Fisher FIELDVUE DLC3010 Instruction Manual page 104

Field Communicator Menu Tree
October 2014
Figure B‐7. Configure > Calibration
2
Configure
1 Guided Setup
2 Manual Setup
3 Alert Setup
4 Communications
5 Calibration
Figure B‐8. Service Tools
3
Service Tools
1 Active Alerts
2 Variables
3 Maintenance
3-3
Maintenance
1 Tests
2 Reset/Restore
3-3-2
Reset/Restore
1 Restore Factory Defaults
2 Reset Device
Restore Factory Defaults
1 Restore Factory Configuration
2 Restore Factory Compensation
1. LCD Test is visible if LCD Configuration is installed.
104
2‐5
Calibration
1 Primary
2 Secondary
2‐5-2
Secondary
1 Temperature Calibration
2 Analog Output Calibration
Analog Output Calibration
1 Scaled D/A/ Trim
3-3-1
Tests
(1)
1 LCD Test
2 Loop Test
Variables (if PV is Interface)
3-3-2-1
1 PV
2 Primary Variable
3 AO
4 Inst Temp
5 Process Temperature
6 Torque Rate
7 Upper Fluid Density
8 Lower Fluid Density
3-2
Variables (if PV is Level)
1 PV
2 Primary Variable
3 AO
4 Inst Temp
5 Process Temperature
6 Torque Rate
7 Lower Fluid Density
2‐5-1
Primary
1 Guided Calibration
2 Full Calibration
3 Partial Calibration
2‐5-2-1
Temperature Calibration
1 Trim Instrument Temperature
2 Trim Processs Temperature
2 (Visible if Process Temperature
2‐5-2-2
2 is not Manual)
3-1
Active Alerts
1 No Active Alerts
1 (Visible if there are no active alerts)
1 Refresh Alerts
1 (Visible if an alert is active -- alert name plus
1 description will be visible if the associated
1 alert is active)
3-2
Variables (if PV is Density)
1 PV
2 Primary Variable
3 AO
4 Inst Temp
5 Process Temperature
6 Torque Rate
3-2
3-2-2
3-2-5
Instruction Manual
2‐5-1-2
Full Calibration
1 Min/Max Calibration
2 Two Point Calibration
3 Weight Calibration
2‐5-1-3
Partial Calibration
1 Capture Zero
2 Trim Gain
3 Trim Zero
3-2-2
Primary Variable
1 PV Value
2 % Range
3-2-5
Process Temperature
1 Proc Temp Source
2 Proc Temp
3-2-2
Primary Variable
1 PV Value
2 % Range
3-2-5
Process Temperature
1 Proc Temp Source
2 Proc Temp
Primary Variable
1 PV Value
2 % Range
Process Temperature
1 Proc Temp Source
2 Proc Temp
D102748X012