Safety Considerations Guide for Triconex General ... - ICEWeb
Safety Considerations Guide for Triconex General ... - ICEWeb Safety Considerations Guide for Triconex General ... - ICEWeb
68 Appendix A Triconex Peer-to-Peer Communication This example packs 32 BOOL values into a DWORD and sends the DWORD and a diagnostic variable to a receiving node as fast as possible by setting the sendflag parameter to 1 all the time. The diagnostic variable is incremented every time a new SEND is initiated. The receiving node checks the diagnostic variable to verify that it has changed from the previous value received. The receiving node also determines whether it has received at least one data transfer within the process-tolerance time. If not, the application takes appropriate action, such as using the last data received or using default data to make safety-critical decisions. This example uses the following project elements: • PEER_EX4_SEND_FBD (for sending Node #1) • PEER_EX4_RCV_FBD (for receiving Node #3) Safety Considerations Guide for Triconex General Purpose v2 Systems
B HART Communication Overview 70 HART Position Paper from TÜV Rheinland 70 Safety Considerations Guide for Triconex General Purpose v2 Systems
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- Page 57 and 58: Setting Scan Time 47 application. T
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- Page 69 and 70: Alarm Usage 59 Alarm Usage To imple
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- Page 99 and 100: SYS_SHUTDOWN 89 * the safety system
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- Page 103 and 104: SYS_VOTE_MODE 93 Example For shutdo
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68 Appendix A <strong>Triconex</strong> Peer-to-Peer Communication<br />
This example packs 32 BOOL values into a DWORD and sends the DWORD and a diagnostic<br />
variable to a receiving node as fast as possible by setting the sendflag parameter to 1 all the time.<br />
The diagnostic variable is incremented every time a new SEND is initiated. The receiving node<br />
checks the diagnostic variable to verify that it has changed from the previous value received.<br />
The receiving node also determines whether it has received at least one data transfer within the<br />
process-tolerance time. If not, the application takes appropriate action, such as using the last<br />
data received or using default data to make safety-critical decisions.<br />
This example uses the following project elements:<br />
• PEER_EX4_SEND_FBD (<strong>for</strong> sending Node #1)<br />
• PEER_EX4_RCV_FBD (<strong>for</strong> receiving Node #3)<br />
<strong>Safety</strong> <strong>Considerations</strong> <strong>Guide</strong> <strong>for</strong> <strong>Triconex</strong> <strong>General</strong> Purpose v2 Systems
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