13
14
KCL-01
KCL-01
Figure 6
The ground connected to the transmitter
and to the wires not being used can be as
follows is: an auxiliary ground, an orderly
connected ground contact of a home office
socket, or an orderly a grounded water pipe.
Please make sure during line interruption
locating in multi-wire shielded conductors
and cables, that all remaining wires are
orderly grounded. This is required to avoid
inductive disturbance (by capacity coupling).
The locating depth for shielded conductors and cables varies, as the individual wires within
the shield are twisted. The transition resistance of a line interruption must be higher than
100 kOHM. The verification of resistance can be carried out by any multimeter.
Note:
The switching with button 4 from “LEVEL I” to “LEVEL III” the sensitvity of Distance is
increased up to factor 5.
Setup: manual mode, minimal sensitivity. Tracing depth max. 2 meters.
3.7 Error detection for a electrical floor heating (one-pole application)
The connection conditions:
• If a shield mat or shield wiring is located
above the heating wires, no ground
connection may exist. If required, separate
the shield from the ground connection.
• The switching with button 4 from “LEVEL I”
to “LEVEL III” the sensitvity of Distance
is increased up to a factor of 5.
• A second transmitter is required for this
application.
• Setup: manual mode, minimal sensitivity.
Tracing depth max. 2 meters.
Figure 7
3.8 Locating of bottlenecks (obstructions) in installation pipes (single-pole
application)
When locating of bottlenecks in
installation pipes, Any circuits
in the pipe must be dead and
grounded; Connect transmitter to
the metal coil and auxiliary ground
according to figure 8; and Carry
out this example as described in
the application example.
Note:
If you have only coil actual of non
conducting material (ex. fiber), we
recommand you to slide a copper wire ex. 1.5mm2 up to the x-pipes.
The switching with button 4 from “LEVEL I” to “LEVEL III” the sensitvity of Distance is
increased up to a factor of 5.
Setup: manual mode, minimal sensitivity. Tracing depth max. 2 meters.
Figure 8
3.9 Locating Fuses (dual-pole application)
When connecting in live circuits, the safety directions must absolutely be respected.
Insert into the current circuit of a
multifamily residential structure
within a socket between L1 and
N and switch the transmitter to
“LEVEL I“.
You may assign the signal in
the secondary distribution and
main distribution by transmitter
pre-setting “LEVEL I“. Thus,
fuses and automatic devices
can definitely be assigned to a
certain current circuit. The detection or assignment of the fuse strongly depends on the
wiring realised within the distribution. To obtain a result as precise as possible, the cover
should be removed and the supply line to the fuse should be traced.
Figure 9
EN
EN
