WiFi Thermostat Beca BAC-6000ELNW Fan Coil

Beca WiFi Thermostat BAC-6000ELNW Hot and Cold for the Control of your Air Conditioners

Make your heating system smart with the Beca BAC-6000ELNW thermostat Specially designed for the control of your air conditioners, you can control the system based on the temperature or weekly programming. Support forward synchronization with local weather.

The thermostat is programmable through the SmartLife app or through the comfortable touch keys.

Compatible with Amazon Alexa, Google Home and IFTTT, this thermostat will allow you to constantly monitor your system, maintaining the most comfortable temperature while saving energy.

Main functions of the thermostat:

Three-speed fan control and motorized on / off valve

- gas boiler chronothermostat

- large circular LCD display available in black and white

- 220 V alternating current power supply

- configurations stored even in the event of a power failure

- adjustable temperature between 5 ° C and 35 ° C

- temperature measurement accuracy ± 1 ° C

- Internet connection through the WiFi network of your home

- remote control via smartphone with dedicated My Smart Thermostat app, available for both Android and iOS compatible with Google Home, Alexa and IFTTT

On the large round LCD display it is possible to manage all the functions as in a traditional chronothermostat, in particular: weekly programming differentiated between 5 weekdays and 2 holidays 6 time bands with relative temperature setting for each day thermostat block: to block the '' access to the functions on board the thermostat

System operation diagram and wiring diagram (4 pipes):

Four pipes: can flexibly realize simultaneous cooling and heating, without loss of mixing cold and heat; the flow and return pipes for cooling and heating are set separately and there are two independent systems with cold and hot return water.

The principle of operation of four pipes: cold and hot coils in all terminal equipment work independently, and chilled water and hot water are sent to each terminal equipment independently at the same time.