Siemens SIMATIC TI525 - Page 3

Siemens SIMATIC TI525

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SIMA

TIC TI525/TI535

Hardware and Installation

User

Manual

Order Number: PPX:505–8103–3

Manual Assembly Number: 2586546–0052

Third Edition

Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.comArtisan Technology Group - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisantg.com

Table of Contents

Default Chapter7
- Table of Contents7
Preface12
Chapter 1 Series 505 System Overview14
- TI525 and TI535 Controllers15
- Functional Relationship of Series 505 Components17
Introduction14
Features of the TI525 and TI53519
- Model Differences19
- TI525/TI535 Instruction Set20
Chapter 2 Pre-Installation Planning24
Introduction24
- Operator Safety Switch27
Safety Considerations27
- Emergency Stop Switch28
Enclosure Selection29
- JOG or INCH Switch29
Grounding and Wiring the Equipment30
Temperature Considerations30
Chapter 3 Installation31
Installing the Base Assemblies31
- Series 505 Bases31
- Mounting Dimensions for the Series 505 Bases32
  - Installing Base Hardware33
  - Rack or Panel Mounting33
Handling Series 505 Modules34
Setting TI525 Dipswitches35
- Setting Port Baud Rate - TI525 Models36
- Selecting Battery Backup - TI525 Models37
- Switch Settings - TI525 Battery Backup37
  - Selecting Ladder Memory Protection - TI525 Models38
- Switch Settings - TI525 L-Memory Protection38
  - Downloading Preset Constants - TI525 Models39
- Switch Settings - TI525 Download/Retain Presets39
Setting TI535 Dipswitches40
- Selecting I/O Type - TI535 Models41
- Downloading Preset Constants - TI535 Models42
- Switch Settings - TI535 Download/Retain Presets42
  - Setting Highest I/O Base Number - TI535 Models43
- Switch Settings - TI535 Highest-Numbered Logical Base43
  - Selecting Battery Backup - TI535 Models44
- Switch Settings - TI535 Battery Backup44
  - Setting Communication Port Baud Rate -TI535 Models45
  - Selecting Ladder Memory Protection - TI535 Models46
- Switch Settings - TI535 L-Memory Protection46
Installing the Battery47
- Model TI525 Battery Installation47
- Model TI535 Battery Installation48
- Battery Location for TI535 Models48
Installing System Components49
- Definition of the Series 505 Logical Base49
- System with Local I/O Only50
- Systems with Local and Distributed I/O51
- Power Supply Jumper55
- Location of Power Supply in Base56
  - Installing the PLC57
- Location of PLC in Base57
  - Installing the I/O Modules59
- Location of I/O Modules in Base59
- I/O Module Point Assignments61
  - Installing the Base Controllers62
Chapter 4 EPROM/EEPROM Operation63
Introduction63
- Changes in Mode and Memory after Power up65
Installing an EPROM/EEPROM in TI525 Models66
- TI525 EPROM/EEPROM Socket and Jumper Pins67
Installing an EPROM/EEPROM in TI535 Models68
- TI535 EPROM/EEPROM Socket and Jumper Pins69
Programming the EEPROM70
Reporting EEPROM Status72
- Status Word Six (STW06)72
- Format of Status Word Six (STW06)72
  - Status Words Seven to Nine (STW07-STW09)73
Editing/Saving Programs Using an EPROM/EEPROM74
Chapter 5 Startup / Troubleshooting76
Start-Up Procedures76
Using the Troubleshooting Tools79
- Reading the LED Indicators79
- LED Indicators79
  - AUX Function 29 (Show PLC Diagnostic Cell)80
- Example of AUX Function 29 Screen80
- Effects of Aux Functions on Memory Locations82
  - Troubleshooting with Status Words83
  - Status Word One (STW01)83
- Format of Status Word One (STW01)83
  - Status Word Two (STW02)84
- Format of Status Word Two (STW02)84
  - Status Word Six (STW06)85
- Format of Status Word Six (STW06)85
  - Status Words Seven to Nine (STW07-STW09)86
  - Status Word Ten (STW10)86
- Format of Status Word Ten (STW10)86
  - Status Words Eleven to Eighteen (STW11-STW18)87
- Format of Status Words Eleven to Eighteen (STW11-18)87
- Example of a Status Word with a Bit Set88
Appendix A Specifications95
Grounding97
- Single Point Grounding97
- Guidelines for Ground Connections98
- Sample Ground Connections99
Appendix B Grounding and Electrical Guidelines97
Introduction97
Wiring Guidelines100
Minimizing Electrical Noise101
- Definition and Source101
- Correcting Noise Problems102
- Noise Suppression102
- Examples of Noise Snubbing102
  - Isolation103
- Series 505 Component Power Requirements104
- Series 500 Component Power Requirements107

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