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Huawei FusionModule1000A40 Initial Configuration Parameter Manual
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Huawei FusionModule1000A40 Initial Configuration Parameter Manual

Prefabricated all-in-one data center
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FusionModule1000A40 Prefabricated All-in-One
Data Center
V200R003C10
Initial Configuration Parameter
Manual
Issue
01
Date
2019-12-20
HUAWEI TECHNOLOGIES CO., LTD.

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Summary of Contents for Huawei FusionModule1000A40

  • Page 1 FusionModule1000A40 Prefabricated All-in-One Data Center V200R003C10 Initial Configuration Parameter Manual Issue Date 2019-12-20 HUAWEI TECHNOLOGIES CO., LTD.
  • Page 2 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"...

  • Page 3: About This Document

    NOTICE is used to address practices not related to personal injury. Calls attention to important information, best practices and tips. Issue 01 (2019-12-20) Copyright © Huawei Technologies Co., Ltd.
  • Page 4 Change History Changes between document issues are cumulative. The latest document issue contains all the changes made in earlier issues. Issue 01 (2019-12-20) This issue is the first official release. Issue 01 (2019-12-20) Copyright © Huawei Technologies Co., Ltd.

  • Page 5: Table Of Contents

    4 Initial Configuration Parameters (21261316-001, Advanced configuration, 380 V, 2N, normal temperature) ........................4 5 Initial Configuration Parameters (21261316-002, Advanced configuration, 380 V, 2N, low temperature) ..........................5 6 Initial Configuration Parameters (21261316-003, Advanced configuration, 208 V, 2N) .. 6 Issue 01 (2019-12-20) Copyright © Huawei Technologies Co., Ltd.

  • Page 6: Initial Configuration Parameter Manual Usage

    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.

  • Page 7: Features Corresponding To Pre-Fab. Module Bom Numbers

    BOM Number Features 21261316 Advanced configuration, 380 V, N+X Advanced configuration, 380 V, 2N, normal 21261316-001 temperature 21261316-002 Advanced configuration, 380 V, 2N, low temperature 21261316-003 Advanced configuration, 208 V, 2N Issue 01 (2019-12-20) Copyright © Huawei Technologies Co., Ltd.

  • Page 8: Initial Configuration Parameters (21261316, Advanced Configuration, 380 V, N+X)

    FusionModule1000A40 Prefabricated All-in-One Data Center 3 Initial Configuration Parameters (21261316, Advanced Initial Configuration Parameter Manual configuration, 380 V, N+X) Initial Configuration Parameters (21261316, Advanced configuration, 380 V, N+X) Issue 01 (2019-12-20) Copyright © Huawei Technologies Co., Ltd.
  • Page 9 List of Initial Configuration Parameters Category Diagram ID Diagram Name Detailed Initial Configuration Parameters NO.P001 Power Supply and Distribution Device Layout Diagram NO.P002 Power Supply and Distribution System Diagram Initial Configurations for the Power Supply and Initial Configuration Parameters for an Integrated UPS Distribution System Initial Configuration Parameters for Power Supply and Initial Configuration Parameters of the Electric Heater DICELL XR02CX...
  • Page 10 NO.P001 Power Supply and Distribution Device Layout Diagram UPS Battery Cabinet-1 UPS-1 Fan-2 Fan-1 Signal window Power window Power PDB-1 Power PDB-1 XSEC0014-XSEC0014...
  • Page 11 NO.P002 Power Supply and Distribution System Diagram Relay AC PDB-1 QF7 DC24V- DC24V+ AC PDB-1 Air Conditioner distribution IT Load 1 distribution IT Load 2 distribution Module Module Module BBB-1 MCB C32A/4P In=20kA, Imax=40kA ATS/400A/4P UPS-1 Power PDB-1...
  • Page 12 Table 1 Initial Configuration Parameters for Power Supply and Distribution Devices Device Name Project Configuration Quantity Power Distribution Device Name Remarks Main PDF-1 ■Involved □Not involved 8D ATS ■Involved □Not involved Integrated UPS UPS-1 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.
  • Page 13 Volt Threshold Min LN1 -20% -30% to -5% -10% Volt Threshold Min LN2 -20% -30% to -5% -10% Voltage Thresholds Volt Threshold Max LN1 +20% +5% to +30% +10% Volt Threshold Max LN2 +20% +5% to +30% +10% Volt Hysteresis Min LN1 -29% to -4%, step 1% Volt Hysteresis Min LN2 -29% to -4%, step 1%...
  • Page 14 Component UPS-1 Initial Configuration Parameters for an Integrated UPS Category Parameter Default Value Value Range Setting 12 languages, including English, Chinese, Language English English Italian, and so on Basic Password 000001 Default value Single/Parallel Single Single, Parallel Single Output voltage level 400 V 380 V, 400 V, 415 V 380 V...
  • Page 15 User-defined (After setting the parameter to User- defined, disable the spare branch circuit breaker in PDU Data-PDU-A/C-Branch breaker Enable Disable/Enable/User-defined the Installation time PDU > Branch Battery open alarm enable conceptual diagram and enable the branch circuit breaker that connects to a load.) User-defined (After setting the parameter to User- defined, disable the spare branch circuit breaker in PDU Data-PDU-IT1-Branch breaker open...
  • Page 16 Initial Configuration Parameters of the Electric Heater DICELL XR02CX Temperature Controller for Air Inlet Windows Category Item Default Value Value Range Factory Setting Remarks –55 °C to 99 °C Specified value 25 ° C Temperature difference 2.0 ° C 0.1 ° C to 25 ° C 20 °...
  • Page 17 NO.C001 Cooling Device Layout Diagram Opening direction Opening direction Opening direction Slide 200mm Slide 200mm Slide 200mm UPS Battery Cabinet-1 UPS-1 RS485_IN RS485_OUT RS485_IN RS485_OUT RS485_IN RS485_OUT RS485_IN RS485_OUT Control box of electric heating for air inlet window Air Conditioner-C1 Air Conditioner-B1 Fan-2 Air Conditioner-A1...
  • Page 18 Table 2 Initial Configuration Parameters for Cooling Devices Initial Configuration Parameters of Remote Temperature and Humidity Sensor DIP Switches for In-row Air Cooled Smart Cooling Produc DIP Switch Sequence No. Sensor Name and No. Address Remote humidity and temperature sensor...
  • Page 19 Initial Teamwork Configuration Parameters for 25 Kw In-row Air Cooled Smart Cooling Product Teamwork Total Number of Cold Aisle Hot and Cold Aisle Teamwork Teamwork Rotation Rotation Forced Requirement Cascade Unit Network Number of Running Rotation Temperature Temperature and Conditioner Group No.
  • Page 20 Initial Temperature and Humidity Configuration Parameters for Air Cooled Precision Air Conditioners Cold aisle sensor 1 Temperature and humidity control type Temp control mode Cold-aisle temp set point Cold-aisle Humid Set Point Air Conditioner Maximum Average Enable Cold aisle Average Maximum...
  • Page 21 NO.M001 Monitoring Device Layout Diagram DOOR DOOR Opening direction Slide 200mm Slide 200mm Opening direction Opening direction Slide 200mm UPS Battery Cabinet-1 UPS-1 DOOR EXIT BREAK GLASS Air Conditioner-B1 Air Conditioner-C1 Fan-2 Air Conditioner-A1 Air Conditioner-D1 (With Electric Heating & (With Electric Heating &...
  • Page 22 NO.M002 Monitoring System Network Diagram Reserved Reserved Reserved Reserved AC PDB-1 SPD Reserved Reserved Power PDB-1 SPD1 Reserved Reserved Power PDB-1 SPD2 Reserved Reserved Server AI/DI Module-1 LAN Switch Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved...
  • Page 23 Table 3 Initial Configuration Parameters for the Management System Port to Upper- WebUI User LCD User Upper- Monitoring Data Device Device IP Device Alarm Upper- Level Device Model Name and Name and Transfer Level Remarks Device Type Name Address Address Threshold Level Device...
  • Page 24 Port to Upper- WebUI User LCD User Upper- Monitoring Data Device Device IP Device Alarm Upper- Level Device Model Name and Name and Transfer Level Remarks Device Type Name Address Address Threshold Level Device Password Password Port Device Device Port Collector_ECC Smart ETH Smart ETH...
  • Page 25 Port to Upper- WebUI User LCD User Upper- Monitoring Data Device Device IP Device Alarm Upper- Level Device Model Name and Name and Transfer Level Remarks Device Type Name Address Address Threshold Level Device Password Password Port Device Device Port User name: Settings >...
  • Page 26 Port to Upper- WebUI User LCD User Upper- Monitoring Data Device Device IP Device Alarm Upper- Level Device Model Name and Name and Transfer Level Remarks Device Type Name Address Address Threshold Level Device Password Password Port Device Device Port Collector_ECC Power PDB- Normal: closed...
  • Page 27 After a camera is commissioned, label the camera with its name and IP address. 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 Remarks: to configure the internal IP address.
  • Page 28 NO.F001 Fire Extinguishing Device Layout Diagram (CE) EXIT-1 EXIT Opening direction Slide 200mm Slide 200mm Opening direction Opening direction Slide 200mm UPS Battery Cabinet-1 UPS-1 Warning Signs-1 Abort Air Conditioner-B1 Air Conditioner-C1 Fan-2 Air Conditioner-A1 Air Conditioner-D1 (With Electric Heating & (With Electric Heating &...
  • Page 29 NO.F002 Fire Extinguishing System Conceptual Diagram (CE) -1 Horn Strobes -2 Horn Strobes -1 Terminal Resistor - + + - + + Warning Signs-1 Terminal Resistor Terminal Resistor 6.8K 6.8K SILENCE SILENCE COMM+ LEV1 LEV2 2WIRE COMM+ LEV1 LEV2 2WIRE Terminal Resistor pneumatic switch-1 Fire Alarm Bell-1...
  • Page 30 NO.F002 Fire Extinguishing System Conceptual Diagram (CE) -2 L1 IN L1 IN L1 IN L1 IN L1 IN L1 OUT L1 OUT L1 OUT L1 OUT L1 OUT L1 OUT black black L1 IN L1 IN L1 IN L1 IN L1 IN L1 OUT L1 OUT...
  • Page 31 NO.F002 Fire Extinguishing System Conceptual Diagram (CE) -3 AC PDB-1 Relay AC PDB-1 QF7 DC24V- DC24V+ black black FLT RST DATA POWER ZONE 1 ZONE 2 ZONE 3 MODE EXTING EXTRACT FAULT LOCAL FIRE HOLD REMOTE SELECT RELEASE PRESS PRESS STATUS UNITS SOUNDER STAGE...
  • Page 32 NO.L001 Lighting Device Layout Diagram Lighting-24 Lighting-25 Lighting-26 Lighting-27 Lighting-28 Lighting-29 Lighting-30 Lighting-31 Lighting-32 Lighting-15 Lighting-16 Lighting-17 Lighting-18 Lighting-19 Lighting-20 Lighting-21 Lighting-22 Lighting-23 UPS Battery Cabinet-1 UPS-1 Power window Power PDB-1 Signal window XSEC0014-XSEC0014...
  • Page 33 NO.F003 Emergency Exit Diagram Exit Opening direction Slide 200mm Slide 200mm Opening direction Opening direction Slide 200mm UPS Battery Cabinet-1 UPS-1 Air Conditioner-B1 Air Conditioner-C1 Fan-2 Air Conditioner-A1 Air Conditioner-D1 (With Electric Heating & (With Electric Heating & (25KW) (25KW) Fan-1 Humidifier 25KW) Humidifier 25KW)

  • Page 34: Initial Configuration Parameters (21261316-001, Advanced Configuration, 380 V, 2N, Normal Temperature)

    FusionModule1000A40 Prefabricated All-in-One Data Center 4 Initial Configuration Parameters (21261316-001, Initial Configuration Parameter Manual Advanced configuration, 380 V, 2N, normal temperature) Initial Configuration Parameters (21261316-001, Advanced configuration, 380 V, 2N, normal temperature) Issue 01 (2019-12-20) Copyright © Huawei Technologies Co., Ltd.
  • Page 35 List of Initial Configuration Parameters Category Diagram ID Diagram Name Detailed Initial Configuration Parameters NO.P001 Power Supply and Distribution Device Layout Diagram NO.P002 Power Supply and Distribution System Diagram Initial Configurations for the Power Supply and MCCB Current Parameter Settings Distribution System Initial Configuration Parameters of the Electric Heater DICELL XR02CX Initial Configuration Parameters for Power Supply and...
  • Page 36 NO.P001 Power Supply and Distribution Device Layout Diagram UPS-2 UPS-1 Fan-2 Fan-1 Power window Power PDB-1 Signal window XSEC0014-XSEC0014...
  • Page 37 NO.P002 Power Supply and Distribution System Diagram Relay AC PDB-1 QF7 DC24V- DC24V+ AC PDB-1 IT Load 1 distribution Module IT Load 2 distribution Module IT Load 2 distribution Module IT Load 1 distribution Module Air Conditioner distribution Module Air Conditioner distribution Module BBB-1 MCB C32A/4P MCB C32A/4P...
  • Page 38 Table 1 Initial Configuration Parameters for Power Supply and Distribution Devices Device Name Project Configuration Quantity Power Distribution Device Name Remarks ■Involved □Not involved Integrated UPS & MCCB UPS-1/2 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.
  • Page 39 System capacity 75 kW Requisite modules Advanced Param. Redundant modules Master BSC mode, Non-BSC mode, Slave Master BSC mode (UPS-1)/Slave BSC mode BSC mode Non-BSC BSC mode (UPS-2) voltage level is +15% +10%, +15%, +20%, +25% Default value 380 V Maximum voltage level is Bypass Param.
  • Page 40 Component UPS-1/2 MCCB Current Parameter Settings Category Parameter Default Value Value Range Setting 0000–1111 Electronic MCCB current L overload protection (DIP 1111 0 1（0.08）1（0.16）0 setting switch setting) Step 0.04, can be set from 0.4 to 1...
  • Page 41 Initial Configuration Parameters of the Electric Heater DICELL XR02CX Temperature Controller for Air Inlet Windows Category Item Default Value Value Range Factory Setting Remarks –55 °C to 99 °C Specified value 25 ° C Temperature difference 2.0 ° C 0.1 ° C to 25 ° C 20 °...
  • Page 42 NO.C001 Cooling Device Layout Diagram Opening direction Slide 200mm Slide 200mm Opening direction Opening direction Slide 200mm UPS-2 UPS-1 RS485_IN RS485_OUT RS485_IN RS485_OUT RS485_IN RS485_OUT RS485_IN RS485_OUT Control box of electric heating for air inlet window Air Conditioner-B1 Air Conditioner-C1 Fan-2 Air Conditioner-A1 Air Conditioner-D1...
  • Page 43 Table 2 Initial Configuration Parameters for Cooling Devices Initial Configuration Parameters of Remote Temperature and Humidity Sensor DIP Switches for In-row Air Cooled Smart Cooling Produc DIP Switch Sequence No. Sensor Name and No. Address Remote humidity and temperature sensor...
  • Page 44 Initial Teamwork Configuration Parameters for 25 Kw In-row Air Cooled Smart Cooling Product Teamwork Total Number of Cold Aisle Hot and Cold Aisle Teamwork Teamwork Rotation Rotation Forced Requirement Cascade Unit Network Number of Running Rotation Temperature Temperature and Conditioner Group No.
  • Page 45 Initial Temperature and Humidity Configuration Parameters for Air Cooled Precision Air Conditioners Cold aisle sensor 1 Temperature and humidity control type Temp control mode Cold-aisle temp set point Cold-aisle Humid Set Point Air Conditioner Maximum Average Enable Cold aisle Average Maximum...
  • Page 46 NO.M001 Monitoring Device Layout Diagram With shock-absorbing cradle for IT RACKs DOOR DOOR Opening direction Slide 200mm Slide 200mm Opening direction Opening direction Slide 200mm UPS-2 UPS-1 DOOR EXIT BREAK GLASS Air Conditioner-B1 Air Conditioner-C1 Fan-2 Air Conditioner-A1 Air Conditioner-D1 (With Electric Heating &...
  • Page 47 NO.M002 Monitoring System Network Diagram Reserved Reserved Reserved Reserved AC PDB-1 SPD Reserved Reserved Power PDB-1 SPD1 Reserved Reserved Reserved Power PDB-1 SPD2 Reserved Server AI/DI Module-1 LAN Switch Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved...
  • Page 48 Table 3 Initial Configuration Parameters for the Management System Port to Upper- WebUI User LCD User Upper- Monitoring Data Device Device IP Device Alarm Upper- Level Device Model Name and Name and Transfer Level Remarks Device Type Name Address Address Threshold Level Device...
  • Page 49 Port to Upper- WebUI User LCD User Upper- Monitoring Data Device Device IP Device Alarm Upper- Level Device Model Name and Name and Transfer Level Remarks Device Type Name Address Address Threshold Level Device Password Password Port Device Device Port Collector_EC Smart ETH Collector_...
  • Page 50 Port to Upper- WebUI User LCD User Upper- Monitoring Data Device Device IP Device Alarm Upper- Level Device Model Name and Name and Transfer Level Remarks Device Type Name Address Address Threshold Level Device Password Password Port Device Device Port User name: Settings >...
  • Page 51 Port to Upper- WebUI User LCD User Upper- Monitoring Data Device Device IP Device Alarm Upper- Level Device Model Name and Name and Transfer Level Remarks Device Type Name Address Address Threshold Level Device Password Password Port Device Device Port Collector_EC FIRE SIGMA...
  • Page 52 After a camera is commissioned, label the camera with its name and IP address. 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 Remarks: to configure the internal IP address.
  • Page 53 NO.F001 Fire Extinguishing Device Layout Diagram (CE) With shock-absorbing cradle for IT RACKs EXIT-1 EXIT Opening direction Slide 200mm Slide 200mm Opening direction Opening direction Slide 200mm UPS-2 UPS-1 Warning Signs-1 Abort Air Conditioner-B1 Air Conditioner-C1 Fan-2 Air Conditioner-A1 Air Conditioner-D1 (With Electric Heating &...
  • Page 54 NO.F002 Fire Extinguishing System Conceptual Diagram (CE) -1 Horn Strobes -2 Horn Strobes -1 Terminal Resistor - + + - + + Warning Signs-1 Terminal Resistor Terminal Resistor 6.8K 6.8K COMM+ LEV1 LEV2 2WIRE SILENCE COMM+ LEV1 LEV2 2WIRE SILENCE Terminal Resistor pneumatic switch-1 Extinguishant Abort Button -1...
  • Page 55 NO.F002 Fire Extinguishing System Conceptual Diagram (CE) -2 L1 IN L1 IN L1 IN L1 IN L1 IN L1 OUT L1 OUT L1 OUT L1 OUT L1 OUT L1 OUT black black L1 IN L1 IN L1 IN L1 IN L1 IN L1 OUT L1 OUT...
  • Page 56 NO.F002 Fire Extinguishing System Conceptual Diagram (CE) -3 AC PDB-1 Relay AC PDB-1 QF7 DC24V- DC24V+ black black FLT RST DATA POWER ZONE 1 ZONE 2 ZONE 3 MODE EXTING EXTRACT FAULT LOCAL FIRE HOLD REMOTE SELECT RELEASE PRESS PRESS STATUS UNITS SOUNDER STAGE...
  • Page 57 NO.L001 Lighting Device Layout Diagram Lighting-24 Lighting-25 Lighting-26 Lighting-27 Lighting-28 Lighting-29 Lighting-30 Lighting-31 Lighting-32 Lighting-15 Lighting-16 Lighting-17 Lighting-18 Lighting-19 Lighting-20 Lighting-21 Lighting-22 Lighting-23 UPS-2 UPS-1 Power window Power PDB-1 Signal window XSEC0014-XSEC0014...
  • Page 58 NO.F003 Emergency Exit Diagram With shock-absorbing cradle for IT RACKs Exit Opening direction Slide 200mm Slide 200mm Opening direction Opening direction Slide 200mm UPS-2 UPS-1 Air Conditioner-B1 Air Conditioner-C1 Fan-2 Air Conditioner-A1 Air Conditioner-D1 (With Electric Heating & (With Electric Heating & (25KW) (25KW) Fan-1...

  • Page 59: Low Temperature)

    FusionModule1000A40 Prefabricated All-in-One Data Center 5 Initial Configuration Parameters (21261316-002, Initial Configuration Parameter Manual Advanced configuration, 380 V, 2N, low temperature) Initial Configuration Parameters (21261316-002, Advanced configuration, 380 V, 2N, low temperature) Issue 01 (2019-12-20) Copyright © Huawei Technologies Co., Ltd.
  • Page 60 List of Initial Configuration Parameters Category Diagram ID Diagram Name Detailed Initial Configuration Parameters NO.P001 Power Supply and Distribution Device Layout Diagram NO.P002 Power Supply and Distribution System Diagram MCCB Current Parameter Settings Initial Configurations for the Power Supply and Initial Configuration Parameters of the Electric Heater DICELL XR02CX Distribution System Temperature Controller for Air Conditioner Pipes...
  • Page 61 NO.P001 Power Supply and Distribution Device Layout Diagram UPS-2 UPS-2 UPS-1 UPS-1 Fan-2 Fan-1 Power PDB-1 XSEC0014-XSEC0014...
  • Page 62 NO.P002 Power Supply and Distribution System Diagram Relay AC PDB-1 QF7 DC24V- DC24V+ AC PDB-1 Air Conditioner distribution Module IT Load 1 distribution Module IT Load 2 distribution Module IT Load 2 distribution Module IT Load 1 distribution Module Air Conditioner distribution Module BBB-1 MCB C32A/4P MCB C32A/4P...
  • Page 63 Table 1 Initial Configuration Parameters for Power Supply and Distribution Devices Device Name Project Configuration Quantity Power Distribution Device Name Remarks ■Involved □Not involved Integrated UPS & MCCB UPS-1/2 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.
  • Page 64 System capacity 75 kW Requisite modules Advanced Param. Redundant modules Master BSC mode, Non-BSC mode, Slave Master BSC mode (UPS-1)/Slave BSC mode BSC mode Non-BSC BSC mode (UPS-2) voltage level is +15% +10%, +15%, +20%, +25% Default value 380 V Maximum voltage level is Bypass Param.
  • Page 65 Component UPS-1/2 MCCB Current Parameter Settings Category Parameter Default Value Value Range Setting 0000–1111 Electronic MCCB current L overload protection (DIP 1111 0 1（0.08）1（0.16）0 setting switch setting) Step 0.04, can be set from 0.4 to 1...
  • Page 66 Initial Configuration Parameters of the Electric Heater DICELL XR02CX Temperature Controller for Air Inlet Windows Category Item Default Value Value Range Factory Setting Remarks –55 °C to 99 °C Specified value 25 ° C Temperature difference 2.0 ° C 0.1 ° C to 25 ° C 20 °...
  • Page 67 Initial Configuration Parameters of the Electric Heater DICELL XR02CX Temperature Controller for Air Conditioner Pipes Category Item Default Value Value Range Factory Setting Remarks –55 °C to 99 °C Specified value 40 ° C Temperature difference 2.0 ° C 0.1 ° C to 25 ° C 5.0 °...
  • Page 68 Initial Configuration Parameters of the Electric Heater DICELL XR02CX Temperature Controller for Fireproof Doors Category Item Default Value Value Range Factory Setting Remarks –55 °C to 99 °C Specified value 15 ° C Temperature difference 2.0 ° C 0.1 ° C to 25 ° C 5.0 °...
  • Page 69 NO.C001 Cooling Device Layout Diagram Control box of electric Control box of electric heating for door2 heating for door1 Opening direction Slide 200mm Slide 200mm Opening direction Opening direction Slide 200mm UPS-2 UPS-1 RS485_IN RS485_OUT RS485_IN RS485_OUT RS485_IN RS485_OUT RS485_IN RS485_OUT Control box of electric heating for air inlet...
  • Page 70 Table 2 Initial Configuration Parameters for Cooling Devices Initial Configuration Parameters of Remote Temperature and Humidity Sensor DIP Switches for In-row Air Cooled Smart Cooling Produc DIP Switch Sequence No. Sensor Name and No. Address Remote humidity and temperature sensor...
  • Page 71 Initial Teamwork Configuration Parameters for 25 Kw In-row Air Cooled Smart Cooling Product Teamwork Total Number of Cold Aisle Hot and Cold Aisle Teamwork Teamwork Rotation Rotation Forced Requirement Cascade Unit Network Number of Running Rotation Temperature Temperature and Conditioner Group No.
  • Page 72 Initial Temperature and Humidity Configuration Parameters for Air Cooled Precision Air Conditioners Cold aisle sensor 1 Temperature and humidity control type Temp control mode Cold-aisle temp set point Cold-aisle Humid Set Point Air Conditioner Maximum Average Enable Cold aisle Average Maximum...
  • Page 73 NO.M001 Monitoring Device Layout Diagram With shock-absorbing cradle for IT RACKs DOOR DOOR Opening direction Opening direction Opening direction Slide 200mm Slide 200mm Slide 200mm UPS-2 UPS-1 DOOR EXIT BREAK GLASS Air Conditioner-B1 Air Conditioner-C1 Fan-2 Air Conditioner-A1 Air Conditioner-D1 (With Electric Heating &...
  • Page 74 NO.M002 Monitoring System Network Diagram Reserved Reserved Reserved Reserved AC PDB-1 SPD Reserved Reserved Power PDB-1 SPD1 Reserved Reserved Reserved Power PDB-1 SPD2 Reserved Server AI/DI Module-1 LAN Switch Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved...
  • Page 75 Table 3 Initial Configuration Parameters for the Management System Port to Upper- WebUI User LCD User Upper- Monitoring Data Device Device Device Device IP Device Alarm Upper- Level Name and Name and Transfer Level Remarks Device Type Code Name Model Address Address Threshold...
  • Page 76 Port to Upper- WebUI User LCD User Upper- Monitoring Data Device Device Device Device IP Device Alarm Upper- Level Name and Name and Transfer Level Remarks Device Type Code Name Model Address Address Threshold Level Device Password Password Port Device Device Port Collector_ECC...
  • Page 77 Port to Upper- WebUI User LCD User Upper- Monitoring Data Device Device Device Device IP Device Alarm Upper- Level Name and Name and Transfer Level Remarks Device Type Code Name Model Address Address Threshold Level Device Password Password Port Device Device Port User name:...
  • Page 78 Port to Upper- WebUI User LCD User Upper- Monitoring Data Device Device Device Device IP Device Alarm Upper- Level Name and Name and Transfer Level Remarks Device Type Code Name Model Address Address Threshold Level Device Password Password Port Device Device Port POLYMR...
  • Page 79 After a camera is commissioned, label the camera with its name and IP address. 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 Remarks: to configure the internal IP address.
  • Page 80 NO.F001 Fire Extinguishing Device Layout Diagram (CE) With shock-absorbing cradle for IT RACKs EXIT-1 EXIT Opening direction Slide 200mm Slide 200mm Opening direction Opening direction Slide 200mm UPS-2 UPS-1 Warning Signs-1 Abort Air Conditioner-B1 Air Conditioner-C1 Fan-2 Air Conditioner-D1 Air Conditioner-A1 (With Electric Heating &...
  • Page 81 NO.F002 Fire Extinguishing System Conceptual Diagram (CE) -1 Horn Strobes -2 Horn Strobes -1 Terminal Resistor - + + - + + Warning Signs-1 Terminal Resistor Terminal Resistor 6.8K 6.8K 2WIRE SILENCE SILENCE COMM+ LEV1 LEV2 COMM+ LEV1 LEV2 2WIRE Terminal Resistor pneumatic switch-1 Fire Alarm Bell-1...
  • Page 82 NO.F002 Fire Extinguishing System Conceptual Diagram (CE) -2 L1 IN L1 IN L1 IN L1 IN L1 IN L1 OUT L1 OUT L1 OUT L1 OUT L1 OUT L1 OUT black black L1 IN L1 IN L1 IN L1 IN L1 IN L1 OUT L1 OUT...
  • Page 83 NO.F002 Fire Extinguishing System Conceptual Diagram (CE) -3 AC PDB-1 Relay AC PDB-1 QF7 DC24V- DC24V+ black black FLT RST DATA POWER ZONE 1 ZONE 2 ZONE 3 MODE EXTING EXTRACT FAULT LOCAL FIRE HOLD REMOTE RELEASE PRESS STATUS UNITS SOUNDER STAGE STAGE...
  • Page 84 NO.L001 Lighting Device Layout Diagram Lighting-24 Lighting-25 Lighting-26 Lighting-27 Lighting-28 Lighting-29 Lighting-30 Lighting-31 Lighting-32 Lighting-15 Lighting-16 Lighting-17 Lighting-18 Lighting-19 Lighting-20 Lighting-21 Lighting-22 Lighting-23 UPS-2 UPS-1 Signal window Power window Power PDB-1 XSEC0014-XSEC0014...
  • Page 85 NO.F003 Emergency Exit Diagram With shock-absorbing cradle for IT RACKs Exit Opening direction Slide 200mm Slide 200mm Opening direction Opening direction Slide 200mm UPS-2 UPS-1 Air Conditioner-B1 Air Conditioner-C1 Fan-2 Air Conditioner-D1 Air Conditioner-A1 (With Electric Heating & (With Electric Heating & (25KW) (25KW) Fan-1...

  • Page 86: Initial Configuration Parameters (21261316-003, Advanced Configuration, 208 V, 2N)

    FusionModule1000A40 Prefabricated All-in-One Data Center 6 Initial Configuration Parameters (21261316-003, Initial Configuration Parameter Manual Advanced configuration, 208 V, 2N) Initial Configuration Parameters (21261316-003, Advanced configuration, 208 V, Issue 01 (2019-12-20) Copyright © Huawei Technologies Co., Ltd.
  • Page 87 List of Initial Configuration Parameters Category Diagram ID Diagram Name Detailed Initial Configuration Parameters NO.P001 Power Supply and Distribution Device Layout Diagram NO.P002 Power Supply and Distribution System Diagram Initial Configurations for the Power Supply and Initial Configuration Parameters of the Electric Heater DICELL XR02CX Distribution System Temperature Controller for Air Inlet Windows Initial Configuration Parameters for Power Supply and...
  • Page 88 NO.P001 Power Supply and Distribution Device Layout Diagram Lighting-24 Lighting-25 Lighting-26 Lighting-27 Lighting-28 Lighting-29 Lighting-30 Lighting-31 Lighting-32 Lighting-15 Lighting-16 Lighting-17 Lighting-18 Lighting-19 Lighting-20 Lighting-21 Lighting-22 Lighting-23 UPS-2 UPS-1 Fan-2 Fan-1 Power PDB-1 XSEC0014-XSEC0014...
  • Page 89 NO.P002 Power Supply and Distribution System Diagram Air Conditioner distribution Module IT Load 1 distribution Module IT Load 2 distribution Module IT Load 2 distribution Module IT Load 1 distribution Module Air Conditioner distribution Module Fuse1 Fuse2 Fuse3 Fuse4 Fuse5 Fuse6 BAT+ BAT N...
  • Page 90 Table 1 Initial Configuration Parameters for Power Supply and Distribution Devices Device Name Project Configuration Quantity Power Distribution Device Name Remarks ■Involved □Not involved Integrated UPS UPS-1/2 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.
  • Page 91 System capacity 60 kVA Requisite modules Advanced Param. Redundant modules Master BSC mode, Non-BSC mode, Slave Master BSC mode (UPS-1)\Slave BSC mode BSC mode Non-BSC BSC mode (UPS-2) voltage level is +15% +10%, +15%, +20%, +25% Default value 208 V Maximum voltage level is Bypass Param.
  • Page 92 Initial Configuration Parameters of the Electric Heater DICELL XR02CX Temperature Controller for Air Inlet Windows Category Item Default Value Value Range Factory Setting Remarks –55 °C to 99 °C Specified value 25 ° C Temperature difference 2.0 ° C 0.1 ° C to 25 ° C 20 °...
  • Page 93 NO.C001 Cooling Device Layout Diagram Opening direction Slide 200mm Slide 200mm Opening direction Opening direction Slide 200mm UPS-2 UPS-1 RS485_IN RS485_OUT RS485_IN RS485_OUT RS485_IN RS485_OUT RS485_IN RS485_OUT Control box of electric heating for air inlet window Air Conditioner-B1 Air Conditioner-C1 Fan-2 Air Conditioner-A1 Air Conditioner-D1...
  • Page 94 Table 2 Initial Configuration Parameters for Cooling Devices Initial Configuration Parameters of Remote Temperature and Humidity Sensor DIP Switches for In-row Air Cooled Smart Cooling Produc DIP Switch Sequence No. Sensor Name and No. Address Remote humidity and temperature sensor...
  • Page 95 Initial Teamwork Configuration Parameters for 21kW In-row Air Cooled Smart Cooling Product Coolin L1/L2 Large Large Large L1/L2 L1/L2 L1/L2 Number L1/L2 Linka Team Teamwor Teamwor Total Rotati Rota Casc Ring Ring Ring Linkage Linka Linka L1/L2 Enable uire Capaci Linkage work Teamwork...
  • Page 96 Initial Temperature and Humidity Configuration Parameters for Air Cooled Precision Air Conditioners Cold aisle sensor 1 Temperature and humidity control type Temp control mode Cold-aisle temp set point Cold-aisle Humid Set Point Air Conditioner Maximum Average Enable Cold aisle Average Maximum...
  • Page 97 NO.M001 Monitoring Device Layout Diagram With shock-absorbing cradle for IT RACKs DOOR DOOR Opening direction Slide 200mm Slide 200mm Opening direction Opening direction Slide 200mm UPS-2 UPS-1 DOOR EXIT BREAK GLASS Air Conditioner-B1 Air Conditioner-C1 Fan-2 Air Conditioner-D1 Air Conditioner-A1 (With Electric Heating &...
  • Page 98 NO.M002 Monitoring System Network Diagram Reserved Reserved Reserved Reserved Reserved Reserved Power PDB-1 SPD1 Reserved Reserved Power PDB-1 SPD2 Reserved Reserved Server AI/DI Module-1 LAN Switch Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved LOCAL FIRE Extinguishant Control Panel...
  • Page 99 Table 3 Initial Configuration Parameters for the Management System Port to Upper- WebUI User LCD User Upper- Monitoring Data Device Device IP Device Alarm Upper- Level Device Name Name and Name and Transfer Level Remarks Device Type Model Address Address Threshold Level Device...
  • Page 100 Port to Upper- WebUI User LCD User Upper- Monitoring Data Device Device IP Device Alarm Upper- Level Device Name Name and Name and Transfer Level Remarks Device Type Model Address Address Threshold Level Device Password Password Port Device Device Port Collector_EC Smart ETH Smart ETH...
  • Page 101 Port to Upper- WebUI User LCD User Upper- Monitoring Data Device Device IP Device Alarm Upper- Level Device Name Name and Name and Transfer Level Remarks Device Type Model Address Address Threshold Level Device Password Password Port Device Device Port User name: Settings >...
  • Page 102 Port to Upper- WebUI User LCD User Upper- Monitoring Data Device Device IP Device Alarm Upper- Level Device Name Name and Name and Transfer Level Remarks Device Type Model Address Address Threshold Level Device Password Password Port Device Device Port Collector_EC Transformer PDB- Normal: closed...
  • Page 103 After a camera is commissioned, label the camera with its name and IP address. 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 Remarks: to configure the internal IP address.
  • Page 104 NO.F001 Fire Extinguishing Device Layout Diagram (CE) With shock-absorbing cradle for IT RACKs EXIT-1 EXIT Opening direction Opening direction Opening direction Slide 200mm Slide 200mm Slide 200mm UPS-2 UPS-1 Warning Signs-1 Abort Air Conditioner-B1 Air Conditioner-C1 Fan-2 Air Conditioner-A1 Air Conditioner-D1 (With Electric Heating &...
  • Page 105 NO.F002 Fire Extinguishing System Conceptual Diagram (CE) -1 Horn Strobes -2 Horn Strobes -1 Terminal Resistor - + + - + + Warning Signs-1 Terminal Resistor Terminal Resistor 6.8K 6.8K SILENCE COMM+ LEV1 LEV2 2WIRE SILENCE COMM+ LEV1 LEV2 2WIRE Terminal Resistor pneumatic switch-1 Fire Alarm Bell-1...
  • Page 106 NO.F002 Fire Extinguishing System Conceptual Diagram (CE) -2 L1 IN L1 IN L1 IN L1 IN L1 IN L1 OUT L1 OUT L1 OUT L1 OUT L1 OUT L1 OUT black black L1 IN L1 IN L1 IN L1 IN L1 IN L1 OUT L1 OUT...
  • Page 107 NO.F002 Fire Extinguishing System Conceptual Diagram (CE) -3 Transformer PDB-1 black black FLT RST DATA POWER ZONE 1 ZONE 2 ZONE 3 MODE HOLD EXTING EXTRACT FAULT LOCAL FIRE REMOTE STATUS UNITS SOUNDER STAGE STAGE SELECT RELEASE PRESS PRESS RELAY FIRE RELAY CONTROL...
  • Page 108 NO.L001 Lighting Device Layout Diagram Lighting-24 Lighting-25 Lighting-26 Lighting-27 Lighting-28 Lighting-29 Lighting-30 Lighting-31 Lighting-32 Lighting-15 Lighting-16 Lighting-17 Lighting-18 Lighting-19 Lighting-20 Lighting-21 Lighting-22 Lighting-23 UPS-2 UPS-1 Power PDB-1 XSEC0014-XSEC0014...
  • Page 109 NO.F003 Emergency Exit Diagram With shock-absorbing cradle for IT RACKs Exit Opening direction Slide 200mm Slide 200mm Opening direction Opening direction Slide 200mm UPS-2 UPS-1 Air Conditioner-B1 Air Conditioner-C1 Fan-2 Air Conditioner-D1 Air Conditioner-A1 (With Electric Heating & (With Electric Heating & (21KW) (21KW) Fan-1...