- 20 -
3. Attach 9V Battery Connector to TX10K Transmitter (red to
+PWR
, black to
–PWR
). Attach BS900 Bridge Simulator to
the TX10K terminals
+
/
- EXC
and
+
/
- SEN
to coincide with
pins on BS900. Clip 9V battery to connector.
4. Slowly scroll through each RX10K channel until it matches
TX10K channel setting (top line will quit flashing and bottom
line will show the RF signal strength). Change both units to
desired channel and verify adequate signal strength. (To
configure TX10K settings, use the RM10K Remote Control.)
5. Scroll RX10K display to Gain parameter screen. Use the
RM10K to configure the Transmitter Gain to 4000 (“Gain
T:04000 S:04000”).
6. Scroll RX10K display to Input AutoZero parameter screen.
Apply AutoZero with BS900 in center or zero (
0
) position.
Press and hold
ADJUST
▲ key for 2 seconds until bottom line
reads “Input AutoZero: On”.
7. Switch BS900 to the positive (
+
) position. RX10K output
should be close to +2V (“+02000”) and the bar graph indicator
should move one segment to the right of zero (“0”).
8. Switch BS900 to the negative (
–
) position. RX10K output
should be close to -
2V (“-02000”) and the bar graph indicator
should move one segment to the left of zero (“0”).
NOTE: The BS900 Bridge Simulator is not a calibrated
reference. Its purpose is to provide a full bridge circuit to the
TX10K to verify functionality and assist in troubleshooting.
9. Use the RM10K to command the TX10K to transmit
REFERENCE 1
. RX10K output should be close to +2V
(“+02000”) and the bar graph indicator should move one
segment to the right of z
ero (“0”) for a duration of 5 seconds.
Summary of Contents for TorqueTrak 10K-LP
Page 1: ...TorqueTrak 10K LP Torque Telemetry System User s Guide 869501 9_F ...
Page 2: ......
Page 45: ... 43 ...
