Huawei PowerCube 500 User manual

1
Issue: 03
Date: 2018-06-20
PowerCube 500 V200R001C00 Quick Guide (ICC50)
Copyright © Huawei Technologies Co., Ltd. 2018. All rights reserved.
1Product Overview
ICC Interior
PV module PV module
support
Dome
camera
ICC50
Barrel
camera
Pole
Lightning rod
Cantilever
PoE
Space for transmission equipment
Network port SPD
Space for a PDU
Space for an inverter
DCDU-80A1
Space for ESMU
Space for batteries Heater
Barrel
camera
cable
Dome
camera
cable
ICC ground
cable
Mains AC cable,
optical fiber, ICC
ground cable,
camera cable,
CPE cable, and
PV module cable
CPE cable and PV
module cable
Dome
camera
ICC50
Barrel
camera
Support
Pole (a cabinet
can be installed on
the pole with BOM
number 21540285)
Lightning rod
Cantilever
CPE
Solar+Mains Scenario Mains Scenario Cable Holes on the Pole
CPE

2
2Tools
3Installing a Cantilever
Bottom Cable Holes
Ground cable,
signal cable,
DC cable and
hydrogen
discharge tube
Reserved
AC cable,
optical fiber,
PV DC cable,
and signal
cable
Cable Holes on the Partition Plate
DC cable
Ground
cable
Signal
cable
Optical fiber,
PV DC cable
Signal cable
AC cable
E-label cable,
ESMU-battery
signal cable

3
4Installing a Camera and Cables
Installing a Camera
4.1
For the camera installation method, see the documents delivered with the equipment.
Installing Camera Cables
4.2
For the cable connections at the camera side, see the documents delivered with the equipment. Reserve the other ends of cables.
5Installing PV Modules and Cables
Installing a PV Module Support
5.1
In the northern hemisphere, PV modules face south. In the southern hemisphere, PV modules face north.
1. Remove the connective kit. 2. Adjust the PV module direction based on
the PV module direction principles, and
then install the connective kit.
3. Adjust the PV module tilt angle based on the site
latitude, and secure the PV module support base.
Site
Latitude
(Degree)
PV Module
Tilt Angle
0
–15
15
°
16
–25
25
°
26
–30
35
°
31
–45
45
°
When installing beams,
keep the slots on the
beams face outwards to
facilitate operation.
4. Install the PV module support. 5. Measure the PV module
hole spacing L. 6. Determine the beam mounting holes based on L and install the beams.
NOTICE
NOTE

4
Installing Two PV Modules
Installing Four PV Modules
Installing PV Modules
5.2
Adhesive tape
1. Install PV modules. 2. Install cables for the PV modules.
Adhesive tape
1. Install vertical beams. 2. Install supports.
3. Install PV modules. 4. Install cables for the PV modules.

5
6Installing a Lightning Rod
7Pole
Solar+Mains Scenario Mains Scenario
1. Install mains AC input
power cables.
Mains
3. Secure the pole to the foundation.2. Check whether the pole needs to be repainted.
Repaint the damaged area of the pole, and then
use the crane to hoist the pole to the foundation.
8Installing the ICC
1. Mark the mounting holes on the concrete floor
and then install the expansion bolts. 2. Secure the cabinet.
Nearest
ground
point
Tool
Pole BOM
Number
Torque
21540161,
21540155
M18 215
N·m
21540285,
21540068,
21540078
M24 500
N·m
21540069
M30 3000
N·m
Adjust the tilting angle of the lightning rod according
to the site latitude.
Site
Latitude
(Degree)
Lightning
Rod
Tilt
Angle
0
–15
15
°
16
–25
25
°
26
–30
35
°
31
–45
45
°

6
9Installing Components
Installing Modules
9.1
There are six types of
routers. The installation
of AR550 is used as an
example in steps 2 and 3.
Installing an AR550 Router
3. Install the ICC ground cable.
ICC ground cable
M48300N1 PSU slot PSU slot S4820G slot
PSU slots support the installation of the R4850G2 and
R4850N6.
The PSU, S4820G, and M48300N1 are installed in the
same way. The right figure shows how to install a PSU.
Installing a Router and Cables
9.2
1. Take out the tray. 2. Install a router.
When installing the
AR550C, AR550,
AR531, MA5621,
and MA5671, take
out the small tray.
When installing the
NE05E-SK, take
out the big tray.
MA5621 Router
3. Reinstall the tray. Installing an AR550C Router
Small tray Big tray
NOTE
NOTE
NOTE

7
Installing an MA5671 Router Installing an NE05E-SK Router
Installing an AR531 Router
Installing a Network Port SPD and Cables
9.3
4. Install the router communications cable. 5. Install router power cables.
FE
Router
Router power port
If a network port surge
protective device (SPD)
is configured, when
installing the signal
cable for the router,
route the signal cable
through the port on the
network port SPD and
then to the port on the
router.
When installing the NE05E-
SK router, remove the small
tray and install the NE05E-
SK on the big tray.
NOTE
NOTE
Installing an Inverter, a PDU, and Cables
9.4
1. Install the inverter and power distribution unit (PDU). 2. Install the ground cables for the inverter and PDU.
SPD
Router
Camera

8
Installing a PoE and Cables
9.5
Installing a CPE and Cables
9.6
3. Install cables between the inverter and PDU. 4. Install the alarm cable and power cables for the inverter.
1. Install the PoE and its power cables. 2. Install the PoE signal cable.
1. For the CPE installation method, see the
documents delivered with the equipment.
2. Install CPE cables.
The router is
optional.
Installing CPE Cables
NOTE
For details about how to prepare the CPE
power cable connector, see the appendix.
Installing Camera Cables
9.7
1. Install camera signal cables. 2. (Optional) Install alarm linkage cables
for the dome camera. 3. Install camera power cables.
Dome camera
Camera power port
Nearest cabinet
ground point
The router and PoE are
optional.
NOTE
NOTE
Router
Camera
Router
Router Camera

9
10 Installing Batteries and Battery Cables
Installing Lead-Acid Batteries and Cables
10.1
Installing the TCB-60C and Cables
1. Install cables at battery terminals. 2. Remove the battery baffle bars. 3. Install the two
inner batteries
and reinstall
the battery
baffle bars.
Install the negative
battery cable before
installing the positive
battery cable.
4. Install the two outer batteries and reinstall
the battery baffle bars. 5. Install battery cables.
NOTICE
Installing the TCB-100C/FCB-100B and Cables
1. Remove the battery baffle bars. 2. Install batteries and reinstall the baffle bars. 3. Install copper bars between batteries.

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Installing Lithium Batteries and Cables (ESU-A2400Wh/D)
10.2
4. Install battery cables.
1. Turn off the energy storage management unit (ESMU)
power switch and install the ESMU and ESU-A. 2. Set the ESMU address using the DIP switch and CAN DIP switch.
5. Install a hydrogen discharge tube.
Routing the
hydrogen
discharge
tube out of
the cabinet
COM2
COM_IN
COM_OUT
COM_IN
COM_ELU
COM_ELU IN
3. Install the ESMU signal cables. 4. Install signal cables between the ESU-As and ESMUs.
5. Install ESMU power cables. 6. Install the negative ESU-A power cables.

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7. Install the positive ESU-A power cables.
Installing Lithium Batteries and Cables (ESM-4850A1, ESM-4875A1)
10.3
1. Install ESM-4850A1/ESM-4875A1. 2. Install a battery ground cable.
COM2
COM_IN
COM_OUT
COM_IN
3. Install the ESM signal cables.
TO the nearest
ground blot
TO the nearest
ground blot
4. Install the ESM power cables.
The other end of the power cables are connected before delivery.
NOTE

12
12 Power-On Commissioning
Switch off the battery circuit breaker, load
circuit breaker, AC input circuit breaker,
and M48300N1 circuit breaker.
Verify the battery cable connections.
11 Preparing for Power-On
Measuring Voltages
12.1
Mains Scenario (Lead-Acid Battery) Solar+Mains Scenario (Lead-Acid Battery)
1. Use a multimeter to measure the voltages at both battery
terminals and ensure that the values are in the range of 43.2 V
DC to 56.4 V DC.
2. Use a multimeter to check that the voltage of the AC input circuit
breaker is in the range of 85 V AC to 300 V AC.
3. Switch on the battery circuit breaker and AC input circuit breaker.
1. Use a multimeter to measure the voltages at both battery
terminals and ensure that the values are in the range of 43.2 V
DC to 56.4 V DC.
2. Use a multimeter to check that the voltage of the AC input circuit
breaker is in the range of 85 V AC to 300 V AC.
3. Switch on the battery circuit breaker and AC input circuit breaker.
4. Insert the PV input cable connector into the SSU to connect the
solar power supply.
After powering on the SMU, select the display language by pressing or on the language selection screen, and then press to
enter the system information screen.
Setting the Display Language
12.2
To change the language that you have set, remove and then reinsert the SMU. Restart the SMU, and select a language again.
Solar Scenario (Lead-Acid Battery)
1. Use a multimeter to measure the voltages at both battery
terminals and ensure that the values are in the range of 43.2 V
DC to 56.4 V DC.
2. Switch the battery circuit breakers to ON.
3. Insert the PV input connector into the SSU to connect the solar
power supply.
Mains Scenario (Lithium Battery)
Solar+Mains Scenario (Lithium Battery)
1. Use a multimeter to check that the voltage of the AC input circuit
breaker is in the range of 85 V AC to 300 V AC.
2. Switch on the battery circuit breaker and AC input circuit breaker.
3. If the lithium battery model is ESU-A2400Wh/D, flip the ESMU
power switches to ON.
1. Use a multimeter to check that the voltage of the AC input circuit
breaker is in the range of 85 V AC to 300 V AC.
2. Switch on the battery circuit breaker and AC input circuit breaker.
3. If the lithium battery model is ESU-A2400Wh/D, flip the ESMU
power switches to ON and wait for the initial power-on.
4. Insert the PV input connector into the SSU to connect the solar
power supply.
When there is no AC input in a solar+mains scenario (lithium
battery), remove the PSU, connect the battery supply, and then
reinstall the PSU.
NOTICE
NOTE
Setting Parameters
12.3
The LCD screen becomes dark if no button is pressed for 30 seconds.
You need to log in again if no button is pressed for 1 minute.
The preset password is 000001.
NOTE
For the preparation of the PV input cable connector, see the
appendix.
NOTE
5. Install battery activation cables.
The other end of the activation cables are connected before
delivery.
NOTE

13
Main Menu
Second-Level Menu Third-Level
Menu Fourth-
Level Menu
Default
Value Setting
Setting
Wizard
Date and Time
Time Zone
-
UTC +08:00
Beijing
Set this parameter to the local time zone.
Date and Time
-
-
Set this parameter to the local date and time.
Network Parameters
IP Address
-
192.168.0.10
Set this parameter based on the IP address
assigned by the network administrator.
Subnet Mask
-
255.255.255.
0
Set this parameter based on the subnet mask
assigned by the network administrator.
Default
Gateway
-
192.168.0.1
Set this parameter based on the gateway address
assigned by the network administrator.
Parameters
Settings
Power System
Basic
Parameters
Battery
Type
Normal Lead
Acid
Set the parameter based on the actual battery type.
Comm.
Parameters
Network
Parameters
NetEco
Primary IP
192.168.0.10
Set an IP address for the active
NetEco server.
NetEco
Backup IP
192.168.0.10
Set an IP address for the standby
NetEco server.
NetEco Port
Number
31220
Please contact Huawei technical support if you
need change the port number.
Battery
Basic
Parameters
Rated
Capacity
100 Ah
Set the parameter based on the actual battery
capacity.
Other
Parameters
Installation
Time
-
Set this parameter to the current time.
ESS
Charge
Parameters
Current
Limit
0.40 C10
0.05C10
–1.00C10
Powering-On the Video Surveillance Equipment
12.4
Switch the M48300N1 circuit breaker to ON.
When the battery type is TCB-
C/FCB-B, this parameter is
displayed.
NOTE
NOTE
When the battery type is ESU-
A/ESM-A, this parameter is
displayed.
13 (Optional) Installing an ICC on a Pole
Upper
fastener
Pole
mounting kit
1. Secure the upper fastener to the
pole mounting kit. 2. Install the upper pole mounting kit to the pole. 3. Install the lower pole mounting kit to
the support.
4. Install the bracket onto the pole. 5. Hoist the ICC. 6. Secure the ICC.

14
ICC ground
cable
7. Connect one end of the ICC ground cable
to the ICC ground bar. 8. Connect the other end of the ICC ground cable to the pole ground bar.
Pole ground bar
Appendix
1. Push the slider outwards
using a screwdriver until the
target mark line is completely
exposed.
2. Insert the conducting wires,
with the positive wire to hole 1
(+) and the negative wire to
hole 2 (–).
3. Push the slider back to finish
the conducting wire
installation. Check whether
the conducting wires are
securely clamped by pulling
them gently. If the conducting
wires withdraw or are
exposed outside the wiring
holes, take out the conducting
wires, cut off the disperse
wires, strip again, and reinstall
them.
Preparing the CPE Power Cable Connector
Preparing the PV Input Cable Connector
1. Prepare a DC output power cable and connector for the PV module.
2. Measure the length of the cable to be stripped based on the terminal scale and then strip the cable to expose the conducting wires.
3. Push the sliding cover of the EPC5 connector to expose two screws, and loosen the two screws.
4. Insert the blue wire labeled NEG(–) into the –port and black or brown wire labeled RTN(+) into the + port on the connector, and then
tighten the screws using a Phillips screwdriver after the wires contact the bottom of the ports.
5. Check whether the conducting wires are securely clamped by pulling them gently. If the conducting wires withdraw or are exposed outside
the wiring holes, take out the conducting wires, cut off the disperse wires, strip again, and reinstall them.
6. Slide the sliding cover back.
Huawei Technologies Co., Ltd.
Huawei Industrial Base, Bantian, Longgang
Shenzhen 518129 People's Republic of China
www.huawei.com