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Controller/Radio Receiver Proxima NW2_819 RC 433 (FAAC 433 RC) — 433 MHz
Proxima NW2_819 RC 433 (FAAC 433 RC) is a controller and radio receiver operating at 433 MHz, designed to receive and process remote control signals for gate, barrier and access automation systems. It supports the FAAC 433 RC protocol and is intended for integration with compatible automation units where wireless command reception is required. The unit is suitable for replacing existing radio receivers or adding remote-control capability to installations that already use the FAAC 433 RC signalling standard.
The receiver offers reliable reception of remote control commands at 433 MHz and compatibility with FAAC 433 RC protocol, simplifying replacement and upgrade tasks. It allows straightforward integration into automation setups that require an external radio input, providing stable wireless control without introducing unnecessary complexity. The device is compact and designed to fit into standard control enclosures used for gates and barriers.
This controller/receiver is specifically intended for systems that use the FAAC 433 RC signalling standard; it may not work with automation equipment that requires different radio protocols or frequencies. It is not a universal multi-protocol receiver and therefore is not suitable where cross-protocol compatibility or support for other frequency bands is required.
Install the Proxima NW2_819 RC 433 inside the control enclosure of the gate, barrier or access controller following the installation layout of the host automation unit. Connect the receiver’s input and output wiring to the designated radio input terminals of the automation controller, and supply power according to the host device requirements. Program the receiver to learn or accept remotes using the FAAC 433 RC pairing procedure supported by the automation system. After installation and pairing, verify remote operation and adjust antenna placement if needed to ensure reliable signal reception.
For best performance, mount the receiver away from large metal obstructions and power lines, keep the antenna oriented as recommended by the automation system manufacturer, and test remote range after installation to confirm reliable operation in the intended environment.
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