Huawei FusionPower6000 User manual

Steel rope
Steel rope
Rectangular
hoisting tool
PowerPOD
FusionPower6000 V100R021C10 Quick Guide
01
Copyright © Huawei Technologies Co., Ltd. 2021. All rights reserved.
1. Remove the fasteners that secure the base to the transportation vehicle based on the site
requirements.
Item Reference
UPS UPS5000-H-(1200 kVA–1600 kVA) User Manual (100 kVA Power Module)
ECC800 ECC800 Data Center Controller V100R021C10 User Manual (for ECC800-Pro)
Installation dimensions (unit: mm)
01 Reference Documentation
2.4 MW PowerPOD base dimensions
Before installation, read the user manual carefully to get familiar with product information and
safety precautions, The 2.4 MW PowerPOD is used as an example to describe the installation and
commissioning.
2. Determine the position for installing the PowerPOD on the floor based on the mounting holes
on the platform base. Drill holes and install expansion sleeves.
1. Adjust the PowerPOD in the installation direction, connect the steel hoisting ropes, and
hoist the PowerPOD at the entrance of the unloading area.
2. When unloading the PowerPOD, use a crane to
hoist one end of the PowerPOD into the room to
place it on the moving dolly at the entrance of
the unloading area, and place the other end on
the wood sleeper. Use a crane to lift the
PowerPOD end placed on the wood sleeper, and
use an electric winch to slowly push the
PowerPOD into the room.
3. After the winch pulls the PowerPOD into the
room, place the moving dolly at the rear of the
PowerPOD.
4. After moving to the installation position, place
the jacks at the I-shaped steel positions on the
base of the PowerPOD. Lift up the PowerPOD
and remove the tank wheel, and then put down
the jacks.
1. Place the PowerPOD on the hoisting platform and bind it.
2. Adjust the prefabricated PowerPOD in
the installation direction, connect the
steel hoisting ropes, and hoist the
PowerPOD at the entrance of the
unloading area.
3. Connect the steel hoisting ropes to the
rectangular hoisting tool.
4. Conduct trail hosting. Lift the hook by about 200 mm under the command of the crane
operator and keep it for 5 minutes. Check the status of the crane, legs, and steel ropes.
If any exception is found, put down the PowerPOD immediately and rectify the fault
until the potential risk is eliminated.
5. Lift the PowerPOD to the hoisting hatch, place the front part of the hoisting platform
indoors, and secure the hoisting platform using two manual hoists.
2.4 MW indoor PowerPOD
Binding strap
Hoisting
platform
03 Hoisting on the First Floor
02 Installation Preparations 04 Hoisting on a Higher Floor
Winch Pulling
rope
Moving
dolly Wood
sleeper
Pallet truck Moving dolly
05 Securing a PowerPOD
Manual hoist
Hoisting platform
PowerPOD
Hardware Installation
(1) Transformer
(2)
Input/Bustie cabinet
(3)
Reactive power
compensation cabinet (SVG)
(4) Maintenance bypass
cabinet
(5)
Input/Bypass cabinets
(6)
UPS5000-H-1200kVA
(7) Output cabinet
(8)
PAD
(9)
Feeder cabinets
(10)
Platform base
6. Untie the steel ropes, use jacks to support the PowerPOD, and place eight moving dollies
underneath.
7. Use a pallet truck to pull the PowerPOD out of the hoisting platform and move the
PowerPOD to the installation position.

01
Copyright © Huawei Technologies Co., Ltd. 2021. All rights reserved.
FusionPower6000 V100R021C10 Quick Guide
1. Cut open the protective covers using a utility knife and remove the protective covers.
2. Remove mounting ears from the base and protective parts.
1. Move power modules to the reserved positions in the UPS. Rotate the ready switches to the
locked state. Secure the power modules.
2. Move an SVG module to the reserved position in the SVG cabinet. Install and secure the
SVG module.
07 Grounding a PowerPOD
08 Installing Devices Inside a PowerPOD
09 Installing Cables
1. Connect input power cables to the transformer and the dense busway of the bus tie cabinet.
2. Remove the top cover and the rear panel from the feeder cabinet as required.
Connect output power cables.
3. Install battery cables for the UPS.
（1）Connect the ground cable of the battery
string or its BBB box to the battery PE of the UPS
or the ground bar in the equipment room as
required.
06 Removing Mounting Ears from the Base and Protective Parts
Connect the ground cables to the ground points of the PowerPOD using M8/M6 stainless steel bolt
assemblies. Route the ground cables through plastic-coated metal hoses based on site
requirements.

01
Copyright © Huawei Technologies Co., Ltd. 2021. All rights reserved.
FusionPower6000 V100R021C10 Quick Guide
10 Verifying the Installation
Item Check
Method
Expected Result
PowerPOD
installation
Observe
The installation complies with the design requirements.
Equipment
appearance
Observe
•
The equipment is intact and free from inclination, distortion,
pain drop, and rust.
•
All connections are secure.
External
grounding
Observe
The ground cable is securely connected, and the ground
resistance is less than or equal to 10 ohms.
Cable connections
Observe
•
All cable connections are secure, especially network cable
connections.
•Bare wires near the wiring terminals and terminal handles are
wrapped in insulation tape or heat-shrink tubing.
•
Flat washers and spring washers of all wiring terminals are
securely installed and in good contact.
•
Cables are routed in the way convenient for future
maintenance and expansion.
•
Cabinets are clean and have no dust, excessive cable ties,
cable cuts, or other foreign matter inside.
Cable binding
Observe
•
Cables are neat and not coiled, and excessive parts are cut.
•
Cable ties do not overlap, and the joints are evenly cut
without burrs.
•
Cables are placed properly and not tense at turning points.
•
Cable routes are straight and smooth, and do not intersect
inside a cabinet.
Labels
Observe
All labels are correct, clear, and complete.
Copper bars on
the cabinet tops
Observe
•
Copper bars on the cabinet tops are not deformed.
•
Screws at the copper bar joints are tightened.
•
The cabinet tops are clean and free of foreign objects.
Power-On Commissioning
2.4 MV Power distribution system architecture
01 Power-On Commissioning for the Power Supply and
Distribution System
Commissioning the Low-Voltage PDF
1.1
2. Switch on the upstream input circuit breaker and check the indicator on the low-voltage PDF.
If they light on, the PDF is powered on properly.
3. Switch the input circuit breaker to the Test position. Switch the interlocked standby circuit
breaker to the Test position.
4. Switch on and off the two circuit breakers respectively to perform an impact test.
5. Switch the input circuit breaker to the working position, perform the impact test again and
switch on the circuit breakers.
6. Check that the downstream equipment is properly connected. Then measure or check whether
the output voltage and current meet requirements. If yes, switch on the output circuit breaker
to power on the equipment.
Powering On and Starting the UPS
1.2
1. Download and install the Service Expert app, On the app home screen, tap StartUp to access
the Set Startup screen.
2. Set the language, time, network parameters, system parameters, and battery parameters on
the Settings Wizard screen.
Obtaining Startup Password
1. Turn on the SPD switches 1QFS and 2QFS.
2. Turn on the upstream bypass and mains input switches.
Starting the Inverter on the LCD
1. Choose Common Functions > Inv. ON.
2. On the displayed login screen, select a user name and enter the password.
3. In the displayed dialog box, tap Yes to start the inverter.
Starting the Inverter on the WebUI
1. In the address box of the browser, enter https://UPS IP address.
2. Enter the correct user name and password and click Login.
3. On the WebUI, choose Monitoring > UPS System > Running Control, and click Inv. ON, and
confirm the operation to start the inverter.
Preparations and WebUI Login
2.1
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.
02 Power-On Commissioning for the Management System
Setting the Date and Time
2.4
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 Device
2.5
1. Choose System Settings > Device Management > Add Device.
2. After a device is added, the details about the device connected to the PowerPOD are
displayed.
•Devices to be manually added: reactive power compensation cabinet (SVG) and
transformer.
•Devices that can be automatically discovered: UPS, feeder cabinet, and low-voltage
cabinet.
Adding a Transformer
1. Log in to the ECC800-Pro WebUI as an administrator.
2. Add a transformer.
Path
Parameter
Setting
Choose
System
Settings
>
Device
Management
and click
Add
Device
. The
parameters for
adding devices
are displayed.
Device attribute Select Transformer from the drop-down list box.
Device Type
Select Transformer_LD-B10 or Transformer-ABB-
SCB11-2000 from the drop-down list box based on
the actual type of the transformer.
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
transformer based on the actual situation.
3. Click Test Connect to check whether the transformer is properly connected to the
ECC800-Pro.
Preparations and App Login
2.2
1. Log in to Huawei AppGallery (http://a.vmall.com/), search for FusionModule, and tap
Download to obtain the installation package.
2. Install the app.
3. Hold down the SW button on the ECC800-Pro for less than 3s to enable the WiFi function.
4. (Optional) Enable the WiFi function on the ECC800-Pro WebUI.
5. Log in to the app.
Adding an SVG
1. Log in to the ECC800-Pro WebUI as an administrator.
2. Add an SVG.
1. Check that the voltage, current, and frequency of the upstream circuit breaker for the low-
voltage PDF meet requirements.
Commissioning the Configuration Wizard
2.3
1. Log in to the ECC800-Pro WebUI as an administrator.
2. Choose Maintenance > Configuration Wizard to access the parameter configuring page for
the deployment wizard.
3. Configure related parameters on the page as instructed. For details, see the function
description on the left of the page.
4. After configuring the parameters, click Finish.
5. After confirming that the commissioning Result is normal, enter the Checker Name and
Check Date, and click Configuration Completed.
Path
Item
Description
Choose
System
Settings
>
Device
Management and
click
Add Device.
The parameters
for adding devices
are displayed.
Device attribute Select PDU from the drop-down list box.
Device Type Select SVG-APF-NOVTIUM from the drop-down
list.
Connect To Select ECC800 from the drop-down list box.
Communications
Port Select COM2 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
SVG based on the actual situation.
3. Click Test Connect to check whether the SVG connects to the ECC800-Pro properly.

FusionPower6000 V100R021C10 Quick Guide
01
Copyright © Huawei Technologies Co., Ltd. 2021. All rights reserved.
Creating a PowerPOD Plan View
2.6
1. Choose Home > Plan View and click Create a view in Power Module View. The Modify Basic
Config dialog box is displayed. Set the layout and device quantity in Location, Layout, and Half-
size cabinet qty./row based on the actual PowerPOD scenario.
2. Drag the icons of registered devices and devices on the cabinet list to the corresponding
positions in the layout diagram. Double-click the device icon. On the Basic Configuration page
that is displayed, modify the value of Device Name. Click Exit Edit Mode to create a PowerPOD
plan view.
Commissioning NetEco Management
2.8
Data Center Management
1. Connect the communication cable.
2. Set NetEco parameters.
3. Obtain the NetEco software license.
4. Power on the server.
5. Log in to the NetEco client.
6. Load the license.
7. Install the NE mediation.
8. Create a management domain.
9. Adding a PowerPOD.
10.Create an ECC800-Pro on the NetEco.
CloudOpera NetEco Management
1. Logging In to the EDCM (Using a Web Client).
2. Installing the EDCM App.
3. Allowing a User to Log in to the EDCM on a Mobile Device.
4. (Optional) Replacing the App Certificate on a Mobile Device.
5. Logging In to the EDCM App.
6. Setting EDCM Communication Parameters on the ECC800-Pro.
7. Connecting to the Network.
For details, see the FusionPower6000 V100R021C10 User Manual .
Creating a PowerPOD Plan View
2.7
1. Go to the power module view, click Modify Device, select the corresponding power
distribution device, and set Device No based on the setting rules.
When multiple power distribution devices of the same type are connected to the ECC, the
management system can distinguish the devices by device No.
•Identifiers of the transformer, SVG, APF, UPS, feeder cabinet, and lithium battery cabinet: device
type ID + device No.
•Identifier of the low-voltage cabinet: device type ID + detailed model ID + device No.
The default value of device No. is automatically generated based on the sequence in which devices
are added. You need to change the value based on the sequence of power distribution devices. The
setting rules are as follows:
•Transformer, SVG, APF, UPS, feeder cabinet, and lithium battery cabinet: If the device types are
the same, the start device No. is 1. The device No. increases in ascending order based on the
sequence of power distribution devices.
•Low-voltage cabinet: If the device types and detailed models are the same, the start device No.
is 1. The device No. increases in ascending order based on the sequence of power distribution
devices.

Category Default Value Value Range Setting
0001 /0001
Rated voltage 400/230 V
100/57V-115/66V-120/70V-208/120V-220/127V-230/132V-240/138V-
277/160V-347/200V-380/220V-400/230V-415/240V-440/254V-480/277V
400/230 V
Rates frequency 50 Hz 50Hz, 60Hz 50 Hz
Number of phase LN1 3 phases with N 3 phases with N/ 3 phases without N/ 1 phase 3 phases with N
Number of phase LN2 3 phases with N 3 phases with N/ 3 phases without N/ 1 phase 3 phases with N
Presence of external voltage Absent Absent/Present Absent
Primary voltage TV 690/400V
100V/57V-115V/66V-120V/70V-208V/120V-220V/127V-230V/132V-
240V/138V-277V/160V-347V/200V-380V/220V-400V/230V-415V/240V-
440V/254V-480V/277V-500V/288V-550V/317V-600V/347V-660V/380V-
690V/400V-910V/525V-950V/550V-1000V/577V-1150V/660V
690/400V
Secondary voltage TV 400/230 V
100V/57V-115V/66V-120V/70V-208V/120V-220V/127V-230V/132V-
240V/138V-277V/160V-347V/200V-380V/220V-400V/230V-415V/240V-
440V/254V-480V/277V
400/230 V
2CBs
2CBs/3CBs NPL opening only/3CBs NPL opening&closing/3CBs NPL
BusTie/3CBs Bus Tie
2CBs
Generator not in use Generator not in use/Generator in use Generator in use
Line LN1 Line LN1/Line LN2/No priority Line Line LN1
With inverse procedure With inverse procedure/Without inverse procedure With inverse procedure
Min voltage threshold -15% -30%–-5% -15%
Max voltage threshold +15% +5%–+30% +15%
Min frequency threshold -1% -10%–-1% -1%
Max frequency threshold +1% +1%–+10% +1%
Digital Input DI10-function Generator Start disabled/generator start/logic enabling/remote reset/emergency block disabled
Digital Input DI10-type NO NO/NC NO
Digital Input DI8-type NO NO/NC NO
DO7 0 0–63 0
Modbus Address 1 1…247 1
Modbus Baud Rate 9600 9600/19200/38400bps 9600
Modbus Stop Bits 1 0 1
Modbus Parity absent even, odd, absent absent
mode local local, remote local
0s Always On, 0..59s, step 1s,1,2,3...30min, step 1min Always On
Chinese English/Italian/German/French/Spanish/Finnish/Russian/Chinese English
ABB ATS022 Initial Configuration Parameters
Parameter
System Configuration
Parameter Configuration
Device Configuration
Limit thresholds
Digital Input
Modbus parameters
Backlighting duration
Password
Language
Type of application
Protection
Utilisation of generator
Priority Line
Switching

Cabinet No. Circuit Breaker Category
Current
Level
Trip Threshold Trip Time Setting
l1=0.4–1.0*ln
Threshold step: 0.01*ln
t1=3–144S
Time Step: 3S (3*l1)
lr1=1.0*ln=3200A
t1=96s (3*lr1)
l2=0.6–10*ln
Threshold step: 0.1*ln
t2=0.05–0.8S
Time Step: 0.01S
Ir2=10xln=32000A
t2=0.8s
l3=1.5–15*ln
Threshold step: 0.1*ln
Instantaneous Ir3=15xln=48000A
l4=0.2–10*ln
Threshold step: 0.02*ln
t4=0.1–1.0S
Time Step: 0.05S Ir4=0.4xln=1280A
l1=0.4–1.0*ln
Threshold step: 0.01*ln
t1=3–144S
Time Step: 3S (3*l1)
Ir1=1.0xln=2500A
t1=69s (3*lr1)
l2=0.6–10*ln
Threshold step: 0.1*ln
t2=0.05–0.8S
Time Step: 0.01S
Ir2=9.4xln=23500A
t2=0.4s
l3=1.5–15*ln
Threshold step: 0.1*ln
Instantaneous Ir3=15xln=37500A
l1=0.4–1.0*ln
Threshold step: 0.01*ln
t1=3–144S
Time Step: 3S (3*l1)
Ir1=1.0xln=3200A
t1=18s (3*lr1)
l2=0.6–10*ln
Threshold step: 0.1*ln
t2=0.05–0.8S
Time Step: 0.01S
Ir2=5.4xln=17280A
t2=0.24s
l3=1.5–15*ln
Threshold step: 0.1*ln
Instantaneous Ir3=15xln=48000A
l1=0.4–1.0*ln
Threshold step: 0.01*ln
t1=3–144S
Time Step: 3S (3*l1)
Ir1=1.0xln=3200A
t1=18s (3*lr1)
l2=0.6–10*ln
Threshold step: 0.1*ln
t2=0.05–0.8S
Time Step: 0.01S
Ir2=5.4xln=17280A
t2=0.24s
l3=1.5–15*ln
Threshold step: 0.1*ln
Instantaneous Ir3=15xln=48000A
l1=0.4–1.0*ln
Threshold step: 0.01*ln
t1=3–144S
Time Step: 3S (3*l1)
Ir1=1.0xln=3200A
t1=6s (3*lr1)
l2=0.6–10*ln
Threshold step: 0.1*ln
t2=0.05–0.8S
Time Step: 0.01S
Ir2=3.9xln=12480A
t2=0.14s
l3=1.5–15*ln
Threshold step: 0.1*ln
Instantaneous Ir3=15xln=48000A
l1=0.4–1.0*ln
Threshold step: 0.01*ln
t1=3–144S
Time Step: 3S (3*l1)
Ir1=1.0xln=3200A
t1=3s (3*lr1)
l2=0.6–10*ln
Threshold step: 0.1*ln
t2=0.05–0.8S
Time Step: 0.01S
Ir2=2.7xln=8640A
t2=0.08s
l3=1.5–15*ln
Threshold step: 0.1*ln
Instantaneous Ir3=15xln=48000A
ACB Parameter Settings
LA11
Transformer
incoming
ACB
3200A
Overload Protection: L (Touch screen setting)
Time-delayed overcurrent protection: S (Touch screen setting)
Instantaneous overcurrent protection: I (Touch screen setting)
Earth fault protection: G (Touch screen setting)
Parameter
LA11
Bus tie
ACB
2500A
Overload Protection: L (Touch screen setting)
Time-delayed overcurrent protection: S (Touch screen setting)
Instantaneous overcurrent protection: I (Touch screen setting)
LA13
UPS main input
ACB
3200A
Overload Protection: L (Touch screen setting)
Time-delayed overcurrent protection: S (Touch screen setting)
Instantaneous overcurrent protection: I (Touch screen setting)
LA13
UPS bypass input
ACB
3200A
Overload Protection: L (Touch screen setting)
Time-delayed overcurrent protection: S (Touch screen setting)
Instantaneous overcurrent protection: I (Touch screen setting)
LA14
UPS maintenance
bypass
ACB
3200A
Overload Protection: L (Touch screen setting)
Time-delayed overcurrent protection: S (Touch screen setting)
Instantaneous overcurrent protection: I (Touch screen setting)
LA14
UPS output
ACB
3200A
Overload Protection: L (Touch screen setting)
Time-delayed overcurrent protection: S (Touch screen setting)
Instantaneous overcurrent protection: I (Touch screen setting)

Category Default Value Value Range Setting
IP address 192.168.0.10 1.0.0.0–223.255.255.255 Default Value
Subnet mask 255.255.255.0 0.0.0.0–255.255.255.255 Default Value
Gateway 192.168.0.1 1.0.0.0–223.255.255.255 Default Value
MAC address / / Default Value
Address 1 1–254 Default Value
Baud rate 9600 9600, 19200, 115200 Default Value
Parity mode None None, Odd, Even Default Value
Stop bit 1 1–2 Default Value
ModbusTCP Settings ModbusTCP encryption Enable Disable, Enable Default Value
Start address 32 32–44 Default Value
Quantity 0 0–4 Default Value
Start address 16 16–28 Default Value
Quantity 0 0–4 Default Value
Start address 112 / Default Value
Quantity 0 0–12 Default Value
SSID
UPS_WIFI + Last six characters
of the MAC address
/ Default Value
Password Changeme / Default Value
Single Single, Parallel Single
/0–12 12
00–19 0
Normal mode
Normal mode, ECO, Self-load mode, Converter mode Normal mode
±5%
±5%, ±6%, ±7%, ±8%,
±9%, ±10% ±5%
Non-BSC Non-BSC, Standard BSC mode Non-BSC
≤1000 ≤ 1000, 1000–2000, 2000–3000,
3000–4000, 4000–5000 Default Value
Disable Disable, Enable Disable
00–365 Default Value
1–5 power modules 2.0 0.5–120.0 Default Value
6–10 power modules 1.0 0.5–120.0 Default Value
10–20 power modules 0.5 0.5–120.0 Default Value
52–120 Default Value
Disable Disable, Enable /
Enable Disable, Enable /
UPS5000-H(1200KVA) Initial Configuration Parameters
Parameter
Comm. Settings
IP Settings
RS485 Settings
Amb. T/H Sensor
Batt Temp Sensor
BMU
WiFi Settings
Dry Contact Settings
Single/Parallel
Requisite modules
Redundant modules
Working mode
ECO voltage range
BSC mode
Altitude(m)
Top outlet fan
Air filter maintenance period(d)
Intra-rack power
module startup delay(s)
Inter-rack power module startup delay(s)
NTC
BCB trips if UPS stops power supply

Category Default Value Value Range Setting
Parameter
Disable
Disable, Critical alarm, Minor alarm, Bypass mode, Battery mode,
Low batt. volt., Low battery SOC, Abnormal mains, Sys maint
breaker enable, Sys outp breaker enable, Maint. breaker closed, No
power supplied, Mains supplies power, ECO mode, Battery test, Batt.
Volt. Below Thres
Sys outp breaker enable
Disable
Disable, Critical alarm, Minor alarm, Bypass mode, Battery mode,
Low batt. volt., Low battery SOC, Abnormal mains, Sys maint
breaker enable, Sys outp breaker enable, Maint. breaker closed, No
power supplied, Mains supplies power, ECO mode, Battery test, Batt.
Volt. Below Thres
Sys outp breaker enable
Disable Disable, Enable Enable
Disable Disable, Enable Enable
Disable Disable, Enable Disable
Depends on the actual model. 0kVA–5000kVA 0
00%–100% 0
Disable Disable, Enable Disable
200% 50%–200% 200%
400 380, 400, 415 400
380V 220 209.0–231.0 /
400V 230 218.5–241.5 230
415V 240 228.0–252.0 /
50Hz 50Hz, 60Hz 50Hz
0.6Hz/s 0.1Hz/s–2.0Hz/s 0.6Hz/s
380V 15% +10%, +15%, +20%, +25% /
400V 15% +10%, +15%, +20% 15%
415V 10% +10%, +15% /
-20%
-10%, -15%, -20%, -30%,
-40%, -50%, -60% -20%
±2Hz ±0.5Hz–±6Hz ±2Hz
English
English, Chinese, Spanish, Dutch, French, German, Italian, Polish,
Portuguese, Russian, Swedish, Turkish, Japanese
English
000001 / Default Value
Enable Disable, Enable Enable
Dry Contact Settings
MUS05A D0_1
MUS05A D0_2
PDC maintenance breaker [MT]
PDC output breaker [OUT]
Input Settings
D.G. mode
D.G. power limiting (kVA)
D.G. charger power ratio (%)
Input cur. Limiting
Input cur. limiting ratio(%)
Output Settings
Output voltage level(V)
Output volt.
adjustment(V)
Output frequency(Hz)
Output freq. track rate(Hz/s)
User Settings
Language
Password
password complexity check
Bypass Settings
Maximum bypass
voltage
Minimum bypass voltage
Bypass frequency range (Hz)

Category Default Value Value Range Setting
IP address 192.168.0.10 1.0.0.0–223.255.255.255 Default Value
Subnet mask 255.255.255.0 0.0.0.0–255.255.255.255 Default Value
Gateway 192.168.0.1 1.0.0.0–223.255.255.255 Default Value
MAC address / / Default Value
Address 1 1–254 Default Value
Baud rate 9600 9600, 19200, 115200 Default Value
Parity mode None None, Odd, Even Default Value
Stop bit 1 1–2 Default Value
ModbusTCP Settings ModbusTCP encryption Enable Disable, Enable Default Value
Start address 32 32–44 Default Value
Quantity 0 0–4 Default Value
Start address 16 16–28 Default Value
Quantity 0 0–4 Default Value
Start address 112 / Default Value
Quantity 0 0–12 Default Value
SSID
UPS_WIFI + Last six characters
of the MAC address
/ Default Value
Password Changeme / Default Value
Single Single, Parallel Single
/0–16 16
00–16 0
Normal mode
Normal mode, ECO, Self-load mode, Converter mode Normal mode
±5%
±5%, ±6%, ±7%, ±8%,
±9%, ±10% ±5%
Non-BSC Non-BSC, Standard BSC mode Non-BSC
≤1000 ≤ 1000, 1000–2000, 2000–3000,
3000–4000, 4000–5000 Default Value
Disable Disable, Enable Disable
00–365 Default Value
1–5 power modules 2.0 0.5–120.0 Default Value
6–10 power modules 1.0 0.5–120.0 Default Value
10–20 power modules 0.5 0.5–120.0 Default Value
52–120 Default Value
Enable Disable, Enable Default Value
Enable Disable, Enable Default Value
Intra-rack power
module startup delay(s)
Inter-rack power module startup delay(s)
Intelligent detection module
BCB trips if UPS stops power supply
System Settings
Single/Parallel
Requisite modules
Redundant modules
Working mode
ECO voltage range
BSC mode
Altitude(m)
Top outlet fan
Air filter maintenance period(d)
UPS5000-H-1600KVA Initial Configuration Parameters
Parameter
Comm. Settings
IP Settings
RS485 Settings
Amb. T/H Sensor
Batt Temp Sensor
BMU
WiFi Settings

Category Default Value Value Range Setting
Parameter
Disable
Disable, Critical alarm, Minor alarm, Bypass mode, Battery mode,
Low batt. volt., Low battery SOC, Abnormal mains, Sys maint
breaker enable, Sys outp breaker enable, Maint. breaker closed, No
power supplied, Mains supplies power, ECO mode, Battery test, Batt.
Volt. Below Thres
Sys outp breaker enable
Disable
Disable, Critical alarm, Minor alarm, Bypass mode, Battery mode,
Low batt. volt., Low battery SOC, Abnormal mains, Sys maint
breaker enable, Sys outp breaker enable, Maint. breaker closed, No
power supplied, Mains supplies power, ECO mode, Battery test, Batt.
Volt. Below Thres
Sys outp breaker enable
Disable Disable, Enable Enable
Disable Disable, Enable Enable
Disable Disable, Enable Disable
Depends on the actual model. 0kVA–5000kVA 0
00%–100% 0
Disable Disable, Enable Disable
200% 50%–200% 200%
400 380, 400, 415 400
380V 220 209.0–231.0 /
400V 230 218.5–241.5 230
415V 240 228.0–252.0 /
50Hz 50Hz, 60Hz 50Hz
0.6Hz/s 0.1Hz/s–2.0Hz/s 0.6Hz/s
380V 15% +10%, +15%, +20%, +25% /
400V 15% +10%, +15%, +20% 15%
415V 10% +10%, +15% /
-20%
-10%, -15%, -20%, -30%,
-40%, -50%, -60% -20%
±2Hz ±0.5Hz–±6Hz ±2Hz
English
English, Chinese, Spanish, Dutch, French, German, Italian, Polish,
Portuguese, Russian, Swedish, Turkish, Japanese
English
000001 / Default Value
Enable Disable, Enable Enable
User Settings
Language
Password
password complexity check
Output Settings
Output voltage level(V)
Output volt.
adjustment(V)
Output frequency(Hz)
Output freq. track rate(Hz/s)
Bypass Settings
Maximum bypass
voltage
Minimum bypass voltage
Bypass frequency range (Hz)
Input Settings
D.G. mode
D.G. power limiting (kVA)
D.G. charger power ratio (%)
Input cur. Limiting
Input cur. limiting ratio(%)
Dry Contact Settings
MUS05A D0_1
MUS05A D0_2
PDC maintenance breaker [MT]
PDC output breaker [OUT]

Cabinet No. Circuit Breaker Category Current Level Parameter Default Value Value Range Setting
Overload: I1 1 [0.4,1] 1
Trip Time: t1 36 [12,36] 36
Selective short-circuit: I2 10 OFF-1-1.5-2-2.5-3-3.5-4.5-5.5-6.5-7-7.5-8-8.5-9-10 OFF
Trip Time: t2 0.2 0.1-0.2 0.2
Short-circuit: I3 10 OFF-1-1.5-2-2.5-3-3.5-4.5-5.5-6.5-7-7.5-8-8.5-9-10 10
Overload: I1 1 [0.4,1] 1
Trip Time: t1 36 [12,36] 36
Selective short-circuit: I2 10 OFF-1-1.5-2-2.5-3-3.5-4.5-5.5-6.5-7-7.5-8-8.5-9-10 OFF
Trip Time: t2 0.2 0.1-0.2 0.2
Short-circuit: I3 10 OFF-1-1.5-2-2.5-3-3.5-4.5-5.5-6.5-7-7.5-8-8.5-9-10 10
Component name: feeder cabinet circuit breaker
LA16
Feeder circuit breaker
MCCB
630A
LA15
Feeder circuit breaker
MCCB
630A

Monitoring
Device
Data
Type
Device
Code
Device Name Device Model
Device IP
Address
Device
Address
Alarm
Threshold
WebUI User Name
and Password
LCD User Name
and Password
Port to Upper-
Level Device
DDF Transfer
Port
Upper-Level
Device
Upper-Level
Device Port
Remarks
Collector_ECC800 FE 02312PYX Collector_ECC800 ECC800-A2 https://192.168.9.1
1/ /
User name: admin
Password: Changeme
/ / / / /
WAN_1: 192.168.8.10
WAN_2: 192.168.0.10
LAN_1 and LAN_2: 192.168.248.10
Default WiFi address: 192.168.245.10
User name: app
Password: Changeme
Collector_ECC800 FE 50100886
Smart ETH
Gateway-1
UT-H606 / / / / / FE_2 / Collector_ECC800 LAN_1 /
Collector_ECC800 FE 50100886
Smart ETH
Gateway-2
UT-H606 / / / / / FE_2 /
Smart ETH
Gateway-1
FE_1 /
Collector_ECC800 FE 50100886
Smart ETH
Gateway-3
UT-H606 / / / / / FE_2 /
Smart ETH
Gateway-2
FE_1 /
Collector_ECC800 FE 50100886
Smart ETH
Gateway-3
UT-H606 / / / / / FE_1 / Collector_ECC800 LAN_2 /
Collector_ECC800 FE / Feeder-1 / / 1 / / / FE /
Smart ETH
Gateway-1
POE_1 /
Collector_ECC800 FE / Feeder-2 / / 2 / / / FE /
Smart ETH
Gateway-1
POE_2 /
Collector_ECC800 FE / Feeder-3 / / 3 / / / FE /
Smart ETH
Gateway-1
POE_3 /
Collector_ECC800 FE / Output1/Output2 / / 1 / / / FE /
Smart ETH
Gateway-1
POE_4 /
Collector_ECC800 FE / UPS-1 / / 1 /
User name: admin
Initial password: Changeme
User name: admin
Initial password: 000001
FE /
Smart ETH
Gateway-2
POE_1
Choose Settings > Comm. Settings.
Set IP address allocation to Automatic (DHCP).
Collector_ECC800 FE / UPS-2 / / 2 /
User name: admin
Initial password: Changeme
User name: admin
Initial password: 000001
FE /
Smart ETH
Gateway-2
POE_2
Choose Settings > Comm. Settings.
Set IP address allocation to Automatic (DHCP).
Collector_ECC800 FE / Input1/Bypass1 / / 1 / / / FE /
Smart ETH
Gateway-2
POE_3 /
Collector_ECC800 FE / Input2/Bypass2 / / 2 / / / FE /
Smart ETH
Gateway-2
POE_4 /
Collector_ECC800 FE / MBS Bypass-1 / / 1 / / / FE /
Smart ETH
Gateway-3
POE_1 /
Collector_ECC800 FE / Input/Coupler-1 / / 1 / / / FE /
Smart ETH
Gateway-3
POE_3 /
Collector_ECC800 Dry contact /
Overtemperature
Alarm
/ / / / / / Crimped terminal / Collector_ECC800 AIDI_1 Transformer Controller overtemperature
Collector_ECC800 Dry contact / Fault Alarm / / / / / / Crimped terminal / Collector_ECC800 AIDI_2 Transformer Controller overtemperature
Collector_ECC800 Dry contact /
Overtemperature
Tripping
/ / / / / / Crimped terminal / Collector_ECC800 COM1/AIDI_4 Transformer Controller overtemperature
Collector_ECC800 RS485 / TX Controller-1 / / / / / / COM / Collector_ECC800 COM2/AI/DI_5 Transformer Controller
Collector_ECC800 RS485 / SVG Controller-1 / / / / / / COM / Collector_ECC800 COM4/CAN /
Collector_ECC800 RS485 / ATS Controller-1 / / / / / / COM / Collector_ECC800 COM3/12V /
Management System Initial Configuration Parameters (IT N+X)