TE-6315M-1 Johnson Controls

Overview

The Johnson Controls TE-6315M-1 is a high-precision nickel duct averaging temperature sensor engineered for reliable performance in commercial HVAC applications and Building Automation Systems (BAS). Featuring an 8-foot flexible copper capillary probe, this sensor is specifically designed to provide accurate air temperature monitoring across various duct sizes, making it ideal for retrofits and new installations alike. It serves as a direct replacement for the legacy TE-6100-2 model and comes equipped with a rugged metal enclosure to withstand severe mechanical room environments.

Features

• Flexible Installation: Features an 8-foot flexible probe with an adjustable mounting flange for precise sensor placement across different duct dimensions.
• Universal Retrofit Compatibility: Functions as a direct upgrade and replacement for legacy TE-6100-2 field installations.
• Robust Enclosure: Built with a heavy-duty metal enclosure that meets plenum requirements and safeguards internal components from harsh conditions.
• Stable Signal: The nickel active sensing element delivers high stability, linear resistance output, and long-term service life with excellent corrosion resistance.
• All-in-One Ordering: Packaged complete with the necessary mounting accessories to reduce installation and commissioning time.

Specifications

• Element Type: 1000 Ohm (1K) Nickel RTD at 70°F (21°C)
• Probe Length: 8 feet (96 inches)
• Probe Material: 0.093-inch copper capillary
• Temperature Range: -50°F to 220°F (-46°C to 104°C)
• Operating Temperature: -50°F to 122°F (-46°C to 50°C)
• Accuracy: ± 0.34°F (± 0.19°C)
• Sensitivity: Approximately 3 Ohms per °F (5.4 Ohms per °C)
• Enclosure Type: Metal (plenum rated)
• Wiring Connections: 6 inches of 22 AWG wire leads

Applications

• Commercial HVAC duct air temperature averaging and monitoring
• Building Automation Systems (BAS) and Direct Digital Control (DDC) systems integration
• Air handling units (AHUs) and rooftop units (RTUs)
• Supply, return, and mixed-air temperature monitoring arrays