
( Brand: Johnson Controls ), ( Manufacturer Part Number: FNIRSI-138 ), ( Part Type: Sensor )
The Johnson FNIR-138 FRICK temperature sensor, model number 639A0151G03, is a high-performance infrared temperature measuring device designed for various industrial applications. This sensor is manufactured by Johnson Electric Co., a leading global supplier of precision components and actuators.
The FNIR-138 FRICK sensor is an infrared radiative type temperature sensor, which makes it suitable for measuring the temperature of non-contact or non-conductive objects. It features a high-performance thermopile element with a wide measurement range of -20 C to 850 C (-4 F to 1562 F), making it versatile for use in a wide range of industrial processes and environments.
This sensor is housed in a durable, compact, and lightweight aluminum housing, which ensures stability and resistance to harsh industrial conditions. It comes with a threaded connection for easy installation and integration into various industrial systems. The sensor's connector is a M12 x 1, making it compatible with standard M12 connectors.
The Johnson FNIR-138 FRICK temperature sensor is designed to provide accurate and reliable temperature measurement, even in challenging applications where traditional contact sensors may fail. It features a high measurement accuracy of 2% of reading, ensuring precise temperature readings. The sensor also offers a fast response time of less than 1 second, making it ideal for applications where quick temperature response is essential.
This temperature sensor is suitable for use in various industrial applications, including oil refineries, power generation, wastewater treatment, and food processing industries. It is also ideal for use in applications where non-contact temperature measurement is necessary, such as measuring the temperature of hot gases, glass, or other non-conductive materials.
The Johnson FNIR-138 FRICK temperature sensor is easy to use and operate. It comes with a built-in temperature transmitter that converts the temperature signal into a 4-20 mA output, making it easy to integrate into various industrial control systems. The sensor also has a diagnostics feature that provides real-time information on its operating status, ensuring optimal performance and reducing downtime.
In conclusion, the Johnson FNIR-138 FRICK temperature sensor, model number 639A0151G03, is a high-performance, non-contact temperature measuring device that offers accurate and reliable temperature measurement in various industrial applications. Its wide measurement range, fast response time, and rugged aluminum housing make it a versatile and durable solution for industrial temperature measurement needs.
The Johnson FNIRS-138 Frick Temperature Sensor 639A0151G03 is a non-contact infrared temperature sensor designed for various applications including food processing, industrial automation, and laboratory use. Here's a balanced assessment of its potential advantages and disadvantages to help you make an informed decision.
Pros:1. Non-contact measurement: This sensor does not require physical contact with the object being measured, ensuring safety and eliminating the risk of damage or contamination, particularly useful in food processing applications.
2. Wide temperature range: The sensor can measure temperatures between -20 C and 500 C, making it suitable for a broad range of industrial and laboratory applications.
3. Fast response time: With a response time of less than 0.5 seconds, the sensor can quickly and accurately measure temperature changes, ensuring efficient processes and improved productivity.
4. High accuracy: The sensor offers accurate temperature readings with an accuracy of 2 C, ensuring reliable results.
5. Robust design: The sensor's rugged construction makes it suitable for harsh industrial environments, with an IP67 protection rating against water and dust intrusion.
Cons:1. Limited compatibility: The sensor may require additional hardware or interfaces to work with various control systems and data acquisition devices.
2. Requires calibration: Regular calibration is necessary to maintain the sensor's accuracy and ensure consistent temperature readings.
3. Potential interference: The sensor may experience interference from other infrared sources or reflected light, which could affect the accuracy of the temperature measurement.
4. Cost: The sensor is relatively expensive compared to other temperature measurement options, which might be a limiting factor for small businesses or budget-conscious consumers.
Conclusion:The Johnson FNIRS-138 Frick Temperature Sensor 639A0151G03 offers several advantages, such as non-contact measurement, wide temperature range, fast response time, high accuracy, and robust design, making it a suitable choice for industrial and laboratory applications where precise and efficient temperature measurement is essential. However, its limited compatibility, requirement for calibration, potential interference, and relatively high cost are important considerations that should be taken into account when making a purchasing decision.
Recommendation:If you require a non-contact temperature sensor with a wide temperature range, fast response time, and high accuracy for industrial or laboratory applications, the Johnson FNIRS-138 Frick Temperature Sensor 639A0151G03 is an excellent option. However, it is essential to consider the sensor's compatibility with your existing control systems and data acquisition devices, the cost, and the potential need for regular calibration before making a final decision. If these factors are not a concern, the sensor's benefits can significantly improve your temperature measurement processes and overall efficiency.
Frick Temp Sensor.