Huawei NE05E User manual

HUAWEI TECHNOLOGIES CO., LTD.
NE05E&NE08E Series Mid-End Router
Quick Installation Guide
(IMB Cabinet)
Issue: 05
Date: 2016-06-30

Copyright © Huawei Technologies Co., Ltd. 2016. All rights reserved.
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.
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and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd.
All other trademarks and trade names mentioned in this document are the property of their respective
holders.
Notice
The purchased products, services and features are stipulated by the contract made between Huawei and
the customer. All or part of the products, services and features described in this document may not be
within the purchase scope or the usage scope. Unless otherwise specified in the contract, all statements,
information, and recommendations in this document are provided "AS IS" without warranties, guarantees or
representations of any kind, either express or implied.
The information in this document is subject to change without notice. Every effort has been made in the
preparation of this document to ensure accuracy of the contents, but all statements, information, and
recommendations in this document do not constitute a warranty of any kind, express or implied.
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]

Installation Flow
PrecautionsPage 1
Tools for Installation
Page 2
Introduction to the 1U-
height Chassis
Pages
3-4
Introduction to IMB
(Indoor Mini Box)
Pages
6-7
Installing Devices in the
IMB
Page 13
Connecting and Routing
Cables
End
Start
Powering On the
Equipment
Page 18
Installation ChecklistPage 17
Preparation
for
installation
Pages
14-16
Introduction to the 2U-
height Chassis
Page 5
Introduction to AC/DC
power system
Installing the IMB on the
Wall
Pages
8-10
Pages
11-12
Overview of IMB
Page 6
Installation Clearance
Requirements
Pages
6-7
Installing the Cover Plate
for the IMB
Page 19
AppendixesPage 20

1
Precautions
This document provides simple and distinctive guidelines for quick hardware installation of the
NE05E&NE08E(NE05E-S2/SE/SF/SG/SH/SI/SQ&NE08E-S6/S6E).
Based on the height of a device, the NE05E-S2/SE/SF/SG/SH/SI/SQ are considered 1 U devices, and the
NE08E-S6/S6E are considered 2 U devices. 1 U = 44.45 mm (1.75 in.)
As the installation methods are similar, the fixed NE05E-SI is used as an example for the 1 U device, and the
card-insertedNE08E-S6 is used as an example for the 2 U device. The installation differences are specially
described in this document.
This document does not describe pre-delivery assembly. This document only describes procedures for onsite
installation.
Wear ESD gloves or Antistatic WristStrap prior to contact
with the equipment or before handling the plug-boards,
boards, and IC chips to prevent damage to sensitive
components caused by electrostatic discharge from the
human body.
Binding intervals between cable ties or optical fiber binding straps inside the cabinet cannot exceed
250 mm.
Bundling cables
Electrostatic Discharge
Pre-Installation Check
Verify that the equipment room, power supply, ground cables and optical cables are ready for installation.
Start the installation according to the engineering design documents after confirming that conditions are
met. Refer to the Installation Guide for information about specific operational requirements and technical
specifications.
NOTE
CAUTION
CAUTION
CAUTION

2
Tools for Installation
Cable Tester
Coax Stripper
Philips Screwdriver
（M2-M6) Flathead Screwdriver （M2-M6)
Level
Ratchet Crimp Tool
Torque Wrench Cable Cutter Wire Stripper
Network Cable
Crimping Pliers Diagonal Pliers
Paper Knife
Rubber hammer
Percussion Drill
Marker Pen
Heat Gun Multimeter
ESD Gloves
Binding Strap Insulation Tape
Antistatic Wrist Strap
Cleaner
Tape Measure

3
NE05E-S2
Introduction to the 1U-height Chassis
Clock interface
Power supply interface
Time interface
NM interface
(Console interface)
Alarm interface
PGND point
FE/GE electrical interface
10GE optical interface
FE/GE optical interface
E1 interface
Alarm interface
PGND pointPower supply interface
GE optical interface
Clock and time interface
T1 interface
Antistatic jack interface
FE/GE electrical interface SHDSL interface
NE05E-SE/NE05E-SF
10
10
10
NM interface
(Console interface)
FE/GE optical
interface
10
10

4
NE05E-SG/NE05E-SH/NE05E-SI
Clock interface
Power supply interface
Time interface
NM interface
(Console interface)
PGND point
Electrical interface
GE optical interface
Alarm interface
E1 interface
10
10
FE/GE optical interface
FE/GE optical interface FE/GE electrical interface
Power supply interface Clock interface
10GE optical interface
Antistatic jack interface
Time interface
NM interface
(Console interface) Alarm interface
For running an AC NE05E-SQ, you must turn on the switches of both AC power modules operating
in 1+1 backup mode.
NOTE

5
NE08E-S6
Introduction to the 2U-height Chassis
10
Alarm interface PGND point
Power supply interface
GE optical interface
Clock interface
Time interface
Antistatic jack interface
E1 interface
NM interface
(Console interface)
Electrical interface
10
NE08E-S6E
Alarm interface PGND point
Power supply interface
GE optical interface
Clock interface
Time interface
Antistatic jack interface NM interface
(Console interface)
Electrical interface
10
10
10GE optical interface

6
Overview of IMB
Introduction to IMB (Indoor Mini Box)
Installation Clearance Requirements
1. NO STEPPING sign
2. Protection plate
3. Slot assignment label
4. Cover plate
1.Installation clearance requirements for the IMB right-side-mounted on the wall
Recommended installation clearance Minimum installation clearance

Installation Clearance Requirements for the IMB
7
3.Installation clearance requirements for the IMB back-mounted on the wall
2.Installation clearance requirements for the IMB left-side-mounted on the wall
Recommended installation clearance Minimum installation clearance
Recommended installation clearance Minimum installation clearance

8
AC/DC power system (ETP4830-B1A2 power system)
Introduction to AC/DC power system
Ensure that the positive and negative charges are correctly connected.
CAUTION
The ETP4830-B1A2 external power system converts input 220 V AC power to -53.5 V DC power and supplies power
to the NE.
220 V AC power input interface
ETP4830-B1A2
NE08E-S6
Interfaces and air breakers on the front panel of the ETP4830-B1A2
Interface Name
Number of
Interfaces
Type
Description
Remarks
AC INPUT1
1
Interface
220 V AC power input
interface
-
AC INPUT2
1
Interface
220 V AC power input
interface
-
LOAD1
1
Air
breaker
Air breaker for load 1
-
LOAD2
1
Air
breaker
Air breaker for load 2
-
LOAD1
1
Interface
Output interface for load 1
LOAD1 and LOAD2 provide DC
power for two PIUs. For how to
connect the load interfaces to the
PIUs.
LOAD2
1
Interface
Output interface for load 2

9
AC/DC power system (ETP4830-4815AF power system)
When an NE device requires DC power but only the AC power module is available, use the ETP4830-
4815AF to convert the AC power to DC power.
Output terminals of
load 1
Output terminals of
load 2
Output terminals of
battery
Fuse for the Output Tributary
Load Tributary
FU-1 (20A)
Load1 (20A)
FU-2 (20A)
Load2 (20A)
FU-BT (20A)
Battery (20A)
Mapping between the fuses of the output tributaries and the load tributaries
Pin assignment of a monitoring cable
•Connect the device to the ETP4830-4815AF power system with a monitoring cable, which is a standard non-shielded
network cable, so that the NMS can detect the working status of the power system.
•Connect one end of a monitoring cable to the TOD port or the CLK0/TOD0 port on the device and the other end to an
RJ45 port on the monitoring module of the ETP4830-4815AF power system.
Monitoring module
Fuse of load 1
Fuse of load 2
Fuse of battery
Rectifier module

10
AC/DC power system (ETP4830-4815AF power system)
•To ensure that the power supply of the equipment is not interrupted, you can also connect the device to batteries. Then, if
the mains supply is interrupted, the device can be powered by batteries.
•A storage battery array consists of four 12 V -40 Ah storage batteries. The dimensions of each storage battery are 197
mm (W) x 165 mm (D) x 170 mm (H).
•The positive and negative of the NE are connected to the negative and positive of the ETP4830-4815AF respectively, and
the positive and negative of the storage battery are connected to the positive and negative of the ETP4830-4815AF
respectively.
•The BOM number of the power cable for the ETP4830-4815AF is 04042957. Use the power cable (BOM number:
04042957) to connect the NE08E-S6 and ETP4830-4815AF for example.
(1) One end of the power cable (BOM number 04042957) has 4 pins. Connect this end to the output interface of load on
the right of the ETP4830-4815AF.
(2) Remove the red-and-black power terminal (BOM number 14180253) of the NE08E-S6 power cable.
(3) Insert the other end of the power cable (BOM number 04042957) into the red-and-black power terminal (BOM number
14180253) and connect this terminal to the power interface of the NE08E-S6.
Connecting the NE to the ETP4830-4815AF and storage battery.
NE08E-S6
NE05E-SI

11
Installing the IMB on the Wall (Side-Mounted)
Installing the IMB on the Wall
The IMB can be installed with the right side or left side mounting on the wall. The installation methods are
the same. Mounting the right side of the IMB on a wall is used as an example.
Removing the protection plate
(1) Protection plate
Installing mounting ears
(1) Insulation washer
(2) Installation positions
for bolts
Marking anchor points
Level
Anchor holes
•Use a level to check that the two anchor holes on the marking
template are on a horizontal plane, place the marking template
against the wall, and then use a marker to mark anchor points.
•Holes marked A are used as anchor points. The distance
between the marking plate and the ground is 1000-1200 mm.
Drill holes at the anchor points, and
install expansion bolt assemblies
(1) M10x60 bolt
(2) Spring washer
(3) Flat washer
(4) Expansion tube
(5) Insulation washer
Fix the IMB
Place the IMB onto the two bolts at the upper anchor points,
and then use a torque wrench to pre-tighten the two bolts
until a 20-30 mm length of each bolt is reserved out of the
wall.
Align the mounting ears at the lower part of the IMB with
the anchor holes, and then use a torque wrench to tighten the bolts.
(1)Insulation washer
(2)Mounting ears
(1) Spring washer
(2) Flat washer
(3) Insulation washer
Before mounting the IMB on a wall, ensure that the wall can
stand the 1.25kN pull force.
NOTE

12
Installing the IMB on the Wall (Back-Mounted)
Removing the protection plate
(1) Protection plate
Installing mounting ears
(1) Insulation washer
(2) Installation positions
for bolts
Marking anchor points
•Use a level to check that the two anchor holes on the marking
template are on a horizontal plane, place the marking template
against the wall, and then use a marker to mark anchor points.
•Holes marked B are used as anchor points. The distance
between the marking plate and the ground is 1000-1200 mm.
Drill holes at the anchor points, and
install expansion bolt assemblies
Fix the IMB
Place the IMB onto the two bolts at the upper anchor
points, and then use a torque wrench to pre-tighten
the two bolts until a 20-30 mm length of each bolt is
reserved out of the wall.
Align the mounting ears at the lower part of the IMB with the
anchor holes, and then use a torque wrench to tighten the bolts.
Before mounting the IMB on a wall, ensure that the wall can
stand the 1.25kN pull force.
Level
Anchor holes
(1) M10x60 bolt
(2) Spring washer
(3) Flat washer
(4) Expansion tube
(5) Insulation washer
(1)Insulation washer
(2)Mounting ears
(1) Spring washer
(2) Flat washer
(3) Insulation washer

13
Installing the NE Chassis
Installing Devices in the IMB
•Make sure that the fan unit of the NE equipment is on the top of the NE equipment.
•Install the device of the 2 U height on the right of the network cabinet and the device of the 1 U height on
the right or in the middle of the network cabinet.
Slide the chassis along the guide rails into the corresponding slot until it is fully engaged, and then tighten the four
M6x12 bolts on the panel.
(1) Fan Unit
(2) NE Device
Installing the ETP4830-4815AF Power Device
•When an NE device requires DC power but only the AC power module is available, use the ETP4830-
4815AF to convert the AC power to DC power.
•When installing the ETP4830-4815AF, align the external input power interface on the bottom.
Slide the AC/DC power device along the guide rails into the corresponding slot until it is fully engaged, and then
tighten the four M6 x 12 bolts on the panel.
(1) External Input Power Interface
(2) ETP4830-4815AF power device
NOTE
NOTE

14
Connecting and Routing Cables
1 Common Cables for the Chassis
PGND cable
AC power cable DC power cable Fiber
Shielded network cable E1 cable (120-ohm ) E1 cable (75-ohm)
0.22±0.03 N·M
M2
2 Insert power cables into the DC connector
-48V power cable
Negative pole: -
BGND power cable
Positive pole: +
1U DC connector
1U-height chassis
WARNING
The conductor body of the power cable should be completely inserted into the DC connector to
avoid electric shock to the operator.
0.4-0.5 N·M
M2.5
2U-height chassis
2U DC connector
BGND power cable
Positive pole: + -48V power cable
Negative pole: -
+
-
1U-height DC chassis
(NE05E-SQ)
use a screw to fix the OT
terminal of the DC power cable
at the DC power interface

3
15
•Before installing cables, use a marker to mark the two ends so that the two ends of one cable can easily
match each other.
•You must prepare cables according to actual cable routes during the installation.
•A connector has been made at one end for a 10 m long ground cable before shipment. On site, tailor the
cable and make an M6 connector at the other end, as required.
•Attach engineering labels to both ends of each cable after the cable is installed.
•During equipment installation, bundle power cables if they are too long.
•If the NE05E-SQ requires AC power modules, you must install both AC power modules.
1. Install ground cable for the IMB network cabinet. Then install ground cable for the
ETP4830-4815AF power device and NE equipment.
2. Install external power cables for the ETP4830-4815AF power device.
3. Install power cables between the ETP4830-4815AF power device and NE equipment.
4. Install E1 cables.
5. Install Shielded network cables.
6. Install fibers.
Cable Installation Process
2U-height chassis: 1U-height chassis:
Ground cable for the
IMB network cabinet
External power cables
Ground cable for the
NE equipment
Power cables for the
NE equipment
E1 cables
Shielded network
cables
Fibers
Cable connections in the external AC/DC power supply scenario
NOTE

16
1. Install ground cable for the IMB network cabinet. Then install ground cable for the NE equipment.
2. Install power cables for NE equipment.
3. Install E1 cables.
4. Install Shielded network cables.
5. Install fibers.
Cable Installation Process
2U-height chassis:
Ground cable for the IMB
network cabinet
External power cables
Ground cable for the NE
equipment
E1 cables
Shielded network cables
Fibers
A 2 U device(NE08E-S6) is capable of housing an AC/DC power module.
4
Cable connections in the embedded AC/DC power supply scenario
NOTE

No. Item
1 The position for each piece of equipment conforms to the engineering design and meets the space
requirement. Sufficient space is reserved for equipment maintenance.
2 The holes for the frame are in proper contact with the holes for the expansion bolt, and the frame and the
wall surface are in proper horizontal contact.
3 When the IMB network cabinet is installed on the wall, the bending radius of the fibers let out of the
network cabinet must be no less than 40 mm so as to avoid over-bending.
4 During equipment installation, all signal cables need to be routed in underfloor mode and then be led out
of the chassis. If the cables are routed in overhead mode, water vapor is condensed to water, which flows
to the cabinet along the cables and then corrodes the boards. As a result, the boards are short-circuited.
5 When routing the power and PGND cables on the bottom of the IMB network cabinet, ensure that the
holes for heat dissipation are not covered.
6 After routing the cables for the equipment, bundle all the cables at the outlet of the cabinet, avoiding stress
generated on the internal cable connectors when the external cables are pulled.
7 Lead fibers out of the cabinet outlet using winding pipes and bundle the winding pipes instead of the fibers
using cable ties.
8 The distance between the bundled fiber and the NE panel is between 40 mm and 70 mm.
9 There are no connectors or joints on the power cable or PGND cable.。
10 All the power cables and PGND cables are not short-circuited or reversely connected. In addition, no
damaged or broken parts exist.
11 The working grounding and protection grounding of the base station and the surge protection grounding of
the building share one group of grounding conductors.
12 The connector of the signal cable is intact, and no damaged or broken parts exist on the cable.
13 The lugs at both ends of the power cable or the PGND cable are securely soldered or crimped.
14 The bare wire and OT terminal at the wiring terminal are tightly wrapped with the insulation tape or heat
shrink tubing.
15 After all cables are routed, cut parts of the protection plate to seal cable holes if there is spare space in the
cable holes.
16 The surface of the overall equipment is clean and tidy. The exterior paint is intact.
17 The door and lock of the cabinet are proper.
18 All labels, tags, and nameplates are correct, legible, and complete.
17
Installation Checklist