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Try turning the energizer on and off by holding the Remote
•
contact against the lead-out wire, or by holding the remote
control close to the energizer (within 150 to 300 mm [6 to 12"]).
If the energizer still doesn't respond, then the remote control and
energizer may have different address settings. See
energizer's address setting
control function of an energizer supplied without a Remote
Control Handset
on page 5.
The energizer sometimes turns off unexpectedly
An adjacent property may have an energizer operating at the
•
same address setting. Change the energizer's address setting. See
Changing the energizer's address setting
problem persists, seek advice from your nearest reseller.
Identifying faults using the LED display
What do the light sequences on the LED display mean?
Different light sequences indicate different things. But there are certain
light sequences that you must pay attention to more than others.
If...
This means that...
At each pulse, you see
The fence may be heavily loaded [voltage
only red lights (no green
below or around 3 kV (3000 V)], Look for
lights).
faults, e.g. short circuit or arcing faults. If
no faults can be found, disconnect the
energizer from the fence to see if the green
lights illuminate on the energizer. If the
green lights are visible, then the energizer
is operating normally. This may indicate
that the energizer is not sufficient for the
length of the fence. Try subdividing the
fence.
The 10th light segment
The energizer has diagnosed a fault and
flashes rapidly, a few
should be returned to the service centre for
other light segments are
repair.
illuminated, and the
energizer doesn't work.
Product specifications
20 J
Power Consumption
33 W
Maximum Output Voltage
up to 9500 V open circuit
up to 8800 V at 500 Ω
Maximum Output Energy
up to 22.0 J at 50 Ω
up to 7.3 J at 500 Ω
Stored Energy
34 J
Europe only
20 J
Power Consumption
33 W
Maximum Output Voltage
up to 7300 V open circuit
up to 6500 V at 500 Ω
Maximum Output Energy
up to 22.0 J at 50 Ω
up to 4.8 J at 500 Ω
Stored Energy
34 J
Values are typical and normal production tolerances of ±10% should be allowed for.
Changing the
on page 5 and
Activating the remote
on page 5. If the
36 J
52 W
up to 9300 V open circuit
up to 8600 V at 500 Ω
up to 36.5 J at 50 Ω
up to 6.7 J at 500 Ω
54 J
36 J
52 W
up to 7500 V open circuit
up to 5800 V at 500 Ω
up to 36.5 J at 50 Ω
up to 4.9 J at 500 Ω
54 J
If...
This means that...
The 10th light segment
The energizer has diagnosed a fault and
flashes rapidly, a few
should be returned to the service centre as
other light segments are
soon as possible.
illuminated, but the
energizer resumes pulsing
after some time, and this
happens quite often.
The 10th light segment
The energizer is too hot to operate safely.
flashes rapidly, and the
This generally happens in places that
3rd and 6th light
experience high day-time temperatures. The
segments are illuminated.
energizer will resume normal operation
when the temperature cools down
sufficiently.
36 and 63 J energizers
The energizer has switched to the full-
only - The energizer is
power mode, because there is a heavy load
pulsing, and the 10th light
on the fence. See
segment is illuminated.
63 J energizers only)
information.
Servicing
This energizer contains no user serviceable parts. It must be returned to
a service agent appointed by Tru-Test Group for repair. If the supply
cord is damaged it must only be replaced by service agent appointed by
Tru-Test Group, as a special cord is required.
This energizer uses Double Insulation, where two systems of insulation
are provided instead of grounding. No equipment grounding means is
provided in the supply cord of a double-insulated energizer, nor should
a means for equipment grounding be added to the energizer. Servicing
a double-insulated energizer requires extreme care and knowledge of
the system and should only be done by qualified service personnel.
Replacement parts for a double-insulated energizer must be identical to
the parts they replace. A double-insulated energizer is marked with the
words DOUBLE INSULATION or DOUBLE INSULATED and/or the symbol
below.
63 J
64 W
up to 9500 V open circuit
up to 8500 V at 500 Ω
up to 63.0 J at 25 Ω
up to 7.0 J at 500 Ω
97 J
Full-power mode (36 and
on page 2 for more
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