Publicité
Les langues disponibles
Les langues disponibles
en
OPERATING MANUAL
These operating instructions contain installation instructions for various electric fence sets from Ellofence:
1. For sets to be mounted on wooden posts
2. For kits to be mounted with plastic posts
TECHNICAL DATA ELLOFENCE FENCES
Power supply (V)
Input energy (J)
output energy (J)
max. output voltage (V)
max. voltage at 500 Ohm load (V)
average power consumption (W)
Quality bajonet
GENERAL
You have bought an Ellofence electric fence energiser, but also purchased highly effective fencing
material in the form of tape/twine. This electric fence tape / twine has special conductors that conduct
electricity excellently. This material usually allows you to run long fences.
For comparison: If you only use an inexpensive standard tape, then hardly any current flows. This is
measured in ohms per meter. The lower the ohm value, the better the current flows.
This can be easily explained with a few figures. A 2.5mm thick iron wire has very good conductivity,
which means that you can use it to feed long fences with electricity, so it is ideally suited for a pasture
fence. The ohm value here is 0.04 ohms per meter. A standard tape/twine has ohm values of 14 to 15
ohms per meter. Our Ellofence qualities, on the other hand, have a value of 0.08 ohms to 0.40 ohms
per meter. So we are very close to the perfect conductivity of an iron wire.
It is generally important that the electric fence device is well grounded. Pay particular attention to groun-
ding, which is often the weak point when a fence isn't working. Please see pages 10-11
GROUNDING".
You can easily check the grounding with a tester. The ground rod on the test device is put into the
ground and the test device touches the ground rod of the electric fence. If you still see voltage on the
tester, then you need to check the grounding.
Please also read our recommendations on www.ellofence.de under the heading „Consultant" or under
the heading „Grounding".
8
M60
M15
M100
M30
230V
230V
230V
0.24 J
0.60 J
1.0 J
0.15 J
0.35 J
0.58 J
7000 V
7000 V
10000 V
2200 V
2200 V
5200 V
0,6 W
1,5 W
2 W
1
2
3
M300
M500
A60
230V
230V
12V
3.0 J
5.17 J
0.60 J
1.74 J
3.0 J
0.35 J
8400 V
10000 V
6900V
6100 V
7500 V
3700V
45-72
4 W
6 W
mA
2 x 3
3 x 3
2
A200
A500
12V
12V
1.90 J
5.16 J
1.20 J
3.0 J
10000 V
8000 V
5800 V
5800 V
75
95-350
mA
mA
2 x 3
3 x 3
"THE CORRECT
Publicité
