Huawei PDC V2.0 Manuel utilisateur

HUAWEI TECHNOLOGIES CO., LTD.

PDU8000 Modular Precision

PDC V2.0

Quick Guide

Issue: 03

Part Number: 31508339

Date: 2018-01-25

If not otherwise specified, configurations described in this document are for the dual-input scenario.

Figures in this document are for reference only.

This document uses a 2000 mm high PDC as an example to describe how to install the PDC and

connect cables.

1 Overview

NOTE

PDU8000

0630

AY52

Power

distribution

cabinet

Rated input

current

Alternating

current

Rated voltage

level

Precision power

distribution cabinet

The table describes the model of the PDU8000 series products using PDU8000-0630ACV4-

SCAY52 as an example.

(1) Indicator of route I

(2) Indicator of route II

(3) Input circuit breaker of

route I

(4) Input circuit breaker of route II

(5) SPD and SPD circuit breaker

of route I

(6) SPD and SPD circuit

breaker of route II

(7) Monitoring board 1

(8) Monitoring board 4

(9) Output circuit breaker

of route I

(10) Output circuit breaker of route II

(11) Monitoring board 2

(12) Monitoring board 5

(13) Monitoring board 3

(14) Monitoring board 6

Height: 2000mm

Height: 2200mm

Height: 2500mm

Indicator Status

Description

Blinking green slowly

The monitoring board is running properly.

Blinking green fast

The communication fails. The MDU generates a monitoring board

communication failure alarm.

Blinking red

Power supply to the monitoring board is faulty or there is a surge

current impact alarm.

Off

The monitoring board is not working.

Monitor Display Unit (MDU)

Indicator

Status

Meaning

Red

A critical alarm has been

generated, and the

buzzer is sounding

constantly.

Yellow

A major alarm has been

generated, and the

buzzer is sounding at

intervals of 0.5s.

Green

A warning has been

generated, or the

precision PDC is running

properly.

Off

The MDU is powered off.

Monitoring Board

No.

Port

Function

MUS05A

N/A

Network port connecting to the management system when the PDU8000

uses SNMP or Modbus-TCP

CAN

Internal communications and power supply port for the MDU LCD

RS485_1

Northbound serial port connecting to the management system when the

PDU8000 uses Modbus-RTU

USB Host

USB Host port

RST

Used for resetting the MDU

Installing an SD card

SW1–4

DIP switch: By setting DIP switch toggles in different combinations, you

can perform operations such clearing historical alarms, clearing logs, and

restoring factory settings

Indicator

2 PDC Installation

1. This document describes the process for installing the modular precision power distribution

cabinet (PDC). Before installation, read the User Manual to learn the product information and

safety precautions.

2. When installing or operating a device, you must use insulated tools.

3. Only engineers certified by the manufacturer or its agents are allowed to perform PDC

installation, commissioning, and maintenance. Otherwise, personal injury or equipment

damage may occur, and Huawei will not be liable for any loss.

4. Sections and steps marked as optional in this document can be performed selectively based

on the actual configuration.

NOTICE

1. Due to the limitations of the door height, you can move the device into the equipment room by

tilting it. Keep it upright in the equipment room.

2. Take protective measures during moving the PDC to prevent toppling and bumping.

3. During movement, be careful to avoid squeezing the MDU screen.

Moving the PDC

2.1

CAUTION

Installing the PDC

2.2

1100 mm deep cabinet 1200 mm deep cabinet

Leveling foot Level

1. Mark the positions for installing the PDC based on the marking-off template. Drill holes and install

expansion sleeves.

2. Place a level on the PDC. Adjust the anchor bolts of the PDC using an adjustable wrench until the

leveling feet are in contact with the floor. Then level the PDC.

(Optional) Combine cabinets

2.3

3. Secure the PDC.

(Optional) When the PDC installation environment is 5# channel steel and that the PDC cannot be

secured using the mounting holes, secure the PDC using the mechanical part shown in the

following figure.

NOTE

Scenario 1

Scenario 2

When combining cabinets, ensure that all cabinet

surfaces are at the same level.

NOTE

1. Open the front and rear doors.

Wrench the anchor bolts using

an adjustable wrench to adjust

the cabinet height.

2. Remove the cabinet

connecting kits from the rack.

3. Screw the connecting kits in

the connection positions on

the front door.

4. Use the same method to

secure the connecting kit in

the connection positions on

the rear door.

5. Repeat the preceding steps to

combine other PDCs.

6. Use a torque socket wrench to

tighten the bolts in diagonal

order.

3 Installing Cables

This document uses the dual-input top cable routing and single-input bottom cable routing as

examples. Cable connections for other scenarios are similar.

1. Ensure that all circuit breakers, including upstream output circuit breakers, are switched to OFF

before connecting cables.

2. The PDC ground cable is secured to the equipment room ground bar. The resistance between

the PDC ground cable and the equipment room ground bar is less than 0.1 ohm.

3. The N and PE cables are bound separately from the L1/L2/L3 or L cables for each circuit

breaker. Cables are converged at the beam and bound in groups by cable ties.

NOTICE

1. Remove the rodent-proof meshes at the top and put them aside.

Connecting cables (Top Cable Routing)

NOTE

Cable holes at the PDC bottomCable holes on the PDC top

Power cable inlet

Cable Hole Description

Monitoring cable hole

Power cable outlet

Power cable inlet

Power cable outlet

2. Remove the transparent covers of the N bar

and input copper bar, and put the covers

aside.

3. Connect cabinet ground cables.

4. Connect the input power cables. 5. Connect the output power cables.

Connect the three-phase cables, N cable, and

PE cable in turn.

NOTICE

6. The following figure shows the overall

effect after cable connection.

7. Connect the PDC monitoring cable to the

RS485_1 or FE port on the MDU side panel.

(1) Monitoring cable outlet

8. (Optional) Connect the fire linkage cable by

referring to Appendix B.

9. Cut suitable holes in the rodent-proof

meshes and reinstall the rodent-proof

meshes.

10.Reinstall the transparent covers of the input

copper bar and N bar.

11.Seal the gap between cables and the

cabinet using flake sealing putty. (Remove

the paper protective film from the sealing

putty and use the aluminum foil film together

with the sealing putty.)

4. Connect the input power cables. 5. Connect the output power cables.

Connecting Cables (Bottom Cable Routing)

1. Remove the rodent-proof meshes at the bottom and put them aside.

2. Remove the transparent covers of the N bar

and input copper bar, and put the covers

aside.

3. Connect cabinet ground cables.

6. The following figure shows the overall effect

after cable connection. 7. Connect the PDC monitoring cable to the

RS485_1 or FE port on the MDU side panel.

(1) Monitoring cable outlet

8. (Optional) Connect the fire linkage cable by

referring to Appendix B.

9. Cut suitable holes in the rodent-proof

meshes and reinstall the rodent-proof

meshes.

10.Reinstall the transparent covers of the input

copper bar and N bar.

11.Seal the gap between cables and the

cabinet using flake sealing putty. (Remove

the paper protective film from the sealing

putty and use the aluminum foil film together

with the sealing putty.)

Flake sealing putty

No.

Check Item

Result

All cables are connected properly.

□Yes □No

The ground cable is connected properly.

□Yes □No

The excess sections of ground cables and power cables are cut off.

□Yes □No

Phase cables are connected properly.

□Yes □No

All circuit breakers are OFF.

□Yes □No

Electrical connection checklist

4.2

No.

Check Item

Result

All bolts are tightened, especially the bolts used for electric connection.

Flat washers and spring washers are complete and installed properly.

□Yes □No

Cable installation meets the cable routing requirements.

□Yes □No

Cables are routed in a way convenient for maintenance and capacity

expansion.

□Yes □No

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

□Yes □No

Exposed parts of wires and cable lugs near the wiring terminals are

wrapped by insulation tape or heat shrinking tubing.

□Yes □No

The routing of power cables and monitoring cables meets the

requirements for routing signal cables and power cables and complies with

the cable routing planning.

□Yes □No

Cable installation checklist

4.3

4 Check Before Power-on Commissioning

No.

Check Item

Result

The cabinet is clean and free of foreign matters such as screws and

copper wires.

□Yes □No

The paint on the cabinet exterior is intact.

□Yes □No

The cabinet door and lock work properly.

□Yes □No

All safety warning labels are correct, clear, and complete.

□Yes □No

There is no foreign matter such as adhesive tape, cable ties, paper, or

packing materials left around the cabinet.

□Yes □No

Hardware installation checklist

4.1

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