Huawei UPS5000-H-800 kVA Quick Manual

UPS5000-H-800 kVA
(Three-Phase Three-Wire)
Quick Guide
Issue: 04
Date: 2024-09-10
Copyright © Huawei Digital Power Technologies Co., Ltd. 2024.
All rights reserved.
Preparations for Installation
•
Before installing the equipment, read the product documentation carefully to get familiar with
product information and safety precautions. Equipment damage caused by failure to abide by
the storage, transportation, installation, and operation guidelines specified in the product
documentation is not covered by the product warranty. Log in to the technical support website
to view the product documentation and safety precautions.
• The information in this document is subject to change without notice. Every effort has been
made in the preparation of this document to ensure accuracy of the contents, but all
statements, information, and recommendations in this document do not constitute a warranty
of any kind, express or implied.
• Only qualified personnel are allowed to perform operations on the equipment. Operation
personnel should understand the system, its working principles, and relevant national/regional
standards.
• Wear dedicated personal protective equipment during operations. Use dedicated insulated
tools during electrical operations.
Environment requirements
1850 kg
Operating
Relative humidity
Airtight Floor and support
temperature 0% to 95% RH
equipment room load capacity
(non-condensing)
0°C–55°C
Heat source, Dust or
Water source,
inflammable or Direct sunlight conductive
water vapor
explosive article metal dust
Clearance requirements
Unit: mm
Recommended Circuit Breaker Specifications for
a 380 V AC/400 V AC/415 V AC Voltage System
When the Short-circuit Current Going Through the Device Is Less
Capacity Mains Input
800 kVA 1600 A/3P
700 kVA 1600 A/3P
600 kVA 1250 A/3P
500 kVA 1000 A/3P
400 kVA 800 A/3P
300 kVA 630 A/3P
200 kVA 400 A/3P
Recommended Cable Specifications for
a 380 V AC/400 V AC/415 V AC Voltage System (mm
Capacity Mains Input
L1: 4x240
L2: 4x240
800 kVA
L3: 4x240
PE: 2x240
L1: 4x240
L2: 4x240
700 kVA
L3: 4x240
PE: 2x240
L1: 4x185
Excessive salt L2: 4x185
600 kVA
content
L3: 4x185
PE: 2x185
L1: 3x185
L2: 3x185
500 kVA
L3: 3x185
PE: 2x150
L1: 2x240
Volatile or
L2: 2x240
corrosive substance
400 kVA
L3: 2x240
PE: 240
Bypass Inductor
Power
cabinet cabinet cabinet
than 65 kA
Maintenance
Bypass Input Output
Bypass
1250 A/3P 1250 A/3P 1250 A/3P
1250 A/3P 1250 A/3P 1250 A/3P
1000 A/3P 1000 A/3P 1000 A/3P
800 A/3P 800 A/3P 800 A/3P
630 A/3P 630 A/3P 630 A/3P
630 A/3P 630 A/3P 630 A/3P
400 A/3P 400 A/3P 400 A/3P
2
)
Equipotential
Bypass Input Output Battery Input
Ground
L1: 4x240 U: 4x240
+: 4x240
L2: 4x240 V: 4x240
-: 4x240 GND: 16
L3: 4x240 W: 4x240
PE: 2x240
PE: 2x240 PE: 2x240
L1: 4x240 U: 4x240
+: 4x240
L2: 4x240 V: 4x240
-: 4x240 GND: 16
L3: 4x240 W: 4x240
PE: 2x240
PE: 2x240 PE: 2x240
L1: 4x185 U: 4x185
+: 3x240
L2: 4x185 V: 4x185
–: 3x240 GND: 16
L3: 4x185 W: 4x185
PE: 2x185
PE: 2x185 PE: 2x185
L1: 3x185 U: 3x185
+: 3x185
L2: 3x185 V: 3x185
–: 3x185 GND: 16
L3: 3x185 W: 3x185
PE: 2x150
PE: 2x150 PE: 2x150
L1: 2x240 U: 2x240
+: 2x240
L2: 2x240 V: 2x240
–: 2x240 GND: 16
L3: 2x240 W: 2x240
PE: 240
PE: 240 PE: 240
1
Recommended Cable Specifications for
a 380 V AC/400 V AC/415 V AC Voltage System (mm
Capacity Mains Input Bypass Input Output Battery Input
L1: 2x150 L1: 2x150 U: 2x150
L2: 2x150 L2: 2x150 V: 2x150
300 kVA
L3: 2x150 L3: 2x150 W: 2x150
PE: 150 PE: 150 PE: 150
L1: 2x95 L1: 2x95 U: 2x95
L2: 2x95 L2: 2x95 V: 2x95
200 kVA
L3: 2x95 L3: 2x95 W: 2x95
PE: 95 PE: 95 PE: 95
Installing Cabinets
Determine the cabinet installation position on the floor based on the mounting
1
holes in the marking-off template.
Power Bypass
cabinet cabinet
Unit: mm
A: mounting holes on the channel steel
B: mounting holes on the floor
C: front door direction of the cabinet
2
Install expansion sleeves for expansion bolts.
M12 bolt
Spring washer
Flat washer
Expansion Concrete floor
sleeve
Expansion nut
3
Remove the right side
panel from the UPS
and install the removed
side panel on the side of
the inductor cabinet.
2 )
Equipotential
Ground
+: 2x185
–: 2x185 GND: 16
PE: 185
+: 2x120
–: 2x120 GND: 16
PE: 120
Inductor
cabinet