Automate climate regulation at home

Value proposition

to increase user comfort and realise energy savings by automatically controlling heating.

Solution in brief

• THP1 programmable thermostat controls the operating periods of all heating types by monitoring and regulating ambient temperature between 5 °C and 30 °C, using a programme pre-set by the user and memorised.
• THP1 monitors and regulates temperature in a room by comparing the value of the temperature measured by the ambient temperature probe with the value of the setpoint displayed on its front face according to 3 operating modes:

        - comfort: 5 °C to 30 °C while the premises are occupied,

        - reduced: 5 °C to 26 °C while the premises are unoccupied,

        - above freezing: the temperature in the premises is maintained at approximately 6 °C.

Value proposition

• Up to 50% energy saving
• The single-zone THP1 programmable thermostat controls the operating periods of all heating types by monitoring and regulating ambient temperature, using a programme pre-set by the user and memorised.
• Automation provides significant energy savings and greater comfort.
• Weekly programming can be easily performed.
• The choice of the operating mode; "automatic", "reduced", "comfort" or "above freezing" can be controlled by the push-button on THP1 front face or by a simple external switch.

Architecture

•  THP1 programmable thermostat, equipped with its ambient temperature probes Z regulates the temperate according to the "comfort" and "reduced" temperature set points programmed by the user. Set point changes are automatic and take place according to the time program set by the user.
• The push-button on the front of THP1 may be used for forced "comfort", "reduced" or "above freezing" operation. THP1 operation is displayed by 5 LEDs..
• An external CM changeover switch is used for remote control of "forced freezing" or "comfort" operation.
• THP1 may be equipped with +/-3 °C adjustable probe (ref. 15836) in replacement of the supplied non-adjustable probe.