TE-6361P-1 Johnson Controls Sensor

Overview

The Johnson Controls TE-6361P-1 is a high-accuracy, duct-mount temperature sensor designed for precise environmental monitoring within Building Automation Systems (BAS) and commercial HVAC configurations. It serves as a direct, drop-in replacement for the legacy SEN-600-3 model, providing seamless integration with existing controller profiles without requiring recalibration. The unit features a passive resistance output design housed in a durable plastic conduit box to simplify field wiring and installation in standard air-side applications.

Features

• Premium 10k Ohm Type II NTC thermistor sensing element for linear performance and high sensitivity.
• Stainless steel probe construction protects the sensor while providing high corrosion resistance and withstanding continuous airflow.
• Impact-resistant thermoplastic enclosure rated for NEMA 1 compliance.
• Drop-in backward compatibility with legacy SEN-600-3 configurations.
• High resistance-to-temperature ratio minimizes the negative impact of lead wire resistance over long-distance wiring runs.

Specifications

• Item Type: Duct Temperature Sensor
• Sensing Element Type: 10k Ohm Type II NTC Thermistor (10,000 Ohms at 77 degrees Fahrenheit / 25 degrees Celsius)
• Probe Length: 8 inches (203 mm)
• Probe Diameter: 0.25 inches (6.4 mm)
• Housing Material: Durable Plastic / ABS
• Housing Type: Conduit Box / NEMA 1 Enclosure
• Temperature Sensing Range: -50 to 220 degrees Fahrenheit (-46 to 104 degrees Celsius)
• Sensor Accuracy: Plus or minus 0.34 degrees Fahrenheit (plus or minus 0.19 degrees Celsius)
• Electrical Connection: Hardwired, 2-wire passive configuration with 22 AWG lead wires

Applications

• Designed primarily for air-handling units and terminal equipment ductwork to sample representative air temperatures.
• Used extensively for environmental monitoring and air-side control strategies in commercial HVAC systems and Building Automation Systems (BAS).
• Suitable for medium-to-large duct networks where deep probe insertion is required to avoid boundary layer measurement errors.