Nest Thermostats from Bounds Heating & Air
in Gainesville, FL, Newberry, FL, & Surrounding Areas
Available for purchase and installation through Bounds Heating & Air, the Nest Learning Thermostat quickly learns the temperatures your family prefers at different times throughout the day and adjusts itself accordingly! The Nest features a bright, user-friendly display, connects to your phone, and automatically turns itself down when you’re away.
Best of all, the Nest Learning Thermostat is proven to help save energy and lower bills. In independent studies, the Nest Thermostat saved users an average of 10-12 percent on heating bills and 15 percent on cooling bills.
How Does the Nest Learning Thermostat Work?
Auto-Schedule – No more confusing programming. The Nest learns the temperatures your family prefers and automatically programs itself.
Remote Control – Connect the Nest Thermostat to WiFi to change the temperature from your phone, tablet, or laptop.
Nest Leaf – To help guide you and save you money, you’ll see the Nest Leaf appear when you choose a temperature that saves energy.
Early-On – The Nest learns how your home warms up and keeps an eye on the weather to get you the temperature you want when you want it.
Home/ Away Assist – The Nest Thermostat automatically turns itself down when you’re away to avoid heating or cooling an empty home.
Energy History – See when heating and cooling were on and what affected your energy use.
Safety Temperature Alerts – Get an alert on your phone or tablet if your home gets dangerously hot or cold.
Farsight – When the Nest Thermostat spots you across the room, it lights up brightly to show you the time, temperature, or weather.
The Nest Learning Thermostat works with 95% of 24V heating and cooling systems, including gas, electric, forced air, heat pump, radiant, oil, hot water, solar and geothermal.
- Heating: 1, 2 and 3 stages (W1, W2, W3)
- Cooling: 1 and 2 stages (Y1, Y2)
- Heat pump: with auxiliary and emergency heat (O/B, AUX, E)
- Humidiﬁer or dehumidiﬁer (HUM, DEHUM)
- Fan (G)
- Power (C, RH, RC)