iNELS RF Touch-W
RF Touch-W
New product
Wireless touch unit RF Touch is a central unit to control heating, switch home appliances and devices, dim lighting, control shutters.
DESCRIPTION
- Transmit and receive commands from units, process the set programs for automatic regulation and control.
- RF Touch can control up to 40 iNELS RF Control units + 30 OASiS detectors (the installation can be extended any time you need).
- Thanks to two-way communication it visualizes the current status of individual units.
- Automatic control based on the weekly program.
TECHNICAL PARAMETERS
- Power supply AC 100 – 230 V.
- Touch 3.5 inch color TFT LCD display.
- Range up to 100 m (free open space), in the case of insufficient signal between controller and unit, please use the signal repeater - RFRP-20.
- Communication frequency (868MHz, 866MHz, 916MHz, 922MHz) with 2-way protocol RFIO or RFIO2.
- RFIO2 is an innovative iNELS RF Control wireless communication protocol, which brings you greater stability and eliminates signal collision between individual components.
RF Touch-W
New product
Wireless touch unit RF Touch is a central unit to control heating, switch home appliances and devices, dim lighting, control shutters.
DESCRIPTION
- Transmit and receive commands from units, process the set programs for automatic regulation and control.
- RF Touch can control up to 40 iNELS RF Control units + 30 OASiS detectors (the installation can be extended any time you need).
- Thanks to two-way communication it visualizes the current status of individual units.
- Automatic control based on the weekly program.
TECHNICAL PARAMETERS
- Power supply AC 100 – 230 V.
- Touch 3.5 inch color TFT LCD display.
- Range up to 100 m (free open space), in the case of insufficient signal between controller and unit, please use the signal repeater - RFRP-20.
- Communication frequency (868MHz, 866MHz, 916MHz, 922MHz) with 2-way protocol RFIO or RFIO2.
- RFIO2 is an innovative iNELS RF Control wireless communication protocol, which brings you greater stability and eliminates signal collision between individual components.