Rtd Resistance Beyond Range Of Configured Rtd Type; Hart Not Initialized; Hart Address Mismatch; Hart Field Device Modified - GE Mark VIeS System Manual

2464-2495
Description IOPoint [ ] - RTD resistance beyond range of configured RTD type ([ ] Ohms)
Possible Cause
• RTD input exceeded range of linearization (lookup) table for this RTD type. Refer to documentation for specified RTD
ranges.
• The wrong type of RTD has been configured or selected by default.
• High-resistance values were created by high voltage and/or low current.
Solution
• Check the field wiring and sensor.
• Verify that the RTD-type configuration matches the attached device type.
• Check the field wiring for high impedance.
2496-2527
Description IOPoint [ ] - HART not initialized
Possible Cause Unable to communicate with connected HART sensor
Solution
• Verify that the field device is attached to the correct I/O point.
• Using a HART handheld communicator, confirm that the field device is operating correctly and communicating.
2528-2559
Description IOPoint [ ] - HART address mismatch
Possible Cause One of configuration parameters (Hart_MfgID, Hart_DevTyp, or Hart_DevID does not match the
field device.
Solution From the ToolboxST Component Editor, YUAA, Hardware tab, right-click the device and select Upload the
HART ID.
2560-2591
Description IOPoint [ ] - HART field device modified
Possible Cause The configuration of the HART field device was externally modified with either an AMS or a HART
handheld communicator.
Solution Determine what modification was made and if it is correct, then clear the diagnostic. From the Variables tab,
toggle the AckHartCfgChange to TRUE and then back to FALSE.
2592-2623
Description IOPoint [ ] - HART control parameter mismatch - configured: [ ] received: [ ]
Possible Cause The number of dynamic variables returned in Hart Message 3 (Read dynamic variables) does not agree
with the ToolboxST configuration.
Solution Verify that the correct device is attached, and set the ToolboxST configured value to either 0 or the received
value.
YUAA Universal I/O Modules
Public Information
GEH-6855_Vol_II System Guide 221