If rotating components are not powering up- which is usually indicated by the receiver displaying a voltage level outside the normal range. Example: A receiver with a normal display range of +/- 10 VDC, may show a voltage of 13.47VDC.
You may wish to check the following:
Cable Connections: Unplug then plug in all cable connections between the rear of the receiver and the stationary loop. Sometimes a connector that appears to be installed correctly just isn’t seated completely in the socket.
Fuse: There is a fuse on the rear panel of the receiver that many people
overlook because the receiver itself is working.
Stationary Loop Mechanical Interfaces: Check that all mounting faces between sections of the stationary loop
and base are free from grease or oil and that fasteners are tightened
sufficiently.
Stationary Loop to Collar Alignment: ATi systems are pretty forgiving on misalignment, they do work best when
everything is aligned. There is normally a white or red stripe around the
circumference of the collar to indicate where the stationary loop should
be mounted.
Stationary Loop Orientation: On the captured loop type systems, typically manufactured for half shaft
applications, the stationary loop has a front and rear side. The embedded
wires, identifiable by the black potting compound, should be towards the
collar.
We hope this information is of some assistance to you in solving your inductively powered systems problems.
If you would like any further information on ATi's Wireless Telemetry range products and you are located in Australia or New Zealand, please contact Metromatics on +61 7 3868 4255 or sales@metromatics.com.au
If outside this area, please contact ATi directly on +1 937 862 6948 or sales@atitelemetry.com
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