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HIMA HIMatrix F300 Manuals
Manuals and User Guides for HIMA HIMatrix F300. We have
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HIMA HIMatrix F300 manual available for free PDF download: Safety Manual
HIMA HIMatrix F300 Safety Manual (72 pages)
Safety-Related Controller
Brand:
HIMA
| Category:
Controller
| Size: 0 MB
Table of Contents
Table of Contents
3
1 Safety Manual
7
Structure and Use of the Document
7
Target Audience
8
Formatting Conventions
8
Safety Notes
8
Operating Tips
9
2 Intended Use
10
Scope
10
De-Energize to Trip Principle/ Energize to Trip Principle
10
Use in Fire Alarm Systems
10
Non-Intended Use
10
Operating Requirements
10
Climatic Requirements
11
Mechanical Requirements
11
Table 2: Standards for EMC, Climatic and Environmental Requirements
11
Table 3: General Requirements
11
Table 4: Climatic Requirements
11
Table 5: Mechanical Tests
11
EMC Requirements
12
Power Supply
12
Table 6: Interference Immunity Tests
12
Table 7: Interference Immunity Tests
12
Table 8: Noise Emission Tests
12
Table 9: Review of the DC Supply Characteristics
12
ESD Protective Measures
13
Requirements to be Met by the Operator and the Machine and System Manufacturers
13
Additional System Documentation
14
Table 10: Himatrix System Documentation
14
3 Safety Concept for Using the PES
15
Safety and Availability
15
Calculating the PFD and the PFH Values
15
Self-Test and Fault Diagnosis
16
Padt
16
Structuring Safety Systems in Accordance with the Energize to Trip Principle
16
Time Parameters Important for Safety
17
Fault Tolerance Time (FTT, See DIN VDE 0801, Appendix A1 2.5.3)
17
Safety Time (of PES)
17
Table 11: Range of Values for the Safety Time
17
Multiple Fault Occurrence Time (MOT)
18
Response Time
18
Processor System Watchdog Time
18
Proof Test
18
Proof Test Execution
18
Frequency of Proof Tests
18
Table 12: Range of Values for the Watchdog Time
18
Safety Requirements
19
Hardware Configuration
19
Programming
19
Communication
20
Maintenance Work
20
Certification
21
TÜV Certificate
21
EU Type Examination
22
4 Central Functions
23
Power Supply Units
23
Functional Description of the Processor System
23
Figure 1: Function Blocks of the F60 CPU
23
Self-Tests
24
Microprocessor Test
24
Memory Areas Test
24
Protected Memory Areas
24
RAM Test
24
Watchdog Test
24
Test of the I/O Bus Inside the Controller
24
Reactions to Processor System Failures
25
Fault Diagnosis
25
5 Inputs
26
General
26
Table 13: Overview of the Himatrix System Inputs
26
Safety of Sensors, Encoders and Transmitters
27
Safety-Related Digital Inputs
27
General
27
Test Routines
27
Reaction in the Event of a Fault
27
Surges on Digital Inputs
27
Table 14: Error Codes with Digital Inputs
27
Configurable Digital Inputs
28
Line Control
28
Figure 2: Line Control
28
Safety-Related Analog Inputs (F35, F3 AIO 8/4 01 and F60)
29
General
29
Table 15: Value of Safety-Related Analog Inputs
29
Table 16: Analog Inputs of the F35 Controller
30
Table 17: Analog Inputs of the F3 AIO 8/4 01 Remote I/O
30
Table 18: Analog Inputs of the F60 Controller
30
Test Routines
31
Reaction in the Event of a Fault
31
Table 19: Configuration of Unused Inputs
31
Table 20: Error Codes with Analog Inputs
31
Safety-Related Counters (F35 and F60)
32
General
32
Reaction in the Event of a Fault
32
Checklist for Safety-Related Inputs
32
Table 21: Error Codes with Counter Inputs
32
6 Outputs
33
General
33
Table 22: Overview of the Himatrix System Outputs
33
Safety of Actuators
34
Safety-Related Digital Outputs
34
Test Routines for Digital Outputs
34
Reaction in the Event of a Fault
34
Behavior in the Event of External Short-Circuit or Overload
34
Line Control
34
Safety-Related Two-Pole Digital Outputs
34
Test Routines for Two-Pole Digital Outputs
35
One-Pole/Two-Pole Connection (F3 DIO 8/8 01, F3 DIO 16/8 01)
35
Reaction in the Event of a Fault
36
Behavior in the Event of External Short-Circuit or Overload
36
Relay Outputs
36
Test Routines for Relay Outputs
36
Reaction in the Event of a Fault
37
Safety-Related Analog Outputs (F60)
37
Test Routines
37
Analog Outputs with Safety-Related Shutdown (F3 AIO 8/4 01)
38
Test Routines
38
Reaction in the Event of a Fault
38
Checklist for Safety-Related Outputs
38
7 Software for Himatrix Systems
39
Safety-Related Aspects of the Operating System
39
Operation and Functions of the Operating System
39
Safety-Related Aspects of Programming
39
Programming Tool's Safety Concept
39
Verifying the Configuration and the User Program
40
Archiving a Project
40
Options for Identifying the Program and the Configuration
41
Resource Parameters
42
Parameters - Versions Beyond 7
42
Table 23: System Parameters of the Resource
43
Table 24: Hardware System Variables
43
Parameters - Versions Prior to 7
44
Protection against Manipulation
44
Table 25: Resource Parameter - Versions Prior to 7
44
Checklist for Creating a User Program
45
8 Safety-Related Aspects of the User Program
46
Scope for Safety-Related Use
46
Programming Basics
46
Functions of the User Program
47
Declaration of Variables and Signals
47
Table 26: Length for the Name of the Variable
47
Acceptance by Test Authority
48
Procedures
48
Assigning Variables to Inputs or Outputs
48
System Parameters of the Resource
49
Table 27: System Parameters of the Resource - Versions Beyond 7
50
Table 28: System Parameters of the CPU
51
Table 29: Hardware System Variables
51
Locking and Unlocking the Controller
52
Table 30: System Variables for Locking and Unlocking the PES
52
Code Generation
53
Loading and Starting the User Program
54
Forcing
54
Forcing - Versions Beyond 7
55
Time Limits
55
Restricting the Use of Forcing
55
Force Editor
56
Forcing Signals - Versions Prior to 7
56
Remote I/O)
56
Table 31: Force Switches and Parameters
56
Online Test
57
Program Documentation for Safety-Related Applications
58
Table 32: CPU Switch Changing the Variables in the OLT Allowed - Version Prior to 7
58
9 Configuring Communication
59
Standard Protocols
59
Safety-Related Protocol (Safeethernet)
59
Receive Timeout
59
Response Time
60
Maximum Cycle Time of the Himatrix Controller
61
Calculating the Worst Case Reaction Time
61
Figure 4: Reaction Time with Interconnection of Two Himatrix Controllers
61
Calculating the Worst Case Reaction Time with Two Remote I/Os
62
Calculating the Worst Case Reaction Time with Two Himatrix and One Himax Controller
62
Figure 5: Reaction Time with Remote I/Os
62
Figure 6: Reaction Time with Two Himatrix Controllers and One Himax Controller
62
Terms
63
Assigning Safeethernet Addresses
63
10 Use in Fire Alarm Systems
64
Figure 7: Wiring of Fire Alarms
64
Figure 8: Example of Open-Circuit and Short-Circuit Monitoring of Digital Outputs
65
Appendix
67
Increasing the SIL of Sensors and Actuators
67
Glossary
68
Index of Figures
69
Index of Tables
70
Index
71
P.O. Box
72
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