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Vertiv Liebert EXM Manuals
Manuals and User Guides for Vertiv Liebert EXM. We have
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Vertiv Liebert EXM manuals available for free PDF download: User Manual
Vertiv Liebert EXM User Manual (101 pages)
50kVA to 2500-kVA, 480-V, 60-Hz
Brand:
Vertiv
| Category:
UPS
| Size: 12 MB
Table of Contents
Table of Contents
3
Important Safety Instructions
9
Save These Instructions
9
Glossary of Symbols
15
1 Introduction
16
Operator Control and Display Panel
16
2 Installation
17
Initial Inspections
17
Storing the UPS and Batteries for Delayed Installation
17
Preliminary Checks
18
Identification
18
UPS Location
18
Positioning the UPS
18
Environmental Considerations
18
Considerations in Moving the Liebert® EXM
19
Mechanical Considerations
20
Dimensions
21
Clearances
21
Figure 1 UPS Dimensions
21
Floor Installation
22
Cable Entry
22
Figure 2 Cable Entry Locations, 50-200Kva Model
23
Figure 3 Cable Entry Locations, 250Kva Model
23
Auxiliary Cabinets
24
Figure 4 Cabinet Arrangement
24
Liebert® Power Module Assembly
25
Figure 5 Liebert® Power Module Assembly Indicators and Controls
25
Static Bypass Assembly
26
3 Electrical Connections-Ups
27
Power Cabling
27
Lug Size and Cable Rating
27
External Protective Devices
28
Rectifier and Bypass Input Supply of the UPS
28
UPS Output
28
Table 2 Busbars (for Power Wiring)
28
Table 3 Terminal Block with Compression Lugs (for Control Wiring)
28
UPS Input Configuration
29
Figure 7 Single UPS Block Diagram-Dual Input, Single Source Configuration, Without Bypass
29
Figure 8 Single UPS Block Diagram-Dual Input, Single Source Configuration with MBC
30
Cabling Guidelines
31
Cable Connections
31
Figure 9 Input, Output and Battery Busbars-Liebert® EXM™ 50-200Kva Frame
32
Figure 10 Input, Output and Battery Busbars-Liebert® EXM™ 250Kva Frame
33
Accessory Fuses and Back-Feed Breaker Wiring
34
Figure 11 Fuse Holders
34
Figure 12 Alber Bdsui Power Wiring
35
Figure 13 Dual Input Back-Feed Breaker Wiring When Maintenance Bypass Cabinet Not Used
35
Safety Ground
36
Figure 14 Ground Busbar Connections-50-200Kva Unit
37
Figure 15 Ground Busbar Connections-250Kva Frame Busbars
38
Protective Devices
39
Cabling Procedure
40
Control Cables Details
41
Static Bypass Assembly Features
41
Figure 16 Control Module Connections to Display Cabinet and Options
41
Dry Contacts
42
Input Dry Contacts
42
Figure 17 Auxiliary Terminal Block Detail (Control Module Front Panel)
42
Figure 18 Input Dry Contacts
43
Output Dry Contacts
45
Figure 19 Output Dry Contacts and EPO Wiring
45
Table 5 Output Dry Contact Relays
45
Liebert® MBC™ Interface
46
Battery Cabinet Interface Connectors
46
EPO Input-Optional
47
Figure 20 Battery Cabinet Interface-J22
47
Table 7 Battery Cabinet Interface-J22
47
Figure 21 EPO Wiring and Signal Names for J2
48
Figure 22 Single UPS Remote Emergency Power off
49
4 Installation Drawings
50
Figure 23 UPS Dimensions-Front View
50
Figure 24 UPS Main Components-Typical 50-200Kva Unit
51
Figure 25 UPS Cable Connections-50-200Kva
52
Figure 26 UPS Main Components-Typical 250Kva Unit
53
Figure 27 Fuse Location-Typical 250Kva Unit
54
Figure 28 UPS Cable Connections-250Kva Unit
55
Figure 29 Ground Busbar-250Kva Unit
56
5 Option Installation
57
Liebert® Intellislot™ Communication
57
Liebert® Intellislot™ Web Card-SNMP/HTTP Network Interface Card
57
Liebert® Intellislot™ Unity Cards-IS-UNITY-LIFE™, IS-UNITY-DP
57
Table 9 Liebert® EXM™ Communication Options
57
Liebert® Intellislot™ Web Card-Optional
58
Figure 30 Liebert® Intellislot™ Web Card Display
58
Liebert® Intellislot™ Relay Card
59
Liebert® Intellislot™ Relay Card Pin Configuration
59
Figure 31 Pin Location and Numbering
59
Table 10 Relay Card Pin Configuration
59
Liebert® Intellislot™ Relay Card Jumper Setup
61
Figure 32 Jumper Location and Numbering
61
Table 11 Jumper Connections
61
6 Operation
62
Touchscreen Control Panel
63
Access Level Log-In
63
Default Pin's
63
Liebert® EXM™ Operating Modes
64
UPS Startup
67
Startup Procedure
67
Startup in Eco Mode
67
Switching between UPS Operation Modes
68
Switching the UPS from Normal Operation to Maintenance Bypass
68
Figure 33 One-Line Diagram, Single-Input UPS with 3-Breaker Maintenance Bypass Cabinet and
70
Switching the UPS from Maintenance Bypass to Normal Operation
71
De-Energize Liebert® EXM™ with Maintenance Bypass Cabinet
72
De-Energize Liebert® EXM™ Without Maintenance Bypass Cabinet
73
Figure 34 Typical Configuration for Single UPS
73
Parallel Operations-Determine Control Panel Firmware Version
74
Parallel Operations-Control Panel Firmware Version 1.1
74
De-Energize a Liebert® EXM™ Parallel System-Control Panel Firmware Version 1.1
74
Re-Energize a Liebert® EXM™ Parallel System-Control Panel Firmware Version 1.1
75
Parallel Operations-Control Panel Firmware Version 1.0
75
De-Energize a Liebert® EXM™ Parallel System-Control Panel Firmware Version 1.0
75
Re-Energize a Liebert® EXM™ Parallel System-Control Panel Firmware Version 1.0
76
De-Energize and Isolate a Single Liebert® EXM™ in a Parallel System-Control Panel Firmware Version
76
Re-Energize a Single Liebert® EXM™ in a Parallel System-Control Panel Firmware Version
77
Place a Liebert® EXM™ Parallel System with SKRU Interlock in Maintenance Bypass-Control Panel Firmware Version
77
Re-Energize a Liebert® EXM™ Parallel System with SKRU Interlock Online from Maintenance Bypass-Control Panel Firmware Version
78
Emergency Shutdown with EPO
78
Auto Restart
78
Reset after Shutdown for Emergency Stop or Other Conditions
79
Battery Protection
79
Battery Undervoltage Warning
79
Battery End-Of-Discharge (EOD) Protection
79
Operation
79
Static Bypass Switch
80
Table 12 UPS Operating Modes
80
7 Specifications and Technical Data
81
Conformity and Standards
81
UPS Environmental Requirements
81
Table 13 Environmental Requirements
81
Table 14 UPS Mechanical Characteristics
81
UPS Electrical Characteristics
82
Table 15 UPS Weight
82
Table 16 UPS Currents and Terminals-Input, Single-Input Unit, 480V Operation
82
Table 17 UPS Currents and Terminals-Input, Dual-Input Unit, 480V Operation
82
Table 18 UPS Currents and Terminals-Bypass, Dual-Input Unit, 480V Operation
83
Table 19 UPS Currents and Terminals-Output
83
Table 23 Inverter Output to Critical Load
85
Table 24 Bypass Input
85
Table 25 Bypass Maximum 10 Cycle Current
85
Table 26 AC/AC Efficiency, Loss and Air Exchange
86
Table 27 Heat Losses and Air Exchange
86
Table 28 Recommended Lug Sizes (Compression Type) M12, 1/2" Bolt
86
8 Maintenance
87
Safety Precautions
87
Limited Life Components
90
Routine Maintenance
90
Record Log
91
Air Filters
91
Torque Requirements
92
Detecting Trouble
92
Figure 35 Air Filter Replacement
92
Reporting a Problem
93
Corrective Actions
93
Recommended Test Equipment
93
Appendix A-Hazardoussubstances Orelementsannouncement
95
Ppendixb - Ups Status Essages
95
Advertisement
Vertiv Liebert EXM User Manual (88 pages)
0-40kVA, 50/60Hz
Brand:
Vertiv
| Category:
UPS
| Size: 4 MB
Table of Contents
Table of Contents
3
Important Safety Instructions
9
Save These Instructions
9
Glossary of Symbols
15
1 0 Introduction
16
Operator Control and Display Panel
16
2 0 Installation
17
Initial Inspections
17
Storing the UPS and Batteries for Delayed Installation
17
Preliminary Checks
17
Identification
17
UPS Location
18
Positioning the UPS
18
Environmental Considerations
18
Battery Location
18
Considerations in Moving the Liebert EXM
18
Mechanical Considerations
19
Dimensions
20
Clearances
20
UPS Dimensions
20
Table 1 Weights for Liebert EXM 10-40Kva Frame
20
Floor Installation
21
Clearances-Front, Side and Rear
21
Cable Entry
22
Auxiliary Cabinets
22
Figure 4 Cabinet Arrangement
23
Power Module Assembly
24
Figure 5 Power Module Assembly Indicators and Controls
24
Table 2 LED Indications on Power Module Assembly
24
Static Bypass Assembly
25
Static Bypass Assembly Connections
25
3 0 Electrical Connections-Ups
26
Power Cabling
26
Lug Size and Cable Rating
26
Table 3 Busbars (for Power Wiring)
26
Table 4 Terminal Block with Compression Lugs (for Control Wiring)
26
External Protective Devices
27
Rectifier and Bypass Input Supply of the UPS
27
UPS Output
27
UPS Input Configuration
27
Figure 7 Single UPS Block Diagram-Dual Input, Single Source Configuration, Without Bypass Cabinet
28
Figure 8 Single UPS Block Diagram-Dual Input, Single Source Configuration
29
UPS Input Configuration with Transformers
30
Cabling Guidelines
30
Figure 9 Liebert EXM in a Split Bypass Configuration
30
Cable Connections
31
Figure 10 Input Busbars-Liebert EXM 10-40Kva Frame
31
Accessory Fuses and Back-Feed Breaker Wiring
32
Accessory Fuses
32
Figure 12 Dual Input Back-Feed Breaker Wiring When Bypass Distribution Cabinet Not Used
33
Safety Ground
34
Figure 13 Ground and Neutral Busbar Connections-10-40Kva Frame Busbars
35
Protective Devices
35
3.2.10 Cabling Procedure
36
Control Cables Details
37
Static Bypass Assembly Features
37
Figure 14 Static Bypass Assembly Connections to Display Cabinet and Options
37
Figure 15 Auxiliary Terminal Block Detail (Static Switch Assembly Front Panel)
37
Dry Contacts
38
Input Dry Contacts
38
Figure 16 Input Dry Contacts
38
Table 5 Input Dry Contacts-J26
39
Output Dry Contacts
40
Figure 17 Output Dry Contacts and EPO Wiring
40
Output Dry Contact Relays
40
Liebert BDC Interface
41
Battery Cabinet Interface Connectors
41
Figure 18 Battery Cabinet Interface-J22
41
Battery Cabinet Interface-J22
41
EPO Input-Optional
42
Figure 19 EPO Wiring and Signal Names for J2
42
EPO Input Contact Relays-J2
42
Parallel Cable Connections
43
Figure 20 Single UPS Remote Emergency Power off
43
Figure 21 Parallel Cable Wiring Diagram
43
4 0 Installation Drawings
44
Figure 22 UPS Dimensions-Front View
44
Figure 23 UPS Main Components-Typical 10-40Kva Unit
45
Figure 24 UPS Cable Connections-10-40Kva Frames
46
5 0 Option Installation
47
Liebert Intellislot
47
Communication
47
Liebert Intellislot Web Card-SNMP/HTTP Network Interface Card
47
Liebert Intellislot Unity Cards-IS-UNITY-LIFE, IS-UNITY-S, IS-UNITY-DP
47
Table 10 Liebert EXM Communication Options
47
Liebert Intellislot Web Card-Optional
48
Liebert Intellislot ™ Relay Card
48
Liebert Intellislot Relay Card Pin Configuration
48
Figure 25 Liebert Intellislot Web Card Display
48
Figure 26 Pin Location and Numbering
49
Table 11 Relay Card Pin Configuration
49
Figure 27 Jumper Location and Numbering
50
Jumper Connections
50
6 0 Operation
51
Liebert EXM Operating Modes
51
UPS Startup
54
Startup Procedure
54
Startup in Eco Mode
54
Switching between UPS Operation Modes
55
Switching the UPS from Normal Operation to Maintenance Bypass
55
Figure 28 One-Line Diagram, Single-Input UPS with 3-Breaker Maintenance Bypass Cabinet and
56
Panelboard
56
Switching the UPS from Maintenance Bypass to Normal Operation
57
De-Energize Liebert EXM with Maintenance Bypass Cabinet
58
De-Energize Liebert EXM Without Maintenance Bypass Cabinet
58
Figure 29 Typical Configuration for Single UPS
59
Parallel Operations-Determine Control Panel Firmware Version
60
Parallel Operations-Software Version 1.1
60
De-Energize a Liebert EXM Parallel System-Software Version 1.1
60
Re-Energize a Liebert EXM Parallel System-Software Version 1.1
60
Parallel Operations-Software Version 1.0
61
De-Energize a Liebert EXM Parallel System-Software Version 1.0
61
Re-Energize a Liebert EXM Parallel System-Software Version 1.0
61
De-Energize and Isolate a Single Liebert EXM in a Parallel System-Software Version 1.0
62
Re-Energize a Single Liebert EXM in a Parallel System-Software Version 1.0
62
Place a Liebert EXM Parallel System with SKRU Interlock in Maintenance Bypass-Software
63
Version 1.0
63
Re-Energize a Liebert EXM Parallel System with SKRU Interlock Online from Maintenance
64
Bypass-Software Version 1.0
64
Emergency Shutdown with EPO
64
Auto Restart
64
Reset after Shutdown for Emergency Stop (EPO Action) or Other Conditions
65
Battery Protection
65
6.13.1 Battery Undervoltage Warning
65
6.13.2 Battery End-Of-Discharge (EOD) Protection
65
Operation
66
Static Bypass Switch
66
UPS Operating Modes
66
7 0 Specifications and Technical Data
67
Conformity and Standards
67
ENERGY STAR Certification
67
UPS Environmental
67
Table 14 Environmental Requirements
67
Table 15 UPS Mechanical Characteristics
67
UPS Electrical Characteristics
68
Table 16 UPS Currents and Terminals-Input (for Single-Input Unit, 208V Operation)
68
Table 17 UPS Currents and Terminals-Input (for Dual-Input Unit Only, 208V Operation)
68
Table 18 UPS Currents and Terminals-Bypass Input (for Dual-Input Units, 208V Operation)
68
Table 19 UPS Currents and Terminals-Output 208V
68
AC/AC Efficiency, Loss and Air Exchange
69
Rectifier Input
69
Table 22 Recommended Lug Sizes (Compression Type) M10, 3/8" Bolt
69
Table 23 Battery Cabinet System-UPS and Battery Cabinet
69
Table 20 AC/AC Efficiency, Loss and Air Exchange
69
Inverter Output to Critical Load
70
Battery DC Intermediate Circuit
70
Bypass Input
71
8 0 Maintenance
72
Safety Precautions
72
Battery Maintenance
74
Battery Safety Precautions
75
Limited-Life Components
77
Routine Maintenance
77
Component Service Life
77
Table 27 Component Service Life
77
Air Filters
78
Record Log
78
Figure 30 Air Filter Replacement
79
Torque Requirements
79
Busbars (for Power Wiring)
79
Table 29 Terminal Block with Compression Lugs (for Control Wiring)
79
Detecting Trouble
80
Reporting a Problem
80
Corrective Actions
80
Recommended Test Equipment
80
Recommended Test Equipment and Tools
80
Table 31 Hazardous Substances or Elements
81
UPS Status Messages
82
Vertiv Liebert EXM User Manual (78 pages)
Brand:
Vertiv
| Category:
UPS
| Size: 6 MB
Table of Contents
Table of Contents
3
Important Safety Instructions
7
Glossary of Symbols
12
1 0 Introduction
13
2 0 Installation
14
Initial Inspections
14
Storing the UPS and Batteries for Delayed Installation
14
Preliminary Checks
14
Identification
14
UPS Location
15
Positioning the UPS
15
Environmental Considerations
15
Considerations in Moving the Liebert EXM
15
Mechanical Considerations
16
Dimensions
16
UPS Dimensions
16
Table 1 Weights for Liebert ® EXM 20-100Kva Frame
16
Cable Entry
17
Clearances
17
Floor Installation
17
Cable Entry Locations
17
Auxiliary Cabinets
18
Cabinet Arrangement
18
Liebert Power Module Assembly
19
Figure 4 Liebert ® Power Module Assembly Indicators and Controls
19
Table 2 LED Indications on Power Module Assembly
19
Static Bypass Assembly
20
Static Bypass Assembly Connections
20
3 0 Electrical Connections-Ups
21
Power Cabling
21
Lug Size and Cable Rating
21
Table 4 Terminal Block with Compression Lugs-Control Wiring
21
External Protective Devices
22
Rectifier and Bypass Input Supply of the UPS
22
UPS Output
22
UPS Input Configuration
22
Figure 6 Single UPS Block Diagram-Dual Input, Single Source Configuration, Without Bypass Cabinet
23
Figure 7 Single UPS Block Diagram-Dual Input, Single Source Configuration
24
UPS Input Configuration with Transformers
25
Figure 8 Liebert
25
Cabling Guidelines
26
Cable Connections
26
Figure 9 Input Busbars-Liebert ® EXM 20-100Kva Frame
26
Accessory Fuses and Back-Feed Breaker Wiring
27
Figure 10 Accessory Fuses
27
Figure 11 Dual Input Back-Feed Breaker Wiring When Bypass Distribution Cabinet Not Used
28
Safety Ground
29
Protective Devices
30
Figure 12 Ground and Neutral Busbar Connections-20-100Kva Frame Busbars
30
3.2.10 Cabling Procedure
31
Control Cables Details
32
Static Bypass Assembly Features
32
Figure 13 Static Bypass Assembly Connections to Display Cabinet and Options
32
Dry Contacts
33
Input Dry Contacts
33
Figure 14 Auxiliary Terminal Block Detail (Static Switch Assembly Front Panel)
33
Figure 15 Input Dry Contacts
33
Output Dry Contacts
35
Figure 16 Output Dry Contacts and EPO Wiring
35
Liebert ® BDC Interface
36
Battery Cabinet Interface Connectors
36
Figure 17 Battery Cabinet Interface-J22
36
Table 7 Battery Cabinet Interface-J22
36
EPO Input-Optional
37
Figure 18 EPO Wiring and Signal Names for J2
37
Table 8 EPO Input Contact Relays-J2
37
Parallel Cable Connections
38
Figure 19 Single UPS Remote Emergency Power off
38
Figure 20 Parallel Cable Wiring Diagram
38
4 0 Installation Drawings
39
UPS Dimensions
39
Figure 22 UPS Main Components-Typical 20-100Kva Unit
40
Figure 23 UPS Cable Connections-20-100Kva Frames
41
5 0 Option Installation
42
Liebert ® Intellislot Communication
42
Liebert ® Intellislot Web Card-SNMP/HTTP Network Interface Card
42
Liebert ® Intellislot Unity Cards-IS-UNITY-LIFE, IS-UNITY-S, IS-UNITY-DP
42
Table 9 Liebert ® EXM Communication Options
42
Liebert Intellislot Web Card-Optional
43
Liebert Intellislot Relay Card
43
Liebert ® Intellislot Relay Card Pin Configuration
43
Figure 24 Liebert ® Intellislot Web Card Display
43
Figure 25 Pin Location and Numbering
44
Liebert ® Intellislot Relay Card Jumper Setup
45
Figure 26 Jumper Location and Numbering
45
Table 11 Jumper Connections
45
6 0 Operation
46
Touchscreen Control Panel
46
Access Level Log-In
47
Default Pins
47
Liebert EXM Operating Modes
47
UPS Startup
50
Startup Procedure
51
Startup in Eco Mode
51
Switching between UPS Operation Modes
51
Switching the UPS from Normal Operation to Maintenance Bypass
51
Figure 27 One-Line Diagram, Single-Input UPS with 3-Breaker Maintenance Bypass Cabinet and Panelboard
53
Switching the UPS from Maintenance Bypass to Normal Operation
54
Energize Liebert ® EXM with Maintenance Bypass Cabinet
55
Energize Liebert ® EXM Without Maintenance Bypass Cabinet
55
6.10 Parallel Operations-Determine Control Panel Software Version
56
Figure 28 Typical Configuration for Single UPS
56
Parallel Operations-Software Version 1.1
57
Energize a Liebert ® EXM Parallel System-Software Version 1.1
57
Re-Energize a Liebert ® EXM Parallel System-Software Version 1.1
57
Emergency Shutdown with EPO
57
Auto Restart
58
Reset after Shutdown for Emergency Stop (EPO Action) or Other Conditions
59
Battery Protection
59
6.15.1 Battery Undervoltage Warning
59
6.15.2 Battery End-Of-Discharge (EOD) Protection
59
Operation
60
Static Bypass Switch
60
7 0 Specifications and Technical Data
61
Conformity and Standards
61
ENERGY STAR ® Certification
61
UPS Environmental
61
Table 13 Environmental Requirements
61
Table 14 UPS Mechanical Characteristics
61
UPS Electrical Characteristics
62
Table 15 UPS Currents and Terminals-Input (for Single-Input Unit, 208V Operation)
62
Table 16 UPS Currents and Terminals-Input (for Dual-Input Unit Only, 208V Operation)
62
Table 17 UPS Currents and Terminals-Bypass Input (for Dual-Input Units, 208V Operation)
62
Table 18 UPS Currents and Terminals-Output 208V
62
Table 19 AC/AC Efficiency, Loss and Air Exchange
63
Table 21 Battery DC Intermediate Circuit
63
Table 22 Battery Cabinet System-UPS and Battery Cabinet
64
Table 24 Inverter Output to Critical Load
64
Table 25 Recommended Lug Sizes (Compression Type) M12, 1/2-In. Bolt
65
8 0 Maintenance
66
Safety Precautions
66
Limited-Life Components
68
Routine Maintenance
68
Record Log
69
Air Filters
69
Torque Requirements
70
Figure 29 Air Filter Replacement
70
Table 28 Terminal Block with Compression Lugs-Control Wiring
70
Detecting Trouble
71
Reporting a Problem
71
Corrective Actions
71
Recommended Test Equipment
71
Table 29 Recommended Test Equipment and Tools
71
Appendix A-Hazardoussubstances Orelementsannouncement
73
Appendixb - Ups Status Messages
73
Advertisement
Vertiv Liebert EXM User Manual (102 pages)
50 kVA to 250 kVA, 480 V, 60 Hz
Brand:
Vertiv
| Category:
UPS
| Size: 16 MB
Table of Contents
Table of Contents
3
Important and Safety Instruction
7
Introduction
13
Operator Control and Display Panel
13
Installation
15
Initial Inspections
15
Storing the UPS and Batteries for Delayed Installation
15
Preliminary Checks
16
Identification
16
UPS Location
16
Positioning the UPS
16
Environmental Considerations
16
Considerations in Moving the Liebert® EXM
16
Mechanical Considerations
17
Dimensions
18
Clearances
19
Floor Installation
19
Cable Entry
19
Auxiliary Cabinets
21
Vertiv™ Liebert® Power Module Assembly
23
Static Bypass Assembly
24
Electrical Connections UPS
25
Power Cabling
25
Lug Size and Cable Rating
25
External Protective Devices
26
Rectifier and Bypass Input Supply of the UPS
26
UPS Output
27
UPS Input Configuration
27
Cabling Guidelines
29
Cable Connections
29
Accessory Fuses and Back Feed Breaker Wiring
32
Safety Ground
34
Protective Devices
38
Cabling Procedure
38
Control Cables Details
39
Static Bypass Assembly Features
39
Dry Contacts
41
Input Dry Contacts
41
Output Dry Contacts
42
Vertiv™ Liebert® MBC Interface
44
Battery Cabinet Interface Connectors
44
EPO Input Optional
46
Parallel Cable Connections
49
Installation Drawings
51
Option Installation
59
Vertiv™ Liebert® Intellislot™ Communication
59
Liebert® Intellislot™ Web Card SNMP/HTTP Network Interface Card
59
Liebert® Intellislot™ Unity Cards Vertiv™ Liebert® IS-UNITY-Life,Vertiv™ Liebert® IS-UNITY-DP
59
Liebert® Intellislot™ Web Card-Optional
60
Liebert® Intellislot™ Relay Card
60
Vertiv™ Liebert® Intellislot™ Relay Card Pin Configuration
61
Vertiv™ Liebert® Intellislot™ Relay Card Jumper Setup
63
Operation
65
Touchscreen Control Panel
65
Access Level Log in
66
Default Pin's
66
Vertiv™ Liebert® EXM Operating Modes
66
UPS Start up
69
Start up Procedure
70
Start up in Eco Mode
71
Switching between UPS Operation Modes
71
Switching the UPS from Normal Operation to Maintenance Bypass
71
Switching the UPS from Maintenance Bypass to Normal Operation
74
Energize Liebert® EXM with Maintenance Bypass Cabinet
74
Energize Liebert® EXM Without Maintenance Bypass Cabinet
75
Parallel Operations Determine Control Panel Firmware Version
77
Parallel Operations Control Panel Firmware Version
77
Energize a Vertiv™ Liebert® EXM Parallel System Control Panel Firmware Version
77
Reenergize a Liebert® EXM Parallel System Control Panel Firmware Version
78
Emergency Shutdown with EPO
78
Auto Restart
78
Reset after Shutdown for Emergency Stop or Other Conditions
79
Battery Protection
79
Battery Undervoltage Warning
79
Battery End of Discharge (EOD) Protection
79
Operation
79
Static Bypass Switch
80
Specifications and Technical Data
81
Conformity and Standards
81
ENERGY STAR Certification
81
UPS Environmental Requirements
81
UPS Electrical Characteristics
82
Maintenance
87
Safety Precautions
87
Limited Life Components
88
Routine Maintenance
89
Record Log
89
Air Filters
90
Torque Requirements
92
Detecting Trouble
92
Reporting a Problem
92
Corrective Actions
92
Recommended Test Equipment
93
Appendices
95
Appendix A: Hazardous Substances or Elements Announcement
95
Appendix B: UPS Status Messages
97
Vertiv Liebert EXM User Manual (90 pages)
20 kVA to 200 kVA, 208/120 V, 50/60 Hz
Brand:
Vertiv
| Category:
UPS
| Size: 14 MB
Table of Contents
Table of Contents
3
Important Safety Instructions
7
Introduction
13
Installation
15
Initial Inspections
15
Storing the UPS and Batteries for Delayed Installation
15
Preliminary Checks
16
Identification
16
UPS Location
16
Positioning the UPS
16
Environmental Considerations
16
Considerations in Moving the EXM
16
Mechanical Considerations
17
Dimensions
18
Clearances
19
Floor Installation
19
Cable Entry
19
Auxiliary Cabinets
21
Vertiv™ Liebert® Power Module Assembly
23
Control Module
24
Static Bypass Assembly
24
Electrical Connections UPS
25
Power Cabling
25
Lug Size and Cable Rating
25
External Protective Devices
26
Rectifier and Bypass Input Supply of the UPS
26
UPS Output
27
UPS Input Configuration
27
Cabling Guidelines
29
Cable Connections
29
Accessory Fuses and Back Feed Breaker Wiring
30
Safety Ground
33
Protective Devices
34
Cabling Procedure
34
Control Cables Details
35
Static Bypass Assembly Features
35
Dry Contacts
36
Input Dry Contacts
36
Output Dry Contacts
38
Vertiv™ Liebert® EXM MBC Interface
39
Battery Cabinet Interface Connectors
39
EPO Input-Optional
41
Parallel Cable Connections
43
Installation Drawings
45
Option Installation
49
Vertiv™ Liebert® Intellislot™ Communication
49
Liebert® Intellislot™ Web Card - SNMP/HTTP Network Interface Card
49
Liebert® Intellislot™ Unity Cards - IS-UNITY-LIFE, IS-UNITY-S, IS-UNITY-DP
49
Liebert® Intellislot™ Web Card (Optional)
50
Liebert® Intellislot™Relay Card
50
Liebert® Intellislot™ Relay Card Pin Configuration
51
Vertiv™ Liebert® Intellislot™ Relay Card Jumper Setup
51
Operation
53
Touchscreen Control Panel
53
Access Level Log in
54
Default PIN Numbers
54
Vertiv™ Liebert® EXM Operating Modes
54
UPS Startup
57
Startup Procedure
57
Startup in Eco Mode
58
Switching between UPS Operation Modes
58
Switching the UPS from Normal Operation to Maintenance Bypass
58
Switching the UPS from Maintenance Bypass to Normal Operation
61
Energize Liebert® EXM with Maintenance Bypass Cabinet
62
Energize Vertiv™ Liebert® EXM Without Maintenance Bypass Cabinet
62
Parallel Operations-Determine Control Panel Firmware
64
Parallel Operations - Software Version
64
Energize a Vertiv™ Liebert® EXM Parallel System Software Version
64
Re-Energize a EXM Parallel System Software Version
64
Emergency Shutdown with EPO
65
Auto Restart
65
Reset after Shutdown for Emergency Stop (EPO Action) or Other Conditions
65
Battery Protection
66
Battery Undervoltage Warning
66
Battery End of Discharge (EOD) Protection
66
Operation
66
Static Bypass Switch
67
Specification and Technical Data
69
Conformity and Standards
69
ENERGY STAR Certification
69
UPS Environmental Requirements
69
UPS Electrical Characteristics
70
Maintenance
77
Safety Precautions
77
Limited Life Components
78
Routine Maintenance
79
Record Log
79
Air Filters
79
Torque Requirements
81
Detecting Trouble
81
Reporting a Problem
81
Corrective Actions
82
Recommended Test Equipment
82
Appendices
83
Appendix A: Hazardous Substances or Elements Announcement
83
Appendix B: UPS Status Messages
85
Vertiv Liebert EXM User Manual (40 pages)
Parallel Cabinet 10-200kVA, 60Hz, 208V
Brand:
Vertiv
| Category:
UPS
| Size: 2 MB
Table of Contents
Table of Contents
3
Important Safety Instructions
5
Mechanical Installation
7
Introduction
7
Preliminary Checks
7
Environmental Considerations
8
Room
8
Storage
8
Positioning
8
Moving the Cabinets
8
Clearances
9
Floor Installation/Anchoring
9
Cable Entry
9
Power Cables
9
Power Cable Connection Procedure
11
Installation Drawings
17
Specifications
35
Electrical Characteristics
36
Torque Requirements
38
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