
( Brand: Johnson Controls ), ( Manufacturer Part Number: TE-6361P-1 ), ( Part Type: Sensor Duct ), ( Item Length: 8.300 ), ( Width: 7.000 ), ( Weight: 0.4500 ), ( Features: Temperature Sensor, Display Type None, Sensing Element Type Therm )
The Johnson TE-6361P-1 Temperature Sensor is a precision thermistor designed for accurate temperature measurement in various applications. This high-performance thermistor features a 10K ohm resistance at 25 degrees Celsius, making it suitable for use in temperature ranges from -40 degrees Celsius to 125 degrees Celsius. The sensor's small size, with a diameter of only 3.2mm and a length of 12.7mm, makes it ideal for use in confined spaces and tight installations.
The TE-6361P-1 Temperature Sensor is constructed using a high-quality, stable ceramic material, ensuring excellent thermal stability and long-term reliability. Its small size and high sensitivity make it an excellent choice for applications requiring precise temperature measurement, such as laboratory equipment, industrial processes, and HVAC systems.
The sensor comes with a 3.5mm diameter stainless steel sheath that provides both mechanical protection and electrical insulation. The sensor is also available with various temperature coefficient options, allowing users to select the most appropriate sensor for their specific application.
The Johnson TE-6361P-1 Temperature Sensor is easy to install and connect, with a simple two-wire connection configuration. It is also RoHS compliant, ensuring that it meets the strictest environmental standards.
Overall, the Johnson TE-6361P-1 Temperature Sensor is a high-performance, reliable, and accurate thermistor solution for temperature measurement applications, offering excellent precision and stability in a compact and versatile design.
The Johnson TE-6361P-1 is a 10k Ohm thermistor designed for use in duct temperature sensing applications. This component is known for its accuracy, reliability, and versatility. In this analysis, we will discuss the advantages and disadvantages of using the Johnson TE-6361P-1 10k Ohm duct thermistor.
Advantages:1. High accuracy: This thermistor offers excellent temperature sensing accuracy, making it suitable for applications where precise temperature measurement is essential.
2. Wide temperature range: The Johnson TE-6361P-1 can measure temperatures ranging from -40 C to 125 C, making it a versatile choice for various temperature sensing applications.
3. Durable construction: The thermistor is designed with a robust ceramic construction, ensuring that it can withstand harsh environments and temperature extremes.
4. Easy to use: The 10k Ohm resistance value makes it compatible with a wide range of temperature measurement circuits, simplifying the installation process.
5. RoHS and RoHS2 Compliant: The thermistor is compliant with the Restriction of Hazardous Substances Directive, making it an environmentally friendly choice.
Disadvantages:1. Sensitivity to electrical interference: Thermistors, including the Johnson TE-6361P-1, can be sensitive to electrical interference, which may affect their accuracy.
2. Non-linear response: Thermistors exhibit a non-linear response to temperature changes, which may require additional circuitry for accurate temperature measurement.
3. Fragile: The ceramic construction of the thermistor can make it fragile, requiring careful handling during installation and maintenance.
Conclusion:The Johnson TE-6361P-1 10k Ohm duct thermistor offers high accuracy, a wide temperature range, and a durable construction, making it an excellent choice for temperature sensing applications in various industries. However, it does have some disadvantages, such as sensitivity to electrical interference, non-linear response, and fragility. Despite these drawbacks, the advantages of the Johnson TE-6361P-1 thermistor far outweigh the disadvantages, making it a recommended choice for temperature sensing applications where precision and reliability are crucial.
Recommendation:If you are in the market for a 10k Ohm duct thermistor and require high accuracy and a wide temperature range, the Johnson TE-6361P-1 is an excellent choice. To mitigate the potential issues with electrical interference and non-linear response, consider using shielded cables and temperature measurement circuits specifically designed for thermistors. Additionally, handle the thermistor with care during installation and maintenance to ensure its longevity.
Temperature Sensor, Display Type None, Sensing Element Thermistor, Output Not Applicable, Housing Conduit Box, Material Plastic, Probe length 8 in, Accuracy /-0.34 Degrees F, Electrical Connection Hardwired, Duct Maximum 250 Minimum 50 For Use With Building Automation Systems System Compatible, Loop Resistance 10k ohm, Measurement Averaging.