Customer Pains: Not being able to protect from perimeter intrusion.

Pain Relievers: Uses electric shocks to prevent intrusion activity at your premises.

Customer Gains: Keep intruders perimeters away. Deter potential intruders from accessing your property.

Gain Creators: It is safe, reliable, and protects the premises.

An electric fence is a barrier that uses electric shocks to deter animals or people from crossing a boundary. The fence typically consists of one or more wires that are charged with electricity, and a power source to supply the charge. Electric fences are commonly used in agriculture to keep livestock within a designated area, and in security to keep people or animals out of a restricted area. They can also be used to protect gardens and homes from wildlife. Electric fences can be dangerous and should be used with caution.

Electric Fence is a barrier through which an electric current can be passed, giving an electric shock to any person or animal touching it.

Electric Fence Systems provides a perimeter protection system for your home or business. The electric fence is designed to keep intruders out, deter potential intruders and reduce the risk of property theft.

Protect your home with an electric fence. Electric Fences are a good way to keep your pets and family safe from harm. They are a very affordable solution for protecting your home and yard.

A home security system is a great way to protect your family and belongings. But, they can be expensive, and even with the best alarms out there, break-ins still happen. That's why we created the electric fence system.

Is an Electric Fence Dangerous?

No, an electric fence is not dangerous. The voltage being sent through the wires is high, but the current or amplification (amps) is very low. A 220-volt shock will hurt just as much as a 10,000-volt shock, as long as the current or amps are the same. Amps are what kill. Electric fence energizers put out high voltage (around 8,000 volts), but very low amperage or current (around 120 milliamps). This is 120 thousand of an amp. It should not even kill a squirrel.

Key Components of an Electric Fence

a) Energizer : The heart of an electric fence system is the energizer, also known as the fence charger. It converts power from a mains source or a battery into short but potent pulses of electricity. Energizers are available in various sizes and power options to suit different requirements.

b) Insulators : Insulators are used to support the electrified wires and prevent them from contacting conductive materials, such as fence posts or trees. They ensure that the electric current remains confined to the wires, enhancing the fence's overall efficiency.

c) Wires : Electric fences typically consist of multiple wires, usually made of high-tensile steel or aluminum. These wires are strategically placed at different heights to create a barrier that is difficult to breach. The number and spacing of wires can be adjusted based on the specific security needs.

d) Posts : Fence posts are essential for providing support and structure to the electric fence. They can be made of wood, metal, or plastic, depending on the desired durability and conductivity.

e) Grounding : Proper grounding is critical for an electric fence to function effectively. Grounding rods are buried in the ground near the fence, providing a path for the electric current to complete its circuit. This ensures a consistent and reliable electrical pulse throughout the fence.

Advantages of Electric Fences

a) Enhanced Security : Electric fences act as a formidable deterrent, effectively deterring intruders and keeping trespassers at bay. The electric shock they deliver is safe yet powerful enough to discourage unwanted entry, providing an added layer of security to properties.

b) Cost-Effective : Compared to traditional fences, electric fences can be a more affordable solution in the long run. They require minimal maintenance and are less prone to wear and tear, reducing repair and replacement costs.

c) Versatility : Electric fences can be tailored to suit various applications. They are commonly used for residential security, farms and agricultural properties, wildlife conservation areas, and commercial facilities. The flexibility of wire placement and energizer selection allows for customization based on specific requirements.