The Johnson Controls TE-6327P-1 is a high-accuracy averaging temperature sensor engineered for demanding commercial HVAC and building automation applications. Featuring a platinum equivalent sensing element with a 1,000 Ohm (1K Ohm) resistance output, this sensor delivers reliable and repeatable temperature readings across a wide range of system configurations. The extended 10-foot probe length makes it ideally suited for duct averaging applications where a single-point sensor would fail to capture representative air temperatures across a large cross-section.
Key Features
- 1K Ohm platinum equivalent sensing element for accurate, stable temperature measurement
- Averaging sensor design captures mean temperature across the full probe length
- 10-foot (10′) flexible probe length for broad duct or plenum coverage
- Compatible with Johnson Controls building automation and HVAC control systems
- Designed for commercial and light industrial HVAC applications
- Durable construction for long-term, low-maintenance operation
Typical Applications
- Supply and return air duct temperature averaging
- Air handling unit (AHU) temperature sensing
- Building automation system (BAS) integration
- Mixed-air and economizer temperature monitoring
- Commercial HVAC zoning and controls
Why Choose the TE-6327P-1?
Averaging sensors are the preferred solution when duct temperature stratification is a concern. Rather than measuring temperature at a single point — which can produce misleading readings in large ducts or after mixing dampers — the TE-6327P-1 samples temperature along the entire 10-foot probe length and outputs a true average. The platinum equivalent element ensures excellent linearity and long-term stability, making this sensor a trusted choice for Johnson Controls-based building automation systems.
Product Specifications
- Brand: Johnson Controls
- Model / SKU: TE-6327P-1
- Sensor Type: Averaging Temperature Sensor
- Element Type: Platinum Equivalent
- Resistance: 1,000 Ohm (1K Ohm)
- Probe Length: 10 feet (10′)
- Application: Duct / Air Temperature Averaging
