Monoprice Nest Learning Thermostat 3rd Gen Pro Version (Model T3008US) | Energy-Saving Smart Thermostat

Discover Monoprice’s professional-install Nest Learning Thermostat 3rd Generation, a refined evolution designed for installers who value precision, reliability, and a contemporary aesthetic. The new model presents a thinner, sleeker silhouette paired with a bigger, sharper display that makes temperature and time quick to read from across the room. A soft ambient glow, known as Far Sight, lights up as you approach, offering an at-a-glance update without interrupting the room’s mood. This thermostat emphasizes energy-aware design, enabling smoother adjustments to daily routines while integrating seamlessly with Alexa for voice control. While the device can adapt to your home’s patterns, individual results may vary, and expectations should reflect that nuance rather than guarantees.

Professional design and display that fit modern spaces

• Thinner, sleeker profile with a larger, high-contrast display for easier reading in any lighting
• Ambient Far Sight lighting activates when you’re nearby, showing time or temperature from a distance
• Energy-management focus with learning behavior that aligns with daily schedules
• Works with Alexa for voice control and compatible smart-home routines

Real-world use: practical comfort with thoughtful possibilities

• As you enter a room, quickly check the current temperature without searching for a screen
• Adaptive scheduling may help balance comfort with energy use as your routines shift
• Finish installations with a clean, professional setup that supports reliable performance
• Designed for environments where a professional install ensures proper wiring and configuration

Important installation note

This listing represents the professional-install version of the Nest Learning Thermostat. It is not intended for direct consumer sale. For direct-purchase consumer options, see Monoprice’s other Nest listings. This model emphasizes accurate installation, consistent operation, and energy-aware features without promising specific outcomes.