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Series 600T manual
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128 pages, 1.92 Mb
P
OWER
P
ROTECTION
Series 600Tâ„¢ UPS
Multi-Module Three Phase
65 kVA to 750 kVA; 60 Hz
Operation & Maintenance
Manual
DISCONTINUED
PRODUCT
Contents
Main
Series 600T UPS
Page
TABLE OF CONTENTS
1.0 I
2.0 THEORY OF OPERATION
3.0 O
4.0 M
5.0 SPECIFICATIONS AND RATINGS
FIGURES
TABLES
I MPORTANT SAFETY I
Save These Instructions.
OVERVIEW OF THIS MANUAL
1.0 I
1.1 System Description
Page
Page
Typesof System Control Cabinets (SCCs)
1.2 Reliability
Designed for Success
Other Factors to Consider
1.3 Safety Precautions
1.4 Modes of Operation
1.4.1 Normal (Load on UPS)
1.4.2 Input Power Failure
1.4.3 Recharge
1.4.4 Overload
1.5 Operator Controls
Page
1.6 Options
2.0 THEORY OF OPERATION
2.1 General ComponentDescriptions
System Control Cabinet
UPS Module
Battery Plant
2.2 Detailed ComponentDescriptions
2.2.1 Controls Hardware
Firmware
2.2.2 Rectifier/Charger
Operation
Input Circuit Breaker
Isolation Transformer
Input Current Limit
Input Current Inrush
Input Power Factor
Operation After End-of-Discharge
Battery Disconnect
Battery Charge Current Limiting
Battery Equalize Charge Circuit
2.2.4 Inverter
Operation
Output Regulation and OverloadPerformance
Non-Linear Load Characteristics
Unbalanced Load Characteristics
2.2.5 Static Bypass
Fuse Protection
Shorted SCR Monitoring
StaticSwitch Isolation
Pulsed Parallel Operation
Load Transfers
Transferand Retransfer Conditions
2.2.6 Redundant Mode
3.0 O
3.1 Display Screen and Operator Controls
Features
Figure 8 Operator Controls, 65 to 80 kVA (left)and 100 to 500 kVA(right)
Figure 9 System Control Cabinet Operator Controls (SCCB Pictured)
Figure 10 Series 600T UPS and SCC Operator Control Pan els
Figure 11 Switches Behind SCC Control Pane l Door
Page
3.1.1 Master Menu Screen
Page
3.1.2 Monitor/Mimic Display Screen
Input Metering Displays
Output Metering Displays
Status/AlarmMessage Areas
Input Metering Displays
Output Metering Displays
Alarm Messages
Operation 35
36 Operation
Figure 17 Monitor/Mimic Display Screen Examples: Utility Fail, SCC (above) and Module
Operation 37
38 Operation
Operation 39
Figure 20 Monitor/Mimic Display Screen Examples: Load on Bypass, All UPS Modules Off Line
3.1.3 Walk-In DisplayScreen
3.1.4 StatusReports Screens
42 Operation
Present Status
Operation 43
Event History
44 Operation
History Status
OUTPUTVOLTS OUTPUTAMPS OUTPUT FREQUENCY LOADKVA BYPASSVOLTS
A
DC B
TIMELOAD 349
Page
System Status
Page
3.1.5 System Configuration Screens
Date
Time
Auto Dial
Modem Baud Rate
Maximum Auto-Retransfer Attempts
Remote Monitor
3.1.6 Alarm Limit Settings Screen
Page
Operation 57
3.1.7 Load TransferProcedures Screen
3.1.8 Start-Up Procedures Screen
Page
3.1.9 Shutdown Procedures Screen
Page
3.1.10 Battery Time Screen (Module Only)
Page
Page
3.1.11 Meter Calibration Screen
3.1.12 Battery Equalize Screen
3.1.13 Alarm a nd StatusMessages Module StatusMessages
System Status Messages
Load Block Messages
Alarm Messages
Table1 Alarm Messages - Meaning and Corrective Action
Table1 AlarmMessages - Meaning and Corrective Action (continued)
Page
Table1 Alarm Messages - Meaning and Corrective Action (continued)
Table2 Alarm Messages - Summary
3.1.14 Communication Interfaces
Worldwide Reporting
Local Reporting to aTerminal
Local Reporting to aMonitor
Site Reporting: SiteScan or SNMP
Remote Monitor Panel
Separate /Simultaneous Outputs
3.2 Modes of Operation
3.2.1 Load On Bypass
3.2.2 OK To Transfer
80 Operation
Figure 49 Load on UPS (Bypass Available)
(canaccommodate up t o 6UP S modules)
SCCT
3.2.3 Momentary Overloads
3.2.4 Input Power Failure( LoadOn Battery)
3.2.5 One Module Off-Line
84 Operation
3.2.6 Off Battery
(canaccommodate up t o 6UP S modules)
Figure 53 Load on UPS (Battery Not Available)
SCCT
Operation 85
3.2.7 Emergency Modules Off
(canaccommodate up t o 6UP S modules)
SCCT
3.2.8 Emergency Power Off
3.2.9 System Shutdown
3.2.10 Maintenance Bypass
Operation 89
Figure 58 Load on Maintenance Bypass (Three Breakers)
SCCT
STANDBYGENERATOR AUTOMATIC TRANSFERSWITCH
(canaccommoda te up to6 UPSmodules)
3.3 Manual Procedures
3.3.1 Start-UpProcedure SCC Start-Up
Page
Page
UPS Module Start-Up
Page
Page
3.3.2 Load TransferProcedures
Maintenance Bypass Load Transfers
3.3.3 Shutdown Procedures System Shutdown Procedure
Page
Module Shutdown Procedure
Local Emergency Modules Off (LEMO)
Remote Emergency Power Off (RE PO)
3.4 Automatic Operations
3.4.1 Overloads (Without Transfer)
3.4.2 Automatic Transfers to Bypass
3.4.3 AutomaticRetransfers to UPS
3.4.4 Automatic Module Off-Line
3.4.5 Automatic Emergency Modules Off
4.0 M
4.1 Safety Precautions
Page
4.2 Liebert Global Services
Professional Start-Up
Maintenance Agreements:The S ignatureProgram
Training
Warranties
4.3 Routine Maintenance
4.3.1 Record Log
4.3.2 Air Filters
4.3.3 Battery Maintenance
Battery Safety Precautions
Page
Page
Page
Matching Battery Cabinets (Optional)
Rack-Mounted Batteries
4.3.4 TorqueRequirements
4.4 Detection of Trouble
4.5 Reporting a Problem
4.6 Corrective Actions
4.7 RecommendedTest Equipment
5.0 SPECIFICATIONS AND RATINGS
5.1 Rating
5.2 EnvironmentalConditions
5.3 Adjustments
5.4 Battery Operation
5.5 Electrical Specifications
Page
Series 600T UPS
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