List of all errors
Summary
Titles:
1. Boot Error - Spoiled Application in RAM (01xxE022)
2. Boot Error - CRC Error in RAM (01xxE023)
3. Boot Error - Download Error (01xxE024)
4. Boot Error - Incorrect Link Address (01xxE025)
5. Boot Error - Wrong PAMCOMP Version (01xxE027)
6. Boot Error - Wrong PAMEPROM Version (01xxE028)
7. Kernel System Error - Insufficient Heap for Mailbox Allocation (02xxE001)
8. Kernel System Error - Insufficient Heap for Task Allocation (02xxE00F)
9. Kernel System Error - Insufficient Heap for Process Allocation (02xxE011)
10. Kernel System Error - Insufficient Heap for Signal Allocation (02xxE013)
11. Kernel System Error - Insufficient Heap for Library Allocation (02xxE018)
12. Kernel Error - PAM Basic Cycle Overrun (02xxF060)
13. Kernel System Error - Operation Fault Handler (02xxFFF1)
14. Kernel System Error - Arithmetic Fault Handler (02xxFFF2)
15. Kernel System Error - Floating Point Fault Handler (02xxFFF3)
16. Real-time Kernel System Error - Insufficient Heap for Process Allocation (03xxE003)
17. Real-time Kernel Error - Workspace Allocation Exceeded (03xxE02C)
18. Real-time Kernel Error - Invalid Exception Timeout (03xxE031)
19. Real-time Kernel Error - Invalid Condition Timeout (03xxE032)
20. Real-time Kernel Error - XEQ_TASK Already Running (03xxE033)
21. Real-time Kernel System Error - Insufficient Heap for rt_mul_process Initialization (03xxE050)
22. Smart IO Warning - Peripheral Fault (04xxW00C)
23. Smart IO Warning - Output Fault (04xxW00E)
24. Smart IO Warning - DC Motor Fault (04xxW010)
25. Smart IO Error - Invalid IO Item Initialization (04xxE01A)
26. Ring Error - Unsuccessful Hardware Initialization (06xxF001)
27. Ring Error - Extra Peripheral Detected (06xxF002)
28. Ring Error - Peripheral Missing (06xxF003)
29. Ring Error - Peripheral Type Mismatch (06xxF004)
30. Ring Error - Peripheral Hardware Problem (06xxF005)
31. Ring Error - Incorrect Peripheral Count (06xxF006)
32. Ring Error - PAM Overloaded (06xxF009)
33. Ring Error - Optical Link Interrupted (06xxF00C)
34. Ring Error - CRC Error on Received Frame (06xxF00E)
35. Ring Error - Optical Link Interrupted on ASIC Interface (06xxF010)
36. Ring Error - Too Many Peripherals (06xxF016)
37. Automate Error - Memory Allocation Failure (07xxE001)
38. Automate Error - Software FIFO Full (07xxE006)
39. Automate Error - Dual Port Overflow Buffer Full (07xxE008)
40. Automate System Error - Invalid Smart IO Command Acknowledge (07xxE00B)
41. Automate Error - Invalid Logical Address from Dual Port (07xxE011)
42. Automate Error - Ring in Error (07xxE013)
43. Automate Error - Smart IO Configuration Error (07xxF014)
44. Automate Error - Smart IO Initialization Refused (07xxF015)
45. Automate Error - Smart IO Answer Missing (07xxF016)
46. Automate Error - Smart IO Run Acknowledge Missing (07xxF017)
47. Automate System Error - Variable ID Out of Range (07xxE01D)
48. Automate Error - Dual Port Watchdog Timeout (07xxE01E)
49. Automate Error - Axis Handler Initialization or Run Refused (07xxF01F)
50. Automate Error - Host Not Ready (07xxF020)
51. Automate Error - Read IO Timeout (07xxE021)
52. Automate Error - Event FIFO Full (07xxE023)
53. Automate Error - Node Initialization Error (07xxF025)
54. Automate Error - Invalid CRC for VME Dual Port Output (07xxF028)
55. Automate Error - Invalid KEY for VME Dual Port Input (07xxE029)
56. Automate Error - Invalid VME Variable Item Index (07xxE02A)
57. Automate Error - VME Event Buffer Full (07xxE02B)
58. Automate Error - Invalid ST1 IO Item Definition (07xxF02D)
59. Automate Error - RS422 No User Activity (07xxE035)
60. Automate Error - RS422 Command Refused (07xxE036)
61. Automate Error - RS422 Invalid Command Code (07xxE037)
62. Automate Error - RS422 Send Timeout (07xxE038)
63. Automate Error - RS422 Communication Disconnected (07xxE039)
64. Automate Error - RS422 Communication Error (07xxE03A, 07xxW03A)
65. Automate Error - Invalid RS422 Output CRC (07xxE03B)
66. Automate Error - Invalid RS422 Input KEY (07xxE03C)
67. Automate Error - Invalid RS422 Configuration (07xxE03D)
68. Automate Error - Invalid RS422 Input Class (07xxE03E)
List:
Title: Boot Error - Spoiled Application in RAM
Description: Error code 01xxE022 - Attempting to save a spoiled application from RAM to EEPROM results in Boot Error Sys.
Tags: Boot Error, RAM, EEPROM, 01xxE022
Summary: When trying to save an application from RAM to EEPROM, error code 01xxE022 occurs, indicating the application in RAM is spoiled. Downloading the application again to RAM and retrying the save may resolve the issue.
Cause:
- Corrupted application code in RAM
Remedy:
1. Download the application to RAM again
2. Attempt to save the application to EEPROM once more
Result: The application is successfully saved to EEPROM without the Boot Error.
Title: Boot Error - CRC Error in RAM
Description: Error code 01xxE023 - A CRC error detected in the application stored in RAM triggers Boot Error Flt.
Tags: Boot Error, CRC, RAM, 01xxE023
Summary: Boot Error Flt with error code 01xxE023 signals that a CRC error was found in the application code residing in RAM. This typically points to a hardware issue with the RAM itself being defective.
Cause:
- Defective RAM hardware
Remedy:
1. Troubleshoot or replace the RAM hardware
Result: With properly functioning RAM, the CRC error and associated Boot Error should not occur.
Title: Boot Error - Download Error
Description: Error code 01xxE024 - An unsuccessful attempt to download the application generates a Boot Error Sys.
Tags: Boot Error, Download, 01xxE024
Summary: Boot Error Sys with error code 01xxE024 indicates the application download was not successful. Reattempting the download process may clear the error.
Cause:
- Issues during application download
Remedy:
1. Retry downloading the application
Result: The application downloads without error on the subsequent attempt.
Title: Boot Error - Incorrect Link Address
Description: Error code 01xxE025 - Boot Error Sys occurs when the application link address doesn't match the expected address.
Tags: Boot Error, Link Address, 01xxE025
Summary: A mismatch between the application's actual link address and the anticipated address results in Boot Error Sys with error code 01xxE025.
Cause:
- Application compiled with incorrect link address
Remedy:
1. Verify the application is compiled and linked with the correct address
2. Recompile the application if needed
Result: Using an application with the proper link address eliminates the Boot Error.
Title: Boot Error - Wrong PAMCOMP Version
Description: Error code 01xxE027 - Attempting to download an application compiled with an incompatible PAMCOMP version causes Boot Error App/Cfg.
Tags: Boot Error, PAMCOMP, 01xxE027
Summary: Boot Error App/Cfg with error code 01xxE027 indicates the application was compiled using a PAMCOMP version that is incompatible with the current PAMEPROM version. Updating PAMEPROM or recompiling the application with a compatible PAMCOMP version resolves the issue.
Cause:
- Mismatch between PAMCOMP version used to compile application and PAMEPROM version
Remedy:
1. Update the PAMEPROM version to match the PAMCOMP version used for compiling
2. Alternatively, recompile the application using a PAMCOMP version compatible with the existing PAMEPROM
Result: Aligning the PAMCOMP and PAMEPROM versions allows the application to download without the version mismatch Boot Error.
Title: Boot Error - Wrong PAMEPROM Version
Description: Error code 01xxE028 - Boot Error App/Cfg occurs when downloading an application to an incompatible PAMEPROM version.
Tags: Boot Error, PAMEPROM, 01xxE028
Summary: Attempting to download an application to a PAMEPROM version that doesn't match the PAMCOMP version used during compilation triggers Boot Error App/Cfg with error code 01xxE028. Updating PAMEPROM or recompiling the application with the appropriate PAMCOMP version avoids the error.
Cause:
- PAMEPROM version doesn't match PAMCOMP version used to compile application
Remedy:
1. Update PAMEPROM to the version corresponding to the PAMCOMP used
2. Recompile application with PAMCOMP version matching existing PAMEPROM
Result: Using compatible PAMEPROM and PAMCOMP versions permits downloading the application without encountering the version Boot Error.
Title: Kernel System Error - Insufficient Heap for Mailbox Allocation
Description: Error code 02xxE001 - Kernel System Error App indicates there is not enough heap memory available for mailbox allocation.
Tags: Kernel System Error, Heap, Mailbox, 02xxE001
Summary: When the system encounters Kernel System Error App with error code 02xxE001, it signifies insufficient heap memory to allocate the required mailboxes. Reducing the number of simultaneously running tasks or decreasing workspace memory size may address the issue.
Cause:
- Too many tasks running concurrently
- Excessive memory allocated to workspaces
Remedy:
1. Decrease the number of tasks running in parallel
2. Reduce the amount of memory assigned to workspaces
Result: Adjusting task concurrency and workspace memory allocation frees up sufficient heap memory for mailbox allocation, resolving the Kernel System Error.
Title: Kernel System Error - Insufficient Heap for Task Allocation
Description: Error code 02xxE00F - Kernel System Error App occurs when there is not enough heap memory to allocate a task.
Tags: Kernel System Error, Heap, Task Allocation, 02xxE00F
Summary: Insufficient heap memory for task allocation triggers Kernel System Error App with error code 02xxE00F. Decreasing the number of simultaneously running tasks or reducing workspace memory size can mitigate the problem.
Cause:
- Excessive tasks running concurrently
- Too much memory allocated to workspaces
Remedy:
1. Reduce the number of tasks running in parallel
2. Decrease the amount of memory assigned to workspaces
Result: Optimizing task concurrency and workspace memory allocation ensures enough heap memory is available for task allocation, preventing the Kernel System Error.
Title: Kernel System Error - Insufficient Heap for Process Allocation
Description: Error code 02xxE011 - A lack of sufficient heap memory for process allocation leads to Kernel System Error App.
Tags: Kernel System Error, Heap, Process Allocation, 02xxE011
Summary: Kernel System Error App with error code 02xxE011 signifies there is not enough heap memory available to allocate a process. Reducing simultaneous task execution or decreasing workspace memory allocation can resolve the issue.
Cause:
- Too many tasks running concurrently
- Excessive memory allocated to workspaces
Remedy:
1. Decrease the number of tasks running in parallel
2. Reduce the amount of memory assigned to workspaces
Result: Balancing task concurrency and workspace memory allocation provides sufficient heap memory for process allocation, eliminating the Kernel System Error.
Title: Kernel System Error - Insufficient Heap for Signal Allocation
Description: Error code 02xxE013 - Kernel System Error App occurs when there is not enough heap memory to allocate a signal.
Tags: Kernel System Error, Heap, Signal Allocation, 02xxE013
Summary: Insufficient heap memory for signal allocation triggers Kernel System Error App with error code 02xxE013. Adjusting the number of simultaneously running tasks or reducing workspace memory size can mitigate the problem.
Cause:
- Excessive tasks running concurrently
- Too much memory allocated to workspaces
Remedy:
1. Reduce the number of tasks running in parallel
2. Decrease the amount of memory assigned to workspaces
Result: Optimizing task concurrency and workspace memory allocation ensures enough heap memory is available for signal allocation, preventing the Kernel System Error.
Title: Kernel System Error - Insufficient Heap for Library Allocation
Description: Error code 02xxE018 - A lack of heap memory for library allocation leads to Kernel System Error App.
Tags: Kernel System Error, Heap, Library Allocation, 02xxE018
Summary: When the system encounters Kernel System Error App with error code 02xxE018, it indicates there is not enough heap memory to allocate the required libraries. Decreasing simultaneous task execution or reducing workspace memory size can address the issue.
Cause:
- Too many tasks running concurrently
- Excessive memory allocated to workspaces
Remedy:
1. Reduce the number of tasks running in parallel
2. Decrease the amount of memory assigned to workspaces
Result: Balancing task concurrency and workspace memory allocation frees up sufficient heap memory for library allocation, resolving the Kernel System Error.
Title: Kernel Error - PAM Basic Cycle Overrun
Description: Error code 02xxF060 - Kernel Error App occurs when the PAM basic cycle exceeds its allocated time.
Tags: Kernel Error, PAM, Basic Cycle Overrun, 02xxF060
Summary: A PAM basic cycle overrun triggers Kernel Error App with error code 02xxF060. Consulting the user's manual section on Fatal System Errors can provide additional context and guidance for addressing this issue.
Cause:
- PAM basic cycle taking longer than the designated cycle time
Remedy:
1. Refer to the "Fatal System Error" section in the user's manual for troubleshooting steps
Result: Implementing the recommendations from the user's manual helps optimize the PAM basic cycle to fit within its allocated time budget, avoiding the cycle overrun Kernel Error.
Title: Kernel System Error - Operation Fault Handler
Description: Error code 02xxFFF1 - Kernel System Error Soc indicates an operation fault handler error has occurred.
Tags: Kernel System Error, Operation Fault Handler, 02xxFFF1
Summary: An operation fault handler error triggers Kernel System Error Soc with error code 02xxFFF1. The "Fatal System Error" portion of the user's manual offers additional insights and troubleshooting steps to resolve this issue.
Remedy:
1. Consult the user's manual section titled "Fatal System Error" for guidance on addressing the operation fault handler error
Result: Following the troubleshooting steps outlined in the user's manual helps identify and resolve the underlying cause of the operation fault handler error, clearing the Kernel System Error.
Title: Kernel System Error - Arithmetic Fault Handler
Description: Error code 02xxFFF2 - Kernel System Error App occurs when an arithmetic fault is encountered in the application program.
Tags: Kernel System Error, Arithmetic Fault Handler, 02xxFFF2
Summary: An arithmetic fault in the application program, such as an integer overflow or divide-by-zero error, triggers Kernel System Error App with error code 02xxFFF2.
Cause:
- Integer overflow in the application
- Attempting to divide by zero in the application
Remedy:
1. Review the application code for potential integer overflow scenarios
2. Check for any instances of division by zero in the application
3. Modify the code to handle these error conditions gracefully
Result: Identifying and correcting the arithmetic fault sources in the application code prevents the occurrence of the corresponding Kernel System Error.
Title: Kernel System Error - Floating Point Fault Handler
Description: Error code 02xxFFF3 - A floating point fault in the application program leads to Kernel System Error App.
Tags: Kernel System Error, Floating Point Fault Handler, 02xxFFF3
Summary:: Kernel System Error App with error code 02xxFFF3 signifies a floating point fault has occurred within the application program. Common causes include floating point overflow, invalid operations, or attempting to divide by zero.
Cause:
- Floating point overflow in the application
- Invalid floating point operation in the application
- Attempting to divide by zero with floating point values in the application
Remedy:
1. Analyze the application code for potential floating point overflow risks
2. Review the application for any invalid floating point operations
3. Check for instances of floating point division by zero in the application
4. Revise the code to handle these error conditions appropriately
Result: Detecting and rectifying the floating point fault sources in the application code avoids triggering the associated Kernel System Error.
Title: Real-time Kernel System Error - Insufficient Heap for Process Allocation
Description: Error code 03xxE003 - Real-time Kernel System Error App occurs when there is not enough heap memory to allocate a process.
Tags: Real-time Kernel System Error, Heap, Process Allocation, 03xxE003
Summary: A lack of sufficient heap memory for process allocation triggers Real-time Kernel System Error App with error code 03xxE003. Reducing the number of simultaneously running tasks or adjusting workspace memory size can mitigate the issue.
Cause:
- Too many tasks running concurrently
- Excessive memory allocated to workspaces
Remedy:
1. Decrease the number of tasks running in parallel
2. Modify the amount of memory assigned to workspaces
Result: Optimizing task concurrency and workspace memory allocation ensures enough heap memory is available for process allocation, preventing the Real-time Kernel System Error.
Title: Real-time Kernel Error - Workspace Allocation Exceeded
Description: Error code 03xxE02C - Real-time Kernel Error App indicates the allocated workspace memory has been exceeded.
Tags: Real-time Kernel Error, Workspace, 03xxE02C
Summary: When the used workspace memory exceeds the allocated amount, Real-time Kernel Error App with error code 03xxE02C is triggered. The error message provides details on the sequence name, allocated stack size, and maximum stack size used. Reducing overlapped processes or increasing workspace memory can resolve the issue.
Cause:
- Too many overlapped processes
- Insufficient workspace memory allocation
Remedy:
1. Reduce the number of overlapped processes
2. Increase the allocated workspace memory size
Result: Balancing the number of overlapped processes and allocated workspace memory prevents exceeding the workspace limits, avoiding the Real-time Kernel Error.
Title: Real-time Kernel Error - Invalid Exception Timeout
Description: Error code 03xxE031 - Real-time Kernel Error App occurs when an exception timeout value is set to less than zero.
Tags: Real-time Kernel Error, Exception, Timeout, 03xxE031
Summary: Setting an exception timeout value to a negative number triggers Real-time Kernel Error App with error code 03xxE031.
Cause:
- Exception timeout value configured as a negative number
Remedy:
1. Review the application code for any instances of setting exception timeouts
2. Ensure all exception timeout values are set to zero or a positive number
Result: Configuring exception timeouts with non-negative values prevents the occurrence of the Real-time Kernel Error.
Title: Real-time Kernel Error - Invalid Condition Timeout
Description: Error code 03xxE032 - A condition timeout value less than zero triggers Real-time Kernel Error App.
Tags: Real-time Kernel Error, Condition, Timeout, 03xxE032
Summary: Real-time Kernel Error App with error code 03xxE032 indicates a condition timeout value has been set to a negative number.
Cause:
- Condition timeout value configured as a negative number
Remedy:
1. Analyze the application code for any instances of setting condition timeouts
2. Verify all condition timeout values are set to zero or a positive number
Result: Setting condition timeouts with non-negative values avoids triggering the Real-time Kernel Error.
Title: Real-time Kernel Error - XEQ_TASK Already Running
Description: Error code 03xxE033 - Real-time Kernel Error App occurs when XEQ_TASK attempts to start a sequence in a task that is already running.
Tags: Real-time Kernel Error, XEQ_TASK, Sequence, 03xxE033
Summary: Attempting to use XEQ_TASK to start a sequence in a task that is currently running triggers Real-time Kernel Error App with error code 03xxE033. The XEQ_TASK and EXCEPTION sections of the reference manual provide more information on proper usage.
Cause:
- Invoking XEQ_TASK to start a sequence in a running task
Remedy:
1. Consult the XEQ_TASK and EXCEPTION portions of the reference manual for guidance on correct usage
2. Modify the application code to ensure XEQ_TASK is not used to start sequences in already running tasks
Result: Following the guidelines in the reference manual and avoiding XEQ_TASK calls on running tasks prevents the occurrence of the Real-time Kernel Error.
Title: Real-time Kernel System Error - Insufficient Heap for rt_mul_process Initialization
Description: Error code 03xxE050 - Real-time Kernel System Error App indicates there is not enough heap memory to initialize rt_mul_process.
Tags: Real-time Kernel System Error, Heap, rt_mul_process, 03xxE050
Summary: A lack of sufficient heap memory for initializing rt_mul_process triggers Real-time Kernel System Error App with error code 03xxE050. Decreasing the number of simultaneously running tasks or adjusting workspace memory allocation can resolve the issue.
Cause:
- Excessive tasks running concurrently
- Too much memory allocated to workspaces
Remedy:
1. Reduce the number of tasks running in parallel
2. Modify the amount of memory assigned to workspaces
Result: Optimizing task concurrency and workspace memory allocation ensures enough heap memory is available for rt_mul_process initialization, preventing the Real-time Kernel System Error.
Title: Smart IO Warning - Peripheral Fault
Description: Error code 04xxW00C - Smart IO Warning App/Flt indicates a fault has occurred on a Smart IO peripheral during operation.
Tags: Smart IO, Warning, Peripheral Fault, 04xxW00C
Summary: When a Smart IO peripheral encounters a fault during operation, Smart IO Warning App/Flt with error code 04xxW00C is generated. The warning provides details on the affected Smart IO address and the specific error code. Refer to the error code definitions to diagnose and resolve the issue.
Error Codes:
- 0x08: General over temperature (D3: 0)
- 0x01: Heap memory overflow (D3: 0)
- 0x02: Command FIFO full (D3: FIFO number)
- 0x03: CRC error on received frame (D3: 0)
- 0x04: Invalid frame type received (D3: 0)
- 0x09: Unknown command received (D3: 0)
- 0x0A: Prohibited command received (D3: 0)
- 0x0B: Request for undeclared item (D3: 0)
- 0x0C: Request for unknown I/O type (D3: 0)
Remedy:
1. Check the Smart IO address (D1) to identify the affected peripheral
2. Note the error code (D2) to determine the specific fault condition
3. Consult the error code definitions to understand the issue and take appropriate corrective action
Result: Identifying and addressing the specific fault condition based on the error code clears the Smart IO Warning and restores normal operation.
Title: Smart IO Warning - Output Fault
Description: Error code 04xxW00E - Smart IO Warning App/Flt signifies a fault has occurred on a Smart IO output during operation.
Tags: Smart IO, Warning, Output Fault, 04xxW00E
Summary: A fault on a Smart IO output during operation triggers Smart IO Warning App/Flt with error code 04xxW00E. The warning specifies the affected keyboard address, module, and group numbers, along with an error code indicating the type of fault. Use this information to diagnose and resolve the issue.
Error Codes:
- 5: Short circuit on output
- 6: Output heat sink over temperature
Remedy:
1. Note the keyboard address (D1) to identify the affected Smart IO peripheral
2. Check the module and group numbers (D2) to pinpoint the specific output
3. Review the error code (D3) to determine the type of fault (short circuit or over temperature)
4. Take appropriate corrective action based on the fault type, such as checking for shorts or improving heat dissipation
Result: Identifying the specific output and fault type, then taking corrective measures, clears the Smart IO Warning and restores proper output function.
Title: Smart IO Warning - DC Motor Fault
Description: Error code 04xxW010 - Smart IO Warning Flt indicates a fault has occurred with a DC motor during operation.
Tags: Smart IO, Warning, DC Motor Fault, 04xxW010
Summary: When a DC motor encounters a fault during operation, Smart IO Warning Flt with error code 04xxW010 is generated. The warning provides the affected keyboard address and DC motor ID, along with an error code specifying the type of fault. Use this information to diagnose and resolve the issue.
Error Codes:
- 0x07: Pulse counting timeout when movement ordered
- 0x0D: Lower limit reached
- 0x0E: Upper limit reached
- 0x0F: Position lost
- 0x10: Unexpected movement
- 0x11: Stop does not activate
- 0x12: Inquiry position answer timeout
Remedy:
1. Note the keyboard address (D1) to identify the affected Smart IO peripheral
2. Check the DC motor ID (D2) to determine which motor is experiencing the fault
3. Review the error code (D3) to identify the specific fault condition
4. Take appropriate troubleshooting steps based on the error code, such as checking limit switches, verifying motor connections, or adjusting position tracking
Result: Pinpointing the affected DC motor and fault condition, then taking targeted corrective measures, clears the Smart IO Warning and restores normal motor operation.
Title: Smart IO Error - Invalid IO Item Initialization
Description: Error code 04xxE01A - Smart IO Error App occurs when a Smart IO peripheral rejects an initialization message due to invalid IO item configuration.
Tags: Smart IO, Error, IO Initialization, 04xxE01A
Summary: During initialization, if a Smart IO peripheral receives a message with an invalid IO item configuration, it rejects the message and triggers Smart IO Error App with error code 04xxE01A. The error indicates a mismatch between the declared IO items and the hardware's capabilities. Reviewing and correcting the IO declarations in the application resolves the issue.
Cause:
- IO item declaration in the application exceeds the hardware's capabilities
Examples:
- Declaring more analog outputs than physically available on the hardware
- Defining an incorrect LED or key
Remedy:
1. Note the variable ID (D2) associated with the rejected initialization message
2. Review the IO declarations in the application, focusing on the variable ID
3. Ensure the declared IO items match the physical capabilities of the Smart IO peripheral
4. Correct any discrepancies in the IO declarations
Result: Aligning the IO declarations with the hardware's capabilities allows the Smart IO peripheral to accept the initialization message, eliminating the Smart IO Error.
Title: Ring Error - Unsuccessful Hardware Initialization
Description: Error code 06xxF001 - Ring Error App/Cfg/Flt indicates an unsuccessful hardware initialization.
Tags: Ring Error, Hardware Initialization, 06xxF001
Summary: Ring Error App/Cfg/Flt with error code 06xxF001 signifies that the hardware initialization process has failed. This error typically follows another 06xxxxxx error that provides more specific details about the initialization issue.
Cause:
- Preceded by another 06xxxxxx error indicating the specific initialization problem
Remedy:
1. Review any preceding 06xxxxxx errors to identify the specific initialization issue
2. Address the root cause of the preceding error to enable successful hardware initialization
Result: Resolving the specific initialization issue indicated by the preceding 06xxxxxx error allows the hardware initialization to complete successfully, clearing the Ring Error.
Title: Ring Error - Extra Peripheral Detected
Description: Error code 06xxF002 - Ring Error App/Cfg occurs when an extra peripheral is detected on the optical ring.
Tags: Ring Error, Extra Peripheral, 06xxF002
Summary: An extra peripheral detected on the optical ring that is not declared in the application triggers Ring Error App/Cfg with error code 06xxF002. The error message provides the ring mode and the address of the unexpected peripheral.
Cause:
- Peripheral present on the optical ring but not declared in the application
Remedy:
1. Review the application configuration and ensure all peripherals on the optical ring are properly declared
2. Remove any undeclared peripherals from the optical ring if they are not required
3. Update the application configuration to include any missing peripheral declarations
Result: Ensuring all peripherals on the optical ring are declared in the application eliminates the extra peripheral Ring Error.
Title: Ring Error - Peripheral Missing
Description: Error code 06xxF003 - Ring Error App/Cfg indicates a peripheral declared in the application is missing from the optical ring.
Tags: Ring Error, Missing Peripheral, 06xxF003
Summary: A peripheral declared in the application that is not found on the optical ring triggers Ring Error App/Cfg with error code 06xxF003. The error message specifies the ring mode and the address of the missing peripheral.
Cause:
- Peripheral declared in the application is not physically present on the optical ring
Remedy:
1. Verify the physical presence of the declared peripheral on the optical ring
2. If the peripheral is not required, remove its declaration from the application configuration
3. If the peripheral is required, ensure it is properly connected and configured on the optical ring
Result: Confirming the presence of all declared peripherals on the optical ring and updating the application configuration accordingly resolves the missing peripheral Ring Error.
Title: Ring Error - Peripheral Type Mismatch
Description: Error code 06xxF004 - Ring Error App/Cfg occurs when there is a mismatch between the declared and actual peripheral types.
Tags: Ring Error, Peripheral Type Mismatch, 06xxF004
Summary: A mismatch between the peripheral type declared in the application and the actual type found on the optical ring triggers Ring Error App/Cfg with error code 06xxF004. The error message provides the ring mode and the address of the affected peripheral.
Cause:
- Discrepancy between the declared peripheral type (e.g., ST1 or SMART_IO) and the actual type on the optical ring
Remedy:
1. Review the peripheral declarations in the application configuration
2. Verify the actual types of the peripherals on the optical ring
3. Update the peripheral declarations in the application to match the physical peripheral types
Result: Ensuring consistency between the declared and actual peripheral types eliminates the peripheral type mismatch Ring Error.
Title: Ring Error - Peripheral Hardware Problem
Description: Error code 06xxF005 - Ring Error Flt indicates a hardware problem with a peripheral on the optical ring.
Tags: Ring Error, Peripheral Hardware Problem, 06xxF005
Summary: Ring Error Flt with error code 06xxF005 occurs when a peripheral on the optical ring fails to send the "ready" token during initialization, suggesting a hardware issue with the peripheral despite proper optical connections.
Cause:
- Peripheral hardware error preventing the transmission of the "ready" token during initialization
Example:
- ST1's microprocessor halted by a hardware problem
Remedy:
1. Identify the affected peripheral using the ring mode and peripheral address provided in the error message
2. Troubleshoot the peripheral hardware issue (e.g., check power supply, connections, and component integrity)
3. Replace the faulty peripheral if necessary
Result: Resolving the hardware issue with the affected peripheral allows it to send the "ready" token during initialization, clearing the peripheral hardware problem Ring Error.
Title: Ring Error - Incorrect Peripheral Count
Description: Error code 06xxF006 - Ring Error App/Cfg/Flt occurs when the count of detected peripherals on the optical ring does not match the number declared in the application.
Tags: Ring Error, Peripheral Count, 06xxF006
Summary: A mismatch between the number of peripherals detected on the optical ring and the count declared in the application triggers Ring Error App/Cfg/Flt with error code 06xxF006. This error is specific to applications using the indexed addressing mode.
Cause:
- Two or more peripherals on the optical ring are assigned the same address
Remedy:
1. Review the peripheral address assignments on the optical ring
2. Ensure each peripheral has a unique address
3. Update the peripheral declarations in the application to match the corrected address assignments
Result: Assigning unique addresses to each peripheral on the optical ring and updating the application declarations accordingly resolves the peripheral count mismatch Ring Error.
Title: Ring Error - PAM Overloaded
Description: Error code 06xxF009 - Ring Error App/Flt indicates the PAM is overloaded and unable to process incoming peripheral messages.
Tags: Ring Error, PAM Overloaded, 06xxF009
Summary: Ring Error App/Flt with error code 06xxF009 occurs when the PAM's software reception FIFO is full, preventing the processing of incoming messages from peripherals. The error message provides the FIFO address and the peripheral address whose message could not be copied into the FIFO.
Cause:
- Peripherals sending messages to PAM at a very high rate, overloading the system
Examples:
- Input oscillating at a high frequency
- I/O board not present on an ST1 peripheral with declared inputs
Remedy:
1. Identify the peripheral causing the overload using the peripheral address in the error message
2. Investigate the cause of the high message rate from the peripheral (e.g., oscillating input or missing I/O board)
3. Address the root cause by stabilizing the input or installing the missing I/O board
Result: Resolving the issue causing the peripheral to send messages at an excessive rate prevents the overloading of PAM's reception FIFO, eliminating the PAM overloaded Ring Error.
Title: Ring Error - Optical Link Interrupted
Description: Error code 06xxF00C - Ring Error Flt indicates an interruption in the optical link.
Tags: Ring Error, Optical Link Interrupted, 06xxF00C
Summary: Ring Error Flt with error code 06xxF00C occurs when the PAM detects an empty hardware communication FIFO while attempting to read from it. This error suggests an issue with the optical connection or power supply to one or more peripherals.
Cause:
- Incomplete or faulty optical connection between peripherals
- Power supply issue on one or more peripherals
Remedy:
1. Verify the integrity of the optical connections between all peripherals on the ring
2. Check the power supply to each peripheral to ensure stable and adequate power delivery
3. Repair or replace any damaged optical cables or connectors
4. Resolve any power supply issues identified on the peripherals
Result: Ensuring proper optical connections and stable power supply to all peripherals on the ring eliminates the optical link interrupted Ring Error.
Title: Ring Error - CRC Error on Received Frame
Description: Error code 06xxF00E - Ring Error Flt occurs when a frame with a CRC error is received.
Tags: Ring Error, CRC Error, 06xxF00E
Summary: A CRC error detected on a received frame triggers Ring Error Flt with error code 06xxF00E. The error message includes the address of the peripheral that sent the frame containing the CRC error.
Cause:
- Incomplete or faulty optical connection between peripherals (during initialization)
- Hardware issue on a peripheral (during runtime)
- Peripheral powered off unexpectedly
Remedy:
1. If the error occurs during initialization, verify the integrity of the optical connections between peripherals
2. If the error occurs during runtime, identify the peripheral using the address provided in the error message
3. Check the hardware integrity and power supply of the identified peripheral
4. Replace the faulty peripheral if necessary
Result: Addressing the optical connection issues or resolving the hardware problems on the affected peripheral prevents the occurrence of CRC errors on received frames, clearing the Ring Error.
Title: Ring Error - Optical Link Interrupted on ASIC Interface
Description: Error code 06xxF010 - Ring Error Flt indicates an interruption in the optical link on an ASIC interface.
Tags: Ring Error, Optical Link Interrupted, ASIC Interface, 06xxF010
Summary: Ring Error Flt with error code 06xxF010 occurs when there is a break in the optical link or a power failure on one or more peripherals connected to an ASIC interface. The error message provides the address of the affected peripheral.
Cause:
- Break in the optical link between peripherals
- Power failure on one or more peripherals
Remedy:
1. Verify the continuity and integrity of the optical connections between peripherals on the ASIC interface
2. Check the power supply to each peripheral to ensure stable and adequate power delivery
3. Repair or replace any damaged optical cables or connectors
4. Resolve any power supply issues identified on the peripherals
Result: Ensuring a continuous optical link and stable power supply to all peripherals on the ASIC interface eliminates the optical link interrupted Ring Error.
Title: Ring Error - Too Many Peripherals
Description: Error code 06xxF016 - Ring Error App occurs when there are too many peripherals on the optical ring to run at the configured cycle time.
Tags: Ring Error, Too Many Peripherals, 06xxF016
Summary: The presence of too many peripherals on the optical ring to operate at the cycle time specified in the application triggers Ring Error App with error code 06xxF016. The error message indicates the maximum number of supported peripherals and the actual number of peripherals detected.
Cause:
- Excessive number of peripherals on the optical ring to run at the configured cycle time
Remedy:
1. Reduce the number of peripherals on the optical ring to meet the maximum supported count
2. Alternatively, increase the cycle time in the application to accommodate the current number of peripherals
Result: Adjusting the number of peripherals or modifying the cycle time ensures the system can operate within its limitations, resolving the too many peripherals Ring Error.
Title: Automate Error - Memory Allocation Failure
Description: Error code 07xxE001 - Automate Error Sys indicates a memory allocation failure.
Tags: Automate Error, Memory Allocation Failure, 07xxE001
Summary: Automate Error Sys with error code 07xxE001 occurs when there is an attempt to allocate more memory than is available or when the requested allocation size is zero. This error can be caused by excessive variable and equation definitions or a system error.
Cause:
- Attempting to allocate more memory than is available
- Requesting allocation of zero bytes of memory
- Too many variable and equation definitions
- System error
Remedy:
1. Review the variable and equation definitions to ensure they are within the available memory limits
2. Check for any system errors that may be causing the memory allocation failure
3. Optimize the application to reduce memory usage, if necessary
Result: Ensuring the memory allocation requests are within the available limits and addressing any system errors allows successful memory allocation, eliminating the Automate Error.
Title: Automate Error - Software FIFO Full
Description: Error code 07xxE006 - Automate Error App occurs when the software FIFO from PAM to the ring for I/O is full.
Tags: Automate Error, Software FIFO Full, 07xxE006
Summary: The software FIFO used for communication between PAM and the ring for I/O purposes is full, triggering Automate Error App with error code 07xxE006. This error indicates that too many changes are being generated on outputs by equations with linked outputs over consecutive cycles.
Cause:
- Excessive changes on outputs generated by equations with linked outputs during consecutive cycles
Remedy:
1. Review the equations with linked outputs that are generating changes on outputs
2. Optimize the equations to reduce the frequency of output changes over consecutive cycles
3. Consider buffering the output changes or distributing them over multiple cycles to avoid overloading the FIFO
Result: Modifying the equations with linked outputs to generate output changes at a manageable rate prevents the software FIFO from becoming full, resolving the Automate Error.
Title: Automate Error - Dual Port Overflow Buffer Full
Description: Error code 07xxE008 - Automate Error App indicates the dual port overflow buffer is full.
Tags: Automate Error, Dual Port Overflow Buffer Full, 07xxE008
Summary: Automate Error App with error code 07xxE008 occurs when the dual port overflow buffer becomes full due to excessive changes on outputs generated by equations with linked outputs over consecutive cycles.
Cause:
- Too many changes on outputs generated by equations with linked outputs during consecutive cycles
Remedy:
1. Analyze the equations with linked outputs that are generating changes on outputs
2. Optimize the equations to reduce the frequency of output changes over consecutive cycles
3. Implement buffering or distribute the output changes over multiple cycles to prevent overloading the dual port overflow buffer
Result: Adjusting the equations with linked outputs to generate output changes at a sustainable rate avoids filling up the dual port overflow buffer, eliminating the Automate Error.
Title: Automate System Error - Invalid Smart IO Command Acknowledge
Description: Error code 07xxE00B - Automate System Error Sys occurs when a Smart IO sends an invalid command acknowledge.
Tags: Automate System Error, Invalid Smart IO Command Acknowledge, 07xxE00B
Summary: Automate System Error Sys with error code 07xxE00B is triggered when PAM receives an invalid command acknowledge from a Smart IO peripheral. This error suggests a problem with the message integrity or a faulty Smart IO peripheral.
Cause:
- Corrupted message from the Smart IO peripheral
- Faulty Smart IO peripheral
Remedy:
1. Verify the integrity of the communication link between PAM and the Smart IO peripheral
2. Check for any sources of interference that may be causing message corruption
3. Test the Smart IO peripheral for proper functioning and replace it if found faulty
Result: Ensuring the integrity of the communication link and replacing any faulty Smart IO peripherals prevents the occurrence of invalid command acknowledges, resolving the Automate System Error.
Title: Automate Error - Invalid Logical Address from Dual Port
Description: Error code 07xxE011 - Automate Error Cfg/Flt indicates an invalid logical address read from the dual port WORD_INPUT FIFO.
Tags: Automate Error, Invalid Logical Address, Dual Port, 07xxE011
Summary: An invalid logical address read from the WORD_INPUT FIFO of the dual port interface triggers Automate Error Cfg/Flt with error code 07xxE011. This error suggests a mismatch between PAM's input definitions and the PLC or dual port interface definitions, or a communication hardware issue.
Cause:
- Mismatch between PAM's input definitions and the definitions in the PLC or dual port interface
- Communication hardware problem
Remedy:
1. Review and synchronize the input definitions between PAM and the PLC or dual port interface
2. Verify the integrity of the communication hardware between PAM and the dual port interface
3. Replace any faulty communication hardware components
Result: Ensuring consistent input definitions and reliable communication hardware eliminates the occurrence of invalid logical addresses from the dual port, resolving the Automate Error.
Title: Automate Error - Ring in Error
Description: Error code 07xxE013 - Automate Error indicates the ring is in an error state.
Tags: Automate Error, Ring in Error, 07xxE013
Summary: Automate Error with error code 07xxE013 is generated after the detection of one or more Ring errors to confirm that the ring has stopped functioning correctly.
Cause:
- Presence of one or more Ring errors causing the ring to malfunction
Remedy:
1. Investigate the specific Ring errors that preceded the Automate Error
2. Address the root causes of the individual Ring errors as per their respective troubleshooting guidelines
3. Verify the ring's functionality after resolving the underlying Ring errors
Result: Identifying and resolving the specific Ring errors that led to the ring malfunction clears the Automate Error and restores normal ring operation.
Title: Automate Error - Smart IO Configuration Error
Description: Error code 07xxF014 - Automate Error Sys indicates a configuration error on one or more Smart IO peripherals.
Tags: Automate Error, Smart IO Configuration Error, 07xxF014
Summary: Automate Error Sys with error code 07xxF014 is triggered when one or more errors are detected during the configuration of Smart IO peripherals, preventing the system from operating correctly.
Cause:
- Errors encountered during the configuration of Smart IO peripherals
Remedy:
1. Review the configuration settings for each Smart IO peripheral
2. Identify and correct any invalid or conflicting configuration parameters
3. Verify the compatibility of the Smart IO peripherals with the PAM system
4. Update the firmware of the Smart IO peripherals if necessary
Result: Resolving the configuration errors on the Smart IO peripherals allows the system to operate properly, eliminating the Automate Error.
Title: Automate Error - Smart IO Initialization Refused
Description: Error code 07xxF015 - Automate Error Flt occurs when one or more Smart IO peripherals refuse initialization.
Tags: Automate Error, Smart IO Initialization Refused, 07xxF015
Summary: One or more Smart IO peripherals rejecting the initialization command triggers Automate Error Flt with error code 07xxF015, indicating that the affected peripherals are not functioning correctly.
Cause:
- Smart IO peripherals not functioning properly, causing them to refuse initialization
Remedy:
1. Identify the Smart IO peripherals that refused initialization
2. Check the power supply and connection integrity of the affected Smart IO peripherals
3. Verify the compatibility and firmware version of the Smart IO peripherals
4. Replace any faulty Smart IO peripherals that continue to refuse initialization
Result: Ensuring the proper functioning and compatibility of all Smart IO peripherals allows successful initialization, clearing the Automate Error.
Title: Automate Error - Smart IO Answer Missing
Description: Error code 07xxF016 - Automate Error Flt indicates that one or more Smart IO peripherals failed to acknowledge a configuration frame.
Tags: Automate Error, Smart IO Answer Missing, 07xxF016
Summary: Automate Error Flt with error code 07xxF016 occurs when one or more Smart IO peripherals do not acknowledge a configuration frame sent by PAM, suggesting that the affected peripherals are either not functioning correctly or not receiving the frames reliably under broadcast mode.
Cause:
- Smart IO peripherals not functioning properly
- Smart IO peripherals not receiving configuration frames reliably under broadcast mode
Remedy:
1. Identify the Smart IO peripherals that failed to acknowledge the configuration frame
2. Verify the power supply and connection integrity of the affected Smart IO peripherals
3. Check for any network issues that may be affecting the reliable transmission of broadcast frames
4. Replace any faulty Smart IO peripherals that persistently fail to acknowledge configuration frames
Result: Addressing the issues with the affected Smart IO peripherals and ensuring reliable broadcast communication allows the peripherals to acknowledge configuration frames, resolving the Automate Error.
Title: Automate Error - Smart IO Run Acknowledge Missing
Description: Error code 07xxF017 - Automate Error Flt occurs when one or more Smart IO peripherals fail to acknowledge the Run order.
Tags: Automate Error, Smart IO Run Acknowledge Missing, 07xxF017
Summary: One or more Smart IO peripherals not acknowledging the Run order triggers Automate Error Flt with error code 07xxF017, indicating that the affected peripherals are either not functioning correctly or not receiving the order reliably under broadcast mode.
Cause:
- Smart IO peripherals not functioning properly
- Smart IO peripherals not receiving the Run order reliably under broadcast mode
Remedy:
1. Identify the Smart IO peripherals that failed to acknowledge the Run order
2. Verify the power supply and connection integrity of the affected Smart IO peripherals
3. Check for any network issues that may be affecting the reliable transmission of broadcast orders
4. Replace any faulty Smart IO peripherals that persistently fail to acknowledge the Run order
Result: Ensuring the proper functioning of the affected Smart IO peripherals and reliable broadcast communication allows the peripherals to acknowledge the Run order, eliminating the Automate Error.
Title: Automate System Error - Variable ID Out of Range
Description: Error code 07xxE01D - Automate System Error Sys indicates that the ID of a variable is out of the valid range.
Tags: Automate System Error, Variable ID Out of Range, 07xxE01D
Summary: Automate System Error Sys with error code 07xxE01D occurs when the ID of a variable falls outside the range of declared variables or Boolean equations, suggesting memory corruption or an invalid value in a message from a Smart IO peripheral.
Cause:
- Memory corruption
- Invalid value in a message from a Smart IO peripheral
Remedy:
1. Verify the integrity of the PAM system memory and check for any sources of corruption
2. Review the messages received from Smart IO peripherals for invalid variable ID values
3. Replace any faulty Smart IO peripherals that send messages with invalid variable IDs
Result: Ensuring memory integrity and replacing faulty Smart IO peripherals that send invalid variable IDs prevents the occurrence of out-of-range variable IDs, resolving the Automate System Error.
Title: Automate Error - Dual Port Watchdog Timeout
Description: Error code 07xxE01E - Automate Error App/Flt occurs when the dual port master inactivity timeout expires.
Tags: Automate Error, Dual Port Watchdog Timeout, 07xxE01E
Summary: The expiration of the dual port master inactivity timeout triggers Automate Error App/Flt with error code 07xxE01E, indicating a communication issue between PAM and the dual port master.
Cause:
- Improperly configured MASTER_INACTIVITY_TIMEOUT parameter
- Communication problem with the dual port master
Remedy:
1. Verify the correct configuration of the MASTER_INACTIVITY_TIMEOUT parameter
2. Check the communication link between PAM and the dual port master for any issues
3. Ensure the dual port master is functioning properly and sending regular communication to PAM
Result: Configuring the MASTER_INACTIVITY_TIMEOUT parameter correctly and resolving any communication issues between PAM and the dual port master prevents the occurrence of the dual port watchdog timeout Automate Error.
Title: Automate Error - Axis Handler Initialization or Run Refused
Description: Error code 07xxF01F - Automate Error Sys indicates that the axis handler (gesaxes) refused the Initialization or Run command.
Tags: Automate Error, Axis Handler, Initialization, Run, Refused, 07xxF01F
Summary: Automate Error Sys with error code 07xxF01F occurs when the axis handler (gesaxes) refuses the Initialization or Run command sent by the "automate" component, suggesting an issue with the axis declaration.
Cause:
- Incorrect axis declaration
Remedy:
1. Review the axis declaration in the PAM application
2. Verify that the axis parameters are correctly configured
3. Check for any conflicts or inconsistencies in the axis declaration
4. Modify the axis declaration to address any identified issues
Result: Correcting the axis declaration ensures that the axis handler accepts the Initialization and Run commands, eliminating the Automate Error.
Title: Automate Error - Host Not Ready
Description: Error code 07xxF020 - Automate Error App/Flt occurs when the host is not ready within the specified timeout period.
Tags: Automate Error, Host Not Ready, 07xxF020
Summary: Automate Error App/Flt with error code 07xxF020 is triggered when the host fails to become ready within the MASTER_READY_TIMEOUT period before synchronization or the MASTER_CONFIGURATION_TIMEOUT period after synchronization, indicating an issue with the host or the handshaking process.
Cause:
- Improperly configured MASTER_READY or MASTER_CONFIGURATION_TIMEOUT parameters
- Handshaking problem between PAM and the host (Simatic or VME)
Remedy:
1. Verify the correct configuration of the MASTER_READY and MASTER_CONFIGURATION_TIMEOUT parameters
2. Check the handshaking process between PAM and the host for any issues or delays
3. Ensure the host is functioning properly and responding to PAM's handshaking signals within the specified timeouts
Result: Configuring the timeout parameters correctly and resolving any handshaking issues between PAM and the host prevents the occurrence of the host not ready Automate Error.
Title: Automate Error - Read IO Timeout
Description: Error code 07xxE021 - Automate Error Flt indicates a timeout occurred while waiting for the result of an IO read operation on the ring.
Tags: Automate Error, Read IO Timeout, 07xxE021
Summary: A timeout while waiting for the result of an IO read operation on the ring triggers Automate Error Flt with error code 07xxE021, suggesting an issue with the accessed peripheral or the loss of the read order due to a full Smart IO reception FIFO.
Cause:
- The accessed peripheral is not functioning correctly
- The read order is lost due to the Smart IO reception FIFO being full
Remedy:
1. Identify the peripheral associated with the IO read timeout
2. Verify the functionality and responsiveness of the accessed peripheral
3. Check the Smart IO reception FIFO for any overflow conditions
4. Optimize the PAM application to prevent the Smart IO reception FIFO from becoming full
Result: Ensuring the proper functioning of the accessed peripheral and preventing the Smart IO reception FIFO from overflowing eliminates the occurrence of read IO timeouts, resolving the Automate Error.
Title: Automate Error - Event FIFO Full
Description: Error code 07xxE023 - Automate Error App occurs when the event FIFO used for transmitting events is full.
Tags: Automate Error, Event FIFO Full, 07xxE023
Summary: Automate Error App with error code 07xxE023 is triggered when the FIFO used to transmit events (variable or equation transitions) is detected as full after a specified number of wait cycles, indicating that the application is generating more events than the FIFO can handle within each basic cycle.
Cause:
- The application is generating more events than the FIFO size at each basic cycle
Remedy:
1. Review the PAM application design and identify the source of the excessive event generation
2. Optimize the application to reduce the number of events generated within each basic cycle
3. Consider increasing the event FIFO size to accommodate the event generation rate
4. Implement event throttling or buffering mechanisms to prevent the FIFO from becoming full
Result: Modifying the PAM application to generate events at a rate that the FIFO can handle and implementing event management techniques prevents the event FIFO from becoming full, eliminating the Automate Error.
Title: Automate Error - Node Initialization Error
Description: Error code 07xxF025 - Automate Error App/Flt occurs when none of the peripherals defined in a node declaration are detected on the ring.
Tags: Automate Error, Node Initialization Error, 07xxF025
Summary: Automate Error App/Flt with error code 07xxF025 is triggered when none of the peripherals specified in a node declaration are found on the ring, indicating an issue with the ring configuration or peripheral addressing.
Cause:
- Mismatch between the declared peripherals and the actual peripherals on the ring
- Incorrect peripheral addressing
- Ring configuration issues
Remedy:
1. Review the node declaration in the PAM application and compare it with the actual ring configuration
2. Verify that the declared peripheral addresses match the physical addresses set on each peripheral
3. Check for any ring errors (06000xxx) that may have been displayed before the node initialization error
4. Correct any discrepancies in the node declaration or peripheral addressing
Result: Ensuring consistency between the node declaration and the physical ring configuration, and addressing any ring errors, allows the successful initialization of the declared nodes, resolving the Automate Error.
Title: Automate Error - Invalid CRC for VME Dual Port Output
Description: Error code 07xxF028 - Automate Error App/Cfg indicates an invalid CRC value for a VME dual port output variable.
Tags: Automate Error, Invalid CRC, VME Dual Port Output, 07xxF028
Summary: During the initialization of the VME dual port outputs, if the VME master provides a CRC value that PAM cannot find in its output list, Automate Error App/Cfg with error code 07xxF028 is triggered, indicating a mismatch between the output declarations used by the master and PAM.
Cause:
- Inconsistent output declaration files used by the VME master and PAM
Remedy:
1. Verify that the VME master and PAM are using the same output declaration files
2. Ensure that the output declarations are consistent between the master and PAM
3. Update the output declaration files on either the VME master or PAM to match the other
Result: Using consistent output declaration files between the VME master and PAM prevents the occurrence of invalid CRC values for VME dual port output variables, eliminating the Automate Error.
Title: Automate Error - Invalid KEY for VME Dual Port Input
Description: Error code 07xxE029 - Automate Error App/Cfg occurs when the VME master provides an invalid KEY value for a VME dual port input variable.
Tags: Automate Error, Invalid KEY, VME Dual Port Input, 07xxE029
Summary: Automate Error App/Cfg with error code 07xxE029 is triggered when the VME master provides a KEY value for a VME dual port input variable that PAM cannot find in its input list, suggesting an issue with the handling of VME inputs by the master.
Cause:
- VME master providing an invalid KEY value for a VME dual port input variable
Remedy:
1. Verify that the VME master is using the correct KEY values for the VME dual port input variables
2. Check the VME master's handling of input declarations and ensure consistency with PAM
3. Update the VME master's input handling to use the correct KEY values provided by PAM during the declaration phase
Result: Ensuring that the VME master uses the correct KEY values for VME dual port input variables, as provided by PAM during the declaration phase, prevents the occurrence of invalid KEY Automate Errors.
Title: Automate Error - Invalid VME Variable Item Index
Description: Error code 07xxE02A - Automate Error App/Cfg indicates an invalid index used to access an item of a VME dual port variable.
Tags: Automate Error, Invalid VME Variable Item Index, 07xxE02A
Summary: Automate Error App/Cfg with error code 07xxE02A occurs when the VME master uses an index value that is outside the valid range specified by the number of node_groups in the variable declaration to access an item of a VME dual port variable.
Cause:
- VME master using an invalid index value to access a VME dual port variable item
Remedy:
1. Review the VME master's code that accesses VME dual port variable items
2. Verify that the index values used by the VME master are within the valid range specified by the variable declaration
3. Modify the VME master's code to use valid index values for accessing VME dual port variable items
Result: Ensuring that the VME master uses valid index values within the range specified by the variable declaration when accessing VME dual port variable items eliminates the occurrence of invalid VME variable item index Automate Errors.
Title: Automate Error - VME Event Buffer Full
Description: Error code 07xxE02B - Automate Error App/Cfg occurs when a VME event buffer is full.
Tags: Automate Error, VME Event Buffer Full, 07xxE02B
Summary: Automate Error App/Cfg with error code 07xxE02B is triggered when the buffer corresponding to the period of a VME dual port input variable is full, indicating that the VME master is writing changes at a higher rate than PAM can process for the specified period.
Cause:
- VME master writing changes too frequently for VME dual port input variables with the same period
Remedy:
1. Identify the VME dual port input variables associated with the full event buffer
2. Review the VME master's code that writes changes to these input variables
3. Optimize the VME master's code to reduce the frequency of changes written to the affected input variables
4. Consider increasing the size of the VME event buffer for the specific period to accommodate the rate of changes
Result: Modifying the VME master's code to write changes at a rate that PAM can handle for each period and adjusting the VME event buffer sizes as necessary prevents the buffers from becoming full, resolving the Automate Error.
Title: Automate Error - Invalid ST1 IO Item Definition
Description: Error code 07xxF02D - Automate Error App indicates an invalid ST1 IO item definition.
Tags: Automate Error, Invalid ST1 IO Item Definition, 07xxF02D
Summary: Automate Error App with error code 07xxF02D occurs when the declared IO item for an ST1 peripheral does not match the physical capabilities of the connected IO board.
Cause:
- Mismatch between the declared IO item and the physical IO board capabilities
Remedy:
1. Identify the variable associated with the invalid ST1 IO item definition using the provided variable ID
2. Review the IO item declaration for the specified variable in the PAM application
3. Verify the physical capabilities of the connected IO board (LPO or OIO) on the ST1 peripheral
4. Modify the IO item declaration to match the capabilities of the physical IO board
Result: Ensuring that the declared IO items for ST1 peripherals match the capabilities of the connected IO boards eliminates the occurrence of invalid ST1 IO item definition Automate Errors.
Title: Automate Error - RS422 No User Activity
Description: Error code 07xxE035 - Automate Error App/Flt indicates no user activity on the RS422 link for a period exceeding the "Master Inactivity Timeout".
Tags: Automate Error, RS422 No User Activity, 07xxE035
Summary: Automate Error App/Flt with error code 07xxE035 occurs when PAM does not receive any messages from the RS422 link for a duration longer than the configured "Master Inactivity Timeout", suggesting an issue with the RS422 link or the handshaking process.
Cause:
- Improperly configured MASTER_INACTIVITY_TIMEOUT parameter
- RS422 serial link problem (hardware, configuration)
- Handshaking issue between PAM and the RS422 master application
Remedy:
1. Verify the correct configuration of the MASTER_INACTIVITY_TIMEOUT parameter
2. Check the RS422 serial link for any hardware or configuration issues
3. Review the handshaking process between PAM and the RS422 master application
4. Address any identified issues with the RS422 link or the handshaking process
Result: Configuring the MASTER_INACTIVITY_TIMEOUT parameter correctly, resolving any RS422 serial link issues, and ensuring proper handshaking between PAM and the RS422 master application prevents the occurrence of RS422 no user activity Automate Errors.
Title: Automate Error - RS422 Command Refused
Description: Error code 07xxE036 - Automate Error App/Flt occurs when PAM receives a valid RS422 command that cannot be executed in the current phase.
Tags: Automate Error, RS422 Command Refused, 07xxE036
Summary: Automate Error App/Flt with error code 07xxE036 is triggered when PAM receives a valid RS422 command that is not executable within the current phase, such as a configuration command during the execution phase or an execution command during the configuration phase, indicating a handshaking issue or an incorrect synchronization retry.
Cause:
- Handshaking issue between PAM and the RS422 master
- Incorrect retry of synchronization after a PAM reset
Remedy:
1. Review the handshaking process between PAM and the RS422 master to ensure proper command sequencing
2. Verify that the RS422 master sends commands appropriate for the current phase of PAM
3. Check for any incorrect synchronization retries after a PAM reset
4. Modify the RS422 master application to send commands in the correct phase and handle synchronization retries properly
Result: Ensuring proper handshaking between PAM and the RS422 master, sending commands in the appropriate phase, and handling synchronization retries correctly prevents the occurrence of RS422 command refused Automate Errors.
Title: Automate Error - RS422 Invalid Command Code
Description: Error code 07xxE037 - Automate Error App indicates that PAM has received an invalid RS422 command code.
Tags: Automate Error, RS422 Invalid Command Code, 07xxE037
Summary: Automate Error App with error code 07xxE037 occurs when PAM receives an RS422 command with an invalid or unrecognized command code, suggesting an issue with the RS422 master application or the communication protocol.
Cause:
- RS422 master application sending invalid command codes
- Communication protocol mismatch between PAM and the RS422 master
Remedy:
1. Review the RS422 master application code to ensure it sends valid command codes
2. Verify that the RS422 master and PAM are using the same communication protocol
3. Update the RS422 master application to send valid command codes as per the agreed-upon protocol
4. Ensure that PAM is configured to recognize and handle the valid command codes
Result: Modifying the RS422 master application to send valid command codes and ensuring that PAM and the RS422 master use the same communication protocol prevents the occurrence of RS422 invalid command code Automate Errors.
Title: Automate Error - RS422 Send Timeout
Description: Error code 07xxE038 - Automate Error App occurs when a timeout is encountered while waiting to send an RS422 message.
Tags: Automate Error, RS422 Send Timeout, 07xxE038
Summary: Automate Error App with error code 07xxE038 is triggered when PAM experiences a timeout while attempting to insert a message into the RS422 send queue, indicating that too many equations with linked outputs to RS422 variables are generating excessive changes simultaneously.
Cause:
- Excessive equations with linked outputs to RS422 variables generating too many changes at the same time
Remedy:
1. Identify the equations with linked outputs to RS422 variables in the PAM application
2. Review the logic of these equations to determine if they can be optimized to reduce the number of simultaneous changes
3. Consider modifying the equations to spread the changes over a longer period or use buffering techniques
4. If necessary, increase the size of the RS422 send queue to accommodate the rate of changes
Result: Optimizing the equations with linked outputs to RS422 variables to reduce simultaneous changes and adjusting the RS422 send queue size as needed prevents the occurrence of RS422 send timeout Automate Errors.
Title: Automate Error - RS422 Communication Disconnected
Description: Error code 07xxE039 - Automate Error App/Cfg/Flt indicates that the RS422 communication has been disconnected.
Tags: Automate Error, RS422 Communication Disconnected, 07xxE039
Summary: Automate Error App/Cfg/Flt with error code 07xxE039 occurs when the RS422 communication is disconnected due to the expiration of the MASTER_READY_TIMEOUT before synchronization, the expiration of the MASTER_CONFIGURATION_TIMEOUT after synchronization, or an RS422 serial link issue, as detailed in the previously displayed
0700003A error.
Cause:
- Improperly configured MASTER_READY or MASTER_CONFIGURATION_TIMEOUT parameters
- RS422 serial link problem (hardware, configuration)
- Handshaking issue between PAM and the RS422 master application
Remedy:
1. Verify the correct configuration of the MASTER_READY and MASTER_CONFIGURATION_TIMEOUT parameters
2. Check the RS422 serial link for any hardware or configuration issues and resolve them
3. Review the handshaking process between PAM and the RS422 master application and address any identified issues
4. Refer to the specific cause and remedy provided in the previously displayed 0700003A error for more details
Result: Configuring the timeout parameters correctly, resolving any RS422 serial link issues, and ensuring proper handshaking between PAM and the RS422 master application prevents the occurrence of RS422 communication disconnected Automate Errors.
Title: Automate Error - RS422 Communication Error
Description: Error code 07xxE03A/07xxW03A - Automate Error/Warning indicates an RS422 communication error.
Tags: Automate Error, RS422 Communication Error, 07xxE03A, 07xxW03A
Summary: Automate Error/Warning with error code 07xxE03A/07xxW03A provides a description of an RS422 communication error, including details about the communication status and the specific issue encountered.
Communication Status:
- 1: Memory allocation error
- 2: Port error
- 3: Bad message CRC
- 4: Bad message END character
- 5: Bad message START character
- 6: Receive character buffer full
Remedy:
1. Note the communication status provided in the error message (D1)
2. Based on the communication status, investigate the specific issue:
- Memory allocation error: Check PAM's memory usage and optimize if necessary
- Port error: Verify the RS422 port configuration and hardware
- Bad message CRC, END, or START character: Review the message format and ensure adherence to the protocol
- Receive character buffer full: Optimize the message processing to prevent buffer overflows
3. Address the identified issue through configuration adjustments, hardware repairs, or code modifications as needed
Result: Resolving the specific RS422 communication issue based on the provided communication status prevents the occurrence of the corresponding Automate Error/Warning.
Title: Automate Error - Invalid RS422 Output CRC
Description: Error code 07xxE03B - Automate Error App/Cfg occurs when the received CRC for an RS422 output variable definition is invalid.
Tags: Automate Error, Invalid RS422 Output CRC, 07xxE03B
Summary: Automate Error App/Cfg with error code 07xxE03B is triggered during the configuration phase when the CRC received for an RS422 output variable definition is not recognized by PAM, indicating a mismatch between the output definitions used by PAM and the RS422 master.
Cause:
- Inconsistent RS422 output variable definitions between PAM and the RS422 master
Remedy:
1. Compare the RS422 output variable definitions used by PAM and the RS422 master
2. Identify any discrepancies in the variable definitions, such as differences in variable names, types, or sizes
3. Update the RS422 output variable definitions to ensure consistency between PAM and the RS422 master
4. Verify that the CRC calculation method used by both PAM and the RS422 master is the same
Result: Ensuring consistent RS422 output variable definitions and CRC calculation methods between PAM and the RS422 master prevents the occurrence of invalid RS422 output CRC Automate Errors.
Title: Automate Error - Invalid RS422 Input KEY
Description: Error code 07xxE03C - Automate Error App/Cfg occurs when the received KEY for an RS422 input variable is invalid.
Tags: Automate Error, Invalid RS422 Input KEY, 07xxE03C
Summary: Automate Error App/Cfg with error code 07xxE03C is triggered during the configuration phase when the KEY received for an RS422 input variable is not recognized by PAM, indicating a mismatch between the input definitions used by PAM and the RS422 master.
Cause:
- Inconsistent RS422 input variable definitions between PAM and the RS422 master
Remedy:
1. Compare the RS422 input variable definitions used by PAM and the RS422 master
2. Identify any discrepancies in the variable definitions, such as differences in variable names, types, or sizes
3. Update the RS422 input variable definitions to ensure consistency between PAM and the RS422 master
4. Verify that the KEY generation method used by both PAM and the RS422 master is the same
Result: Ensuring consistent RS422 input variable definitions and KEY generation methods between PAM and the RS422 master prevents the occurrence of invalid RS422 input KEY Automate Errors.
Title: Automate Error - Invalid RS422 Configuration
Description: Error code 07xxE03D - Automate Error App/Cfg indicates an invalid RS422 configuration.
Tags: Automate Error, Invalid RS422 Configuration, 07xxE03D
Summary: Automate Error App/Cfg with error code 07xxE03D occurs after the configuration phase when one or more configuration errors were encountered during the RS422 configuration process, suggesting issues with the compatibility or consistency of the RS422 setup between PAM and the RS422 master.
Cause:
- Incompatible or inconsistent RS422 configuration settings between PAM and the RS422 master
Remedy:
1. Review the RS422 configuration settings in both PAM and the RS422 master
2. Verify that the configuration settings, such as baud rate, data bits, parity, and stop bits, match between PAM and the RS422 master
3. Check for any other configuration discrepancies, such as differences in protocol settings or message formats
4. Modify the RS422 configuration settings to ensure compatibility and consistency between PAM and the RS422 master
Result: Establishing a compatible and consistent RS422 configuration between PAM and the RS422 master prevents the occurrence of invalid RS422 configuration Automate Errors.
Title: Automate Error - Invalid RS422 Input Class
Description: Error code 07xxE03E - Automate Error App/Cfg occurs when the received class for an RS422 input variable does not match PAM's class for that variable.
Tags: Automate Error, Invalid RS422 Input Class, 07xxE03E
Summary: Automate Error App/Cfg with error code 07xxE03E is triggered when the class received for an RS422 input variable during configuration does not match the class assigned to that variable by PAM, indicating a mismatch between the variable classifications used by PAM and the RS422 master.
Cause:
- Inconsistent RS422 input variable classifications between PAM and the RS422 master
Remedy:
1. Compare the RS422 input variable classifications used by PAM and the RS422 master
2. Identify any discrepancies in the variable classifications, such as differences in the class names or definitions
3. Update the RS422 input variable classifications to ensure consistency between PAM and the RS422 master
4. Verify that the class assignment method used by both PAM and the RS422 master is the same
Result: Ensuring consistent RS422 input variable classifications and class assignment methods between PAM and the RS422 master prevents the occurrence of invalid RS422 input class Automate Errors.