Mains fencers

EPM 500 7.5 stored joules 5 0utput joules Fence up to 75 acres Power 30 miles/50 km of high tensile wire High and Low Output Terminals Needs 3 x 5ft earth bars EU A11 and A12 compliant
EPM 350 5 stored joules 3.5 0utput joules Fence up to 50 acres Power 21 miles/33 km of high tensile wire High and Low Output Terminals Needs 2 x 5ft earth bars EU A11 and A12 compliant
EPM 250 4.2 stored joules 2.5 0utput joules Fence up to 30 acres Power 15 miles/24 km of high tensile wire High and Low Output Terminals Needs 1 x 5ft earth bar EU A11 and A12 compliant
EPM 100 1.5 stored joules 1 0utput joules Fence up to 15 acres Power 6 miles/10 km of high tensile wire High Output Terminal Needs 1 x 5ft earth bar EU A11 and A12 compliant

Performance Data on all Electropower Mains Fencers

Understanding Output and Stored Joules

• Stored Joules is the actual joules (horsepower) of energy in the fencer.
• Output Joules is the amount of joules (horsepower) available to drive volts along the fence wire.
• Output Joules is two thirds of the stored joules and is calculated by dividing stored joules by 3 and multiplying by 2.

  Understanding Output Joule Technology

  The use of low impendence output joule technology ensures that maximum joules is available to drive voltage along the fence wire. When vegetation growth increases on the fence wire or a fault occurs, the output joules in the fencer will rise to meet the extra demand for power. The joules will stay rising until the maximum output joule rating of the fencer is reached. Heavy vegetation growth on a fence wire is normal, therefore, all our fencers are produced to ensure there is adequate voltage on the fence wire to control livestock under heavy vegetation growth conditions.