Rockwell Automation 61C350 2-In/2-Out 0-10 Volt Analog Rail Module - Manual (Page 21)

3Ć7
Take the .25A fuse out of the fuse holder and replace it
with the .75A fuse. ReĆinsert the fuse holder into the
module. Turn the screwdriver clockwise while pressing
down on the fuse holder at the same time. The fuse
holder must be flush against the faceplate.
Step 10. Remove the two plug connectors from the faceplate of
the new module by pulling them firmly away from the
faceplate.
Step 11. Place the new module over the pattern drilled and attach
it securely to the wall with #10 or M5 studs or bolts.
Step 12. Attach the original 12Ćpoint and 4Ćpoint connectors with
wiring to the faceplate of the module. Use the stud
marked GND" (ground) on the bottom right flange of the
module to connect a ground wire.
Step 13. Set the Mode" switch on the faceplate of the module to
the desired position.
Step 14. Connect the I/O Rail cable between the Analog Rail
connection labeled Input" and any rail connector on the
Reliance device that will communicate with the module.
Turn on power to the Reliance device that will
communicate with the module. Recall that the Mode
switch is read each time the Reliance device connected
to the Analog Rail module is powered up. If applicable,
reĆconnect the cable between the Local I/O Head, or the
DCS5000/AutoMax Remote I/O Head, and the host.
Step 15. Turn on power to the Analog Rail module Input Power"
connections.
Step 16. Turn on power to the external hardware connected to the
Analog Rail module.
Step 17. Verify that the hardware has been installed correctly.
Before testing, insure that the external hardware cannot
respond to output signals from the Analog Rail module.
WARNING
BE CAREFUL WHEN WRITING TO THE OUTPUTS TO INSURE THAT NO
UNEXPECTED MACHINE MOTION WILL RESULT. FAILURE TO OBSERVE THIS
PRECAUTION COULD RESULT IN BODILY INJURY OR DAMAGE TO EQUIPMENT.
For AutoMate systems, use the APX Point Monitor
function to test the module. You can test the Analog Rail
module output channels by writing a value between 0 and
4095 to those channels and, with a voltmeter, verifying
that the output on the terminal points (0 to 10V) is
proportional. To test input channels, verify that the input
signal in the channel (0 to 10V) is proportional to a
voltmeter reading at the terminal points.