e.g. USA, Canada

SW11-008-RFH9

Wireless Operator Keypad – One Position Operating frequency 902MHz for US market Key selector 2 positions 0-1 fixed Chromed zama body

SW11-002-RFH9

Wireless Operator Keypad – One Position Operating frequency 902MHz for US market Green button with START symbol Chromed zama body

SW14-009-RFH9

Wireless Operator Keypad – One Position Operating frequency 902MHz for US market Batteryless wireless joystick one position with return Body in thermoplastic materia

SW24-001-RFH9

Wireless Operator Keypad – Two Positions Operating frequency 902MHz for US market UP – DOWN arrow buttons Body in thermoplastic material

SW21-003-RFH9

Wireless Operator Keypad – Two Positions Operating frequency 902MHz for US market START – STOP buttons Chromed zama body 

SW21-002-RFH9

Wireless Operator Keypad – Two Positions Operating frequency 902MHz for US market ON – OFF buttons Chromed zama body

SW14-010-RFH9

Wireless Operator Keypad – One Position Operating frequency 902MHz for US market Black protruding button Body in thermoplastic material

VL-700 BASE / FCC / UL – EnOcean Gateway and Edge Controller

The VL-700 BASE serves as an IoT edge controller which, with the pre-installed software, is able to receive and interpret data from up to 32 EnoDisc® and send it to a cloud, for example. Optionally, the data can also be evaluated locally and/or transferred to the building automation system. The usual interfaces such as BACnet,

AL-432-00-902 EnoSense® PIR Ceiling / FCC – EnOcean Motion sensor

The AL-432-00-921 EnoSense® PIR Ceiling contains a high sensitive PIR sensor that detects moving people in range. Best case, the sensor is supplied with energy by the integrated solar cell in the front. In situations where the ambient light is not sufficient, an internal battery supplies the sensor energy storage for typically 5 years or

AL-431-00-902 EnoSense® WALL+DESK / FCC – EnOcean sensor for desksharing

This small EnOcean sensor is powered by its integrated solar cell and supplies its measured values at configurable intervals. The sensor, which is snapped into a housing, is attached with a double-sided adhesive pad, preferably on the table top at a corner of the workstation. Depending on the colour of the desk, the sensor is