TE-205-M-17 | 20K Ohm | Room Zone Wall Temperature Sensor | MAMAC Systems

**20,000 Ohm Temperature Sensor;Micro Encoder** The MAMAC Systems TE-205-M-17 is a precise and reliable temperature sensor paired with a micro encoder, ideal for industrial applications requiring accurate temperature measurement and position feedback. **Key Features:** * 20,000 Ohm resistance for linear temperature sensing * Micro encoder provides precise angular position measurements * Compact and durable design for harsh environments * Compatible with a wide range of controllers and data acquisition systems **Benefits:** * Continuous temperature monitoring for efficient process control * Accurate position feedback for precise automation systems * Increased reliability and lifespan in demanding conditions * Easy integration and operation for seamless system integration **Applications:** * Temperature monitoring in manufacturing processes * Feedback for robotic arms and precision machinery * Monitoring temperature and position in harsh environments, such as furnaces or outdoor equipment Trust our HVAC supply store for the most competitive prices and fast shipping on the MAMAC Systems TE-205-M-17 and other industrial equipment. Order now and enhance the performance and efficiency of your operations!

Description

The TE-205 Space Temperature Sensors offer three attractive, rugged and reliable enclosure options for space temperature sensing. The standard enclosure manufactured from white polystyrene plastic is aesthetically appealing in any room space. Louvers are provided around the entire enclosure to ensure ample air flow for a fast response. The micro enclosure is a smaller version of the standard enclosure if an inconspicuous application is necessary. The rugged, tamper proof stainless steel plate mounts directly on a 2” X 4” handy box and is ideal for accident prone or high traffic environments such as gymnasiums and hospitals. These three room temperature sensors offer attractive, rugged, reliable, repeatable and stable room temperature sensors at a very low cost.