Antitheft screw (8 PCS)

Antitheft wrench

61

After installing the antitheft fence, do not install base plates for the

cabinet base.

Installing an Outdoor Ground Bar

Install the outdoor ground bar on the steel base of the Mini-shelter (recommended).

Under the feeder window in the rear wall panel of the Mini-shelter

On the concrete floor around the Mini-shelter.

Ground bar

securing plate

M8 x 20 (2 PCS) antitheft screw, tightened using an antitheft wrench

Drill four holes on the

wall panel.

Secure the ground bar

using four D4 rivets.

Concrete pad

62

If install base plates for the steel base of the Mini-

shelter , do not install the outdoor ground bar on

the steel base of the Mini-shelter,.

Installing a Maintenance Socket

Installing a Lamp

Install the lamp in the power supply compartment of the Mini-shelter, enable the power system to supply -48 V DC power to the

lamp, and mount the lamp that is connected to a power cable on the cable pass ring in the upper part of the 19-inch rack.

Switch on the lamp before using it. The lamp can be moved to other compartments of the Mini-shelter for equipment

maintenance illumination

Replacing a Lock Cylinder

When a lock cylinder is faulty, perform the following steps to replace it:

Open the door lock using a key to

the degree as shown in the

following figure.

Unscrew the lock cylinder to be

replaced using a Phillips

screwdriver.

Secure a new lock cylinder

using screws.

Secure the maintenance socket to the rack using two M6 screws. The system power provides 220 V AC power.

System power Maintenance socket

System

power

Lamp

63

Opening a Cabinet Door

Unscrew the door lock using an M3 antitheft wrench until the keyhole appears and insert the key into the keyhole to open the

cabinet door.

64

Routing Cables in a Mini-shelter

Requirements for Cable Routing

Routing Cables out from the Cabinet

Requirements for routing commons:

Cables are routed through cable trays at both sides of the rack and cable trays at the rack top.

The bending radii of power cables, ground cables, and signal cables should be greater than or equal to five times the radii o f power

cables, ground cables, and signal cables respectively.

Cables should be routed separately without interference.

Routed cables are close to each other, clear, and free of damage.

Cable ties are bundled neatly to the same direction. Cable ties in the same position should be at the same level.

Routed cables are labeled clearly.

Cables routed along the floor should be protected with protection tubes that comply with NFPA70 standards.

Cables to temperature control equipment are bundled first in the cable beam in the upper right of the Mini -shelter and then routed to

the cabinet.

After routing external cables to the Mini-shelter from the cable holes at the bottom of the Mini-shelter, block the cable holes in the

seal cover using black mud.

Requirements for routing special cables:

For power cables:

–48 V DC power cables are bundled together.

Power cables, transmission cables, and signal cables are routed separately and are at least 30 mm away from each other.

When routing multiple power cables, bundle them.

No joint is found in a new power cable.

For protection ground (PGND) cables:

PGND cables in a base station should be connected to the same ground bar.

PGND cables must not be routed in from above. They must be underground or routed indoors.

Both ends of the external conductor of a coaxial cable and the shield layer of a shielded cable should have good electrical c ontact

with the metal shell of the device they connect to.

PGND cables and signal cable should be bundled separately with a proper distance to avoid interference.

Switches or fuses must not be installed on PGND cables.

All conductive metal in the metal shell are connected to protection ground terminals properly.

When the cabinet door is connected to the ground screws at the cabinet bottom using a ground cable, the OT terminal on the

cabinet door should face upwards, the OT terminal at the cabinet bottom should face inwards.

Route external cables into the cabinet through the cable holes at the

cabinet bottom.

1. Remove the seal cover from the bottom.

2. Cut a hole in the seal cover along the lines using a knife or a pair

of scissors based on the cross-sectional area of the cable.

3. Plug the cable hole using the processed seal cover. The cable can

be routed through the hole in the seal cover.

65

66

Single-Compartment Mini-shelter (Functioning as a Distributed Site Cabinet)

Single-Compartment Mini-shelter (Functioning as a Power Cabinet)

Cable Routing Specifications

Cable Routing Specifications for Typical Configurations

ACDB

DC power cable

AC power cable

Signal cable

Power systemMains

Ambient temperature and humidity sensor

Door status sensor

Heat exchanger

HUAWEI

base station

DC power cable

AC power cable

Signal cable

Power systemMains

Heat exchangerTEC/DC air

conditioner

Door status

sensor

Ambient

temperature and

humidity sensor

Battery string

Battery temperature

sensor

BBU

67


Single-Compartment Mini-shelter (Functioning as a Battery Cabinet)

Dual-Compartment Mini-shelter (Functioning as an Indoor Macro Site Cabinet)

DC power cable

AC power cable

Signal cable

Power systemMains

TEC/DC air

conditioner

Heater

Battery string

Ambient temperature and humidity

sensor

Door status sensor Battery

temperature

sensor

Battery temperature

sensor

DC power cable

AC power cable

Signal cable

Power system

AH1 AH2

Battery string

Door status sensor 1



sensor

市电

BTS3900

TEC

BBU

68

Triple-Compartment Mini-shelter (Functioning as an Indoor Macro Site Cabinet)


Battery temperature

sensor

DC power cable

AC power cable

Signal cable

Power system

HEX1 HEX2Heater

Battery string





sensor

市电 ACDB

BTS3900

TEC

69

Installing PGND Cables

Principles for connecting ground cables:

1. An indoor ground bar should be installed in the cabinet and near the ACDB or power system (when no ACDB is

configured). All ground cables are routed straightly and bound neatly.

2. Ground screws in the cabinet are hexagonal head screws, so cables should be secured using tools such as an

adjustable wrench, a solid wrench, a socket wrench to ensure proper grounding.

No. Description No. Description

1 From the indoor ground busbar to the outdoor

PGND bar

6 From the other equipment to the nearest ground bolt

in the rack

2 From the ACDB to the indoor ground busbar 7 From the cabinet door to the ground bolts at the

cabinet bottom

3 From the power system to the indoor ground

busbar

8 From a rack in a compartment to another rack in

another compartment

4 From the BTS to the indoor ground busbar

5 From the rack to the indoor ground busbar

70

Installing Power Cables

Installing Power Cables for the ETP48200-A6

When the single-phase AC input is supplied to the

ETP48200, do not confuse the L (brown) and N

(blue) wires. Otherwise, the SPD will be damaged.

Do not connect the N wire to the ground screw.

SMU02B

Rectifier

(PSU)

AC input circuit breaker

Wiring terminal N

AC output circuit breaker

Battery circuit breaker

UIM02C

Load low voltage disconnection

(LLVD) circuit breaker

Battery low voltage disconnection

(BLVD) circuit breaker

DC output positive busbar (RTN+)

Ground bar

Connect the three-phase AC input power cable.

Connect the single-phase AC input power cable.

Short-circuiting

copper bar

If the AC input cable has a PE (yellow and

green) wire, connect the PE wire to the indoor

ground bar in the Mini-shelter.

71

Installing Power Cables for the ETP48200-B6

Connect the single-phase AC input power cable.

Connect the double live wires AC input power cable.

Monitoring unit

(SMU02B)

Rectifier

(PSU)

AC input circuit breaker

Wiring terminal N

AC output circuit breaker

Battery circuit breaker

User interface module

(UIM02C)

Load low voltage disconnection

(LLVD) circuit breaker

Battery low voltage disconnection

(BLVD) circuit breaker

DC output positive busbar (RTN+)

Ground bar

If the AC input cable has a PE (yellow and

green) wire, connect the PE wire to the indoor

ground bar in the Mini-shelter.

72

Installing Power Cables for the ACDB-DS-063-N1

Installing Power Cables for the ACDB-ST-063-P1

Three-phase

Single-phase

1. AC output terminal L (QF4)


3. Mains input terminal L (1QF)

4. Ground bar

5. SPD alarm reporter



8. N copper bar

1. AC output terminal L/N

2. D.G. input terminal L/N (2QF)

3. Mains input terminal L/N (1QF)

4. AC output terminal L/N (QF1)

5. AC output terminal L/N (QF1)

6. Maintenance socket

7. Ground bar



3. Mains input phase wire L1/L2/L3

(1QF)

4. Ground bar


6. AC output phase wire L1/L2/L3

(QF1)


8. N copper bar

73

Installing Power Cables for the ACDB-DS-100-P1

Installing Power Cables for the ACDB-DT-100-P1

Three-phase

Single-phase

1. Ground bar

2. N copper bar







9. Single-phase D.G. input terminal

L/N (2QF)

10. Single-phase mains input

terminal L/N (1QF)

1. D.G. input terminal L/N (2QF)

2. Mains input terminal L/N (1QF)

3. Ground bar

4. N copper bar







1. Ground bar

2. N copper bar



5. AC output terminal (QF4)



8. AC output terminal L1/L2/L3 (QF1)

9. Three-phase D.G. input terminal

L1/L2/L3/N (2QF)

10. Three-phase mains input

terminal L1/L2/L3/N (1QF)

74

Installing Power Cables for the DCDB-SZ-100-P1

Installing Cables for the DCDU

1. Negative input terminal (-48 V)

2. Positive input terminal (RTN+)

3. Negative output terminal (F1)










13. Positive output terminal (RTN+)

DC Input DC Output SPD fault alarm output

DC

negative

DC

positive

Ground bar

75

Connecting the Temperature Control Equipment

Connecting the Heat Exchanger Connecting the Intelligent Heat Exchanger

Connecting the TEC Connecting the Natural-Ventilation Unit

Dry contact signal cable

System power

Monitoring module

DC power cable

Monitoring module


System power

AC power cable

DC power cable

Monitoring module

Signal cable

System power

DC power cable

Monitoring module

Signal cable

System power

DC power cable

76

Connecting the DC Air Conditioner(PC500D) Connecting the AC Air Conditioner(PC500)

Connecting the DC Intelligent Heat Exchanger

If there is only one temperature control device, connect

its signal cable to the DIN6 port on the UIM02C of the

ETP48200 and relate DIN6 alarms to DO8 (ALM8 on

UIM02C) on the SMU02B panel.

If there are at least two temperature control devices,

connect their signal cables to ports DIN6, DIN4, DIN3,

and DIN2 on the UIM02C of the ETP48200 and related

these DIN alarms to DO8 (ALM8 on UIM02C) on the

SMU02B panel.

For details, see the ETP48200-A6 and ETP48200-B6

User Manual.

Model Circuit Breaker Capacity

HX02 DC circuit breaker: 4 A



TEC DC circuit breaker: 12 A

Natural-ventilation unit DC circuit breaker: 4 A

AH1500D DC circuit breaker: 20 A

AH3000D DC circuit breaker: 32 A

AH1500 AC circuit breaker: 10 A;

DC circuit breaker: 6 A

AH3000 AC circuit breaker: 16 A;

DC circuit breaker: 6 A

PC500D DC circuit breaker: 6 A

Heater AC circuit breaker: 15 A

The following table lists circuit breakers with various

capacities.

Monitoring module


System power

DC power cable

77

Connecting the Communications Cable Between Monitoring Equipment and Base Stations

Scenario 1: HUAWEI Base Stations

Connection between the monitoring unit and HUAWEI BTSs (BTS3900 GSM, BTS3900 CDMA, BTS3900

UMTS, or DBS3900 WiMAX)

Monitoring signal (Boolean value)

Pin Upper Slot (UPEU/UEIU) Lower slot (UPEU)

EXT_ALM0 EXT_ALM1 EXT_ALM0 EXT_ALM1

1 0+ 4+ 8+ 12+

2 0-(GND) 4-(GND) 8-(GND) 12-(GND)

3 1+ 5+ 9+ 13+

6 1-(GND) 5-(GND) 9-(GND) 13-(GND)

5 2+ 6+ 10+ 14+

4 2-(GND) 6-(GND) 10-(GND) 14-(GND)

7 3+ 7+ 11+ 15+

8 3-(GND) 7-(GND) 11-(GND) 15-(GND)

Pins on the BBU EXT_ALM port

RJ45

Upper slot

Lowe slotBoolean value input

port 0-3Boolean value input

port 4-7

Boolean value input port 12-15

Boolean value input port 8-11

BBU

78

Scenario 2: Third-Party Equipment

UPEU RJ45 Pin Color Recommended Route-Out

Sequence for the BBU Twisting

UIM02C Alarm

Output

EXT-

ALM0

1 Orange and white Boolean value input 1+ 1 and 2 ALM1+

2 Orange Boolean value input 1- (GND) 1 and 2 ALM1-

3 Green and white Boolean value input 2+ 3 and 6 ALM2+

4 Blue Boolean value input 3- (GND) 4 and 5 ALM3-

5 Blue and white Boolean value input 3+ 4 and 5 ALM3+

6 Green Boolean value input 2- (GND) 3 and 6 ALM2-

7 Brown and white Boolean value input 4+ 7 and 8 ALM4+

8 Brown Boolean value input 4- (GND) 7 and 8 ALM4-

UPEU RJ45 Pin Color Recommended Route-Out

Sequence for the BBU Twisting

UIM02C Alarm

Output

EXT-

ALM1

1 Orange and white Boolean value input 1+ 1 and 2 ALM5+

2 Orange Boolean value input 1- (GND) 1 and 2 ALM5-

3 Green and white Boolean value input 2+ 3 and 6 ALM6+

4 Blue Boolean value input 3- (GND) 4 and 5 ALM7-

5 Blue and white Boolean value input 3+ 4 and 5 ALM7+

6 Green Boolean value input 2- (GND) 3 and 6 ALM6-

7 Brown and white Boolean value input 4+ 7 and 8 ALM8+

8 Brown Boolean value input 4- (GND) 7 and 8 ALM8-

Communications cable connections

Scenario 1: HUAWEI Base Stations

When dry contacts are used for monitoring, connect the dry contact outputs ALM1 to ALM8 on the ETP48200 (UIM02C)

to third-party Boolean value inspection ports respectively.

When Telecom Protocol is used for monitoring, connect one end of the cable with RJ45 ports to the RJ45 connection on

the ETP48200(SUM02B) and the other end to the port of the host.

RJ45 Pin Signal Description

1 TX+ Sends data over RS485.

2 TX-

4 RX+ Receives data over RS485.

5 RX-

3 RX232 Receives data over RS232

7 TX232 Sends data over RS232

6 PGND Connects to the ground.

8 - -

79

Ports on the Monitoring Unit

No. Port Type Silkscreen Description

1 FE port - One FE port for northbound communication

2 Communications port

RS485/232 - Northbound communications RJ45 port (one RS485/232 port)

3 Communications port

RS485/232 COM Southbound communications RJ45 port (one RS485 port)

4 Dry contact output port

ALM1

AC power outage

If the dry contact is closed, an alarm is generated. If the dry contact is open, no

alarm is generated. The dry contact can be user-defined.

ALM2

Reports alarms for DC overvoltage or undervoltage.



ALM3

PSU fault



ALM4

SPD failure



ALM5

Fuse or circuit breaker alarm



ALM6

Alarm for the battery temperature or ambient temperature



ALM7

Door opening alarm



ALM8

Heater or temperature control equipment alarm



5 Boolean value input port

DIN1 Boolean value input signal 1 port




DIN5 Heater fault (Boolean value input signal 5 port)

DIN6 Temperature control equipment fault (Boolean value input signal 6 port)

6 Sensor input port

TEM_HUM Ambient temperature and humidity sensor signal port

WATER Water sensor signal port

TEMP1 Temperature detection sensor port 1 (for fan speed adjustment)

TEMP2 Temperature detection sensor port 2 (for fan speed adjustment)

GATE Door status sensor signal port

SMOKE Smoke sensor signal port

BTEMP Battery temperature sensor port

80

Setting Alarm Parameters on the NetEco

You can set related alarm parameters on the NetEco.

WebUI

81

Checking the Installation

No. Check That

1 The cabinet is placed in the planned position.

2 All bolts are tightened, especially the bolts used for electric connection. Flat washers and spring

washers are installed properly.

3 The cabinet is clean and free of dust and other materials.

4 The cabinet is clear and complies with dustproof requirements.

5 The paint on the cabinet exterior is intact.

6 The cabinet door and lock work properly.

7 Cable labels are correct, clear, and complete.

No. Check That

1 The cabinet surface is clean and free of dirt and fingerprints.

2 There is no unnecessary adhesive tape or cable tie on the cables.

3 The inside of the cabinet contains no waste tape, cable ties, paper, or packing materials.

4 Objects around the cabinet are intact and clean.

Checking the Cabinet Installation

Checking the Installation Environment

82

Checking Cable Installation

No. Check That

1 All cable joints are secured properly, especially the cable joints between network cables and at the

cabinet bottom.

2 Exposed parts near the wiring terminals and lugs are wrapped in PVC insulation tape or heat shrinking

tubing.

3 The flat washers and spring washers of all wiring terminals are securely installed.

4 Cables are bound neatly and cable ties are secured evenly and properly.

5 The routed cable should be convenient for future maintenance and expansion.

6 All labels at the cable ends are clear.

7 The excess section of a cable strip should be cut evenly.

Checking Electrical Connections

No. Check That

1 All ground cables are copper cables. Cable diameters are correct. No switches or fuses are installed on the cables

and no short circuit occurs.

2 The ground cable, AC power cables, and internal cables are correctly connected and screws are secured. No

short circuit occurs during power input or output.

3 The length of ground cables and power cables is correct.

4 Lugs for power cables and PGND cables are soldered or crimped securely.

5 Power cables and PGND cables are routed and bundles separately from other cables.

6 Storage batteries are free of damage, cracks, and bulge.

7 Storage batteries are clear and experience no leakage.

8 Wiring terminal of storage batteries are free of damage, break, and acid leakage.

9 Battery safety valves remain intact and experience no acid leakage.

10 Storage batteries are connected correctly.

Powering On and Commissioning the Mini-shelter

Powering On the Mini-shelter

83

Check the power distribution cable and the cable label.

Verify that the output voltages of the ACDB, ETP48200, and DCDU meet the following requirements:

AC voltage range: 220 V ± 20%

DC voltage range: 38–58 V

Power on the Mini-shelter in the sequence shown in the following figure.

For a cabinet delivered in disassembly mode, place the cabinet door vertically for more than 2 hours before power-

on to ensure that the temperature control equipment runs properly.

Switch on the mains output circuit breaker

Switch on the ACDB input and load output circuit breakers

Switch on the AC input circuit breaker on the power system

Switch on the output circuit breakers (on the power system) that connect to the DCDU,

storage batteries, temperature control equipment, monitoring equipment, and BBU

Switch on the AC load output circuit breaker on the power system

Switch on DC load output circuit breakers on the DCDU

84

Set the display language.

Set the number and

capacity of battery

strings.

Set the date and time.

1. If the Run indicator (green) on the SMU02B panel is

blinking and the LCD is on, the SMU02B is successfully

powered on.

2. A user password is required for accessing the Settings

menu. The default user name is admin, and the default user

password is 001. An administrator can add and delete

users and change the user name and password on a web

page.

3. For details, see the ETP48200-A6 and ETP48200-B6

User Manual.

Setting Parameters of the ETP48200(SMU02B)

Main Menu Second-level

Menu

Third-level

Menu

Fourth-

level Menu

Default Value

Settings

Comm Para

NetEco Main IP - -

NetEco Bak IP - -

NetEco Port - 31200

System Para LUI Language - 本地语言

Set Time Zone - GMT +8:00

Quick

Settings

Qty of Battery - - 1

Rated Capacity - - 150Ah

Set Date - - -

Set Time - - -

IP Address - - 192.168.0.10

Subnet Mask - - 255.255.255.0

Gateway - - 192.168.0.1

Silk Screen Meaning Color Status Description

Running

indicator Green

Off No power is supplied or the indicator is faulty.

Blinking at

0.5 Hz

The SMU02B is running properly and

communicates with the host properly.

Blinking at 4

Hz

The SMU02B is running properly but

communicates with the host abnormally.

Minor alarm

indicator Yellow

Off No minor alarm or warning is generated.

On A minor alarm or warning is generated.

Major alarm

indicator Red

Off No critical or major alarm is generated.

On A critical or major alarm is generated.

Power on the SMU02B and check signal cable connections.

Check the indicators on the SMU02B, as described in the following table.

Set SMU02B parameters.

Contact the element management system (EMS), and submit environment monitoring parameters of the

ETP48200(UIM02C) to the EMS (M2000) for correct configuration.

For details about how to set parameters for the

M2000, see the M2000 configuration file.

1

2

3

85

BAT ON

OFF

To avoid damage to storage batteries, switch on the battery circuit breaker only after correctly

setting the battery parameters.

Silk

Screen

Meaning Color Status Description

Running

indicator Green

On The PSU is running properly.

Off No power output is provided.

ALM

indicator Yellow

Off No alarm is generated.

On An alarm is reported.

Fault

indicator Red

Off The PSU is running properly

without faults.

On A fault occurs.

Blinking

at 4 Hz

Program is being loaded.

The indicator is back to

normal after the load is

complete.

Check the PSU indicators, as described in the following table.

Switch off the AC input circuit breaker.

Switch on the battery circuit breaker.

Switch on the AC input circuit breaker. Check that the voltage between the DC output positive busbar (RTN+)

and DC output terminal is consistent with the voltage on the battery terminal and the voltage on the

monitoring module. In case of voltage inconsistency or abnormality, ask professional and qualified personnel

to troubleshoot the fault.

Switch on the BLVD and LLVD circuit breakers. Check that the voltage between the DC output positive

busbar (RTN+) and DC output terminal is within the normal range (43.2-57.6 V, rated voltage: 53.5 V).

Check the operating status of loads. If the loads are not running properly, refer to the associated user guides.

Switch on or off the AC input circuit breaker, DC output breaker, battery circuit breaker, BLVD circuit breaker,

and LLVD circuit breaker based on onsite conditions.

Check whether the EMS receives information from the TP48200. If no, check that the IP address is set

correctly.

Observe the ETP48200 for 15 minutes. If no alarm (except for door alarm) is generated on the SMU LCD,

and current/voltage parameters of the storage battery and loads are set properly, then re-install the cover of

the distribution unit.

Powering On and Commissioning the ETP48200

86

Powering On and Commissioning Temperature Control Equipment

After powering on temperature control equipment, commission them as described in the following table.

Equipment Commissioning Method Result

AC intelligent

heat exchanger

(AH1500/AH300

0)

The indoor fan to run 30 s after startup. After 3 minutes, the exchanger

automatically works in a desirable mode based on the preconfigured

parameters, and indoor and outdoor circulating temperatures.

Check whether the LCD shows alarms or abnormality.

The LCD displays information correctly but no alarm

information is displayed.

DC intelligent

heat exchanger

(AH1500D/AH30

00D)

The display panels displays the temperature inside the cabinet correctly.

The LCD displays no alarm code, and the alarm indicator is off (if there

is a buzzer, the buzzer does not generate sounds).

The dry contacts meet requirements.

All spare parts run properly without strange noise.

Refer to the fault alarm label on the temperature control

equipment to observe whether the LCD displays alarms.

Heat exchanger

(HX02/HX04/HX

05/HXC70S)

Check whether the heat exchanger is working properly. The heat exchanger is working properly.

Check the RUN indicator.

Steady on: DC power is supplied.

Blinking at 0.5 Hz (on for 1s and then off for 1s): The heat exchanger is

running properly.

Blinking at 4 Hz (on for 0.125s and then off for 0.125s):

Communication interruption occurs. Communication is proper in other

cases.

Off: No power is supplied to the heat exchanger.

Blinking at 0.5 Hz (on for 1s and then off for 1s)

Check the ALM indicator.

On: An alarm is generated.

Off: No alarm is generated.

The ALM indicator is off.

TEC air

conditioner

Check whether the TEC air conditioner is working properly. The TEC air conditioner is working properly.


Blinking: The TEC air conditioner is running properly.


The RUN indicator is blinking





AC air

conditioner

(PC500)

Check whether the LCD displays alarms or abnormality. The LCD displays information correctly but no alarm


DC air

conditioner

(PC500D)



Natural

ventilation unit

Check whether the natural ventilation unit is working properly. The natural ventilation unit is working properly.


Blinking: The natural ventilation unit is running properly.


The RUN indicator is blinking.





Air conditioner

controller


If the indicator is blinking at 1 Hz (on for 0.5s and then off for 0.5s), the

air conditioner monitor is running properly.

Blinking at 4 Hz, the air conditioner monitor experiences an exception.

Blinking at 1 Hz (on for 0.5s and then off for 0.5s)

Check the ALARM indicator.



The ALARM indicator is off.

Check the FAULT indicator.

On: The air conditioner monitor is faulty.

Off: The air conditioner monitor is working properly.

The FAULT indicator is off.



Heater

(HAU02A-01)


On: The heater is working properly.

Off: The heater is not working properly.

The RUN indicator is steady on.





Heater

(HAU02A-02) Check whether the fan of the heater is working properly. The fan is working properly.

87

After Commissioning

Block the cable holes in the middle wall board of the Mini-shelter using polystyrene foam.

Block the cable holes in the seal cover using black mud.

Close and lock the Mini-shelter doors, and give the keys to the person in charge.

Clear the internal foreign materials, such as screws, wiring terminals, and tools.

Do not leave any cable in the crack when closing the Mini-

shelter door to avoid dust intrusion.

Commissioning the Sensor

Device Test Method Result

Smoke sensor Use a cigarette to generate smoke around the smoke

sensor to check whether the smoke sensor generates an

alarm.

The ALM indicator is on, and the LCD on the SMU02B

displays alarm information.

After the alarm is cleared, the ALM indicator is off and the

LCD does not display any alarm information.

Water sensor Place the water sensor into a bottle of water to check

whether the water sensor generates an alarm.

The LCD on the SMU02B displays alarm information.

After the alarm is cleared, the LCD does not display any

alarm information.

Door status

sensor

Open a compartment door to check whether the door

status sensor generates an alarm. Close the

compartment door to check whether the alarm is cleared.

The LCD on the SMU02B displays alarm information.


alarm information.

Ambient

temperature

and humidity

sensor

Compare the temperature measured by the thermometer

with the temperature displayed on the SMU02B LCD. The LCD on the SMU02B displays properly.


alarm information.

Check that all sensors are working properly.

Appendix

Preparing an OT Terminal and Cord End Terminal

88

89

Cable Label Handwriting Description

Fonts:

To make fonts easy to read and look aesthetic, comply with standard font templates (Chinese font) requirements

when writing labels onsite. International users can decide fonts based on actual conditions. The font size and

number of letters are decided based on actual conditions. The standard font template is as described in the

following table. When filling only Chinese characters, choose fonts of proper size to make your hardwiring readable

and aesthetic.

Handwriting direction:

(1) The handwriting direction of characters on the power cable label is the same as the direction of "TO: ", as

shown in the following figure.

0 1 2 3 4 5 6 7 8

9 A B C D E F G H

I J K L M N O P Q

R S T U V W X Y Z

Standard font template

Pen:

To make fonts easy to read and look aesthetic, use dedicated black grease pens for handwriting. You can purchase

black grease pens (excluding ballpoint pens) based on actual conditions, for example, there is a shortage of

dedicated pens or the dedicated pencils are missing. In special conditions, you can use black ballpoint pens.

However, you are not recommended to use them because handwriting with ballpoint pens is hard to read.

(2) The direction of characters on the signal cable label is as follows:

Huawei Technologies Co., Ltd.

Address:

Huawei Industrial Base

Bantian, Longgang

Shenzhen 518129

People's Republic of China

Website: http://www.huawei.com

Email: [email protected]

ITS1000M (Mini-shelter) V100R003C02 Quick Installation Guide 01.pdf

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