Description
The Johnson Controls TE-6353P-1 is a precision outdoor air temperature sensor engineered for reliable performance in building automation and HVAC control applications. Designed for outdoor air mounting, this sensor delivers accurate ambient temperature readings to support economizer control, reset strategies, and system optimization across commercial and light industrial installations.
Platinum RTD Sensing Element
At the heart of the TE-6353P-1 is a 1,000 Ohm platinum RTD (Resistance Temperature Detector) element — a sensing technology prized for its excellent linearity, long-term stability, and repeatability. Platinum RTDs offer superior accuracy compared to thermistor-based sensors, making this unit an ideal choice for demanding BAS and DDC control systems that require dependable outdoor air temperature data.
Key Features
- Outdoor air mount configuration for ambient temperature measurement
- 3-inch probe length for proper immersion and accurate sensing
- 1,000 Ohm (1K Ohm) platinum RTD sensing element
- High linearity and long-term stability for consistent BAS performance
- Compatible with Johnson Controls and other DDC/BAS controllers accepting 1K Ohm platinum RTD inputs
- Durable construction suitable for outdoor environmental exposure
- Supports economizer control, outdoor air reset, and energy management strategies
Applications
- Outdoor ambient air temperature monitoring
- Building automation systems (BAS) and direct digital control (DDC)
- Economizer and free-cooling control
- Heating and cooling reset strategies
- Commercial HVAC systems requiring outdoor air reference
Why Choose the TE-6353P-1
Johnson Controls is a globally recognized leader in building controls and HVAC solutions. The TE-6353P-1 reflects that heritage with a robust, field-proven design that integrates seamlessly into Johnson Controls Metasys® and other open-protocol building automation platforms. The platinum element ensures measurement accuracy that thermistors simply cannot match over wide temperature ranges, giving facility managers and controls technicians confidence in their system data.
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