Honeywell CM707 room thermostat is a programmable chronothermostat specially designed to effectively control the heating system to give you the optimal temperature when you are home and to save energy when you are away. The CM707 chronothermostat is designed to provide automatic temperature control over time in heating installations in villas or apartments. For control: mural boilers, burners, circulation pumps, motorized valve valves and electric heating systems. Honeywell CMT 707 room thermostat features: - P + I control mode (proportional + integral) to ensure controlled temperature rise in the flow circuit, avoiding sudden pipe expansion and noise, temperature variation in the circuit And ambient at a low value.
- 7-day programming, 4 independent levels of temperature change per day;
- Vacation button, reduces temperature over a scheduled period of 1 to 99 days;
- Manual temperature override programmed to the next switching point;
- Button to display the reference temperature, current temperature is displayed;
- The EEPROM memory keeps the user-controlled program infinitely;
- The OFF key provides adjustable anti-freeze protection at minimum 5 ° C;
- Displays: ambient temperature, boiler on, clock, day, working mode, battery consumed;
- Technical characteristics of Honeywell CMT 707 ambient thermostat;
- Working modes: - manual, automatic, holiday, wake-up (anti-freeze);
- Control algorithm: - proportional + integral with on / off actuation;
- Programming: - 7 days, maximum 4 independent stages each day of the week;
- Time intervals: - in your choice, in 10-minute increments;
- Additional functions: - Installer settings work for customizing the application;
- Contact type: - potential-free relay, SPDT tipper, 5 (2) A at 24 ... 230Vca;
- Working range: - 5 ... 30 ° C in steps of 0.5 ° C;
- Sensitivity: - 0.5 ° C;
- Power supply: - 2 alkaline R6 batteries (included);
- Manufacturer: - Honeywell, manufactured in the UK;
Similar names to Honeywell Thermostat CMT707A1011: CMT 707 A 1011, CMT 707A1011, CMT707A 1011.
