While smart thermostats are compatible with most residential or commercial HVAC systems, they are not for use with electrical floor warming, leaving consumers to grapple with the limited capabilities of outdated controllers. Emerson Warm Tiles ESW ColorTouch wireless thermostats simplify floor warming operation by empowering consumers to remotely set, monitor and precisely adjust their floor's temperature from a mobile device or PC. Installing in minutes, the thermostats connect to a Wi-Fi network with step-by-step instructions provided by the included Setup Wizard.

Warm Tiles ESW ColorTouch thermostats can be controlled via the Warm Tiles ESW mobile application for Android or iOS devices, or through the Warm Tiles web portal. Plus, it is compatible with Google Nest Audio and Nest Mini, and Amazon Echo, Echo Dot and Echo Plus. As a result, simple voice commands can be used to adjust the temperature of Warm Tiles systems with Google Home or Amazon Alexa apps.

In addition to simplifying floor warming control, the Warm Tiles ColorTouch thermostats help manage energy budgets. Power consumption is tracked with an energy log that graphically displays data from the past 24 hours, seven days, or last 12 months; it can calculate the exact cost of electricity for any of those time frames. An Open Window function prevents energy from being wasted by detecting a rapid drop in temperature and shutting off heating for 30 minutes.

Warm Tiles ColorTouch thermostats are available in two models: the ESW ColorTouch wireless thermostat and the standard ES ColorTouch thermostat. Both models monitor and regulate Warm Tiles DFT, DMC, SAM, and WTE floor warming systems, as well as 120/240V systems from other leading manufacturers. Commercial floor heating sensors are universally compatible with the thermostat's integrated relay switch. 

Both the ColorTouch ESW and ES models have a 3.5-inch backlit color screen with easy interactive touch controls. A self-learning adaptive function automatically changes heating start times to ensure that the required temperature has been reached at the beginning of a specific event. After a few days, it re-calculates how much earlier the heating must be switched on to achieve the desired temperature at just the right time.