Initial Configuration Parameter Manual (2019, UAE, Apollo-II)

FusionModule1000A40 Prefabricated All-in-One Data Center

Initial Configuration Parameter Manual

(2019, UAE, Apollo-II)

Issue 01

Date 2019-04-29

HUAWEI TECHNOLOGIES CO., LTD.

Issue 01 (2019-04-29) Copyright © Huawei Technologies Co., Ltd. i

Copyright © Huawei Technologies Co., Ltd. 2019. All rights reserved.

No part of this document may be reproduced or transmitted in any form or by any means without prior

written consent of Huawei Technologies Co., Ltd.

Trademarks and Permissions

and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd.

All other trademarks and trade names mentioned in this document are the property of their respective

holders.

Notice

The purchased products, services and features are stipulated by the contract made between Huawei and

the customer. All or part of the products, services and features described in this document may not be

within the purchase scope or the usage scope. Unless otherwise specified in the contract, all statements,

information, and recommendations in this document are provided "AS IS" without warranties, guarantees or

representations of any kind, either express or implied.

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.

Huawei Technologies Co., Ltd.

Address: Huawei Industrial Base

Bantian, Longgang

Shenzhen 518129

People's Republic of China

Website: http://e.huawei.com

http://e.huawei.com/

FusionModule1000A40 Prefabricated All-in-One Data

Center

Initial Configuration Parameter Manual (2019, UAE,

Apollo-II) About This Document

Issue 01 (2019-04-29) Copyright © Huawei Technologies Co., Ltd. ii

About This Document

Purpose

This document describes the precautions and system parameters involved in the initial

configuration of data center. It helps customers quickly get familiar with product

configurations.

Intended Audience

This document is intended for:

Maintenance engineers

Technical support engineers

System engineers

Commissioning engineers

Data configuration engineers

Symbol Conventions

The symbols that may be found in this document are defined as follows.

Symbol Remarks

Indicates an imminently hazardous situation which, if

not avoided, will result in serious injury or death.

Indicates a potentially hazardous situation which, if not

avoided, could result in serious injury or death.


avoided, may result in minor or moderate injury.


avoided, could result in equipment damage, data loss,

performance deterioration, or unanticipated results.

NOTICE is used to address practices not related to

personal injury.


Center


Apollo-II) About This Document

Issue 01 (2019-04-29) Copyright © Huawei Technologies Co., Ltd. iii

Symbol Remarks

Calls attention to important information, best practices

and tips.

NOTE is used to address information not related to

personal injury, equipment damage, and environment

deterioration.

Change History

Changes between document issues are cumulative. The latest document issue contains all the

changes made in earlier issues.

Issue 01 (2019-04-29)

This issue is the first official release.


Center


Apollo-II) Contents

Issue 01 (2019-04-29) Copyright © Huawei Technologies Co., Ltd. iv

Contents

About This Document .................................................................................................................... ii

1 Initial Configuration Parameter Manual Usage...................................................................... 1

2 Initial Configuration Parameters ............................................................................................... 2


Center


Apollo-II) 1 Initial Configuration Parameter Manual Usage

Issue 01 (2019-04-29) Copyright © Huawei Technologies Co., Ltd. 1

1 Initial Configuration Parameter Manual Usage

This chapter describes the notes for using the initial configuration parameter manual.

This document only describes initial configuration parameters involved in the

commissioning, operation, and maintenance (O&M) of a data center.

The system configuration parameters are essential to reliable running of the system.

Improper modifications of parameters may easily cause abnormal running status, or even

damage to the system. You are not allowed to modify configuration parameters without

permission when using a data center. If a modification is necessary, contact Huawei

technical support. Huawei shall not be responsible for any loss caused by unauthorized

configuration modification.

You can modify initial configurations under the guidance of Huawei engineers. Huawei

assumes no liability for any loss caused by unauthorized changes to the initial

configurations.

Some parameters mentioned in this document should be provided and configured by

onsite technical support engineers based on the actual application of the data center.

If parameters need to be modified during the running of systems, the operator should be

a professional in this field and familiar with each system and its working principles.

Before performing an operation, ensure that the prerequisites are met. Otherwise, the

expected result may not be achieved. More seriously, equipment damage and personal

injury may occur.

Before using this document, read through and keep in mind the safety precautions in this

document, the precautions in each chapter or section, and the cautions and notes for

operations.

Precautions provided in this document are only supplementary to the local laws and

regulations governing the data center.


Center


Apollo-II) 2 Initial Configuration Parameters

Issue 01 (2019-04-29) Copyright © Huawei Technologies Co., Ltd. 2

2 Initial Configuration Parameters

This chapter describes the initial configuration parameters for the systems of a Data Center

solution.

Category Diagram ID Diagram Name Detailed Initial Configuration Parameters

NO.P001 Power Supply and Distribution Device Layout Diagram N/A

NO.P002 Power Supply and Distribution System Diagram N/A

Initial Configuration Parameters for 8D ATS

Initial Configuration Parameters for an Integrated UPS

NO.C001 Cooling Device Layout Diagram N/A

NO.C002 Air Conditioner Teamwork Relationship Diagram N/A

NO.C003 Indoor and Outdoor Unit Signal Cable Wiring Diagram N/A

Initial Configuration Parameters of Remote Temperature and Humidity

Sensor DIP Switches for 42 kW Air Cooled Precision Air Conditioners

Initial Configuration Parameters of Main Control Board DIP Switches for

42 kW Air Cooled Precision Air Conditioners

Initial Teamwork Configuration Parameters for 42 kW Air Cooled

Precision Air Conditioners

Initial Temperature and Humidity Configuration Parameters for 42 kW

Air Cooled Precision Air Conditioners

NO.M001 Monitoring Device Layout Diagram N/A

NO.M002 Monitoring System Network Diagram N/A

Table 3 Initial Configuration Parameters for the Management System N/A

Initial Configurations for the Fire Extinguishing

SystemNO.F001 Fire Extinguishing Device Layout Diagram (CE) N/A

Initial Configurations for the Cooling System

Initial Configurations for the Management System

List of Initial Configuration Parameters

Initial Configuration Parameters for Cooling DevicesTable 2

Initial Configuration Parameters for Power Supply and Distribution

DevicesTable 1

Initial Configurations for the Power Supply and

Distribution System

Initial Configurations for the Fire Extinguishing

SystemNO.F002 Fire Extinguishing System Conceptual Diagram (CE) N/A

NO.L001 Lighting Device Layout Diagram N/A

NO.F003 Emergency Exit Diagram N/A

Other Systems

Signal w

indow

Lighting-1

Lighting-2

Lighting-3

Lighting-4

Lighting-5

Lighting-6

Lighting-7

Lighting-8

Lighting-9

B

Abort

Horn Strobes-2

Warning Signs-1

EXIT

EXIT-1

NO.P001 Power Supply and Distribution Device Layout Diagram

Q2

MCCB 250A/3P

Q1

MCCB 250A/3P

120kVA STS

25kVA

25kVA

25kVA

Q3

MCCB 250A/3P

11

12

14

11

12

14

11

12

14

25kVA

Battery

ATS

/400

A/4

P

1HG

QFS

MCB C32A/4P

Main1

ATSE

11

12

14

In=20kA,

Imax=40kA

1FU

SPD

Main2 or

Genset

COM

OFF

ON

2FU

400/5

QFL3

MCB C10/1P

QFL2

MCB C10/1P

QFL1

MCB C10/1P

2HG

1L1/1L2/1L3/1N

2L1/2L2/2L3/2N

L1/L2/L3/N

L11/L12/L13/N

U/V/W/N

L31/L32/L33/N

25kVA

25kVA

1QF4

MCB C40/1PL1

L2

L1

1QF5

MCB C40/1P

L3

1QF6

MCB C40/1P

1QF7

MCB C40/1P

L21/L22/L23/N

IT Load PDU

3QF4

MCB C63/3PCooling PDU

3QF5

MCB C63/3P

3QF7

MCB C63/3P

3QF8

MCB C63/3P

AC PDB-1

3QF1

MCB C63/3P

3QF2

MCB C63/3P

3QF3

MCB C63/3P

2QF13

MCB C40/1PL1

L2

L1

L1

2QF14

MCB C40/1P

2QF19

MCB C40/1P

L3

2QF15

MCB C40/1P

2QF16

MCB C40/1P

2QF20

MCB C40/1PL2

L3

2QF24

MCB C40/1P

IT Load PDU

AC Actuator-2

AC Actuator-1

Air Conditioner-A1 AC1

Air Conditioner-B1 AC1

Air Conditioner-C1 AC1

Air Conditioner-D1 AC1

2QFS

MCB C63A/4P11

12

14

2FS

In=30kA,

Imax=60kA

COM

OFF

ON

Power PDB-1

1QFS

MCB C63A/4P

11

12

14

1FS

In=30kA,

Imax=60kA

COM

OFF

ON

Copper bar1

Copper bar2

Spare

Fan-1/2

Socket-1/2/3/4

Emergency Lighting-1/2/3

Extinguishant Control Panel-1

EXIT-1/2

Spare

Spare

Spare

1QF1

MCB C40/1PL1

L2

1QF2

MCB C40/1P

L3

1QF3

MCB C40/1P

L3

1QF24

MCB C40/1P

1QF11

MCB C40/1P

L3

1QF12

MCB C40/1P

L1

1QF13

MCB C40/1P

1QF14

MCB C40/1P

1QF8

MCB C40/1P

L3

1QF9

MCB C40/1P

L1

1QF10

MCB C40/1P

L2

L2

L2

L1

1QF19

MCB C40/1P

1QF20

MCB C40/1PL2

1QF18

MCB C40/1PL3

1QF15

MCB C40/1PL3

L1

1QF16

MCB C40/1P

L2

1QF17

MCB C40/1P

2QF1

MCB C40/1PL1

L2

L1

2QF2

MCB C40/1P

L3

2QF3

MCB C40/1P

2QF4

MCB C40/1P

2QF5

MCB C40/1PL2

L3

L2

2QF6

MCB C40/1P

L1

2QF7

MCB C40/1P

2QF8

MCB C40/1P

2QF9

MCB C40/1PL3

L1

L3

2QF10

MCB C40/1P

L2

2QF11

MCB C40/1P

2QF12

MCB C40/1P

L3

L2

2QF17

MCB C40/1P

2QF18

MCB C40/1P

NO.P002 Power Supply and Distribution System Diagram

Quantity Power Distribution Device Name

1 UPS-1

1 UPS-1

Table 1 Initial Configuration Parameters for Power Supply and Distribution Devices

If voltage/frequency settings for power distribution devices are involved, adjust the voltage and frequency settings based on the local voltage system and check whether the voltage thresholds and frequency hysteresis meet

setting requirements before first operation.

Note: The following device parameters are not all parameters of the devices. Only the parameters that need to be set for the project are listed. Default values will be used for the other parameters so they do not need to be set.

To view other device parameters, see the user manual for the corresponding device.

Integrated UPS ■Involved □Not involved

8D ATS ■Involved □Not involved

Device Name Project Configuration

Default Value Value Range Setting

0001 N/A 1

Rated Voltage 400/230 V

100/57 V-115/66 V-120/70 V-208/120 V-220/127

V-230/132 V-240/138 V-277/160 V-347/200 V-

380/220 V-400/230 V-415/240 V-440/254 V-

480/277 V

400

Rated Frequency 50 Hz 50 Hz, 60 Hz 50 Hz

Number of Phases LN1 3 phases with N 3 phases with N/3 phases without N/1 phase 3 phases with N

Number of Phases LN2 3 phases with N 3 phases with N/3 phases without N/1 phase 3 phases with N

Secondary Load Not Used Not Used/Opening Only/Opening And Closing Default Value

Generator Usage No Generator No Generator, Generator In Use Generator In Use

Line priority Line 1–Switch ILine 1 – Switch I/Line 2 – Switch II/No Line

PriorityLine 1 – Switch

Volt Threshold Min LN1 -20% -30% to -5% -10%

Volt Threshold Min LN2 -20% -30% to -5% -10%

Volt Threshold Max LN1 +20% +5% to +30% +10%

Volt Threshold Max LN2 +20% +5% to +30% +10%

Volt Hysteresis Min LN1 -8% -29% to -4%, step 1% -8%

Volt Hysteresis Min LN2 -8% -29% to -4%, step 1% -8%

Voltage Hysteresis

Device Confi guration

Category Parameter

Component

ABB 8D ATS Initial Configuration Parameters

Main PDF-1

System Configuration

Password

Configuration attributes

Voltage Thresholds

Volt Hysteresis Max LN1 +8% +4% to +29%, step 1% +8%

Volt Hysteresis Max LN2 +8% +4% to +29%, step 1% +8%

Freq Threshold Min LN1 -1% -10% to -1% -5%

Freq Threshold Min LN2 -1% -10% to -1% -5%

Freq Threshold Max LN1 +1% +1% to +10% +5%

Freq Threshold Max LN2 +1% +1% to +10% +5%

Freq Hysteresis Min LN1 -3.0% -9.8% to -0.8% -3.0%

Freq Hysteresis Min LN2 -3.0% -9.8% to -0.8% -3.0%

Freq Hysteresis Max LN1 +3.0% +0.8% to +9.8% +3.0%

Freq Hysteresis Max LN2 +3.0% +0.8% to +9.8% +3.0%

Switching 0s 0–60s 0s

Dead Band I to II 0s 0–60s 5s

Back Switching 0s 0s, 1s...59s, 1 min, 2 min…90 min 0s

Dead Band II to I 0s 0–60s 5s

Delay on Transfer 0s 0s, 1s...59s, 1 min, 2 min…10 min 30s

Generator Stop 5s 0s, 1s...59s, 1 min, 2 min...30 min 10s

ChineseEnglish, French, Italian, Spanish,

Finnish, German, Russian and ChineseEnglish

Voltage Hysteresis

Device Confi guration

Frequency Hysteresis

Delay Times

Language Selection

Frequency Thresholds

Default Value Value Range Setting

English12 languages, including English, Chinese,

Italian, and so onEnglish

000001 N/A Default value

Single Single, Parallel Single

400 V 380 V, 400 V, 415 V 400 V

50 Hz 50 Hz, 60 Hz 50 Hz

40 kVA 100 Ah

80 kVA 100 Ah

120/128 kVA 100 Ah

192 180–240 240

N/A N/A 125 kW

N/A N/A 5

N/A N/A 1

Non-BSCMaster BSC mode, Non-BSC mode, Slave

BSC modeNon-BSC

voltage level is 380 V +15% +10%, +15%, +20%, +25% Default value

voltage level is 400 V +15% +10%, +15%, +20% Default value

Maximum bypass voltageBypass Param.

Category Parameter

Component UPS-1

Integrated UPS (125 kVA) Initial Configuration Parameters

Basic

Output voltage level

Output frequency

Language

Password

Single/Parallel

Basic Param.

Battery capacity

Number of cells

5Ah–3000Ah 100 Ah

System capacity

Requisite modules

Redundant modules

Advanced Param.

BSC mode

Bypass Param. Maximum bypass voltage voltage level is 415 V +10% +10%, +15% Default value

Disable Disable/Enable Disable

Disable Disable/Enable Disable

N/A N/A Set by service personnel

Enable Disable/Enable/User-defined

User-defined (After setting the parameter to User-

defined, disable the spare branch circuit breaker in

the Installation time PDU > Branch Battery

conceptual diagram and enable the branch circuit

breaker that connects to a load.)













Enable Disable/Enable/User-defined Disable

Settings

PDU Parameters-Branch breaker open alarm enable



PDU Parameters-Main input 3-phase cur. Imb

Battery Param. Installation time

Dry Contacts

BCB connection

Batter breaker

1200

Po

we

r P

DB

-1

T&H-A1_1

T&H-A1_2

T&H-B1_1

T&H-B1_2

T&H-C1_1

T&H-C1_2

T&H-D1_1

T&H-D1_2

100

NO.C001 Cooling Device Layout Diagram

1200

Po

we

r P

DB

-1

T&H-A1_1

T&H-A1_2

T&H-B1_1

T&H-B1_2

T&H-C1_1

T&H-C1_2

T&H-D1_1

T&H-D1_2

100

CAN_OUT

CAN_OUT

CAN_OUT

CAN_IN

CAN_IN

CAN_IN

NO.C002 Air Conditioner Teamwork Relationship Diagram

1200

Po

we

r P

DB

-1

T&H-A1_1

T&H-A1_2

T&H-B1_1

T&H-B1_2

T&H-C1_1

T&H-C1_2

T&H-D1_1

T&H-D1_2

100

NO.C003 Indoor and Outdoor Unit Signal Cable Wiring Diagram

1 2 3 4 5 6

11 ON ON OFF ON OFF OFF

12 OFF OFF ON ON OFF OFF

Table 2 Initial Configuration Parameters for CoolingDevices

Initial Configuration Parameters of Remote Temperature and Humidity Sensor DIP Switches for Air Cooled Precision

Air Conditioners

DIP Switch Sequence No.

AddressSensor Name and No.

Remote humidity and temperature sensor 1

Remote humidity and temperature sensor 2

A1

B1

C1

D1

ON ON ON OFF

Initial Configuration Parameters of Main Control Board DIP Switches for Air Cooled Precision Air Conditioners

OFF

ON ON ON OFF

OFF

Air Conditioner

DIP Switch Sequence No.

1 2 3 4

ON ON OFF

OFF ON ON

Air

Conditioner

Teamwork

No.

Teamwork Unit

Address

Teamwork

FunctionNetwork

Total Number of

Units

Number of Running

UnitsRotation

Rotation

Period

Rotation

Time

Forced

Rotation

Requirement

ControlCascade

A1 YES 1

B1 NO 2

C1 NO 3

D1 YES 4

Anti-competitive

runningEnable

Initial Teamwork Configuration Parameters for Air Cooled Precision Air Conditioners

0 Disable4 Disable 7CAN

networking4Enable

Air Conditioner Cold aisle sensor 1 Cold aisle sensor 2 Cold aisle sensor 3Temp control

mode

A1

B1

C1

A1

23

Cold-aisle Humid Set Point

Initial Temperature and Humidity Configuration Parameters for Air Cooled Precision Air Conditioners

50Cold-aisle AverageEnable Enable

T/H Control TypeCold-aisle temp set

point/Return-air temp set point

Enable

1200

Signal window

100

DOOR

DO

OR

EX

IT

BR

EA

K G

LA

SS

DO

OR

PA

DP

AD

DO

OR

N0.M001 Monitoring Device Layout Diagram

Power PDB-1 SPD-1

Power PDB-1 SPD-2

AI/DI_2 AI/DI_4 AI/DI_6 DO_2

AI/DI_1 AI/DI_3 AI/DI_5 DO_1

COM2/12V COM4/12V

COM1/12V COM3/12V

WAN_2 LAN_2

WAN_1 LAN_1

HUAWEI

MMU02B

53.5VDC_OUT1 53.5VDC_OUT2

Collector_ECC800-1

BACK

Reserved

Collector_ECC800

Air Conditioner-C1

POE_2 POE_3 POE_4POE_1 48V_OUT1 48V_OUT2

PWR_IN

FE_1 FE_2

PWR_OUT

UT-H606


PWR_IN

FE_1 FE_2

PWR_OUT

UT-H606


PWR_IN

FE_1 FE_2

PWR_OUT

UT-H606

Smart ETH Gateway-3Smart ETH Gateway-2Smart ETH Gateway-1

Access Actuator-1

Air Conditioner-D1

Air Conditioner-A1

Air Conditioner-B1

IP Camera-2

IP Camera-3

ReservedWiFi Converter-1

AI/DI Module-1

Reserved

Reserved

Reserved

UPS-1

Reserved

LOCAL FIRE

FIRE RELAY

FAULT RELAY

DDF-1

Reserved

Reserved

Extinguishant Control Panel(CE)

Scenario without a VCN: Connect the signal cables of the indoor and outdoor cameras to the PoE ports on the smart ETH gateway.

Scenario with a VCN: Connect the signal cables of the indoor and outdoor cameras to the LAN switch.

IP Camera-1

Reserved

AC PDB-1 SPD

Reserved

Reserved

Reserved

Reserved

NO.M002 Monitoring Device Layout Diagram

Monitoring

Device

Data

TypeDevice 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

Transfe

r Port

Upper-

Level

Device

Upper-

Level

Device

Port

Remarks

Collector_ECC

800-1FE 02311JEX

Collector_ECC

800-1

ECC800

C

IP：

192.168.9.150 N/A

Username：admin

Password：ChangemeN/A WAN_1 N/A DDF-1 DDF-1

WAN_1：

192.168.1.10

WAN_2：

192.168.0.10

LAN_1、

LAN_2：

192.168.248.10

WiFi default IP

address：

192.168.245.10

Collector_ECC

800-1FE 50100886

Smart ETH

Gateway-1

UT-

H606N/A 0 N/A N/A N/A FE_1 N/A

Collector_

ECC800-1LAN_1 N/A

Collector_ECC

800-1FE 50100886

Smart ETH

Gateway-2

UT-


Smart

ETH

Gateway-1

FE_2 N/A

Collector_ECC

800-1FE 50100886

Smart ETH

Gateway-3

UT-


Smart

ETH

Gateway-2

FE_2 N/A

Collector_ECC

800-1FE 2411335 IP Camera-1

IPC6325

-WD-VR

External

Network

ip:192.168.9.16

intranet

ip:192.168.248.5

1

1 N/AUsername：admin

Password：HuaWei123N/A LAN N/A

Smart

ETH

Gateway-3

POE_2 N/A

Table 3 Initial Configuration Parameters for the Management System

Collector_ECC

800-1FE 2411335 IP Camera-2

IPC6325

-WD-VR

External

Network

ip:192.168.9.16

intranet

ip:192.168.248.5

1



Smart

ETH

Gateway-1

POE_1 N/A

Collector_ECC

800-1FE 02411335 IP Camera-3

IPC6325

-WD-VR

External

Network

ip:192.168.9.16

intranet

ip:192.168.248.5

1



Smart

ETH

Gateway-1

POE_2 N/A

Collector_ECC

800-1FE 52271874

Access

Actuator-1

UT-

H101N/A 1 N/A N/A N/A POE N/A

Smart

ETH

Gateway-1

POE_3 N/A

Collector_ECC

800-1FE 50100888

WiFi

Converter-1

ECC5E

MSWF0

0

N/A 1 N/A N/A N/A LAN N/A

Smart

ETH

Gateway-1

POE_4

WiFi Username:

appwifi Password:

Huawei123

Collector_ECC

800-1FE 52272360

Air

Conditioner-A1

NetCol5

000-

A021HN

12D2002

0E1

N/A 1 N/A N/A

Username:

admin Initial

password:

000001

FE N/A

Smart

ETH

Gateway-2

POE_1

"Set >

communication

settings" IP

allocation method,

select "Automatic

(DHCP)"

Collector_ECC

800-1FE 52272361

Air

Conditioner-B1

NetCol5

000-

A021HN

12D2E1

20E1

N/A 1 N/A N/A

Username:

admin Initial

password:

000001

FE N/A

Smart

ETH

Gateway-2

POE_2

"Set >

communication

settings" IP

allocation method,

select "Automatic

(DHCP)"

Collector_ECC

800-1FE 52272360

Air

Conditioner-C1

NetCol5

000-

A021HN

12D2002

0E1

N/A 1 N/A N/A

Username:

admin Initial

password:

000001

FE N/A

Smart

ETH

Gateway-2

POE_3

"Set >

communication

settings" IP

allocation method,

select "Automatic

(DHCP)"

Collector_ECC

800-1FE 52272361

Air

Conditioner-D1

NetCol5

000-

A021HN

12D2E1

20E1

N/A 2 N/A N/A

Username:

admin Initial

password:

000001

FE N/A

Smart

ETH

Gateway-2

POE_4

"Set >

communication

settings" IP

allocation method,

select "Automatic

(DHCP)"

Collector_ECC

800-1FE 02290925 UPS-1

UPS500

0-E-60K-

LABBS

N/A N/A N/AUsername：admin

Password：Changeme

Username:

admin Initial

password:

000001

FE N/A

Smart

ETH

Gateway-3

POE_1

"Set >

communication

settings" IP

allocation method,

select "Automatic

(DHCP)"

Collector_ECC

500-XXXRS485 N/A LCU-XXX N/A N/A 1 N/A N/A

User name:

Admin

Initial

password:

000001

COM_IN N/ALCU-

XXXCOM

Baud rate: 9600

data bits: 8 parity

bit: None stop bit:

1

Collector_ECC

800-1Dry contact 52250103

FAULT

RELAY

SIGMA

XT/K11

031M2

N/A N/A

Normal:

closed

Alarm: open

N/A N/ACrimping

TerminalsN/A

Collector_

ECC800AI/DI_2

Collector_ECC

800-1Dry contact 52250103 LOCAL FIRE

SIGMA

XT/K11

031M2

N/A N/A

Normal: open

Alarm:

closed

N/A N/ACrimping

TerminalsN/A

Collector_

ECC800AI/DI_4

Collector_ECC

800-1Dry contact 52250103 FIRE RELAY

SIGMA

XT/K11

031M2

N/A N/A

Normal: open

Alarm:

closed

N/A N/ACrimping

TerminalsN/A

Collector_

ECC800AI/DI_6

Collector_ECC


Door Status

Sensor-1~2

Lippo

Ma

m520/Gr

eystone

GS-06

N/A N/A

Normal:

closed

Alarm: open

N/A N/ACrimping

TerminalsN/A

Collector_

ECC800AI/DI_1

Door Status

Sensor-1And Door

Status Sensor-

2Serial connection

Extinguishant

Control Panel

Collector_ECC


Door Status

Sensor-3~4

Lippo

Ma

m520/Gr

eystone

GS-06

N/A N/A

Normal:

closed

Alarm: open

N/A N/ACrimping

TerminalsN/A

Collector_

ECC800AI/DI_3 N/A

Collector_ECC

800-1Dry contact 33010347 Water Sensor

Greyston

e WD-

900D/Li

ppo Ma

mYW51

7K/

N/A N/A

Normal:

closed

Alarm: open

N/A N/A RJ45 N/AAI/DI

Module-1AI/DI_1 N/A

Collector_ECC

800-1Dry contact N/A

AC PDB-1

SPDN/A N/A N/A

Normal:

closed

Alarm: open

N/A N/ACrimping

TerminalsN/A

AI/DI

Module-1AI/DI_2

Fire cutting non-

state

Collector_ECC


Power PDB-1

SPD-1N/A N/A N/A

Normal:

closed

Alarm: open

N/A N/ACrimping

TerminalsN/A

AI/DI

Module-1AI/DI_3 N/A

Collector_ECC


Power PDB-1

SPD-2N/A N/A N/A

Normal:

closed

Alarm: open

N/A N/ACrimping

TerminalsN/A

AI/DI

Module-1AI/DI_4 N/A

Address SW1 SW2

0 ON ON

1 OFF ON

2 ON OFF

Remarks:

Remarks:

Remarks:

No. Yes/No

1 No

2 No

3 No

4 No

5 No

6 No

7 No

8 No

The AC actuator connects to the ECC800 controller in wireless mode.

After a camera is commissioned, label the camera with its name and IP address.

DIP Switch Settings for the AI/DI Module

SW3

ON

ON

ON

Remarks:

Camera commissioning: Obtain the IP address automatically allocated by the ECC800 to the camera through Huawei IPC TOOL. Then access the camera on the WebUI over

the IP address to configure the internal IP address.

Northbound SNMP interface for performance data

Capacity management

Mobile APP O&M

Optional Functions of the NetEco

Function

Fire alarm linkage air conditioner

Client authorization

Work order management

Energy efficiency management

Northbound SNMP interface for alarms

Air C

on

ditio

ne

r

-C

1(4

2kW

)

Air C

on

ditio

ne

r

-B

1(4

2kW

)

NO.F001 Fire Extinguishing Device Layout Diagram (CE)

-

+ +

-

+ +

1 3

2

4

COMM+LEV1 LEV2

2WIRE

I/P

SILENCE

STATUS UNITS

10K

10K 6.8K

6.8K 6.8K

6.8K6.8K

COMM+

LEV1 LEV2 2WIRE

I/P

SILENCE

6.8K

1 2

6.8K

470Ω

10K

+

-E

ROV

AUX

+SIL AL

FLT RST

REMOTE

CONTROL

+ - + -

DATA POWER

+ - + - + - + -

ZONE 1 ZONE 2

+ -

ZONE 3S1 S2

NCC NO

+ -

1ST

STAGE

NCC NO

2ND

STAGE

2ND

SOUNDER

+ -

MODE

SELECT

+ -

MAN

RELEASE

+ -

HOLD

C+ -

REL

PRESS

SWITCH

+ -

EXTING

+ -

LOW

PRESS

SWITCH

EXTRACT

NONC C

NO NC C NO NC C NO

FIRE

RELAY

LOCAL

FIRE

FAULT

RELAY

C

NC

NO

6.8K

470Ω

Fire Alarm Bell-1

To Monitoring system

brown & white

green

Terminal Resistor

redblack

redblack

red

black

red

black

black

red

Connect the fault signal

output (NO) to the collector

of the monitoring system.

Connect the gas release signal

output (NO) to the collector of

the monitoring system.

Connect the fire alarm signal



Connect smoke

detector in

detection zone 1

Connect heat

detector in

detection zone 2

Data cablePower cable

Connect the first

stage alarm to the

fire alarm bell.

Connect the second stage alarm

to the horn strobes and warning

signs .

Connect the

emergency

abort port to

the extinguishant

abort button .

Connect the pressure

signal to the pneumatic

switch.

Connect the electrical

actuator drive signal to the

electrical actuator.

Horn Strobes -2 Horn Strobes -1

Terminal Resistor

Terminal Resistor

停止按钮-1

brown & whitegreen

brown & white

green

red

black

redblack

Warning Signs-1

pneumatic switch-1

Extinguishant Abort Button -1

Electrical Actuator-1

Terminal Resistor

消防警铃-1

至监控系统

棕白绿

棕白

绿棕白绿

故障信号输出

(常开)

接监控系统采

集器

放气信号输出

(常开)

接监控系统采

集器

火警信号输出

(常开)

接监控系统采

集器

探测区域1

接感烟探

测器

探测区域2

接感温探测

器

数据线电源线第一阶段告警

接消防警铃

第二阶段告警

接声光报警+放

气指示灯

紧急停止

接紧急停

止按钮

压力信号

接压力开关

电磁阀

驱动信

号接电磁阀

终端电阻

红黑红黑红黑

红黑

红黑红黑黑红

声光报警器-2

终端电阻终端电阻

终端电阻

声光报警器-1

放气指示灯-1

压力开关-1

电磁阀-1

技术要求：

Technical requirements:

1.消防信号线均采用红（25030029）、黑线缆（25030073）、裸压端子-单线冷压端子（14170214），红色正极，黑色负极；压力开关，放气指示灯，消防警铃上有两个接线端子，共接两根线，消防警铃一侧不需区分端子，请参照图纸。

All fire extinguishing signal cables are red (BOM number: 25030029) and black (BOM number: 25030073) cables with naked crimping single-wire cord end terminals (BOM number: 14170214). The red cable is positive and the black cable is negative. The

pneumatic switch, Warning signs, and fire alarm bell each has two wiring terminals that connect to two wires. The fire alarm bell is polarity insensitive. For details, see the diagram.

2.末端消防警铃及声光报警器需并接10K终端电阻；

Connect a 10K terminal resistor to each of the last the fire alarm sounder and fire alarm horn/strobe in parallel.

3.感烟探测器，感温探测器接线已在图纸中表达，请参照图纸接线，需注意回路最后一个感烟探测器、感温探测器需并接6.8K终端电阻；

Connect cables to the smoke detector and heat detector by referring to the diagram. Connect a 6.8 K terminal resistor to the last smoke and heat detectors in parallel.

4.紧急停止按钮及压力开关需并接一个6.8K终端电阻，串接一个470Ω电阻；

Connect the emergency abort button and pneumatic switch to a 6.8 K terminal resistor in parallel, and to a 470 ohm resistor in serial.

5.告警信号上传至监控系统采用屏蔽直通网线连接，连接定义：放气信号（LOCAL FIRE），火警信号（FIRE RELAY），故障信号（FAULT RELAY），通过干结点接口接入ECC；

Alarm signals are reported to the monitoring system over shielded straight-through network cables. The connection definitions are as follows: LOCAL FIRE, FIRE RELAY, and FAULT RELAY. The signal cables connect to the ECC over dry

contacts.

6.气体灭火控制器端的所有电缆以及电磁阀、压力开关接线端必须粘贴线缆标签，标签内容见标签表。去向标签要求绑扎整齐，各电缆绑扎位置应平齐，绑扎方向一致。（标签采用标签纸29041061打印，标签粘贴在线扣21200708上，然

后绑扎在相应的电缆上。）

Attach cable labels to all cables connected to the extinguishant control panel and wiring terminals on electrical actuators and pneumatic switches. See the label table for the label content. Cable direction labels must be arranged neatly in the

same direction. Cables must be bound neatly, with cable ties in the same direction. (Labels are printed on label paper with the BOM number 29041061, attached on cable ties with the BOM number 21200708, and bound to corresponding

cables.)

NO.F002 Fire Extinguishing System Conceptual Diagram (CE)-1

ROV SIL AL FLT RST

+ -

NC C NO C

AUX

24V

+ -

DATA POWER

STATUS UNITS

+ - + - + - + -

ZONE 1 ZONE 2

+ -

ZONE 3

+ -

1ST

STAGE

NC C NO

2ND

STAGE

+ -

MODE

SELECT

+ -

MAN

RELEASE

+ - + - + -

EXTING

+ -

EXTRACT

NC C NO NC C NO NC C NO

FIRE

RELAY

L1 OUT

L1 IN

L2

-R

L1 OUT

L1 IN

L2

-R

L1 OUT

L1 IN

L2

-R

L1 OUT

L1 IN

L2

-R

L1 OUT

L1 IN

L2

-R

L1 OUT

L1 IN

L2

-R

L1 OUT

L1 IN

L2

-R

L1 OUT

L1 IN

L2

-R

L1 OUT

L1 IN

L2

-R

L1 OUT

L1 IN

L2

-R

L1 OUT

L1 OUT

NO

2ND

SOUNDER

REMOTE

CONTROL

S1 S2 HOLD

LOCAL

FIRE

FAULT

RELAY

++

-E

brown & white

green

Connect the fault signal



Connect the gas release signal

output (NO) to the collector of

the monitoring system.

Connect the fire alarm signal



Connect smoke

detector in detection

zone 1

Connect heat

detector in detection

zone 2

Data cable

Power cable

Connect the pressure

signal to the pneumatic

switch.

red

red blackred black

Connect the first stage

alarm to the fire alarm

bell.

Connect the second stage alarm to the

horn strobes and warning signs .

Connect the

emergency

abort port to

the Extinguishant

abort button .

Connect the electrical

actuator drive signal to the

electrical actuator.

brown & white

greenbrown & white

green

red

red

red

black

black

black black

REL

PRESS

SWITCH

LOW

PRESS

SWITCH

探测区域1

接感烟探

测器

探测区域2

接感温探测

器

数据线电源线第一阶段告警

接消防警铃

第二阶段告警

接声光报警+放

气指示灯

紧急停止

接紧急停

止按钮

压力信号

接压力开关

电磁阀驱动信

号接电磁阀

故障信号输出

(常开)

接监控系统采

集器

放气信号输出

(常开)

接监控系统采

集器

火警信号输出

(常开)

接监控系统采

集器

棕白绿棕白绿棕白绿

红

红

黑黑

红

红

黑黑

红黑红黑

终端电阻（6.8K）

终端电阻（6.8K）

技术要求：

Technical requirements:

1.消防信号线均采用红（25030029）、黑线缆（25030073）、裸压端子-单线冷压端子（14170214），红色正极，黑色负极；压力开关，放气指示灯，消防警铃上有两个接线端子，共接两根线，消防警铃一侧不需区分端子，请参照图纸。

All fire extinguishing signal cables are red (BOM number: 25030029) and black (BOM number: 25030073) cables with naked crimping single-wire cord end terminals (BOM number: 14170214). The red cable is positive and the black cable is negative. The

pneumatic switch, Warning signs, and fire alarm bell each has two wiring terminals that connect to two wires. The fire alarm bell is polarity insensitive. For details, see the diagram.

2.末端消防警铃及声光报警器需并接10K终端电阻；

Connect a 10K terminal resistor to each of the last the fire alarm sounder and fire alarm horn/strobe in parallel.

3.感烟探测器，感温探测器接线已在图纸中表达，请参照图纸接线，需注意回路最后一个感烟探测器、感温探测器需并接6.8K终端电阻；

Connect cables to the smoke detector and heat detector by referring to the diagram. Connect a 6.8 K terminal resistor to the last smoke and heat detectors in parallel.

4.紧急停止按钮及压力开关需并接一个6.8K终端电阻，串接一个470Ω电阻；

Connect the emergency abort button and pneumatic switch to a 6.8 K terminal resistor in parallel, and to a 470 ohm resistor in serial.

5.告警信号上传至监控系统采用屏蔽直通网线连接，连接定义：放气信号（LOCAL FIRE），火警信号（FIRE RELAY），故障信号（FAULT RELAY），通过干结点接口接入ECC；

Alarm signals are reported to the monitoring system over shielded straight-through network cables. The connection definitions are as follows: LOCAL FIRE, FIRE RELAY, and FAULT RELAY. The signal cables connect to the ECC over dry

contacts.

6.气体灭火控制器端的所有电缆以及电磁阀、压力开关接线端必须粘贴线缆标签，标签内容见标签表。去向标签要求绑扎整齐，各电缆绑扎位置应平齐，绑扎方向一致。（标签采用标签纸29041061打印，标签粘贴在线扣21200708上，然

后绑扎在相应的电缆上。）

Attach cable labels to all cables connected to the extinguishant control panel and wiring terminals on electrical actuators and pneumatic switches. See the label table for the label content. Cable direction labels must be arranged neatly in the

same direction. Cables must be bound neatly, with cable ties in the same direction. (Labels are printed on label paper with the BOM number 29041061, attached on cable ties with the BOM number 21200708, and bound to corresponding

cables.)

L1 OUT

L1 IN

L2

-R

L1 OUT

L1 IN

L2

-R

NO.F002 Fire Extinguishing System Conceptual Diagram (CE)-2

Signal w

indow

Lighting-1

Lighting-2

Lighting-3

Lighting-4

Lighting-5

Lighting-6

Lighting-7

Lighting-8

Lighting-9

NO.L001 Lighting Device Layout Diagram

Air C

on

ditio

ne

r

-C

1(4

2kW

)

Air C

on

ditio

ne

r

-B

1(4

2kW

)

NO.F003 Emergency Exit Diagram

Initial Configuration Parameter Manual (2019, UAE, Apollo-II)

Documents

Transcript of Initial Configuration Parameter Manual (2019, UAE, Apollo-II)