Huawei FusionModule500 User manual

Huawei Technologies Co., Ltd.
Issue: 02
Date: 2021-06-30
FusionModule500 Smart Mini Data Center
Quick Guide (02116382)

1Copyright © Huawei Technologies Co., Ltd. 2021.
All rights reserved.
Product Overview
Item Specifications
Cabinet dimensions (H x W x D)
(unit: mm)
Converged Cabinet: 2000 x 600 x
1100
Installation scenario
Supports only a single cabinet.
Installation space
The cabinet provides 42 U available space. The mounting
bars are adjustable. The installation position for horizontal
rPDUs
is set at the rear of the cabinet.
Power distribution
6 kVA UPS
rPDU
: horizontally installed; options: IEC and GB
Lithium battery: 100 Ah/48 V DC
Operating temperature
Indoor: 0
°C to 40°C
Operating humidity
5%
–95% RH
IP rating
IP20
Maximum power of a single cabinet
3 kW
Installation mode
Installed on a concrete floor or an electrostatic discharge
(ESD) floor
Altitude
≤ 1000 m (
derated
when the altitude ranges from 1000 m
to 4000 m)
Components to Be
Installed Onsite
Lithium battery
Water sensor
Temperature and humidity
(T/H) sensor
rPDU
LAN Switch
(Optional)
Server
(Optional)
IVS (Optional)
Camera
(Optional)
•The component layout is only for reference. The actual installation positions prevail.
•If the IVS, server, and LAN switch are configured, determine their installation positions
based on the site requirements.

2
Hardware Installation
1Installing the Cabinet
1. Determine the cabinet position based
on the engineering layout diagram.
2. Place the cabinet at the correct
installation position.
3. Level the cabinet using a wrench.
•Use a measuring tape to check
that the vertical distance between
the top of the 2000 mm high
cabinet and the floor is 2000 mm
(+3 mm). Then use a level to
check that the cabinet is level.
•Do not remove the anchor bolts.
Otherwise, rework is required if
the cabinet height does not meet
requirements.
2Installing a Drainage Pipe for the Smart Cooling Product
1. Remove the baffle plate from the smart cooling product.
2. Cut the rubber plug of the water pipe hole at the bottom of the cabinet and route the
drainpipe.
3. Install the baffle plate for the smart cooling product.

3
1. Push a lithium battery into the
cabinet and secure it.
3Installing Power Supply and Distribution Devices
3.1 Installing Lithium Batteries 12.1
3.2 Install Busbars
3.3 (Optional) Installing Busbars
•If there is more than one lithium
battery, install busbars.
•The busbars need to be installed 2
U above the last lithium battery.
Determine the busbar installation
position based on the lithium
battery configuration.
Install lithium batteries in the 11th U and
higher positions of the cabinet.
Install rPDUs in the 11th U and 13th U
positions of the rear door of the cabinet.
4Installing Monitoring Devices
4.1 Installing the SIM Card and Antenna
3. Attach the antenna to the middle of the
cabinet top.
4. Connect the antenna cable.
1. Remove the ECC800-Pro main control module.
2. Install the SIM card.

4.2 Installing a PAD
1. Adjust the PAD mounting support to match the dimensions of the PAD to be installed.
2. Remove the nuts from the PAD mounting support and install the support.
3. Route the PAD power cable through the cable hole and connect the cable.
4. Clamp the PAD.
5. Connect the ECC800-Pro USB cable to the charging port on the PAD.
Adjusting
screws
4
4.3 Installing T/H Sensors
1. Unpack the two T/H sensors. Attach one
sensor to the right post at the 33th U
position on the front door and the other
to the right post at the 11th U position
on the rear door of the cabinet.
2. Set the DIP switch address of the T/H
sensor on the front door to 2 and that
of the T/H sensor on the rear door to 1.
3. Insert the pre-routed cables into the
ports on the T/H sensors on the front
and rear doors.
•The installation positions of the T/H sensors can be adjusted as required.
•The default device address is 1.
Installing Remote T/H Sensors for
Smart Cooling Products Installing Cabinet T/H Sensors
1. Unpack the two T/H sensors and attach
one sensor to the mounting bars at the
39th U position on the front door and the
other to the 37th U position on the rear
door of the cabinet.
2. Set the DIP switch address of the T/H
sensor on the front door to 2 and that of
the T/H sensor on the rear door to 1.
3. Insert the pre-routed cables into the
ports on the T/H sensors on the front and
rear doors.
4.4 Installing an Electrode
Water Sensor
1. Place the water sensor on the floor
under the cabinet.
2. Route the water sensor cable through
the cable hole at the bottom of the
cabinet, and connect the cable to the
water sensor cable connected to the
ECC500.
3. Install the water detector.

4.5 (Optional) Installing a Server
1. Determine the installation position of the server and check whether floating nuts are installed.
If not, install them first.
5
2. Install guide rails. 3. place the server on the guide rails, and push
it into the cabinet.
4. Secure the server.
5. Connect the server power cable.
a. Wear an ESD wrist strap or ESD gloves.
b. Connect one end of the power cable to
the cable port on the AC power module
of the server.
c. Use a hook-and-loop fastener to secure
the power cable.
d. Route the power cable along the cable tray neatly, use cable ties to bind the power cable,
and use diagonal pliers to trim off the excess of the cable ties.

6
4.6 (Optional) Installing a Camera
1. (Optional) Install an SD card. 2. Secure the camera to the
mounting plate.
(1) Cable outlet
4. Adjust the camera.
5. Install the transparent cover.
3. Secure the mounting plate to the top
of cabinet front door.

4.7 (Optional) Installing a LAN Switch
1. Install guide rails and floating
nuts.
2. Secure the LAN switch.
3. Connect the power cable of
the LAN switch.
4. Connect any port from 1 to 24
on the LAN switch to the
WAN_1 port on the ECC800-
Pro using a network cable.
5. Insert a power module into
the power slot of the LAN
switch.
It is recommended that the
LAN switch be installed in the
35th U position of the cabinet.
You can adjust the position
based on the site requirements.
7
4.8 (Optional) Installing an IVS1800
1. Install hard disks.
a. Remove screws, and take off the chassis cover.
b. Remove two black screws on each side of the chassis and the silvery white one on top of the
hard disk tray, raise the hard disk tray by 45 degrees, and take out the upper and then lower
layers of hard disk tray.
c. Place the hard disks with ports
facing upwards and align the
screw holes on the hard disk
tray with the hard disks and
fasten the screws.

d. Insert the hard disk tray back at 45 degrees with the opening of its locking buckle facing
downwards, hold the screw in the red-framed part to lower the hard disk tray until it is level,
and fasten the black screws on the left and right sides and the white screw on the top.
e. Connect data and power cables to hard disks.
8
f. Close the chassis cover, and use a PH2 screwdriver to fasten the rear screws.
2. Install the device.
a. Install the cage nuts on guide rails, and Install guide rails.
b. Install the cage nuts that secure the IVS1800.
c. Install mounting ears.

8
d. Install the IVS1800 in the cabinet.
3. Power on the device.
4.9 (Optional) Installing a Fire Extinguishing Module
1. (Optional) Installing guide rails to the installation position of the fire extinguishing module.
2. Secure the fire extinguishing module.

System Cabling
10
1Grounding the Smart Module
2Connecting the Power
Cables of the Cabinet 3Connecting PDU2000
Power Cables
Connect input power cables to
the power distribution unit.

11
4Connecting Cables Between Lithium Batteries and the UPS
1. Connect cables between lithium
batteries and busbars.
2. Connect cables between the busbars
and the power distribution unit.
3. Connect cables between the power
distribution unit and the UPS.
4. Connect communications cables between lithium batteries and the UPS.

12
Connecting IVS Cables
5.1
1. Connect one end of the ground cable to the ground terminal on the device and the other end
to the ground point on the cabinet.
2. Connect one end of the network cable to either GE port on the VCN510.
3. Connect one end of the power cable to the input power port on the power module and the
other end to the PDU2000 in the cabinet.
5Management System Cable Connection

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Verify the Installation
Item
Check That
Check Result
Cabinet
The cabinet position is consistent with the equipment room layout
diagram.
□
Passed □Failed
All bolts and screws are firmly tightened, especially on electrical
connections. Flat and spring washers are used with each bolt, and
spring washers are placed on the top of flat washers.
□
Passed □Failed
The cabinet is clean and complies with dustproof requirements.
□
Passed □Failed
All labels are correct,
clear, and complete.
□
Passed □Failed
The paint on the cabinet exterior is intact. Promptly repaint the
cabinet exterior if necessary to prevent corrosion.
□
Passed □Failed
The cabinet door and lock work properly.
□
Passed □Failed
The cabinet has no waste tape, cable ties, paper, or packing
materials around it.
□
Passed □Failed
All components are properly installed and no component is left
onsite.
□
Passed □Failed
Empty cable holes are blocked using plugs or lids.
□
Passed □Failed
Cable
All cable connections are secure, especially network cable
connections.
□
Passed □Failed
Exposed parts of cables and cable lugs near the cable terminals
are wrapped with insulation tape or heat
-shrink tubing.
□
Passed □Failed
Flat washers and spring washers of all wiring terminals are
securely installed and in good contact.
□
Passed □Failed
Cables are bound neatly, and cable ties are secured evenly and
properly in the same direction.
□
Passed □Failed
Excess sections of cable ties are neatly cut.
□
Passed □Failed
There is no unnecessary adhesive tape or cable tie on cables.
□
Passed □Failed
Routed cables are convenient for future maintenance and
expansion.
□
Passed □Failed
Labels at the cable ends are clear.
□
Passed □Failed
Electrical
All ground cables are copper cables with diameters meeting the
requirements. No switch or fuse is allowed on a ground cable, and
no open circuit occurs.
□
Passed □Failed
All ground cables, AC input cables, and intra
-cabinet cables are
connected correctly according to the power system circuit
diagram, and all screws are fastened. The input and output cables
are not short
-circuited.
□
Passed □Failed
The smart cooling product input voltage is within the range of
rated voltage
±10%, and the input frequency is within the range
of rated frequency
±3 Hz.
□
Passed □Failed
Power cables and ground cables are not coiled and excess parts
are cut off.
□
Passed □Failed
Lugs for power cables and ground cables are
welded or crimped
securely.
□
Passed □Failed
Power cables and ground cables are routed and bound separately
from other cables.
□
Passed □Failed
Lithium batteries are intact, free from damage, cracks, and bulges.
□
Passed □Failed
Lithium batteries are neat and clean, and do not leak electrolyte.
□
Passed □Failed
Lithium battery terminals are upright and free from damage,
break, and acid leakage.
□
Passed □Failed
The lithium battery cables are correctly connected.
□
Passed □Failed
DIP switches on devices are correctly set.
□
Passed □Failed

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Power-On Commissioning
1Power-On Commissioning for the Power Supply and
Distribution System
1. Switch on all SPD circuit breakers.
Configure an upstream protective device that meets the overload and short-circuit protection
requirements for the cabinet. If one power input is overloaded or short-circuited, the system can
switch to the other power input automatically.
If the SPD indicator is green, the SPD is running properly. If the SPD indicator is red, the SPD is
faulty and must be replaced immediately.
2. Switch on the power input circuit breaker outside the cabinet to power on the cabinet.
3. Turn on the UPS input switch.
4. After the UPS starts, set parameters such as the battery capacity based on the site
requirements, start the inverter, and switch on the UPS output circuit breaker.
5. Switch on the rPDU circuit breakers.
UPS Power-On Commissioning
1.1
1. Switch on the external battery circuit breaker (if any).
2. Press ON/MUTE to start the UPS. The UPS will enter the standby mode. Press and hold
SELECT on a non-setting screen to access the login screen for parameter settings. The
initial password is 001. Enter the correct password to enter the UPS setting mode.
3. Set the output voltage and battery capacity.
4. Press and hold ON/ENTER for more than 5s. Release the button when you hear a beep
sound. The UPS starts to work in battery mode.
5. After you ensure that the UPS runs properly, switch on the AC output circuit breaker Q for
the UPS to start the load.
Connecting the Lithium Battery Supply
1.2
1. Hold down the MANUAL ON/OFF button on the lithium battery panel for at least 5s and
less than 15s to power on the lithium battery.
2. When multiple ESMs connected in parallel are powered on, observe the RUN indicator on
each ESM panel. Communication is normal if the indicator is steady on and is not established
if it blinks fast. Check the communications cables between ESMs and rectify the fault.
3. When the ESMs are communicating with the monitoring module, check whether the
communication is normal. If the RUN indicator on an ESM is steady on, the ESM
communicates properly with the monitoring module. If the indicator blinks fast, the
communication is interrupted. In this case, check that the communications cable is properly
connected.
4. Observe the ESM for 15 mins. Ensure that it is working properly (the ALM indicator is off and
the RUN indicator is steady on).

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2Power-On Commissioning for the Cooling System
1. Switch on the smart cooling
product circuit breaker in the
upstream PDB.
2. Commission the system after
the electric heating belt of
the crankcase has been
preheated for 12 hours.
Before starting the compressor, ensure that the electric
heating belt of the crankcase has been preheated for
more than 12 hours. Otherwise, the compressor may be
faulty, and Huawei will not be liable for any loss caused
thereby.
Powering on Devices
2.1
1. Add the NetCol5000-A0031.
2. Set the running parameters and control parameters for the NetCol5000-A0031 on the
WebUI.
Initial Configuration
2.2
On the Running Parameters tab page, you are advised to set Temperature setpoint to 23°C,
Humidity setpoint to 50% RH, Control mode to Cold aisle average value control, and Cold
aisle T/H sensor fault enable and Hot aisle T/H sensor fault enable to Enable.
•Before commissioning, ensure that the smart cooling product has been powered on.
•Before starting the compressor, ensure that the crankcase heating belt has warmed up for
more than 12 hours.
Commissioning Procedure
2.3
1. Log in to the ECC800-Pro WebUI as admin, and choose Monitoring > Cooling >
NetCol5000-A0031 to enter the smart cooling product commissioning page.
2. Choose Controls > Control Information, set Power on/off to ON, and click Submit.
3Power-On Commissioning for the Management System
Preparations and WebUI Login
3.1
Change the password immediately after the first login.
1. Connect a network cable between the PC network port and the WAN_1 port on the ECC800-
Pro.
2. Configure the PC IP address and the WAN_1 IP address in the same network segment.
3. Set LAN parameters.
4. Set Internet Explorer parameters.
5. Log in to the ECC800-Pro WebUI.
Preparations and App Login
3.2
1. Download and install the FusionModule app from Huawei AppGallery.
•Huawei AppGallery installed on the PAD: Log in to the Huawei AppGallery client, search for
FusionModule, and tap Install.
•Huawei AppGallery not installed on the PAD:
Method 1: Log in to Huawei AppGallery (https://appgallery.huawei.com/), search for
FusionModule, and tap Install.
Method 2:Log in to the ECC800-Pro WebUI on a PC and scan the QR code to install the app.

16
Performing Startup Password Authentication
3.3
1. Authenticate the startup password on the WebUI.
a) Log in to the ECC800-Pro WebUI as an administrator.
b) Record the values of Barcode and Verify Code in the displayed Startup Password dialog
box.
c) Within 24 hours, inform Huawei technical support of Barcode and Verify Code to obtain
the password. After obtaining the password, enter the password in the Password text box
and click Submit to complete the authentication of the startup password.
d) Choose System Settings > System Parameters > Site Configuration and set System
type to FusionModule500/800.
2. Hold down the SW button on the ECC800-Pro for less than 3s to enable the WiFi function.
3. (Optional) Enable the WiFi function on the ECC800-Pro WebUI.
4. Log in to the app.
2. Use the Service Expert app to authenticate the startup password.
a) Download and install the Service Expert app from Huawei AppGallery.
•Huawei AppGallery installed on the PAD: Log in to the Huawei AppGallery client,
search for Service Expert, and tap Install.
•Huawei AppGallery not installed on the PAD: Log in to Huawei AppGallery
(https://appgallery.huawei.com/), search for Service Expert, and tap Install.
b) Hold down the SW button on the ECC800-Pro for less than 3s to enable the WiFi
function.
c) Use the Service Expert app to authenticate the startup password.
Creating a Smart Module Layout
3.5
1. Choose Home > Plan View, create a smart module in Smart Module View, and set the
layout and device quantity based on the actual smart module scenario.
2. Drag the icons of registered devices and devices on the cabinet list to appropriate positions in
the layout to create a smart module plan view.
Setting the Date and Time
3.4
1. Choose System Settings > System Parameters > Time.
2. Set the time zone, date, and time based on the site requirements or click Obtain Local Time,
and click Submit.
Adding a Southbound Device
3.6
1. Choose System Settings > Device Management > Add Device.
2. After you add a device, date, and time based on site requirements or click Auto Discover
Device, the details about the device connected to the smart module are displayed.
How Can I Add a UPS2000G
3.7
1. Log in to the ECC800-Pro WebUI as an administrator, add a UPS2000G-L.

17
2. Click Test Connect.
Path
Parameter
Setting
Choose
System Settings >
Device Management
and
click
Add Device. The
parameters for adding
devices are displayed.
Device attribute
Select
UPS from the drop-down list box.
Device attribute
Select
UPS2000G-L from the drop-
down list box.
Connect To
Select
ECC800 from the drop-down list box.
Communications
Port
Select
COM4 from the drop-down list box.
Device Address
During actual configuration, set the device
address for the UPS2000G
-
L based on the actual
situation.
The setting example indicates that the
UPS2000G is connected to the COM4 port on
the ECC800-Pro.
Commissioning the Smoke DSetector
3.8
1. Set smoke detector parameters.
a) Log in to the ECC800-Pro WebUI as an administrator.
b) Choose System Settings > Signal Name Modify. The Batch Signal Configuration tab
page is displayed.
c) Set Device type to ECC800, set Device name to ECC800, and click OK.
d) On the query result tab page, set the new signal name of AI/DI_1 to Smoke and click
Submit.
e) Choose Monitoring > System > ECC800 > Running Parameters > AI/DI_1 Port Settings.
f) Set Smoke sensor to Enable and click Submit.
g) Confirm that Smoke sensor type is automatically identified as Smoke sensor.
2. Check the monitoring functions of smoke sensor.
Check Method
Normal Connection Status
Alarm Clearance Method
Simulate a smoky
environment under
the smoke detector.
Smoke DI alarm is displayed
on the active alarm page of
the app or WebUI.
Disconnect the smoke detector
cable and then reconnect it to
clear the alarm.
Commissioning the Electrode Water Sensor
3.9
1. Set water sensor parameters.
a) Log in to the ECC800-Pro WebUI as an administrator.
b) Choose System Settings > Signal Name Modify. The Batch Signal Configuration tab
page is displayed.
c) Set Device type to ECC800, set Device name to ECC800, and click OK.
d) On the query result tab page, set the new signal name of AI/DI_2 to Leak and click
Submit.
e) Choose Monitoring > System > ECC800 > Running Parameters > AI/DI_2 Port Settings.
f) Set Leak sensor to Enable and click Submit.
g) Set Leak sensor type to Leak sensor(Electroc) and click Submit.

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2. Check functions of water sensors.
Check Method
Normal Connection Status
Alarm Clearance Method
Immerse the two
contacts of the electrode
water sensor in water.
Leak DI alarm
is generated
on the active alarm screen
of the app or on the WebUI.
Wipe dry the two contacts of
the water sensor. The alarm
disappears automatically.
Commissioning the Electrode Water Sensor
3.10
1. The DIP switch of the T/H sensor on the front door is set to 2, and that of the T/H sensor on
the rear door is set to 1.
2. Add a T/H sensor.
a) Log in to the ECC800-Pro WebUI as an administrator.
b) Add a T/H sensor.
Address
Toggle
Switch 1
Toggle
Switch 2
Toggle
Switch 3
Toggle
Switch 4
Toggle
Switch 5
Toggle
Switch 6
1ON OFF OFF OFF OFF OFF
2 OFF ON OFF OFF OFF OFF
Path
Parameter
Setting
Choose
System Settings >
Device Management
and
click
Add Device. The
parameters for adding devices
are displayed.
Device attribute
Select
Sensor from the drop-down list box.
Device attribute
Select
T/H sensor from the drop-down list
box.
Connect To
Select
ECC800 from the drop-down list box.
Communications
Port
Select
COM1 from the drop-down list box.
Device Address
In this example, device address is set to 1.
During actual configuration, set the device
address for the T/H sensor based on the
actual situation.
c. Click Test Connect to check whether the T/H sensor connects to the ECC800-Pro properly.
3. Check the function of the T/H sensor.
Check Method
Normal Connection Status
Check the running
information about the
T/H sensor on the
WebUI
.
Choose
Monitoring >Aisle > T/H Sensor Group > T/H Sensor n
>
Running Info
, and view the current cabinet temperature and
humidity.
Set T/H sensor alarm
thresholds.
Choose
Monitoring > Aisle > T/H Sensor Group > T/H Sensor n
>
Running Parameters
and set High temperature alarm
threshold
, Low temperature alarm threshold, High humidity
alarm
threshold, and Low humidity alarm threshold as required.

19
Commissioning Cabinet Electronic Clasp Locks
3.11
1. Set device addresses for cabinet electronic clasp locks.
•A cabinet electronic clasp lock is installed at the front and rear doors of the cabinet
respectively. The address for the cabinet electronic clasp lock on the front door is an odd
number, and that for the cabinet electronic clasp lock on the rear door is an even number.
•Set a device address for a cabinet electronic clasp lock by operating the toggle switch on the
cabinet electronic clasp lock. Toggle switches 1 to 6 specify the device address in binary
mode. ON indicates 1, and OFF indicates 0.
Commissioning Event Notification
3.12
1. Choose System Settings > Event Notification.
2. Set outbox parameters.
3. Add an email address for receiving emails.
4. Add a mobile number for receiving event notifications.
5. Set the alarm notification delay time and add alarm notification parameters.
6. Click Confirm. In the re-authentication dialog box, enter Login password and click Submit.
Address
Toggle
Switch 1
Toggle
Switch
2
Toggle
Switch
3
Toggle
Switch
4
Toggle
Switch
5
Toggle
Switch
6
1
ON
OFF
OFF
OFF
OFF
OFF
2
OFF
ON
OFF
OFF
OFF
OFF
2. Add the cabinet electronic clasp locks.
a. Log in to the ECC800-Pro WebUI as an administrator.
b. Create a cabinet view in Smart Module View on the home page.
c. Add a cabinet electronic clasp lock.
3. Commission the cabinet electronic clasp locks.
3.13 Commissioning Linkage Control
1. Log in to the ECC800-Pro WebUI as an administrator.
2. Choose System Settings > Linkage Control.
3. Ensure that Enable linkage control function is set to Yes.
4. On the Linkage Group tab page, set Link smoke alarm with clasp lock open to on.
5. Modify the AI/DI_1 signal name.
6. Enable the AI/DI device.
Unlocking the Cabinet Electronic Clasp Lock When a Smoke Alarm Is Generated
1. Log in to the ECC800-Pro WebUI as an administrator.
2. Choose System Settings > Linkage Control.
3. Ensure that Enable linkage control function is set to Yes.
4. On the Linkage Group tab page, set Link fire control with clasp lock open to on.
5. Modify the AI/DI_3 signal name.
6. Enable the AI/DI device.
Unlocking the Cabinet Electronic Clasp Lock When a Fire Alarm Is Generated