Contents - Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- INTRODUCTION
- Single UPM and Two UPM Configurations
- Figure 1-2. 600V 2x UPM Configuration
- Single UPM Plus 1 UPM Configuration
- UPS Standard Features
- Advanced Battery Management
- Distributed Bypass System
- Energy Saver and High Alert Modes
- Battery System
- Using This Manual
- Symbols, Controls, and Indicators
- Getting Help
- SAFETY WARNINGS
- UPS INSTALLATION PLAN AND UNPACKING
- Installation Considerations
- V, 400V, 415V, and 480V Model Configurations
- Figure 3-1. Single UPM Configuration Dimensions
- Figure 3-2. Single UPM Configuration, Plus 1 FI-UPM (Dimensions)
- Figure 3-3. Two UPM Configuration (Dimensions)
- V Model Configurations
- Figure 3-5. 600V Single UPM Configuration, Plus 1 FI-UPM
- Figure 3-6. 600V Two UPM Configuration
- Figure 3-7. Side View Dimensions and Center of Gravity Measurements
- UPS System Power Wiring Preparation
- UPS System Interface Wiring Preparation
- Distributed Bypass Power Wiring Preparation
- Figure 3-8. Single UPM Configuration as Shipped on Pallet (380V, 400V, 415V, and 480V)
- Figure 3-9. Two UPM Configuration as Shipped on Pallet (380V, 400V, 415V, and 480V)
- INSTALLATION
- Figure 4-1. Removing the ISBM Section Left Side Shipping Bracket
- Figure 4-2. Removing the ISBM Section Right Side Shipping Bracket
- Mechanically Joining the Sections (600V Models Only)
- Figure 4-4. ISBM and UPM Sections Joined
- Figure 4-5. ISBM Section to UPM Section Joining Brackets
- Electrically Connecting the Sections (600V Models Only)
- Figure 4-6. UPS Intercabinet Interface Harness Locations
- Connecting Intercabinet CAN Cables and Connectors
- Figure 4-8. Pl1 Interface Board Location
- Field Installed UPM Installation
- Installing UPS External and Battery Power Wiring
- External Power Wiring Installation
- Figure 4-12. ISBM and UPM Section Conduit and Wire Entry Locations
- Figure 4-13. Distributed Bypass Wire Length
- Figure 4-14. ISBM Section Power Terminal Locations (380V, 400V, 415V, and 480V Models)
- Figure 4-15. ISBM Section Power Terminal Locations (600V Models)
- Figure 4-16. ISBM Section Power Terminal Detail – Section AA (380V, 400V, 415V, and 480V Models)
- Battery Power Wiring
- Installing Interface Connections
- TB1, TB2, and TB3 Connections (Other than TB1 Battery Interface Connections)
- Figure 4-18. ISBM Section Interface Terminal Locations
- Figure 4-19. Interface Terminal Detail
- Figure 4-21. Terminal Blocks TB1, TB2, and TB3 Connector Assignments
- TB1 Battery Interface Connections
- Figure 4-22. Typical Battery Interface Connection – Common Battery System
- X-Slot Connections
- Installing a REPO Switch
- Figure 4-26. REPO Switch
- Figure 4-27. Normally-Open REPO Switch Wiring
- Figure 4-28. Normally-Closed REPO Switch Wiring
- Installing Options, Accessories, and Distributed Bypass Control Wiring
- INSTALLATION CHECKLIST
- DISTRIBUTED BYPASS INSTALLATION CHECKLIST
- INSTALLING OPTIONS AND ACCESSORIES
- Installing an Optional Hot Sync CAN Bridge Card
- Figure 5-2. Hot Sync CAN Bridge Card Connections
- Installing Distributed Bypass Control Wiring
- Figure 5-3. Distributed Bypass System CAN and Pull-Chain Simplified Interface Wiring
- Figure 5-5. Distributed Bypass Pull-Chain Wiring without MOBs
- Figure 5-6. Distributed Bypass Pull-Chain Wiring with MOBs
- Installing an Optional Remote Monitor Panel II
- Figure 5-7. Remote Monitor Panel II and Relay Interface Module II Terminal Locations
- Figure 5-8. Remote Monitor Panel II, Relay Interface Module II, or Supervisory Contact Module II Wiring
- Installing an Optional Relay Interface Module II
- Installing an Optional Supervisory Contact Module II
- Figure 5-10. Supervisory Contact Module II Terminal Location
- Accessory Mounting Dimensions
- Figure 5-12. Remote Monitor Panel II Dimensions
- Figure 5-13. Relay Interface Module II Dimensions
- Figure 5-14. Supervisory Contact Module II Dimensions
- UNDERSTANDING UPS OPERATION
- Single UPS
- Figure 6-2. Path of Current Through the UPS in Online Mode
- Energy Saver System (ESS) Mode
- Bypass Mode
- Battery Mode
- Figure 6-4. Path of Current Through the UPS in Battery Mode
- Single UPS Unit System Oneline Configurations
- Figure 6-5. One UPM, Rectifier Feed, Battery System, Dual-Feed Configuration, Continuous Static Switch
- Figure 6-6. One UPM, Common Rectifier Feed, Common Battery, Dual-Feed Configuration, Continuous Static Switch FI-UPM
- Figure 6-7. One UPM, Common Rectifier Feed, Separate Battery, Dual-Feed Configuration, Continuous Static Switch FI-UPM
- Figure 6-8. Two UPM, Common Rectifier Feed, Common Battery, Dual-Feed Configuration, Continuous Static Switch
- Figure 6-9. Two UPM, Common Rectifier Feed, Separate Battery, Dual-Feed Configuration, Continuous Static Switch
- Figure 6-10. One UPM, Rectifier Feed, Battery System, IOM Configuration
- Figure 6-11. One UPM, Common Rectifier Feed, Common Battery, IOM Configuration, FI-UPM
- Figure 6-12. One UPM, Common Rectifier Feed, Separate Battery, IOM Configuration, FI-UPM
- Figure 6-13. Two UPM, Common Rectifier Feed, Common Battery, IOM Configuration
- Figure 6-14. Two UPM, Common Rectifier Feed, Separate Battery, IOM Configuration
- Figure 6-15. Simplified Dual-Feed UPS with Maintenance Bypass Panel
- Multiple UPS Distributed Bypass System
- Online Mode - Distributed Bypass
- Bypass Mode – Distributed Bypass
- Battery Mode - Distributed Bypass
- Figure 6-18. Path of Current through the UPSs in Battery Mode - Distributed Bypass
- Multiple UPS Distributed Bypass System Oneline Configurations
- Figure 6-19. Typical Distributed Bypass System - Continuous Static Switch, 1+1 and 2+0 Configurations
- Figure 6-20. Typical Distributed Bypass System -Continuous Static Switch, 2+1 and 3+0 Configurations
- Figure 6-21. Typical Distributed Bypass System -Continuous Static Switch, 3+1 and 4+0 Configurations
- UPS OPERATING INSTRUCTIONS
- Circuit Breakers
- Status Indicators
- Figure 7-3. Parts of the Touch Screen
- Figure 7-4. Sign In or Password Request Screen
- Using the Main Menu Buttons
- Power Maps Screen (Online Mode)
- Figure 7-8. Average Efficiency Screen from Home Screen
- Power Maps Screen (Bypass Mode)
- Meters Summary Screen
- Input Meters Screen
- Figure 7-15. Output Meters Screen
- Input Meters Detail Screen
- Battery Meters Screens
- Figure 7-20. Battery Log Detail
- System Events Main Screen
- Figure 7-23. User Log Screen
- System Status Screen and Controls
- Figure 7-27. Module Control Detail Screen
- Settings Screen
- Configuration Options Screen
- Figure 7-33. Disable ESS Screen
- Statistics Basic Screen
- ESS Comparison Screen
- System Overview Screen
- UPS Operation using the Color Touchscreen Control Panel
- Using the Remote Emergency Power-off Switch
- Figure 7-40. REPO Operation
- Multiple UPS Distributed Bypass Operation
- Starting the Distributed Bypass System in Bypass Mode
- Single UPM Shutdown
- Single UPS Shutdown using Load Off
- Single UPS Shutdown using UPM Shutdown
- Single UPS Restart
- UPS and Critical Load Shutdown
- Using the UPS LOAD OFF Pushbutton
- Using the UPS LOAD OFF Command
- COMMUNICATION
- PredictPulse
- Power Management Software
- Remote Monitor Panel II
- Relay Interface Module II
- Supervisory Contact Module II
- UPS MAINTENANCE
- Performing Preventive Maintenance
- Figure 9-1. ISBM and UPM Section Air Filter Locations - Continuous Static Switch
- Figure 9-2. FI-UPM Air Filter Location
- PERIODIC Maintenance
- Installing Batteries
- Maintenance Training
- PRODUCT SPECIFICATIONS
- UPS Output
- UPS Environmental
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IntroductionEaton ® Power Xpert® 9395P-300 (300kVA, 300kW) UPS Installation and Operation Manual P-164000563—Rev 04 www.eaton.com/powerquality 1-7Refer to the Eaton® Power Xpert ® 9395/9395P UPS (1000.1200 kVA) Single.Feed Kit Installation Instructions(P.164000610) manual for installation instructions.1.4.5 Distributed Bypass SystemThere are two types of redundancy: UPS based (based on the number of UPSs) and UPM based (based on thenumber of UPMs).A distributed bypass UPS system can be installed to provide a capacity and/or redundant system. This loadsharing system provides more capacity than a single UPS, and can provide backup, depending on the load andconfiguration. In addition, when one UPM is taken out of service for maintenance or is not operating properly,a redundant UPM continues to supply uninterrupted power to the critical load. A Hot Sync Controller AreaNetwork (CAN) Bridge Card provides connectivity and operational mode control.The tie cabinet is provided by the customer and must contain Module Output Breakers (MOBs) with dualauxiliary contacts for control of the system. Without dual auxiliary MOBs, UPMs are not allowed to go to bypassindividually during servicing. All UPMs will go to bypass instead of just the UPM needing service, decreasingcritical load protection. With dual auxiliary MOBs, one UPM can be bypassed while the remaining UPMssupport the load as long as the remaining UPMs have the capacity to do so.1.4.6 Input Output Module ConfigurationThe UPS can be supplied in an Input Output Module (IOM) configuration without the bypass input connections,the static switch, and the backfeed protection contactor. This configuration is primarily used in multiple UPSparallel systems that do not need a bypass for each UPS and use a separate System Bypass Module (SBM) toprovide system bypass capabilities.1.4.7 Continuous Static SwitchA continuous static switch is used to provide transfer of the load from the inverter to the bypass source in theevent the inverter become unavailable.1.4.8 Inherent RedundancyTo deliver greater reliability, the 9395P-300 UPS can be configured by an authorized Eaton Customer ServiceEngineer for inherent redundancy. When configured, the UPS automatically becomes redundant if the load isat or below the capacity of the UPMs minus the capacity of one UPM. Under normal conditions the UPMs inthe UPS share the load equally. If one or more UPMs becomes unavailable and the load is at or below thecapacity of remaining UPMs, the remaining UPMs supply the load instead of transferring to bypass.If the capacity of the UPMs falls below the redundancy level or the load increases above redundancy level, butis still able to maintain the load, a loss of redundancy alarm is sounded. If the load exceeds the capacity ofremaining UPMs, the UPS transfers to bypass.NOTE All UPSs in the distributed bypass system must contain the same number of UPMs.Mixed UPS kVA ratings are not permitted. |
