Honeywell TP970B2077/U Pneumatic Thermostat, Single Temperature, Cooling, 2 Pipe, Vertical

Honeywell TP970B2077/U Pneumatic Thermostat: Efficient Cooling for Optimal Comfort

Upgrade your cooling system with the Honeywell TP970B2077/U Pneumatic Thermostat. Designed for single temperature cooling applications, this thermostat offers precise control and reliable performance. Made by Honeywell, a trusted brand in the industry, this thermostat is a top choice for professionals and homeowners alike.

Key Benefits: Enhanced Cooling Efficiency and Performance

The Honeywell TP970B2077/U Pneumatic Thermostat provides several key benefits for your cooling system. With its reverse acting pneumatic design, it ensures accurate temperature control, maintaining comfort while minimizing energy consumption. The 2-pipe configuration allows for efficient cooling, while the temperature setting range of 60 to 90 degrees Fahrenheit offers flexibility to suit your preferences. Its compact size and easy installation make it a convenient choice for any cooling system upgrade.

Unique Features: Precision Control and Durability

This Pneumatic Thermostat stands out with its standout features. The bi-metal element provides precise temperature control, ensuring optimal comfort in any environment. The thermostat's maximum safe air pressure of 25 PSI and maximum safe operating temperature of 100 degrees Fahrenheit guarantee durability and reliability. Its vertical mounting style allows for seamless integration into your cooling system setup.

Choose the Honeywell TP970B2077/U Pneumatic Thermostat for Superior Performance

When it comes to cooling system thermostats, the Honeywell TP970B2077/U Pneumatic Thermostat is unparalleled. Its reverse acting pneumatic design, 2-pipe configuration, and single temperature output settings make it an ideal choice for efficient cooling. Compared to other thermostats on the market, the Honeywell TP970B2077/U offers superior temperature control, lower energy consumption, and a wider temperature setting range. Experience enhanced comfort and energy efficiency with this top-of-the-line pneumatic thermostat.

Don't miss out on the opportunity to optimize your cooling system. Upgrade to the Honeywell TP970B2077/U Pneumatic Thermostat today and enjoy precise control, energy savings, and superior comfort.

💡Features

• Reverse acting pneumatic design for accurate temperature control
• 2-pipe configuration for efficient cooling
• Single temperature output settings for simplicity
• Bi-metal element for precise temperature control
• Vertical mounting style for easy integration

📏Specifications

• Temperature Setting Range: 60 to 90 Degrees Fahrenheit
• Air Consumption: 0.011 SCFM
• Maximum Safe Air Pressure: 25 PSI
• Maximum Safe Operating Temperature: 100 Degrees Fahrenheit
• Maximum Safe Storage Temperature: 150 Degrees Fahrenheit
• Throttling Range: 2 to 10 Degrees Fahrenheit (Factory Set @ 4)
• Height: 3 1/4 Inches
• Width: 2 Inches
• Depth: 1 5/8 Inches

Frequently Asked Questions

Q: What is the temperature setting range of the Honeywell TP970B2077/U Pneumatic Thermostat?

A: The temperature setting range is 60 to 90 Degrees Fahrenheit, providing flexibility to suit your cooling needs.

Q: Is professional installation required for this thermostat?

A: We recommend professional installation to ensure optimal performance and to comply with safety standards.

Q: Can the Honeywell TP970B2077/U Pneumatic Thermostat be used for heating applications?

A: No, this thermostat is specifically designed for cooling applications.

Q: What is the maximum safe air pressure for this thermostat?

A: The maximum safe air pressure is 25 PSI, ensuring durability and reliable performance.

Q: Does the thermostat come with a universal adapter and wall plate?

A: Yes, the thermostat includes a universal adapter and wall plate, making installation convenient and hassle-free.

Q: Is the Honeywell TP970B2077/U Pneumatic Thermostat suitable for commercial applications?

A: Yes, this thermostat is suitable for both residential and commercial cooling systems.