TE-205-F-5 | 1000 ohm (Balco) | Outdoor Outside Air Temperature Sensor | MAMAC Systems

1K Ohm RTD Outdoor Air Sensor: TE-205-F-5 by MAMAC SystemsThe TE-205-F-5 outdoor air sensor is a reliable and accurate temperature sensing solution for industrial applications. Equipped with a 1K Ohm RTD (Resistance Temperature Detector), it provides precise temperature measurements in outdoor environments. The sensor's robust construction ensures reliable operation in harsh conditions, making it suitable for various industrial settings. Its key features include:- 1K Ohm RTD for accurate temperature sensing - Durable construction for outdoor use - Compact and easy to install - Versatile applications in industrial settings A perfect choice for measuring outdoor air temperature in industrial environments, the TE-205-F-5 sensor is trusted by professionals for its accuracy, durability, and ease of use. Shop now at our HVAC supply store for the best prices and fast shipping!

• Rugged, die cast aluminum construction, NEMA 4 (IP65) rating 
• Liquid tight cord connector isolates sensor chamber from mechanical room building envelope ensuring accurate tem- perature reading. 
• Precision 1/2” NPT threaded hub enables trouble-free field installation 
• More than 16 types of interchangeable NTC thermistors, precision platinum, nickel or balco RTDs are available for ....universal compatibility

The TE-205-F Outdoor Air Temperature Sensor meets the rigorous requirements of building owners and control professionals who need reliable outdoor air temperature data. This rugged, reliable outdoor air sensor incorporates more than thirty plus years of product development and experience drawn from millions of installations world wide in all types of climatological situations. The TE-205-F features the well known MAMAC Systems temperature probe, carefully sealed in the aluminum enclosure to prevent building air from escaping across the sensor. The temperature probe features cold rolled 304 stainless steel that is hermetically sealed to form a monolithic encapsulated cavity for the sensor and is immune to failure caused by high humidity, contamination, thermal shock and vibration. The flat probe end provides a large thermally sensitive area and the sensor is in direct thermal contact to the surface. As a result, extremely fast response is achieved to changes in temperature. This product and process design combined with automated manufacturing processes yields a rugged, reliable, repeatable and stable outdoor air temperature sensor at a low cost.

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