MTS SWIFT 20 Ultra Sensor - Manual (Page 36)

SWIFT 20 Sensors 36
Low-Profile Transducer Interface
Hardware Overview
When a system zero is initiated, the associated LED is lit. After successful
completion of the system zero, the LED turns off. If there is a failure during the
system zero, the LED will flash at approximately a 1 Hz rate.
Angle Zero and Bridge Zero Switch Functions
Zero
Algorithm When to Use Angle Zero Bridge Zero
0
(Preferred method
for non-spinning
applications)
Use this algorithm for non-
spinning (fixed) applications. The Angle Zero switch is
non-functional. Press the Bridge Zero
switch to measure and tare
out the static transducer
bridge offsets.
1 Use this algorithm for
spinning applications.
You will need to
mechanically level the
SWIFT sensor.
Press the Angle Zero switch
to read the current angle and
use the value to set the angle
sum to 0.0°. Press the Bridge Zero
switch and rotate the
transducer to measure the
static transducer bridge
offsets.
3 Use this algorithm for
spinning applications.
You do not need to
mechanically level the
SWIFT sensor.
Both the Angle Zero and Bridge Zero switches are
functional. This algorithm will perform both angle zero and
bridge zero processes based on two rotations of the SWIFT
sensor regardless of which button you press.
4
(Preferred method
for spinning
applications)
Use this algorithm for
spinning applications.
You will need to
mechanically level the
SWIFT sensor.
Both the Angle Zero and Bridge Zero switches are
functional. This algorithm will perform both angle zero and
bridge zero processes from a two-point zeroing procedure.