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Electric Gate remote button proftech

KSh450,000.00

NOVA General Data
Frequency 433MHz
Coding Code-hopping
Transmitter models 1, 2, 3 and 4 button
Receiver models 1, 2 and 4 channel
Receiver self-learning memory
One-channel 62
Two-channel 250
Four-channel 250
NOVA Transmitter
Frequency stability 0.032ppm/°C 10ppm year
Operating current 17mA
Minimum operating voltage 7V DC
Operating temperature -15°C to +50°C
Weight with battery 38g (packed)
Battery type GP23 12V
NOVA Receiver NOVA HELIX Single Channel Receiver NOVA HELIX Multi Channel Receiver
Operating frequency 433.92MHz 433.92MHz
Supply voltage 12V – 24V DC 12V – 24V DC
Quiescent current @ 12V DC 11mA 11mA
Maximum current @ 12V DC 40mA 40mA
Operating temperature -15°C – 50°C -15°C – 50°C
Humidity 0 – 90% (non-condensing) 0 – 90% (non-condensing)
Sensitivity -115dB -115dB
Self-learning memory 62 buttons 250 buttons
Receiver enclosure UV stabilised ABS UV stabilised ABS
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Description

Electric Gate remote button

An electric gate remote button, often referred to as a remote control or transmitter, is a handheld device that allows you to wirelessly operate an electric gate or automated gate opener. These remote buttons are commonly used to open and close residential, commercial, and industrial gates without the need to manually operate the gate or use a physical key. Here’s how they typically work:

  1. Transmitter: The remote button is a small, portable device that fits in your hand or can be attached to a keychain. It contains a transmitter circuit and one or more buttons that you press to send signals to the gate opener.
  2. Radio Frequency (RF) Communication: Most electric gate remote buttons use RF communication to send signals to the gate opener. When you press a button on the remote, it transmits a specific RF signal to a receiver on the gate opener.
  3. Gate Opener Receiver: The gate opener or control unit typically has a built-in RF receiver that is programmed to recognize and respond to the signals sent by the remote button. When the receiver receives a valid signal from the remote, it triggers the gate to open, close, or stop, depending on the command.
  4. Encryption and Security: Many modern gate remote buttons use encryption and rolling code technology to enhance security. Rolling code systems change the code used in each transmission, making it difficult for unauthorized individuals to intercept and replicate the signal.
  5. Programming: To ensure that the gate remote button works with your specific gate opener, it needs to be programmed or paired with the gate opener’s receiver. This process typically involves following the manufacturer’s instructions to synchronize the remote’s code with the receiver.
  6. Battery-Powered: Gate remote buttons are usually powered by small batteries (e.g., coin cell or AAA batteries). It’s important to periodically replace the batteries to ensure the remote remains functional.
  7. Range: The range of an electric gate remote button can vary depending on the specific model and environmental factors. Typically, they have a range of several dozen to a few hundred feet.
  8. Multiple Buttons: Some remote buttons have multiple buttons or channels, allowing you to control multiple gates or devices from a single remote.

Electric gate remote buttons are convenient and provide a secure way to access your property. However, it’s essential to keep them secure, as losing or having a remote button stolen could potentially provide unauthorized access to your property. If you need to revoke access or replace a lost remote, consult your gate opener’s manual or contact the manufacturer for instructions on reprogramming or deactivating remotes.

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