Insulated Electric Fence Wire Strainer Ratchet

Description

Insulated Electric Fence Wire Strainer Ratchet

The Insulated Electric Fence Wire Strainer Ratchet is a purpose-built fence strainer designed for tensioning electric fence wire without conducting electricity. This fence strainer features an insulated body that prevents the electric current from being shorted to earth through the straining mechanism, which is essential for maintaining a live electric fence system.

First and foremost, using an insulated ratchet ensures that your electric fence circuit remains unbroken during tensioning and adjustment. Furthermore, the ratchet mechanism allows you to apply and maintain consistent wire tension without manual holding force. As a result, electric fence wire stays taut and effective even in changing temperature conditions. In addition, the insulated construction makes this strainer safe to operate while the fence energiser is active.

This product is compatible with standard electric fence wire gauges and suits most insulated post systems. It is suitable for cattle, horse, sheep and goat electric fencing applications across Australia.

Why Choose an Insulated Strainer Ratchet?

First and foremost, a standard metal strainer will short-circuit an electric fence by conducting electricity to ground, rendering the fence ineffective. Furthermore, this fitting solves the problem by isolating the wire from the post at the tensioning point. As a result, the full pulse of the energiser reaches the livestock without loss. In addition, the ratchet design holds tension indefinitely without slipping. According to the Australian Department of Agriculture, maintaining a fully functioning electric fence is essential for effective livestock management.

Installation Tips for Wire Strainers

Before fitting your strainer, ensure the post is secure and upright. Then, thread the electric fence wire through the insulated ratchet body. In addition, tension the wire gradually to avoid snapping, particularly in cold weather when wire is less flexible. Finally, confirm that all contact points between the wire and the strainer are properly insulated before switching on the energiser.