EnOcean Easyclickpro flush-mounting receiver, 1-channel, with potential-free contact

The bidirectional Easyclick receiver can not only receive radio signals, but also transmits back its status every time it changes. Actual ON/OFF switched states can then be visualised e.g. on the handheld transmitter D 450 FU-HS 128. The Easyclick receiver with potential-free contact serves to switch lights and other electrical consumers. A range of functions and

EnOcean Easyclickpro flush-mounting receiver, 1-channel, with mounting plate, with energy metering

The bidirectional Easyclick receiver can not only receive radio signals, but also transmits back its status every time it changes. Actual ON/OFF switched states can then be visualised e.g. on the handheld transmitter D 450 FU-HS 128. The Easyclick receiver serves to switch lights and other electrical consumers. • With mounting plate for screwing down in

EnOcean Easyclickpro flush-mounting receiver, 1-channel, with mounting plate

The bidirectional Easyclick receiver can not only receive radio signals, but also transmits back its status every time it changes. Actual ON/OFF switched states can then be visualised e.g. on the handheld transmitter D 450 FU-HS 128. The Easyclick receiver serves to switch lights and other electrical consumers. • With mounting plate for screwing down in

EnOcean Easyclickpro baldachin receiver, 1-channel, with energy metering

In addition to the bidirectional functions, the Easyclick receiver variant features an integrated energy meter (energy measuring chip) that can record the energy values of the connected consumer. The momentary power consumption, the operating hours, and the overall electricity consumption can be visualised e.g. on the handheld transmitter D 450 FU-HS 128. In addition, the

EnOcean Easyclickpro baldachin receiver, 1-channel

The bidirectional Easyclick receiver can not only receive radio signals, but also transmits back its status every time it changes. Actual ON/OFF switched states can then be visualised e.g. on the handheld transmitter D 450 FU-HS 128. The Easyclick receiver serves to switch lights and other electrical consumers. A range of functions and parameters can

EnOcean Easyclickpro ceiling mounted Occupancy sensor

The wireless Easyclick ceiling-mounted movement detector is supplied with energy from solar cells and detects movements via a 360° passive infrared sensor. The movement detector is easy to install and saves energy. For instance, lighting switches ON automatically when a person enters a room, and automatically OFF after a follow-up time when he leaves again.

EnOcean Easyclickpro flush-mounting receiver, 1-channel, with energy metering

In addition to the bidirectional functions, the Easyclick receiver variant features an integrated energy meter (energy measuring chip) that can record the energy values of the connected consumer. The momentary power consumption, the operating hours, and the overall electricity consumption can be visualised e.g. on the handheld transmitter D 450 FU-HS 128. In addition, the

EnOcean Easyclickpro hotel card switch NOVA, pure white high-gloss

Self supplying switch for taking hotel cards and switching the power supply per room. Batteryless and maintenance free Easyclick transmitter for Easyclickpro receivers and radio interfaces for building management systems, for screwed or glued surface installations, for standard hotel card size 55 x 85 mm

EnOcean Easyclickpro flush-mounting receiver, 1-channel

The bidirectional Easyclick receiver can not only receive radio signals, but also transmits back its status every time it changes. Actual ON/OFF switched states can then be visualised e.g. on the handheld transmitter D 450 FU-HS 128. The Easyclick receiver serves to switch lights and other electrical consumers. A range of functions and parameters can be

EnOcean Easyclickpro wall mounted Occupancy sensor

The wireless Easyclick wall-mounted occupancy sensor is supplied with energy from solar cells and detects movements via a passive infrared sensor. The occupancy sensor is easy to install and saves energy. For instance, lighting switches ON automatically when a person enters a room, and automatically OFF after a follow-up time when he leaves again. In this