LS CHARM HART two-state output parameters

No

HART status bit #5.

Indicates if the HART field device went thru a power cycle. The device clears it after the first response.

No

HART status bit #6.

Indicates if a configuration change has been made on the HART field device. On detection the scale and units are uploaded automatically and flag cleared.

No

Indicates if the physically installed device does not match the configured device.

No

Set and cleared by tracking Field Device Malfunction (HART status bit #7) from the HART instrument. If the HART instrument detects a malfunction within itself, this parameter is set to True (1).

Yes

The slot 0 device variable code sent digitally from the CHARM. Defines the HART variable whose data is reported by HART_VAL0.

Yes

The slot 1 device variable code sent digitally from the CHARM. Defines the HART variable whose data is reported by HART_VAL1.

Yes

The slot 2 device variable code sent digitally from the CHARM. Defines the HART variable whose data is reported by HART_VAL2.

Yes

The slot 3 device variable code sent digitally from the CHARM. Defines the HART variable whose data is reported by HART_VAL3.

Yes

The mask that determines which HART slots are enabled.

No

The slot 0 device variable value. This value is read digitally.

No

The slot 1 device variable value. This value is read digitally.

No

The slot 2 device variable value. This value is read digitally.

No

The slot 3 device variable value. This value is read digitally.

Yes

Allows the screening of status error messages generated by the transmitter.

No

The Primary Variable returned by the HART transmitter, in engineering units. This value is read digitally.

No

The Secondary Variable returned by the HART transmitter, in engineering units. This value is read digitally.

No

The Tertiary Variable returned by the HART transmitter, in engineering units. This value is read digitally.

No

The Fourth Variable returned by the HART transmitter, in engineering units. This value is read digitally.

No

For HART analog input and output, HINTEG indicates that a HART error is present (0=Good, 1=Bad) even if HART_ERRORS is configured to ignore the error. When HART_ERRORS is configured to ignore one or more HART errors, a corresponding active HART error does not contribute to Bad OINTEG; however, it does contribute to Bad HINTEG. HINTEG is always Bad when OINTEG is Bad.

No

The device long tag name for a HART device. The HART device long tag name can have up to 32 characters from the ISO Latin-1 character set.

No

HART status bit #4.

Indicates if there are additional details that the devices can return. If this is set use AMS Device Manager or HART handheld device to get additional information.

No

Set to True (1) if digital communication with the HART instrument has stopped or was never started. If digital communication is successful, this parameter is set to False (0) immediately.

No

Set and cleared by tracking the Non-Primary Variable Out of Limits (HART status bit #1) from a HART instrument. If one of the measured non-Primary Variables is outside its sensor operating limits (high or low), this parameter is set to True (1).

No

The current value driven to the CHARM, in percent, and the status of the output.

No

Set and cleared by tracking the Process Variable Analog Output Fixed (HART status bit #3) from a HART instrument. If the HART device analog output value is fixed to a requested value, this parameter is set to True (1).

No

Set and cleared by tracking the Primary Variable Out of Limits (HART status bit #0) from a HART instrument. If the measured Primary Variable is outside the sensor operating limits (high or low), this parameter is set to True (1).

No

Set and cleared by tracking the Primary Variable Analog Output Saturated (HART status bit #2) from a HART instrument. If the analog output from the HART device is out of range (high or low), this parameter is set to True (1).