Emerson Liebert Series 610 Manuals

Manuals and User Guides for Emerson Liebert Series 610. We have 3 Emerson Liebert Series 610 manuals available for free PDF download: Operation & Maintenance Manual, Installation Manual, Manual

Emerson Liebert Series 610 Operation & Maintenance Manual (120 pages)

Brand: Emerson | Category: UPS | Size: 1 MB

Contacting Liebert for Support
2
Table of Contents
3
Important Safety Instructions
7
Introduction
8
System Description
8
Figure 1 Multi-Module UPS, 100-500Kva
8
Figure 2 Multi-Module UPS, 500-750Kva
9
Reliability
10
Figure 3 System Control Cabinets
10
Safety Precautions
11
Modes of Operation
11
Normal-Load on UPS
11
Input Power Failure
11
Recharge
12
Overload
12
Redundant
12
Bypass-Internal
12
Maintenance Bypass
12
Off-Battery
12
Operator Controls
12
Figure 4 SCC Controls and Display Screen with Example of the Monitor/MIMIC Screen
13
Options
14
Figure 5 Module Controls and Display Screen with Example of the Monitor/MIMIC Screen
14
Theory of Operation
16
General Component Descriptions
16
System Control Cabinet
16
UPS Module
17
Battery Plant
17
Figure 6 UPS Module Block Diagram
17
Detailed Component Descriptions
18
Controls
18
Rectifier/Charger
19
Battery Charging Circuit
20
Inverter
21
Static Bypass
22
Figure 7 System Control Cabinet Block Diagram
22
Redundant Mode
25
Operation
26
Display Screen and Operator Controls
26
Figure 8 Typical Operator Controls
27
Table 1 Typical Operator Controls
27
Figure 9 Operator Controls, Typical SCCT System Control Cabinet
28
Table 2 Typical SCCT System Control Cabinet Operator Controls
28
Figure 10 Liebert Series 610 UPS and SCC Operator Control Panels
29
Figure 11 Switches Behind SCC Control Panel Door
30
Menu Tree Navigation
31
Figure 12 Menu Tree
31
Master Menu Screen
32
Figure 13 SCC and Module Master Menu Screens
32
SCC Monitor/MIMIC Display Screen
34
Figure 14 SCC Monitor/MIMIC Display Screen
34
Module Monitor/MIMIC Display Screen
36
Figure 15 Module Monitor/MIMIC Display Screen
36
Figure 16 Monitor/MIMIC Display Example: Normal Power Flow
38
Figure 17 Monitor/MIMIC Display Example: Utility Fail
39
Figure 18 Monitor/MIMIC Display Example: Load on Bypass, UPS Modules on and Charging Battery
40
Figure 19 Monitor/MIMIC Display Example: Load on UPS, One UPS Module off Line
41
Figure 20 Monitor/MIMIC Display Example: Load on Bypass, All UPS Modules off Line
42
Walk-In Display Screen
43
Figure 21 Walk-In Display Screen During Start-Up
43
Status Reports Screens
44
Figure 22 Status Reports Screen
44
Figure 23 Present Status Report Screens, SCC (Above) and Module
45
Figure 24 Event History Report Screen
45
Figure 25 History Status Report Screens
46
Figure 26 Battery Cycle Monitor Screen
48
Figure 27 Battery Cycle Monitoring Summary Screen
49
Figure 28 Typical Data on Discharge Cycles of 91 to 240 Seconds Duration During the Recording Period
49
System Configuration Screens
50
Figure 29 SCC System Configuration Screen
50
Figure 30 Date Screen
51
Figure 31 Time Screen
52
Figure 32 Auto Dial Setting Screen
53
Figure 33 Modem Baud Rate
54
Figure 34 Maximum Auto-Retransfer Attempts Screen
54
Figure 35 SCC System Options Screen
55
Figure 36 MMU System Options Screen
55
Figure 37 Battery Test Screen-MMU Only
56
Figure 38 Battery Test Results Screen
56
Figure 39 Monitor/MIMIC Display Example: Continuous Duty Static Switch
57
Alarm Limit Settings Screen
58
Figure 40 Module Alarm Limit Settings Screen
58
Load Transfer Procedures Screen
60
Figure 41 Load Transfer Procedures Screen
60
Start-Up Procedures Screen
61
Figure 42 SCC Start- up Procedures Screen
61
3.2.10 Shutdown Procedures Screen
62
Figure 43 Module Start- up Procedures Screens
62
Figure 44 SCC Shutdown Procedures Screen
63
Figure 45 Module Shutdown Procedures Screen
63
Battery Time Screen (Module Only)
64
Figure 46 Battery Time Screen (15 Minute Discharge)
64
Figure 47 Battery Time Screen (45-Minute Discharge)
65
Figure 48 Accuracy Range of Values for Calculated Battery Times
65
3.2.12 Meter Calibration Screen
67
Figure 49 Meter Calibration Screen
67
3.2.13 Battery Equalize Screen
68
Figure 50 Battery Equalize Screen
68
3.2.14 Alarm and Status Messages
69
Figure 51 SCC Status and Alarm Message Areas
69
Table 8 Abbreviations Used in Alarm Messages
70
Table 9 Alarm Messages - Meaning and Corrective Action
71
Table 10 Alarm Messages - Summary
75
3.2.15 Communication Interfaces
76
Table 12 Circuit Breaker Abbreviations
79
Figure 52 Load on Bypass, UPS Not Available
80
Figure 53 Load on Bypass, UPS Available
81
Figure 54 Load on UPS, Bypass Available
81
Figure 55 Momentary Overload, Pulsed Static Bypass Switch
82
Figure 56 Input Power Fail-Load on Battery
83
Figure 57 One Module Off-Line, Load on UPS
84
Figure 58 Load on UPS-Battery Not Available
85
Figure 59 Emergency Modules off
86
Figure 60 Emergency Power off
87
Figure 61 System Shutdown
88
Figure 62 Load on Maintenance Bypass, Two Breakers
89
Figure 63 Load on Maintenance Bypass, Three Breakers
89
Figure 64 SCC Start-Up Procedures Screen
93
Figure 65 Module Start-Up Procedures Screen
95
Figure 67 SCC Shutdown Procedures Screen
99
Figure 68 Module Shutdown Procedures Screen
100
Figure 69 Current-Versus-Time Curves of Module Overload Capacity
102
Table 13 Battery Retorque Values
111
Table 14 Battery Voltage Record
111
Table 15 Torque Specifications (Unless Otherwise Labeled)
112
Table 16 Recommended Test Equipment and Tools
113
Figure 70 Output Power Envelope for 0.8 and 0.9 Pf Rated Units
114
Table 17 Specifications Applicable to Environment
115

Emerson Liebert Series 610 Installation Manual (112 pages)

500-750kVA, 60Hz, Three Phase Multi-Module

Brand: Emerson | Category: UPS | Size: 3 MB

Battery Cabinet Precautions

2
Contacting Liebert for Support

2
- Table of Contents
  3
Important Safety Instructions

7
- Save These Instructions
  7
1 Installation Considerations

9
2 Unloading and Handling

12
3 Inspections

13
- External Inspections
  13
- Internal Inspections and Shipping Material Removal
  13
4 Equipment Location

14
5 Battery Installation

15
6 Configuring Your Neutral and Ground Connections

19
7 Wiring Considerations

27
- Power Wiring
  28
  - Figure 11 Power Single Line Diagrams, Multi-Module Configurations
    29
  - Output
    29
- Control Wiring
  30
- Table 1 Abbreviations for Circuit Breakers
  30
- Battery Wiring
  31
8 Wiring Connections

32
- Specific Connections
  32
9 Wiring Inspection

34
10 Installation Drawings

37
Appendixa - Site Planning Data , Series 610, 500-750 Kva, Multi -Module Systems

105

Emerson Liebert Series 610 Manual (76 pages)

Brand: Emerson | Category: UPS | Size: 1 MB

Contacting Liebert for Support
2
Table of Contents
3
Important Safety Instructions
7
Installation Considerations
9
Bypass Cabinet
9
Unloading and Handling
11
Inspections
12
External Inspections
12
Internal Inspections
12
Equipment Location
13
Battery Installation
14
Battery Safety Precautions
14
Battery Safety Precautions in French Per CSA Requirements
15
Battery Cabinets
16
Open-Rack Batteries
17
Configuring Your Neutral and Ground Connections
18
Preferred Grounding Configuration, Wye-Connected Service
19
Figure 1 Preferred Grounding Configuration, Wye-Connected Service
19
Alternate Grounding Configuration, Wye-Connected Service
20
Figure 2 Alternate Grounding Configuration, Wye-Connected Service
20
Preferred Grounding Configuration with Isolated Bypass
21
Figure 3 Preferred Grounding Configuration with Isolated Bypass
21
Alternate Grounding Configuration, Non-Isolated
22
Figure 4 Alternate Grounding Configuration, Non-Isolated
22
Grounding Configuration, Corner-Grounded Delta or Impedance-Grounded Wye
23
Figure 5 Grounding Configuration, Corner-Grounded Delta
23
Figure 6 Grounding Configuration, Impedance-Grounded Wye
23
Preferred Grounding Configuration, Battery Systems
24
Figure 7 Preferred Battery Cabinet Grounding Configuration
24
Wiring Considerations
25
Power Wiring
26
Figure 8 Power Single-Line Diagrams, Standard SMS
27
Figure 9 Power Single-Line Diagrams, Optional Input Transformer
28
Figure 10 Power Single-Line Diagrams, Optional Maintenance Bypass Cabinets
29
Table 1 Abbreviations for Circuit Breakers
29
Control Wiring
30
Battery Wiring
30
Wiring Connections
31
Specific Connections
32
Wiring Inspection
33
Table 2 Power Wiring Terminals, Factory Supplied
33
Table 3 Torque Specifications
33
Table 4 Field-Supplied Lugs
34
Table 5 Table 310-16, National Electrical Code (Reprint)
35
Installation Drawings
36
Figure 11 Outline Drawing, Single-Module System, Spacesaver
36
Figure 12 Terminal Details, Single-Module System, 100 & 125Kva, Spacesaver
37
Figure 13 Terminal Details, Single-Module System, 150 & 225Kva - 480V, 600V Spacesaver
38
Figure 14 Outline Drawing, Single-Module System, Standard
39
Figure 15 Terminal Details, Single-Module System, 100 & 125Kva
40
Figure 16 Terminal Details, Single-Module System, 150 & 225Kva
41
Figure 17 Battery Power Pack System
42
Figure 18 Battery Power Pack, Size a
43
Figure 19 Line-Up Detail, Single- or Multi-Module System, Spacesaver with Battery Cabinets
44
Figure 20 Line-Up Detail, Single- or Multi-Module System, with Battery Cabinets
45
Figure 21 Outline Drawing, Bypass Transformer Cabinet, 208V, 480V, 600V
46
Figure 22 Line-Up Detail, Single-Module System, Spacesaver with Bypass Transformer Cabinet
47
Figure 23 Line-Up Detail, Single-Module System, with Bypass Transformer Cabinet
48
Figure 24 Outline Drawing, 3-Breaker Maintenance Bypass Cabinet, 125-400A
49
Figure 25 Outline Drawing, 3-Breaker Maintenance Bypass Cabinet, 450-800A
50
Figure 26 Line-Up Detail, Single-Module System, Spacesaver with 3-Breaker Maintenance
51
Figure 27 Line-Up Detail, Single-Module System, with 3-Breaker Maintenance Bypass Cabinet
52
Figure 28 Line-Up Detail, Single-Module System, with Bypass Transformer Cabinet and 3-Breaker Maintenance Bypass Cabinet
53
Figure 29 Line-Up Detail, Single-Module System, Spacesaver with Bypass Transformer Cabinet
54
Figure 30 Control Connection Location Diagram, Single-Module System
55
Figure 31 Control Wiring, Single-Module System, Standard Wiring
56
Figure 32 Module Control Wiring, Alarm Status Contacts Option
57
Figure 33 COM PWA, Remote Terminal (RS232) Option, Sitescan Option, Internal Modem Option
58
Figure 34 Control Wiring, Customer Alarm Interface Option
59
Figure 35 Control Wiring, SNMP Interface Option
60
Figure 36 Control Wiring, Remote Status Panel Interface Option
61
Figure 37 Control Wiring, Battery Temperature Sensor Interface
62
Figure 38 Control Wiring, Maintenance Bypass Interlock Option
63
Figure 39 Control Wiring, Maintenance Bypass Cabinet Option
64
Figure 40 Outline Drawing, Single-Breaker Module Battery Disconnect, 175-250A
65
Figure 41 Outline Drawing, Dual-Breaker Module Battery Disconnect, 175-250A
66
Figure 42 Outline Drawing, Single-Breaker Module Battery Disconnect
67
Figure 43 Outline Drawing, Dual-Breaker Module Battery Disconnect, 300 & 450A
68
Figure 44 Outline Drawing, Remote Status Panel, Surface Mount
69
Appendixa - Site Planning Data , Series 610, 100-225 Kva, Single -Module Systems
71
Table 6 Site Planning Data-600V Input
72
Table 7 Site Planning Data-480V Input
73
Table 8 Site Planning Data-208V Input
74

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Emerson Liebert Series 610 Manuals

Emerson Liebert Series 610 Operation & Maintenance Manual (120 pages)

Table of Contents

Emerson Liebert Series 610 Installation Manual (112 pages)

Table of Contents

Battery Cabinet Precautions

Contacting Liebert for Support

Important Safety Instructions

1 Installation Considerations

2 Unloading and Handling

3 Inspections

4 Equipment Location

5 Battery Installation

6 Configuring Your Neutral and Ground Connections

7 Wiring Considerations

8 Wiring Connections

9 Wiring Inspection

10 Installation Drawings

Appendixa - Site Planning Data , Series 610, 500-750 Kva, Multi -Module Systems

Emerson Liebert Series 610 Manual (76 pages)

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