Figure 5: Flow Chart For Hart Configuration - Honeywell STT25D Operator's Manual

You can check out the performance by varying the input and observing the output
response on the DVM.
Additional note :
This series mode filter should match the local AC supply frequency.
1 Process
Variables
2 Diagnostics
1 Device
Setup
& Services
2 PV
3 PV AO
4 PV LRV
5 PV URV
3 Basic Setup
4 Detailed
Setup
5 Review
Smart Temperature Transmitter STT250 – Operator Manual
1 PV
2
PV % rnge
3
PVAO
4
SV
Master Reset
1
Device status
2
Loop Test
3
4 Calibration
5 D/A trim
6 Write protect
Tag
1
PV Snsr Unit
2
Enter values
3
4 Device info
5
PV Damp
6
SV Unit
Sensors
1
Signal Condition
2
Output Condition
3
4
Device Information
5
Alarm

Figure 5: Flow Chart for HART Configuration

4mA
1
20mA
2
3 Other
4
End
Apply values
1
Enter values
2
3 Correct input LRV
4
Correct input URV
5
Reset Corrects
Connect Reference Meter
1 Write protect
2 WP on/off
3 Change pwd
PV LRV
1
2 PV URV
PV LRL
3
PV URL
4
Distributor
1
Model
2
Dev id
3
4 Tag
5 Revisions
6
Write protect
7
Message
Sensor selection
1
Sensor Name
2
Line filter
3
4 Compensation
PV Damp
1
PV LRV
2
3 PV URV
4
PV % range
Analog Output
1
HART Output
2
Model
1
Tag
2
Message
3
4 Dev id
5
Revisions
1 Break detect
2 Latching alarm on/off
3
Latch clear
4
Alarm direction
Universal revision
1
2 Software revision
PV
1
Alarm direction
2
Namur
3
Loop test
4
D/A trim
5
Poll addr
1
Num req preams
2
Universal revision
1
2 Software revision
13