JUNG ENO A 590 WW, emisor de pared mecánico de 2 canales, blanco, termoplástico

JUNG ENO A 590 WW is a 2-channel mechanical wall transmitter for EnOcean radio systems, finished in white thermoplastic and designed for flush or surface mounting. The device transmits switching, dimming and shutter commands to compatible radio receivers without the need for batteries or external power. Energy for transmission is generated from the mechanical actuation of the switches, which makes the unit suitable for installations where wiring for power supply is limited or where maintenance-free operation is desired.

Advantages

The transmitter operates without batteries or external power supply and converts mechanical energy into radio signals, reducing maintenance and operational costs. Its compact two-channel design allows independent control of two circuits from a single unit, while the white thermoplastic finish provides a neutral appearance that fits many interior styles. Installation is flexible: the switch can be mounted into a standard appliance box or fixed to smooth surfaces using screws or adhesives.

Suitable for

Key specifications

How to use

Install the transmitter into a standard appliance box or attach it to a smooth, even surface using the supplied screws or appropriate adhesive. Pair the unit with compatible EnOcean radio receivers according to the receiver manufacturer’s pairing procedure. Once paired, a mechanical press on the respective channel generates the energy required to send the chosen command (switch, dim, or shutter) to the receiver. No wiring for power is needed; only the mechanical mounting and radio line-of-sight considerations should be observed.

Recommendations

For reliable radio communication, position the transmitter where building structures do not excessively block radio signals and follow the receiver’s recommended installation distances. Use appropriate mounting hardware for the chosen surface and verify compatibility with the target EnOcean receivers for switching, dimming or shutter functions.