MTS SWIFT 50 GLP Sensor - Manual (Page 47)

Road and Track Vehicles
SWIFT 50 GLP Sensors Installation Installing the Transducer 47
Example of a .cal file
If Zero Algorithm=4
When you zero the TI, you want the vehicle to be fairly level and the transducer
to be as close to plumb as practical.
1. Install the SWIFT sensor(s) and data collection equipment on the vehicle.
2. Connect all cables and turn on the power to the TI boxes.
3. Let the TI boxes and transducers warm up for 15-20 minutes.
4. Run the TISTATUS program to compare the supply voltages to the
reference voltages.
Type: TIstatus
If the supply voltages vary more than 0.5 V from the reference voltages,
there is a power supply problem that must be resolved before you can
continue.
[SWIFT]
Name=Fixed Template
SerialNum=1234567
Normalization=1
InputSwitches=255
OutputPolarities=40
ZeroAlgorithm=4
AngleMode=0
AngleOffset=0
AngleFixed=0
EncoderSize=1
ZFX1=0.0
ZFX2=0.0
ZFY1=0.0
ZFY2=0.0
ZFY3=0.0
ZFY4=0.0
ZFZ1=0.0
ZFZ2=0.0
KFX1=0.241363
KFX2=0.241363
KFY1=0.458709
KFY2=0.458709
KFY3=0.458709
KFY4=0.458709
KFZ1=0.241346
KFZ2=0.241346
KMX=2.173
KMYX=4.454
KMYZ=4.454
KMZ=2.14267
KFXFY=0.000262752
KFXFZ= 0 000486382
S50-38
Zero Algorithm
0 Non-spinning mode
1 Spinning mode (uses a digital
inclinometer for angle zero and
spinning the tire for the bridge zero
process
2 Not used
3 Spinning mode (uses spinning the
tire for both angle and bridge
processes)
4 Spinning mode (use a digital
inclinometer to define two positions
90° apart for the bridge zero and
angle zero processes.
Angle Mode
0 Spinning mode (obtains angle from
the encoder)
1 Fixed angle mode (used for test rigs
in the lab)