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Emerson U /400/S/12P, U/300/S/12P, U/300/S/6P, 400KVA 1 Power switch location of 160/200kVA UPS

Models: U /400/S/12P U/300/S/6P 160 200 U/300/S/12P 400KVA U /400/S/6P

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Figure 5-1 Power switch location of 160/200kVA UPS

40	Chapter 5 Operating Instructions

Q1	Q2	Q5
X3		Q3

Service socket: Designed for use in UPS service, cannot be used for other purposes

Figure 5-1 Power switch location of 160/200kVA UPS

		Q5
Q1	Q2	Q3
Service socket: Designed for use in UPS
维修插座：用于维护工程师进行UPS维护时使用，不可用作其它用途
service, cannot be used for other purposes

Figure 5-2 Power switch location of 300/400kVA UPS

HIPULSE U UPS Single Module And “1+N” (Expandable) 160/200/300/400kVA User Manual

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Image 50

Emerson U /400/S/12P, U/300/S/12P, 400KVA 1 Power switch location of 160/200kVA UPS, Service socket Designed for use in UPS

Contents

HIPULSE U UPS Single Module And “1+N” Expandable 160/200/300/400kVA User ManualPage Page The Manual Describes The Following Equipment Safety Precautions The warning triangle indicates all the personal safety instructions Contents 3.4.1 Connecting Power Cables 3.3.2 Battery ControlConnecting Main Cabinet And Side Cabinet 3.4.2 Connecting Signal CablesBattery Protection 6.5.1 Temperature Considerations6.5.2 Battery Population Battery ConnectionAppendix 1 Transportation Restraints Removing Procedures 9.2.2 Power Semiconductor Devices9.2.5 Lives And Recommended Replacement Time Of Key Components 160kVA&200kVA UPS Transportation Restraints Removing Procedures1.2 Design Concept 1.1 FeaturesChapter 1 General Description 1.2.1 HIPULSE U Module DesignNormal operation 1.2.2 Bypass Supplies1.2.3 System Control Philosophy Mains failureOff-battery 1.2.4 ECO Mode For Single UPS OnlyReturn of power mains UPS module fault1.2.6 Battery Circuit Breaker 1.3 Operation Mode1.2.5 UPS Power Switch Configuration 1.2.7 Battery Temperature CompensationMaintenance mode Auto-restart modeBypass mode Source Share mode2.2 Environmental Considerations Chapter 2 Mechanical Installation2.1 Notes 2.2.1 UPS Location2.3.1 System Composition 2.2.2 Battery Location2.3 Mechanical Considerations 2.3.2 Moving The Cabinets1905 2.5 Installation Drawings2.4 Preliminary Checks Front viewGrille for air entry from the bottom Surface loading of UPS4× 104cm2 , 2.7Kg\cm2Chapter 2 Mechanical Installation 14 holes for securing unit to 可拆卸栅板 Figure 2-6 Base view of 300kVA UPS 6-pulse rectifier unit in mm卸下栅板可用于叉车搬运，安装后可用于防护通风 1910可拆卸栅板 1591*1 1件 1685Ventilation the bottom3.1.1 System Configuration Chapter 3 Electrical Installation3.1 Power Cabling 3.1.2 Cable Rating3.1.4 Cable Connections 3.1.5 Safety Earth3.1.3 General Notes 3.1.6 Protective DevicesSplit Bypass Connections 3.1.7 Cabling ProcedureCommon Input Connections Output System ConnectionsUPS Battery Connections Figure 3-2 Power cable connections for 160/200kVA UPSTable 3-2 Distance from floor to connection point 3.2 Distance From Floor To Connection PointFigure 3-3 Power cable connections for 300/400kVA UPS 3.3 Control Cabling 3.3.1 Monitoring Board PortsFigure 3-6 Dry contact output port Table 3-4 Description of maintenance bypass cabinet portDry contact output port Communication ports Auxiliary DC power output portEPO input port Table 3-5 Description of dry contact output portFigure 3-8 Auxiliary terminal block 3.3.2 Battery ControlTable 3-7 Communication port resource deployment table Chapter 3 Electrical Installation 3.4 Connecting Main Cabinet And Side Cabinet3.4.1 Connecting Power Cables 3.4.2 Connecting Signal Cables J7 J11 J12 ULW36CSA8J10 J1 J2 J3 J4 4.1 Introduction 4.1.1 LED IndicatorsChapter 4 Operator Control And Display Panel 4.1.4 LCD And Menu Keys 4.1.2 Buzzer4.1.3 Control Buttons 4.1.5 Detailed Description Of Menu Items Chapter Adjusts time in 24-hr format and Date format in user defined formatSettings Operator Control And Display PanelChapter 4 Operator Control And Display Panel 4.2.1 Start Screen 4.2 LCD Screen Types4.1.6 EPO Button 4.2.4 Help Screen 4.2.3 Default Screen4.2.2 Primary Screen 4.3 Prompt Window Help screen4.4 UPS Alarm Message List Prompt to press the Enter key F4 to acknowledge that the all paralleled UPS will be disconnected Chapter 4 Operator Control And Display Panel Chapter 4 Operator Control And Display Panel 5.1 Introduction 5.1.2 Power SwitchesChapter 5 Operating Instructions 5.1.1 Notesservice, cannot be used for other purposes Figure 5-1 Power switch location of 160/200kVA UPSService socket Designed for use in UPS Figure 5-2 Power switch location of 300/400kVA UPSThe UPS is now operating in Normal mode 5.2 Start-Up Procedure Into Normal Mode5.3 Start-Up Procedure Into ECO Mode The UPS is now operating in ECO mode 5.4 Battery Test Mode Procedures5.5 System Test Procedure Battery test type and preconditions5.6 Maintenance Bypass Procedure And UPS Shut Down 5.7 Shutdown Procedure Complete UPS And Load Shutdown5.8 EPO Procedure 5.9 UPS Reset Procedure5.12 Changing The Current Date And Time 5.10 Auto Restart5.11 Language Selection 6.1 Introduction Chapter 6 Battery6.2 Safety 6.3 UPS Batteries6.5.1 Temperature Considerations 6.4 Installation Design Considerations6.5 Battery Installation And Maintenance 6.5.2 Battery Population6.8 Battery Installation 6.6 Battery Protection6.7 Battery Connection 6.7.2 Connecting The Battery6.9 BCB Box Optional 6.10 Battery Temperature Sensor Optional Figure 6-5 BCB box connection7.1 General 7.2 “1+N” System Installation ProceduresChapter 7 “1+N” System 7.2.1 Preliminary Checks7.2.3 Protective Devices 7.2.2 Cabinet Installation7.2.4 Power Cables Figure 7-1 “1+N” system block diagram7.2.5 Control Cables Refer to 3.3.2 Battery Control7.3 “1+N” System Operating Instructions Refer to the EPO input port X2 part in 3.3.1 Monitoring Board Ports7.3.4 Insertion Procedure Of One Module In A Parallel System 7.3.1 Start-Up Procedure Into Normal Mode7.3.2 Maintenance Bypass Procedure And UPS Shut Down Refer to 5.2 Start-Up Procedure Into Normal Mode7.4.1 Cabinet Installation 7.4 Dual Bus System Installation Procedures7.3.5 Shutdown Procedure Complete UPS And Load Shutdown Refer to 5.7 Shutdown Procedure Complete UPS And Load Shutdown7.4.3 Power Cables 7.4.4 Control Cables并机电缆 Parallel cable 并机电缆 Parallel cable8.4 Electrical Characteristics Input Rectifier Chapter 8 Specifications8.3 Mechanical Characteristics 8.1 Conformity And Standard8.5 Electrical Characteristics DC Intermediate Circuit Table 8-5 Electrical characteristics DC intermediate circuitTable 8-6 Electrical characteristics inverter output 8.6 Electrical Characteristics Inverter Output8.7 Electrical Characteristics Bypass Input Mains Table 8-7 Electrical characteristics bypass input mainsTable 8-8 Electrical characteristics system performance 8.8 Electrical Characteristics System Performance8.9 Electrical Characteristics ECO Mode Table 8-9 Electrical characteristics ECO mode9.2.2 Power Semiconductor Devices Chapter 9 Service & Maintenance9.1 Safety 9.2 UPS Key Components And Their LivesTable 9-1 Lifves and recommended replacement time of key components 9.2.5 Lives And Recommended Replacement Time Of Key Components9.2.6 Replacing Fuses Appendix 1 Transportation Restraints Removing Procedures 1. 160kVA&200kVA UPS Transportation Restraints Removing Procedures2. 300kVA UPS Transportation Restraints Removing Procedures A处放大图Figure 5 Opening the front door and removing the back panel M10螺bolt栓Output transformer A 3. 400kVA UPS Transportation Restraints Removing ProceduresInstallation hole covers Bolt 2 pcs Transportation restraint A amplified viewFigure 9 Removing the two transportation restraints in the front Figure 10 Removing the two transportation restraints in the frontFigure 11 Removing the two transportation restraints at the back

Figure 5-1 Power switch location of 160/200kVA UPS

Service socket: Designed for use in UPS

维修插座： 用于维护工程师进行UPS维护时使用， 不可用作其它用途

service, cannot be used for other purposes

Figure 5-2 Power switch location of 300/400kVA UPS

维修插座：用于维护工程师进行UPS维护时使用，不可用作其它用途