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9155 NT
Eaton 9155 NT Manuals
Manuals and User Guides for Eaton 9155 NT. We have
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Eaton 9155 NT manual available for free PDF download: User Manual
Eaton 9155 NT User Manual (99 pages)
9155 & 9355 MARINE UPS 8-10 kVA, 50/60 Hz (1-phase input) & 8-15 kVA, 50/60 Hz (3-phase input)
Brand:
Eaton
| Category:
UPS
| Size: 5.16 MB
Table of Contents
Table of Contents
4
1 Safety Instructions
8
Audience
8
CE Marking
8
User Precautions
8
Environment
9
Inquiries
9
2 Introduction
10
System Description
10
Active-Front Technology
11
Figure 2-1: Marine UPS Units 8-15 Kva Type Approved Models
11
Advanced Battery Management (ABM)
12
Hot Sync® Technology
12
DNV Type Approval and ABS Product Design Assessment
13
Basic System Configuration
13
3 Mechanical Installation
14
Delivery Check
14
Unpacking and Visual Inspection
14
Figure 3-1: Type Designation Label
15
4 Planning before Installation
16
Figure 4-1: Marine UPS Units 8-15 Kva
16
Table 4-1: the Floor Surface Must Withstand These Weights (Standard Models)
17
Table 4-2: the Floor Surface Must Withstand These Weights (TA Models)
17
5 Cabinet Installation
18
Maintenance Bypass Switch
18
Figure 5-1: Marine UPS Unit with Internal Input Transformer
18
Transformer Option
19
Figure 5-2: UPS with Battery Module(S) and the Rear Mounted Mechanical Bypass Switch
19
External Battery Cabinet Option
20
Battery Racks
20
Figure 5-3: UPS Unit with the Factory Installed Isolation Transformer
20
6 Electrical Installation
21
Power Cables and Protective Fuses
22
Wiring Procedure
22
UPS Models Without an Internal Transformer
23
Figure 6-1: the Location of the Power Terminals for UPS Unit Without an Internal Transformer
23
UPS Models with an Internal Input Transformer
24
Figure 6-2: the Location of the Power Terminals for UPS Unit with an Internal Input Transformer
24
Figure 6-3: Cable Connections into a Transformer Section
25
UPS Models with an Internal Output Transformer
26
Figure 6-4: the Location of the Power Terminals for UPS Unit with an Internal Output Transformer
26
Figure 6-5: Wiring Diagram of 9155 N-Model (3-Phase in / 1-Phase Out). for Cable and Fuse Sizes, See the Table 6-1
28
Figure 6-6: Wiring Diagram of Type Approved 9155 N-Model (3-Phase in / 1-Phase Out). for Cable and Fuse Sizes, See the Table 6-1
29
Table 6-1: Recommended Cable and Fuse Sizes for 9155 N-Model (no Transformer)
30
Figure 6-7: Wiring Diagram of 9155 NT-Model with Internal MBS (3-Phase in / 1-Phase Out). for Cable and Fuse Sizes, See the
31
Figure 6-8: Wiring Diagram of Type Approved 9155 NT-Model with Internal MBS (3-Phase in / 1-Phase Out). for Cable and Fuse
32
Table 6-2: Recommended Cable and Fuse Sizes for 9155 NT-Model
33
Figure 6-9: Wiring Diagram of 9155 S-Model (1-Phase in / 1-Phase Out). for Cable and Fuse Sizes, See the Table 6-3
34
Figure 6-10: Wiring Diagram of Type Approved 9155 S-Model (1-Phase in / 1-Phase Out). for Cable and Fuse Sizes, See the Table
35
Figure 6-11: Wiring Diagram of 9155 ST-Model with Internal MBS (1-Phase in / 1-Phase Out). for Cable and Fuse Sizes, See the
36
Figure 6-12: Wiring Diagram of Type Approved 9155 ST-Model with Internal MBS (1-Phase in / 1-Phase Out). for Cable and Fuse
37
Table 6-3: Recommended Cable and Fuse Sizes for 9155 S Model and 9155 ST Model
38
Figure 6-13: Wiring Diagram of 9355 N-Model (3-Phase in / 3-Phase Out). for Cable and Fuse Sizes, See the Table 6-4
39
Figure 6-14: Wiring Diagram of Type Approved 9355 N-Model (3-Phase in / 3-Phase Out). for Cable and Fuse Sizes, See the Table
40
Figure 6-15: Wiring Diagram of 9355 NT-Model (3-Phase in / 3-Phase Out). for Cable and Fuse Sizes, See the Table 6-4
41
Figure 6-16: Wiring Diagram of Type Approved 9355 NT-Model (3-Phase in / 3-Phase Out). for Cable and Fuse Sizes, See the
42
Table 6-4: Recommended Cable and Fuse Sizes for 9355 N-Model and 9355 NT-Model
43
External Battery Cabinet (EBC) Installation Procedure
44
Figure 6-17: Connections of the UPS Unit and External Battery Cabinets
44
Figure 6-18: Cable Connections of the External Battery Cabinet
45
Figure 6-19: to Minimise Safety Risk Remove + or - Cable from Battery String before Connecting UPS and Ebcs
46
7 Software and Connectivity
47
Communication Cables
47
Figure 7-1: Location of Control Cable Terminals: Signal Inputs (X44 & X45); EPO (NC (X12) & no (X52)); RS-232 (X53); Relay
47
Connection to the Standard RS-232 Port (X53)
48
Lansafe Software
48
Figure 7-2: Identification of the Interface Port Pins
48
External Control Connections
49
Emergency Power off (EPO)
49
Figure 7-3: External Control Cable Connections to the UPS
49
Relay Outputs
50
Programmable Signal Inputs
50
EPO Relay (Option)
51
Figure 7-4: EPO Relay and the Connection Diagram
51
Earth Fault Monitor (Option)
52
Xslot Communication (Option)
52
Figure 7-5: Earth Fault Monitor and the Connection Diagrams for 9155 and 9355 Models
52
Figure 7-6: Location of Empty Xslot Bays
53
Table 7-1: Typical Xslot Configurations for UPS Communication
53
Web/Snmp Module (Optional)
53
AS400 Relay Module (Optional)
54
Figure 7-7: Connectups-X Web/Snmp Module and Environmental Monitoring Probe
54
Figure 7-8: AS400 Relay Module
54
Single Serial Port Module (Optional)
54
Figure 7-9: Modus/Jbus Module
55
Modus/Jbus Module (Optional)
55
8 User Operations
56
Display Functions
56
User Settings
57
Table 8-1: Menu Map for Display Functions
57
Changing Charging Current
60
Changing Language
60
Configuring User Settings
60
Table 8-2: User Setting in the LCD Menu Screen
60
Using Relay Outputs
61
Normal Start-Up
61
Table 8-3: Required Battery Charge Currents
61
Battery Start-Up
63
Start-Up after EPO
63
Shutdown
63
9 Maintenance
64
Regular Service/Intervals
64
Table 9-1: Typical Alarms Displayed in the LCD Screen of the UPS Unit
64
Batteries
65
Cooling Fan
65
LED Indicators
65
Table 9-2: Routine Maintenance Intervals Recommended by the Manufacturer
65
Maintenance Bypass Switch (MBS) Operation
66
Internal Maintenance Bypass Switch Operation
66
Table 9-3: Description of the LED Indicators
66
Figure 9-1: the Normal (UPS Supplying the Load) Positions of the MBS Switches
67
Figure 9-2: the Normal Positions of the MBS Switches
67
Turn UPS from Normal Mode to Mechanical Bypass
67
Figure 9-3: the Positions of the MBS Switches in the Mechanical Bypass Mode
68
Turn UPS from Mechanical Bypass to Normal Mode
68
Maintenance Bypass Switch Operation
69
Turn UPS from Normal Mode to Mechanical Bypass
70
Figure 9-4: the Normal (UPS Supplying the Load) Positions of the MBS Switches
70
Figure 9-5: the Normal Positions of the Three MBS Switches
70
Turn UPS from Mechanical Bypass to Normal Mode
71
Figure 9-6: the Positions of the Three MBS Switches in the Mechanical Bypass Mode
71
Figure 9-7: the Normal Positions of the MBS Switches in the Normal Mode
72
10 Parallel Systems
73
Overview
73
Figure 10-1: Parallel Configurations with UPS Modules
73
Tie Cabinets
74
Figure 10-2: Dimensions of the Tie Cabinet
74
Figure 10-3: Cable Routing of the Tie Cabinet: 1-Phase Model on the Left and 3-Phase Model on the Right
75
Figure 10-4: 1-Phase Tie Cabinet's Wiring Diagram with Three UPS Units
75
Figure 10-5: 1-Phase Tie Cabinet's Wiring Diagram with Two UPS Units and Bypass Connected
76
Figure 10-6: 3-Phase Tie Cabinet's Wiring Diagram with Three UPS Units
77
Table 10-1: Minimum Cable and Fuse Rating for the Different Parallel System with Installation Procedure C * (System Bypass Not Allowed)
77
Figure 10-7: 3-Phase Tie Cabinet's Wiring Diagram with Two UPS Units and Bypass Connected
78
Table 10-2: Minimum Cable and Fuse Rating for the Different Parallel System with Installation Procedure C * (System Bypass Not Allowed)
79
Xslot Hot Sync Card: Installing and Wiring
80
Figure 10-8: Bypass Wiring Diagram and Cable Length Notes
80
Figure 10-9: Xslot Hot Sync Card and Terminal Interface
81
Table 10-3: Description for Figure Xslot Hot Sync Card and Terminal Interface
81
Figure 10-10: Communication Cabling Wiring
82
Figure 10-11: Xslot Hotsync Card and Jumper Settings
82
Table 10-4: Communication Wiring Termination
82
Parallel Operations
83
11 Recycling the Used UPS or Batteries
85
Figure 11-1: WEEE Symbol
85
Figure 11-2: Recycling Batteries Symbol
85
12 Dimensional Drawings
86
Figure 12-1: Standard and Type Approved Marine UPS Models with One Bottom Battery Module
86
Figure 12-2: Standard and Type Approved Marine UPS Models with Two Bottom Battery Modules
87
Figure 12-3: Standard and Type Approved Marine UPS Models with One Bottom Transformer Module
88
Figure 12-4: Standard and Type Approved Marine UPS Models with Middle Battery and Bottom Transformer Module
89
Figure 12-5: Standard and Type Approved Marine UPS Models with no Battery or Transformer Modules
90
Figure 12-6: External Battery Cabinet Models with Two and Three Modules
91
13 Wiring Diagrams for Internal Transformer
92
Figure 13-1: Internal Transformer Wirings for 9155 NT Model
92
Figure 13-2: Internal Transformer Wirings for 9155 ST Model
93
Figure 13-3: Internal Transformer Wirings for 9355 NT Model
94
14 Technical Data
95
Table 14-1: Standards
95
Table 14-2: Environment
95
Table 14-3: Mechanical Configuration
96
Table 14-4: Characteristics
96
Table 14-5: AC Input
97
Table 14-6: DC Circuit
98
Table 14-7: AC Output
98
15 Warranty
99
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