Description
The Honeywell TP970B2077 is a pneumatic thermostat designed for accurate temperature control in building automation and HVAC systems. It operates as a reverse-acting device with a control range of 60 to 90 degrees Fahrenheit. This thermostat is commonly used in commercial environments where reliable pneumatic temperature regulation is required.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
Honeywell |
| Category |
Controls & Indicators |
| Part Number |
TP970B2077 |
| Subcategory |
Thermostat |
| Product Type |
Pneumatic thermostat |
| Series |
Convertastat |
| Action Type |
Reverse acting |
| Temperature Range |
60–90 °F |
| Cover Type |
Universal cover |
| Application Use |
HVAC and pneumatic temperature control |
| Control Medium |
Pneumatic air |
| Weight |
1.00 lbs |
Information About TP970B2077
The TP970B2077 is part of Honeywell’s Convertastat series, which is known for dependable pneumatic temperature control in HVAC applications. It is built with a robust mechanical design and a universal cover that allows flexible installation across various mounting configurations. The thermostat is compatible with standard pneumatic control systems and is intended for use with air-handling units, terminal boxes, and zone control applications. Its reverse-acting operation makes it suitable for systems where output pressure decreases as temperature increases.
Key Features:
- Pneumatic Thermostat: Provides mechanical temperature control using pneumatic signals.
- Convertastat Series Design: Engineered for reliable HVAC and building automation use.
- Reverse-Acting Operation: Output pressure decreases as sensed temperature rises.
- 60–90°F Control Range: Suitable for standard comfort and process temperature control.
- Universal Cover: Allows flexible mounting and installation options.
- HVAC System Compatibility: Designed for integration with pneumatic control networks.
- Durable Mechanical Construction: Supports long-term operation in commercial settings.
The TP970B2077 delivers the reliability and precision required for pneumatic temperature control in HVAC and building automation systems.
