F7419

Wireless Fence Status Controller 10km Range Fencee Monitor MX10



€136.00
  • Buy 2 for €132.43 each and save 3%
  • Buy 3 for €129.74 each and save 5%

Wireless device for remote monitoring of the condition of electric fence. With the Fencce MX10, you will be immediately informed of voltage drops on the fence and you will be able to monitor critical points at all times. The voltage status controller measures the voltage of the fence and then transmits the data to the central gateway device. The central authority sends the alert to a mobile phone or email using the Fencee Cloud service on the device FENCE WiFi GATEWAY GW100. The range of the voltage controller is 10 km, but it can be increased to 30 km using an external antenna.

The number of wireless monitors for fence control is unlimited. Up to 6 devices can be connected to one central Gateway GW10 system, and up to 12 monitors can be connected to one central Gateway GW100 system, and up to 12 monitors can be connected to FENCE WiFi GATEWAY GW100. Each device should be labeled accordingly, because during an alarm, you will recognize in which section of the fence there is a problem based on the name. Thanks to this solution, there is no need to check the entire fence.

The fence voltage controller should be connected to fence wire conducting an electrical impulse.

How can I use a wireless fence status controller?

  • Ordinary installation of one electric fence.

In the case of one fence, we can use several fence condition control devices by dividing the fences into sectors. When there is a voltage drop on the fence, we will receive an alarm on a specific wireless device, knowing that there is a problem in that section. Controllers should be installed in problematic, hard-to-reach and remote places.

  • If

one energizer is used to power a larger number of fences, it is worth installing controllers in problematic places. When a voltage drop occurs, we will immediately see in which fence the problem has occurred. The devices should be installed in places where voltage drops occur frequently, e.g. if the fence is located near a forest, where forest animals can damage the fence, or near water, when water comes into contact with the fence wire when the water level rises.

  • Installation at fence entrances for more fences.

If you are powering more fences with one generator, install controllers at the fence crossings. That way, when a problem occurs, you'll know which fence is experiencing a voltage drop.

  • Fence gate closure control.

The fence control monitor can be connected to gate insulator. While the gate remains open, the insulator lug will remain de-energized and the controller will send an alarm message.

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Wireless device for remote monitoring of the condition of electric fence. With the Fencce MX10, you will be immediately informed of voltage drops on the fence and you will be able to monitor critical points at all times. The voltage status controller measures the voltage of the fence and then transmits the data to the central gateway device. The central authority sends the alert to a mobile phone or email using the Fencee Cloud service on the device FENCE WiFi GATEWAY GW100. The range of the voltage controller is 10 km, but it can be increased to 30 km using an external antenna.

The number of wireless monitors for fence control is unlimited. Up to 6 devices can be connected to one central Gateway GW10 system, and up to 12 monitors can be connected to one central Gateway GW100 system, and up to 12 monitors can be connected to FENCE WiFi GATEWAY GW100. Each device should be labeled accordingly, because during an alarm, you will recognize in which section of the fence there is a problem based on the name. Thanks to this solution, there is no need to check the entire fence.

The fence voltage controller should be connected to fence wire conducting an electrical impulse.

How can I use a wireless fence status controller?

  • Ordinary installation of one electric fence.

In the case of one fence, we can use several fence condition control devices by dividing the fences into sectors. When there is a voltage drop on the fence, we will receive an alarm on a specific wireless device, knowing that there is a problem in that section. Controllers should be installed in problematic, hard-to-reach and remote places.

  • If

one energizer is used to power a larger number of fences, it is worth installing controllers in problematic places. When a voltage drop occurs, we will immediately see in which fence the problem has occurred. The devices should be installed in places where voltage drops occur frequently, e.g. if the fence is located near a forest, where forest animals can damage the fence, or near water, when water comes into contact with the fence wire when the water level rises.

  • Installation at fence entrances for more fences.

If you are powering more fences with one generator, install controllers at the fence crossings. That way, when a problem occurs, you'll know which fence is experiencing a voltage drop.

  • Fence gate closure control.

The fence control monitor can be connected to gate insulator. While the gate remains open, the insulator lug will remain de-energized and the controller will send an alarm message.

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