Huawei UPS2000-G-15KRTL Manual de usuario

Issue: 08

Part Number: 31507443

Date: 2021-07-16

UPS2000-G-(15 kVA–20 kVA) Quick Guide

Overview

UPS Model Represented By Weight Dimensions (H x W x D)

UPS2000

-G-15KRTL

15 kVA

32 kg 430 mm x 130 mm x 757 mm

UPS2000

-G-15KRTL-01

UPS2000

-G-20KRTL

20 kVA

UPS2000

-G-20KRTL-01

Front View (15 kVA/20 kVA)

2 3 4 5

9 8 7 6

No.

Name

Description

LCD

Mains

indicator

•On: The UPS is working in

normal mode.

•

Off: The UPS is not working in

normal mode.

Battery

indicator

•On: The UPS is working in

battery mode.

•

Off: The UPS is not working in

battery mode.

•Blinking: The battery capacity

is less than 25%.

Bypass

indicator

•On: The UPS is working in

bypass mode.

•

Off: The UPS is not working in

bypass mode.

Fault

indicator/

INFO

button

•Steady red: The UPS is faulty.

•Blinking red: The UPS has

generated an alarm.

•Green: The UPS is normal.

Confirm/

Start

button

Confirms settings, starts the UPS,

mutes the buzzer, or performs a

battery self

-check.

Page

Down

button

Page Up

button

ESC/Shut

down

button

Returns to an upper

-level menu,

or shuts down the UPS.

The UPS is working in ECO mode only

if the mains indicator and bypass

indicator are both on.

1 2 3 4 5 6 7 8

Rear View (15 kVA/20 kVA)

Rear View (UPS2000-G-15KRTL-01/UPS2000-G-20KRTL-01)

(1) Cover for AC input

and AC output

wiring terminals

(2) Battery terminal

cover

(3) Cover for the

optional card slot

(4) Battery temperature

sensor port

(5) USB port (protected

by a security

mechanism)

(6) CAN

communications

ports

(7) Parallel ports

(8) Maintenance bypass

port

(9)

EPO port

1. Carefully read the

UPS2000-G-(6 kVA–20 kVA) User Manual

prior to installation to get familiar

with product information and safety precautions.

2. Use insulated tools during installation.

3. Only engineers certified by the manufacturer or its agent are allowed to install, commission, and

maintain the UPS. Otherwise, personal injury or equipment damage may occur, and the resulting

UPS faults are beyond the warranty scope of Huawei.

Installing a Single UPS

1Installing Devices

1. Determine the

installation dimensions.

UPS (3U)

Battery pack

(optional, 3U)

Rack-Mounted Installation

Scena

rio 1

Install devices from

bottom to top, as

shown in the figure.

2. Install mounting ears. M4x8 (8 PCS)

1.2 N•m

Method 2: If there are adjustable guide

rails, install two adjustable guide rails and

two floating nuts.

Method 1: If there are no adjustable

guide rails, install six floating nuts.

3. Install guide rails using either of the methods.

Adjustable guide rails

Avoid pushing guide rails out of the rack

when placing the battery pack, power

distribution unit (PDU), and UPS on the

rack because the front ends of the guide

rails are not screwed. The length of guide

rails ranges from 592.37 mm to 807.37

mm, the width is 30 mm, and the height

is 87 mm. The guide rails are scalable and

support Huawei M-type cabinets.

Floating nut

Front

Rear

M6x16 (4 PCS)

3 N•m

UPS (3 U)

4. Secure the devices.

Battery pack

(optional, 3 U)

M6x16 (6 PCS)

3 N•m

UPS (3 U)

Battery pack

(optional, 3 U)

Rubber plug

When you tower-

mount the UPS, place

devices including the

UPS horizontally to

facilitate cable

installation. Stand the

devices upright after

cable installation.

Tower-Mounted Installation

Scenario 2

2Installing AC Input and Output Power Cables

1. bL indicates the bypass input, and mL indicates the mains input.

2. Connect UPS AC input and output power cables in the same phase sequence. Connect

battery terminals correctly.

3. Before connecting cables to the UPS, ensure that the input circuit breaker, output circuit

breaker, and battery circuit breaker are OFF to prevent operations with power on.

4. If the input or output wiring has to be changed, contact Huawei technical support if you are

not familiar with the operation. Do not power on the UPS directly.

5. If the input or output system is changed, ensure that the short-circuit copper bar status and

cable connections at input and output ports are correct.

6. The copper bar and ground screws are M6. Tighten them to 4.8 N·m. The chassis screws are

M5. Tighten them to 2.8 N·m.

7. In a single UPS system, connect loads to AC OUTPUT sL and pL terminals. Connect primary

loads to the sL terminal and secondary loads to the pL terminal. For a parallel system,

connect loads to the AC OUTPUT pL terminal, instead of the sL terminal.

8. The UPS can generate large leakage currents. A circuit breaker equipped with a residual

current device (RCD) is not recommended. If leakage protection is required, select a

recommended circuit breaker.

9. When installing short-circuit bars, install the AC INPUT short-circuit bar and cables, and then

install the AC OUTPUT short-circuit bar and cables.

10.The cable colors in the figures are for reference only.

1. If the AC input of the 15 kVA/20 kVA UPS uses two live wires, connect bypass and mains

inputs bL1, bL2, bL3, mL1, mL2, and mL3 that are short-circuited with a short-circuit bar to

live wire L1, and connect the input N and N with a short-circuit bar to live wire L2.

2. If the AC input and AC output uses two live wires, the input and output must be connected

to two-pole circuit breakers provided by the customer.

Three-Phase Input, Three-Phase Output, One Power Source (Factory Settings)

Connect cables based on the actual situation.

Wiring

Terminal

OUTPUT

INPUT

External

Circuit

Breaker

15 kVA:

50 A (D

feature);

20 kVA:

63 A (D

feature)

15 kVA:

50 A (D

feature);

20 kVA:

63 A (D

feature)

Residual

Current

Circuit

Breaker

300 mA

Cable

Cross

Sectional

Area

10 mm

mm2

Terminal

Type

-10

terminal

-10

terminal

-25

-90°

terminal

input

load

If the customer uses 10 mm2 five-core cables for AC

input and output, the PE cable is 10 mm2. In this

case, connect the cable using an OT-16 mm2-M6-

90°terminal delivered with the UPS or an OT-10

mm2-M6-90°terminal prepared by the customer.

Mains

input

Bypass

input

load

Km1

Kb1

If the customer uses 10 mm2five-core

cables for AC input and output, the PE

cable is 10 mm2. In this case, connect

the cable using an OT-16 mm2-M6-90°

terminal delivered with the UPS or an

OT-10 mm2-M6-90°terminal prepared

by the customer.

Wiring Terminal

AC OUTPUT

AC INPUT

External Circuit

Breaker

Mains K

Bypass K

15 kVA: 50 A (D feature);

20 kVA: 63 A (D feature)

15 kVA: 50 A (D feature);

20 kVA: 63 A (D feature)

Residual Current

Circuit Breaker

300 mA

Cable

Cross-Sectional

Area

10 mm

25 mm

Terminal Type

-10 mm2-M6 terminal

-25 mm2-M6-90

terminal

Three-Phase Input, Three-Phase Output, Two Power Sources

Three-Phase Input, Single-Phase Output, One Power Source

load

input

Km1

Kb1

Wiring

Terminal

AC OUTPUT

AC INPUT

External

Circuit

Breaker

Mains K

Bypass K

15 kVA: 100 A

(D feature);

20 kVA: 125 A

(D feature)

15 kVA: 50 A (D

feature); 20 kVA:

63 A (D feature)

15 kVA:

100 A (D

feature); 20 kVA:

125 A

(D feature)

Residual

Current

Circuit

Breaker

15 kVA: 300 mA;

20 kVA: 300 mA

15 kVA: 300 mA; 20 kVA:

adjustable from 500 mA

to 1000 mA

Cable

Cross

Sectional

Area

25 mm

10 mm

25 mm

Terminal

Type

-25 mm2-

M6 terminal

-10 mm2-M6

terminal

-25 mm2-M6 terminal

-25 mm2-M6-90°

terminal

Mains

input

Bypass

input

load

Km1

Kb1

Wiring

Terminal

AC OUTPUT

AC INPUT

External

Circuit

Breaker

Mains K

Bypass K

15 kVA: 100 A

(D feature);

20 kVA: 125 A

(D feature)

15 kVA:

50 A

feature); 20 kVA:

63 A

(D feature)

15 kVA: 100 A (D feature);

20 kVA: 125 A (D feature)

Residual

Current

Circuit

Breaker

15 kVA: 300 mA;

20 kVA: 300 mA

15 kVA: 300 mA; 20 kVA:

adjustable from 500 mA

to 1000 mA

Cable

Cross

Sectional

Area

25 mm

10 mm

25 mm

Terminal

Type

-25 mm2-

M6 terminal

-10 mm2-M6

terminal

-25 mm2-M6 terminal

-25 mm2-M6-90°

terminal

Three-Phase Input, Single-Phase Output, Two Power Sources

Single-Phase Input, Single-Phase

Output, One Power Source

Wiring

Terminal

OUTPUT

AC INPUT

External

Circuit

Breaker

15 kVA:

100 A (D

feature);

20 kVA:

125 A (D

feature)

15 kVA:

100 A (D

feature);

20 kVA:

125 A (D

feature)

Residual

Current

Circuit

Breaker

300 mA

Cable

Cross

Sectional

Area

25 mm

Terminal

Type

-25

terminal

-25

terminal

-25

2-M6

terminal

input

load

L1 L2

Wiring

Terminal

OUTPUT

AC INPUT

External

Circuit

Breaker

15 kVA:

100 A (D

feature);

20 kVA:

125 A (D

feature)

15 kVA:

100 A (D

feature);

20 kVA:

125 A (D

feature)

Residual

Current

Circuit

Breaker

300 mA

Cable

Cross

Sectional

Area

25 mm

Terminal

Type

-25

terminal

-25

terminal

-25

2-M6

terminal

Dual-Live-Wire Input, Dual-Live-Wire

Output, One Power Source

input

output

1. The UPS2000-G-15KRTL/20KRTL can connect to an external battery string (40 batteries

in the standard configuration, and an even number of 32 to 40 batteries are supported).

The neutral wire is connected to the middle point of the battery string. For example, if

there are 40 batteries, the neutral wire is connected to the negative terminal of the

twentieth battery.

2. When an external battery string is connected, install a DC circuit breaker (63 A, 600 V

DC) between the battery string and the UPS.

3. When an external battery string is connected, connect positive terminals in series by

using the two poles of the DC circuit breaker.

3Installing Battery Cables

Ground

point

External

battery string

Battery 1

Battery 20

Battery 40

Wiring

Terminal

BATT

. ±240 V

External

Circuit

Breaker

63 A

Cable

Cross

Sectional

Area

16 mm

Terminal

Type

-16 mm2-

-90°

terminal

External Battery Strings

Scenario 1

External Battery Packs

Scenario 2

1. A 15 kVA/20 kVA UPS with long backup time requires serial connection of two battery packs

in each group. A maximum of four groups with eight battery packs can be connected in

parallel. If more than two battery packs need to be connected to the 15 kVA/20 kVA UPS

with long backup time, the battery packs should be connected in parallel and then

connected to the battery input ports of the UPS, as shown in the following figure. Connect

battery packs 1 and 2 in series, battery packs 3 and 4 in series, battery packs 5 and 6 in

series, and battery packs 7 and 8 in series. Connect battery packs 1, 3, 5, and 7 in parallel

and battery packs 2, 4, 6, and 8 in parallel.

2. For more information, see the

ESS-240V12-(9AhBPVBA, 7AhBPVBA) Quick Installation Guide

M6 (5 PCS)

4.8 N•m

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