R20-17-N01

Roller shutter drives with integrated EnOcean radio receiver for barrels with 50 mm or larger diameter

R12-17-N01

Roller shutter drives with integrated EnOcean radio receiver for barrels with 50 mm or larger diameter

R8-17-N01

Roller shutter drives with integrated EnOcean radio receiver for barrels with 50 mm or larger diameter

P5-16-N01

Roller shutter drives with integrated EnOcean radio receiver for barrels with 38 mm or larger diameter

P9-16-N01 with bracket

Roller shutter drives with integrated EnOcean radio receiver for barrels with 38 mm or larger diameter

P9-16-N01

Roller shutter drives with integrated EnOcean radio receiver for barrels with 38 mm or larger diameter

P5-16-N01 with bracket

Roller shutter drives with integrated EnOcean radio receiver for barrels with 38 mm or larger diameter

BSC EnOcean 3.0 Reference Design

The BSC EnOcean 3.0 reference design is the heart of maintenance-free, secure IoT sensors. It enables cost-effective direct integration of an EnOcean 3.0 wireless interface with microprocessor into customer-specific wireless sensors. The reference design is designed for lowest power consumption in stand-by mode to realize maintenance-free end products. Due to the compact design, ultra-flat sensor

EasySens® MCS SR Multi Compact Sensor Occ (868)

Battery-powered (AAA) radio multi-compact sensor for wireless detection of movement. Ideal for retrofitting in hotels or offices. The device (battery life 5-7 years), which can be mounted using an adhesive pad or screws, sends its measured values unidirectionally to corresponding receivers or gateways, which process the information directly or – depending on the application –

EasySens® MCS SR Multi Compact Sensor Temp_rH (868)

Battery-powered (AAA) radio multi-compact sensor for wireless detection of temperature and humidity. Ideal for retrofitting in hotels or offices. The device (battery life 5-7 years) , which can be mounted using an adhesive pad or screws, sends its measured values unidirectionally to corresponding receivers or gateways, which process the information directly or – depending on