ATA FHCRX-2 Two Channel Tricode^TM Receiver

Free Standard Delivery Australia-wide only 

Includes 

1x ATA FHCRX-2 Dual Channel Receiver

Instruction Manual

Warranty -  01 year manufacturer's warranty

https://www.ada-aust.com/assets/files/FHCRX-INSTRUCTION-MANUAL-V1-02.pdf

Compatibility

This ATA FHCRX-2 Receiver is compatible with both the TrioCode and TrioCode 128 encryptions. Below are the remote controls that this receiver can operate with.

• EAT-2 Easy Access Transmitter
• EAT-2v2 Easy Access Transmitter
• KPX-6 Wireless Keypad (Discontinued)
• KPX-7v1 Wireless Keypad (Discontinued)
• KPX-7v2 Wireless Keypad
• PTX-2 2-Button Weatherproof Remote
• PTX-2v2 2-Button Weatherproof Remote
• PTX5v1 4-Button Remote (Discontinued)
• PTX5v2 4-Button Remote (Discontinued)
• PTX-6 Premium 4-Button Remote

Features

The Automatic Technology Australia FHCRX-2 receiver allows you to upgrade an older garage door or gate opener to work with a new series of remote controls. A garage door receiver wires into your garage door motor, using a standard 2-core wire. The receiver then listens for your remote control and when the button is pressed, opens your garage door. This does not affect the existing remote controls at all.

This is a fantastic way to upgrade your remote controls without having to buy a new garage door opener.

• Compact design suitable for mounting inside of gate motor control boxes or next to garage door motors
• TrioCode technology eliminates the possibility of interference with your remote control
• Narrow-band transmission on 3 simultaneous frequencies (433.30MHz, 434.54MHz, 433.92MHz)
• The ATA FHCRX-2 Receiver has 2 channels with capacity and operation of two different electric drive motors

Function

The receiver will wire into your motors terminals in a standard accessory configuration. If you are unsure on how to wire the receiver in yourself, please consider asking a local handyman or electrician to come wire the receiver in for you.

We have wiring configurations available for some motors on request.