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Idiomas disponibles
Idiomas disponibles
Application of two transmitters* with different codes
1.
De-energize the circuit.
2.
Clamp the red alligator clip of one transmitter to the one end of the floor heating wire and then clamp the red alligator clip of the second
transmitter to the other end of the floor heating wire.
3.
Clamp the black alligator clip of one transmitter and clamp the black alligator clip of the second transmitter to the same grounding wire
as given in the single pole method description.
4.
Press the Start/Pause button (10) on the transmitter to turn on the output signal. The receiver will automatically start tracing the high-
frequency signal to detect the wire location.
5.
Place the receiver near the wire and move the receiver sensor along the wire. A point, where the signal code of the receiver changes to
a certain code value set for the other transmitter, is the location of the open circuit fault point (a break-point of a heating wire).
*You can order the second transmitter separately.
Detection of blockages in buried non-metal pipes
1.
De-energize the circuit of the pipeline.
2.
Clamp the red alligator clip to a metal hose inside the plastic pipe.
3.
Clamp the black alligator clip to an auxiliary grounding wire.
4. Press the Start/Pause button (10) on the transmitter to turn on the output signal.
5.
Place the receiver near the pipe and move the receiver sensor along the pipe. A point where the signal suddenly attenuates and
stops, is a pipe blockage point.
!
If the hose (spiral tube) is made of non-conductive material (e.g. glass fiber), it is recommended to insert a metal wire with a cross-
section of 1.5 mm into the non-conductive spiral tube until it stops. Then proceed as described above.
!
The grounding wire shall be at a certain distance from the pipeline under test. If the distance is too short, accurate detection
is impossible.
Effective grounding
Effective
grounding
Metal
Plastic pipe
hose
Effective grounding
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