FIBARO - Fibaro Single Switch HomeKit
FIBARO Single Switch is designed to be installed in standard wall switch boxes or anywhere else where it is necessary to control electric devices
FIBARO Single Switch is designed to be installed in standard wall switch boxes or anywhere else where it is necessary to control electric devices. FIBARO Single Switch allows to control connected devices either via HomeKit technology (using Bluetooth® low energy) or via a switch connected directly to it and is equipped with active power and energy consumption metering functionality.
CONTROL WHATEVER YOU WANT - turn on/off any electrical device with the power of up to 1840W remotely
POWER METERING - the electric energy consumption of the devices connected to the FIBARO Single Switch is constantly monitored and reports are being prepared
VARIOUS TYPES OF SWITCHES - thanks to the possibility to install the module directly in the switch box, the device is universal for different types of switches - monostable, bistable switches and the switch for the window shades
IN THE SWITCH BOX OR BY THE DEVICE - the installation of the FIBARO Single Switch is easy and its’ miniature size allows you to freely locate the module i most places - both in flush-mounted boxes and right by the device. Thanks to that it becomes invisible.
CONTROLS LIGHTING - the module allows you to control the lighting in the house.
FEATURES :
- Compatible with Apple HomeKit technology
- Bluetooth® low energy technology for wireless communication
- Advanced microprocessor control
- Works with various types of switches – momentary, toggle, three-way, etc
- To be installed in wall switch boxes of dimensions allowing for installation, conforming to provisions of applicable regulations
- FIBARO Single Switch is an extension unit
TECHNICAL DESCRIPTIONS :
- Power supply: 100-240V~ 50/60 Hz
- Rated load current: 8A
- Operating temperature: 0-35°C
- For installation in boxes: Ø ≥ 50mm, depth ≥ 60mm
- Overcurrent protection: required external 10A circuit breaker
- Radio protocol: Bluetooth® low energy
- Radio signal power: EIRP up to 10dBm
- Radio frequency: 2.4 GHz
- Eu directives compliance: RED 2014/53/Eu; RoHS 2011/65/Eu
- Dimensions (l x W x H): 42.5 x 38.25 x 20.3 mm
Data sheet
- Type
- Micromodule
- Functions
- Actuator
- Technology
- Bluetooth
- Compatible Fibaro HC2
- Non
- Compatible Fibaro HC Lite
- Non
- Compatible Vera Edge
- Non
- Compatible JEEDOM
- Non
- Compatible ZIPABOX
- Non
- Compatible eedomus
- Non
- Compatible Zibase
- Non
- Compatible ZiBASE Pro
- Non
- Compatible Vera
- Non
- Compatible RFXCOM
- Non
- Compatible Myfox v1
- Non
- Compatible Myfox v2
- Non
- Compatible Piper
- Non
- Power Supply
- Main power
Anonymous customer published the 31/12/2020 following an order made on 05/12/2020
A priori très bien. Après en avoir testé différents modèles, celui-ci est vraiment très simple à l’usage. Il s’agit d’un simple on/off. Reste à voir la durée de vie.
Anonymous customer published the 02/03/2020 following an order made on 02/01/2020
Conforme à mes attentes
Anonymous customer published the 24/03/2019 following an order made on 12/03/2019
Tout à fait conforme à mes attentes, j'ai intégré ce module dans une boite d'encastrement et il pilote désormais les lumières de mon jardin avec l'application Homekit d'Apple. Le module est un peu cher mais il remplit parfaitement sa mission et l'intégration à mon système Homekit s'est réalisée du premier coup sans aucune difficulté ! Je ne regrette pas mon achat et je remercie Domadoo de m'avoir aidée à choisir le bon module
Anonymous customer published the 14/03/2019 following an order made on 14/02/2019
Produit ultra simple et génial
Anonymous customer published the 12/01/2019 following an order made on 24/12/2018
Très bon switch HomeKit
Anonymous customer published the 10/01/2019 following an order made on 19/12/2018
Très bon produit dédié Homekit, fonctionnement parfait.
Anonymous customer published the 02/04/2018 following an order made on 08/03/2018
Bon produit et compatible HomeKit, il manque une petite mise à jour pour effectuer des simulations de présence.