Huawei PDC V2.0 User manual

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.
Copyright ©Huawei Technologies Co., Ltd. 2018 Allrights reserved.
1 Overview
NOTE
1
1
PDU8000
0630
AC
V4
SC
AY52
Power
distribution
cabinet
Rated input
current
Alternating
current
Rated voltage
level
Precision power
distribution cabinet
SN
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.
2
Monitor Display Unit (MDU)
Indicator
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
1
MUS05A
N/A
2
FE
Network port connecting to the management system when the PDU8000
uses SNMP or Modbus-TCP
3
CAN
Internal communications and power supply port for the MDU LCD
4
RS485_1
Northbound serial port connecting to the management system when the
PDU8000 uses Modbus-RTU
5
USB Host
USB Host port
6
RST
Used for resetting the MDU
7
SD
Installing an SD card
8
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
3
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.

4
(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.

5
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.

6
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.)

7
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.

8
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

9
No.
Check Item
Result
1
All cables are connected properly.
□Yes □No
2
The ground cable is connected properly.
□Yes □No
3
The excess sections of ground cables and power cables are cut off.
□Yes □No
4
Phase cables are connected properly.
□Yes □No
5
All circuit breakers are OFF.
□Yes □No
Electrical connection checklist
4.2
No.
Check Item
Result
1
All bolts are tightened, especially the bolts used for electric connection.
Flat washers and spring washers are complete and installed properly.
□Yes □No
2
Cable installation meets the cable routing requirements.
□Yes □No
3
Cables are routed in a way convenient for maintenance and capacity
expansion.
□Yes □No
4
There is no unnecessary adhesive tape or cable tie on cables.
□Yes □No
5
Exposed parts of wires and cable lugs near the wiring terminals are
wrapped by insulation tape or heat shrinking tubing.
□Yes □No
6
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
1
The cabinet is clean and free of foreign matters such as screws and
copper wires.
□Yes □No
2
The paint on the cabinet exterior is intact.
□Yes □No
3
The cabinet door and lock work properly.
□Yes □No
4
All safety warning labels are correct, clear, and complete.
□Yes □No
5
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

10
1. Check cable connections and the
mechanical performance.
①Check that cables are connected correctly outside
the cabinet. Check that all bolts are secured for inlet
and outlet cables and tighten a bolt if it is loose.
②Check that ground cables are properly connected.
2. Check the insulation only after the upstream and
downstream circuit breakers in the PDC are switched
off.
①Switch off the upstream circuit breaker QFS for the SPD in the input module of the PDC, and
switch on other circuit breakers.
②Check that the insulation resistance between the live wires, between the live wire and the PE,
and between the live line and the neutral wire is no less than 0.5 megohm using a multimeter.
③After checking, turn off all the circuit breakers.
3. Switch on the SPD circuit breaker.
4. Switch on the input power
circuit breaker to power on
the PDC. If the power
indicator on the front panel of
the PDC lights up, the PDC
is powered on properly.
If the indicator of an SPD
module is green, the SPD
module is running properly. If an
indicator is red, the
corresponding SPD module has
failed and must be promptly
replaced.
The input power circuit breaker refers to the output circuit breaker that controls power supply from
the upstream power distribution equipment to the PDC.
5 Power-On Commissioning
NOTICE
1. The power-on commissioning personnel must be at least two qualified electricians. One
performs operations while the other monitors the operations. Irrelevant persons should be
warned off.
2. User types are classified into admin and operator. User admin has higher operation rights than
user operator.
3. Powering off the PDC disconnects the power supply to the downstream devices. Exercise
caution with this operation when the PDC is supplying power to a working system.
NOTE
NOTE

11
5. After the MDU screen starts, log in to the system as the admin or operator user (the preset
password is 000001 for both types of users), and perform the following operations by referring
to the figures:
•If this is the initial startup, set the language, time, date, network parameters, and system
parameters by using the Setting Wizard.
•If this is not the initial startup and these parameters have been set before, the system uses
the existing settings by default.
The figures are for reference only.
The actual parameter values prevail.
NOTE
6. After the quick settings are complete, if the monitoring page displays alarms, clear the alarms.
7. Turn on the PDC input switches.
8. Switch on the output circuit breakers except reserved circuit breakers in the PDC in sequence
to power on the corresponding devices and check whether the monitoring parameters on the
MDU screen are correct.
9. (Optional) Power off the PDC.
①Turn off the output circuit breakers in the PDC.
②Turn off the input circuit breakers in the PDC.
③Turn off the input power circuit breaker of the PDC.
For system security purposes, change the preset password upon first login.
NOTE

12
Appendix
A Power Cable Specifications
YJV 5-core cables are recommended. When the ambient temperature is 40ºC, the conductor
working temperature cannot exceed 90ºC.
Wiring Terminal Rated
Current (A)
Recommended
Cable Diameter
(mm2)
Terminal/Bolt
Specifications Recommended
Torque (N•m)
Power input (L/N)
160 50 DT-M10 27
250 95 DT-M12 47
400 185 DT-M16 120
630 2 x 185 DT-M16 120
Power input (PE)
160 25 DT-M10 27
250 50 DT-M10 27
400 95 DT-M12 47
630 2 x 95 DT-M12 47
AC output (L)
< 10 2.5 Cord end terminal
(crimping screw
specification: M4) 1.2
10 ≤I ≤40 6 Cord end terminal
(crimping screw
specification: M4) 1.2
40 < I ≤63 10 Cord end terminal
(crimping screw
specification: M4) 1.2
AC output (N/PE)
< 10 2.5 OT-M6 4.5
10 ≤I ≤40 6 OT-M6 4.5
40 < I ≤63 10 OT-M6 4.5
For the installation torque for power connection of involved electrical parts, see the specifications of
the electrical parts. If the torque is not specified, see the torque requirements listed in the following
table.

13
B Connecting the fire linkage cables
Scenario 1: single-input or dual-input PDC; one pair of fire extinguishing input
cables control all loads to power off.
Scenario 2: dual-input PDC; either of the two pairs of fire extinguishing input
cables can control all loads to power off.
Separate the two routes of fire control cables and connect them to the fire extinguishing signal
wiring terminals on both sides at the cabinet rear. Connect the positive and negative terminals of
each pair of control cable to the 24VDC(+) and 24VDC(-) wiring terminals at the rear left and rear
right of the cabinet respectively.
NOTE
1. 24 V DC cables routed into the PDC should be shielded cables.
2. Ensure that the polarities of 24 V DC cables routed into the PDC are correct.
Single-input PDC: Connect the positive and negative terminals of the fire control cable to the
24VDC(+) and 24VDC(-) wiring terminals at the rear right of the cabinet respectively.
Dual-input PDC: Connect the positive and negative terminals of the fire control cable to the
24VDC(+) and 24VDC(-) wiring terminals at the rear left or rear right of the cabinet respectively.

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