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HIMax X-MIO 7 01
User Manuals: HIMA HIMax X-MIO 7 01 Trip Module
Manuals and User Guides for HIMA HIMax X-MIO 7 01 Trip Module. We have
1
HIMA HIMax X-MIO 7 01 Trip Module manual available for free PDF download: Manual
HIMA HIMax X-MIO 7 01 Manual (72 pages)
Overspeed Trip Module
Brand:
HIMA
| Category:
Control Unit
| Size: 4 MB
Table of Contents
Table of Contents
3
Table 8: Product Data
3
Wiring the Modules Via Connector Boards X-CB 018 02 and X-CB 018
6
Introduction
7
Structure and Use of the Manual
7
Table 1: Additional Valid Manuals
7
Target Audience
7
Formatting Conventions
8
Safety Notes
8
Operating Tips
9
2 Safety
10
Intended Use
10
Environmental Requirements
10
ESD Protective Measures
10
Table 2: Environmental Requirements
10
Residual Risk
11
Safety Precautions
11
Emergency Information
11
3 Product Description
12
Table 3: Module Inputs and Outputs
12
Safety Function
13
Reaction in the Event of a Fault
13
Scope of Delivery
13
Type Label
14
Figure 1: Sample Type Label
14
Structure
15
Measuring Inputs and Rotation Sense Inputs
15
Digital Inputs
15
Reset Input
16
Digital Outputs
16
Relay Output
16
Block Diagram
17
Figure 2: Block Diagram
17
Indicators
18
Figure 3: Indicators
18
Module Status Indicators
19
Table 4: Blinking Frequencies of Leds
19
Table 5: Module Status Indicators
19
System Bus Indicators
20
I/O Indicators
20
Table 6: System Bus Indicators
20
Table 7: I/O Indicators
20
Product Data
21
Figure 4: Views
21
Table 9: Specifications for the Measuring Inputs
22
Table 10: Supply Specifications for the Measuring Inputs
22
Table 11: Specifications for Digital Inputs
23
Table 12: Supply Specifications for the Digital Inputs
23
Table 13: Specifications for the Digital Outputs
24
Table 14: Product Data for the Relay Output
24
Connector Boards
25
Mechanical Coding of Connector Boards
25
Table 15: Available Connector Boards
25
Coding of X-CB 018 Connector Boards
26
Table 16: Position of Coding Wedges
26
Connector Boards with Screw Terminals
27
Figure 6: Connector Boards with Screw Terminals
27
Terminal Assignment for Connector Boards with Screw Terminals
28
Table 17: Terminal Assignment for Connector Boards with Screw Terminals
28
Table 18: Cable Plug Properties
28
Connector Boards with Cable Plug
29
Figure 7: Connector Boards with Cable Plug
29
Pin Assignment for Connector Boards with Cable Plug
30
Cable Plug X1
30
Table 19: Pin Assignment for the System Cable Plug X1
30
Cable Plug X2
31
Table 20: Pin Assignment for the System Cable Plug X2
31
System Cable
32
System Cable X-CA 005
32
Figure 8: System Cable X-CA 005 01 N
32
Table 21: Necessary System Cables
32
System Cable X-CA 008
33
Figure 9: System Cable X-CA 008 01 N
33
Cable Plug Coding
34
4 Start-Up
35
Mounting
35
Wiring Inputs Not in Use
35
Mounting and Removing the Module
36
Mounting a Connector Board
36
Figure 10: Example of How to Insert the Mono Connector Board
36
Figure 11: Example of How to Secure the Mono Connector Board with Captive Screws
37
Mounting and Removing the Module
38
Figure 12: Mounting and Removing a Module
39
Line Monitoring (Short-Circuits and Open-Circuits)
40
Overspeed Trip Module Sampling
41
Figure 13: Evaluation of Input Signals
41
2Oo3 Evaluation
42
Threshold Monitoring
42
Gradient Monitoring
42
Trip Function
43
Configuring the Overspeed Trip Module in Silworx
44
The Module Tab in the Detail View for the Redundancy Group
45
Table 26: Module Tab in the Hardware Editor (Redundancy Group)
45
The Module Tab in the Detail View for the Individual Modules
46
Table 27: Module Tab in the Hardware Editor
48
Tab: I/O Submodule DO 02
49
Tab: I/O Submodule DO 02: Channels
49
Table 28: Tab: I/O Submodule DO 02 in the Hardware Editor
49
Table 29: Tab I/O Submodule DO 02: Channels in the Hardware Editor
49
Tab: I/O Submodule DI 02
50
Table 30: Tab: I/O Submodule DI 02 in the Hardware Editor
50
Tab: I/O Submodule DI 02: Channels
51
Table 31: Tab I/O Submodule DI 02: Channels in the Hardware Editor
51
Tab: I/O Submodule CT 03
52
Table 32: Tab: I/O Submodule CT 03 in the Hardware Editor
52
Tab: I/O Submodule CT 03: Channels
53
Table 33: Tab I/O Submodule CT 03: Channels in the Hardware Editor
53
Submodule Status DO 02 [DWORD]
54
Submodule Status DI 02 [DWORD]
54
Table 34: Submodule Status DO 02 [DWORD]
54
Table 35: Submodule Status DI 02 [DWORD]
54
Submodule Status CT 03 [DWORD]
55
Table 36: Submodule Status CT 03 [DWORD]
55
Diagnostic Status [DWORD]
56
Table 37: Diagnostic Information [DWORD]
57
Variants
58
Figure 14: Wiring X-MIO 7/6 01
59
Wiring the Modules Via FTA Using System Cables
60
Figure 15: Wiring Via X-FTA
60
5 Operation
61
Handling
61
Diagnosis
61
6 Maintenance
62
Maintenance Measures
62
Loading the Operating System
62
Proof Test
62
7 Decommissioning
63
8 Transport
64
9 Disposal
65
Appendix
67
Glossary
67
Index of Figures
68
Index of Tables
69
Index
70
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