Using the test resistor to check the analyzer and cables
1. Connect the cables to analyzer & test resistor
1. Turn the analyzer “ON” and allow a few seconds for it to initialize. If the battery is low, a message
will display and the analyzer will turn itself off after 10 seconds.
2. Attach the cables to the analyzer.
3. Remove the test resistor from its protective storage tube.
4. The test resistor looks like a capsule with a wire coming out of each end. Connect the two clips
from cables tagged as “HAND” to one side of wire (doesn’t matter which side) with red clip next to
the resistor as shown on diagram below
5. Connect the two clips from cables tagged as “FOOT” to the wire on other side of the resistor, with
red clip next to the resistor
6. Do NOT hold the test resistor during testing, lay it on flat surface or hold the leads and let the test
resistor dangle, instead.
2. Test the analyzer
Resistance
measurement………………
acceptable
range is 495.0 to 505.0 ohms (500.0 is ideal)
Reactance
measurement………………
acceptable
range is -003.0 to 003.0 ohms (0 Is ideal)
Readings within these ranges indicate the Analyzer is in good working order.
3. Test the cables
Leave all clips attached to the test resistor and set the analyzer down. Flex the cables (almost any type of
“flexing movement” of the cable will work) starting at one end of the cable, continuing along the entire
length of the cable. While doing this, watch the
Resistance
value on the display.
No changes in the readings……………….Cables are in good working order.
Slight changes: (within ± 2 ohms):……....Cables are acceptable for testing.
Major changes: (exceeding ± 2 ohms):…...Cables are indicating problems (broken wires, etc) and should
be replaced. Contact RJL Systems to order a new set.
If either test fails, or you have questions about the results, please call RJL Systems Technical Support.
Note: Have your readings available or be prepared to run the test(s) again while an RJL technician is
assisting you on the phone.
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