The AMETEK OFM4 Resistance Thermometer
The AMETEK OFM4 Resistance Thermometer is a high-performance sensor designed for accurate temperature measurement. It belongs to the product line of AMETEK Corporation, a world-renowned manufacturer of precision instruments and electromechanical equipment. The OFM4 series resistance thermometers have been widely used in industrial, scientific and medical fields due to their excellent measurement accuracy, stability and durability.
AMETEK OFM4 resistance thermometers feature high-quality platinum resistance materials that exhibit excellent temperature coefficients and long-term stability. The OFM4 series sensors are typically available in a variety of sizes to suit the needs of different temperature measurement ranges, from low to high temperatures. These sensors are designed with a focus on fast response and high-precision measurements, ensuring reliability in environments with dynamic temperature changes.
The sensor's structural design takes into account the durability and anti-interference ability in practical applications, allowing it to work stably in harsh environments. The output signal of the OFM4 series resistance thermometers is usually 4-wire, which helps to reduce the influence of changes in the resistance of the connected wires on the measurement results, thereby improving the measurement accuracy.
AMETEK OFM4 resistance thermometers play an important role in industrial process control, laboratory testing, medical device monitoring, and more. In industrial applications, these sensors can be used to monitor the temperature of boilers, reactors, heat exchangers, and other equipment to ensure the safety and efficiency of the production process. In a laboratory environment, the OFM4 sensor is able to provide precise temperature control, which is essential for scientific research and quality control. Medical device manufacturers use these sensors to monitor and control temperature during treatment to ensure patient safety and treatment outcomes.
The strength of the OFM4 series lies in its high accuracy and long-term stability, which makes them ideal for applications that require long-term calibration and high-precision measurements. In addition, the technical support and service provided by AMETEK ensure that users can receive professional guidance and assistance during use.
Thermal energy distribution: used to measure and monitor the temperature of pipes and mechanical structures.
Thermal Ventilation & Air Conditioning (HVAC): Suitable for temperature monitoring of thermal ventilation and air conditioning systems.
Energy management: Used for temperature measurement in the field of energy management.
Technical features:
Quick and easy installation: Quick installation via straps.
Wide range of resistance thermometers: Pt100, Pt500 and Pt1000 models are available in accordance with IEC 751.
Special tolerances: suitable for energy measurements, can be paired in groups.
Good thermal contact: Spring-loaded aluminum feet ensure fast response times and accurate measurements.
Special Editions
Customized service: As a temperature measurement specialist, we offer customized services to solve specific measurement tasks.
High Accuracy and Stability: The AMETEK OFM4 Resistance Thermometer has a system accuracy of up to 0.025°C and a full-range resolution of 0.001°C, which allows it to provide measurement accuracy close to that of second-class standard platinum resistance thermometers.
Fast Response: The OFM4 series sensors are designed with durability and anti-interference capability in mind in real-world applications, enabling them to work stably in harsh environments and achieve fast response.
Anti-interference capability: The structural design of the sensor helps to reduce the influence of external environmental factors on the measurement results, ensuring measurement accuracy in a volatile industrial environment.
Wide Temperature Measurement Range: AMETEK OFM4 Resistance Thermometer covers a wide range of temperature measurements, from low to high temperatures, to meet the needs of different application scenarios.
Stable Output Signal: The OFM4 series sensors typically provide a 4-wire output signal, which helps to reduce the influence of changes in the resistance of the connected wires on the measurement results, thereby improving the measurement accuracy.
Easy to integrate and use: The AMETEK OFM4 resistance thermometer has been designed with user-friendliness in mind, making it easy to integrate into existing measurement systems and simplifying installation and operation.
Long-term reliability: Thanks to high-quality materials and advanced manufacturing processes, the AMETEK OFM4 resistance thermometer offers excellent long-term reliability and low maintenance requirements.
Pharmaceutical industry: In pharmaceutical production, temperature control is essential to ensure the quality of pharmaceutical products. The OFM4 resistance thermometer can be used for the calibration of temperature sensors and the temperature measurement of probes in a clean environment to ensure compliance with strict cleanliness standards.
Chemical industry: In chemical production, the temperature control of reaction conditions directly affects the yield and purity of the product. The OFM4 resistance thermometer provides accurate temperature readings to help optimize the production process.
Aerospace: In the aerospace sector, temperature monitoring of engines and other critical components is critical to safe operation. The high accuracy and stability of the OFM4 resistance thermometer make it ideal for these applications.
Food industry: In food processing and storage, temperature control is essential for food safety and shelf life. The OFM4 resistance thermometer can be used to monitor and control the temperature of food processing equipment.
Laboratory and research: In scientific research and laboratory testing, precise temperature control is essential for the reliability of experimental results. The OFM4 resistance thermometer can be used to accurately measure and calibrate the temperature of laboratory equipment.
Industrial process control: Real-time monitoring and control of temperature in various industrial production processes is essential to maintain production efficiency and product quality. The OFM4 resistance thermometer can be integrated into an automated control system to provide continuous temperature data.
The AMETEK OFM4 resistance thermometer is the product of choice for precision temperature measurement due to its superior performance and reliability. Its design philosophy and technological innovation reflect AMETEK's deep strength and continuous R&D investment in the field of precision instrument manufacturing. With the continuous advancement of industrial automation and scientific research, the OFM4 series sensors will continue to play a key role in improving measurement accuracy and system stability.
The article is from the Temperature Calibrator（温度校验仪）
AMETEK OFM4 resistance thermometers feature high-quality platinum resistance materials that exhibit excellent temperature coefficients and long-term stability. The OFM4 series sensors are typically available in a variety of sizes to suit the needs of different temperature measurement ranges, from low to high temperatures. These sensors are designed with a focus on fast response and high-precision measurements, ensuring reliability in environments with dynamic temperature changes.
The sensor's structural design takes into account the durability and anti-interference ability in practical applications, allowing it to work stably in harsh environments. The output signal of the OFM4 series resistance thermometers is usually 4-wire, which helps to reduce the influence of changes in the resistance of the connected wires on the measurement results, thereby improving the measurement accuracy.
AMETEK OFM4 resistance thermometers play an important role in industrial process control, laboratory testing, medical device monitoring, and more. In industrial applications, these sensors can be used to monitor the temperature of boilers, reactors, heat exchangers, and other equipment to ensure the safety and efficiency of the production process. In a laboratory environment, the OFM4 sensor is able to provide precise temperature control, which is essential for scientific research and quality control. Medical device manufacturers use these sensors to monitor and control temperature during treatment to ensure patient safety and treatment outcomes.
The strength of the OFM4 series lies in its high accuracy and long-term stability, which makes them ideal for applications that require long-term calibration and high-precision measurements. In addition, the technical support and service provided by AMETEK ensure that users can receive professional guidance and assistance during use.
Key product information:
Scope of applicationThermal energy distribution: used to measure and monitor the temperature of pipes and mechanical structures.
Thermal Ventilation & Air Conditioning (HVAC): Suitable for temperature monitoring of thermal ventilation and air conditioning systems.
Energy management: Used for temperature measurement in the field of energy management.
Technical features:
Quick and easy installation: Quick installation via straps.
Wide range of resistance thermometers: Pt100, Pt500 and Pt1000 models are available in accordance with IEC 751.
Special tolerances: suitable for energy measurements, can be paired in groups.
Good thermal contact: Spring-loaded aluminum feet ensure fast response times and accurate measurements.
Special Editions
Customized service: As a temperature measurement specialist, we offer customized services to solve specific measurement tasks.
Technical advantages of AMETEK OFM4 resistance thermometer
The AMETEK OFM4 Resistance Thermometer is a high-performance temperature measurement device that uses a precision platinum resistance material with excellent temperature coefficient and long-term stability. The OFM4 series sensors are designed with a focus on fast response and high-precision measurements, ensuring reliability in dynamic temperature changing environments. Its technical advantages are mainly reflected in the following aspects:High Accuracy and Stability: The AMETEK OFM4 Resistance Thermometer has a system accuracy of up to 0.025°C and a full-range resolution of 0.001°C, which allows it to provide measurement accuracy close to that of second-class standard platinum resistance thermometers.
Fast Response: The OFM4 series sensors are designed with durability and anti-interference capability in mind in real-world applications, enabling them to work stably in harsh environments and achieve fast response.
Anti-interference capability: The structural design of the sensor helps to reduce the influence of external environmental factors on the measurement results, ensuring measurement accuracy in a volatile industrial environment.
Wide Temperature Measurement Range: AMETEK OFM4 Resistance Thermometer covers a wide range of temperature measurements, from low to high temperatures, to meet the needs of different application scenarios.
Stable Output Signal: The OFM4 series sensors typically provide a 4-wire output signal, which helps to reduce the influence of changes in the resistance of the connected wires on the measurement results, thereby improving the measurement accuracy.
Easy to integrate and use: The AMETEK OFM4 resistance thermometer has been designed with user-friendliness in mind, making it easy to integrate into existing measurement systems and simplifying installation and operation.
Long-term reliability: Thanks to high-quality materials and advanced manufacturing processes, the AMETEK OFM4 resistance thermometer offers excellent long-term reliability and low maintenance requirements.
What are the specific industrial applications for which the AMETEK OFM4 Resistance Thermometer is suited?
The AMETEK OFM4 resistance thermometer is a high-precision temperature measurement device that is suitable for a variety of industrial applications, especially those with high requirements for temperature measurement accuracy and stability. The AMETEK OFM4 Resistance Thermometer can be used in the following specific industrial applications:Pharmaceutical industry: In pharmaceutical production, temperature control is essential to ensure the quality of pharmaceutical products. The OFM4 resistance thermometer can be used for the calibration of temperature sensors and the temperature measurement of probes in a clean environment to ensure compliance with strict cleanliness standards.
Chemical industry: In chemical production, the temperature control of reaction conditions directly affects the yield and purity of the product. The OFM4 resistance thermometer provides accurate temperature readings to help optimize the production process.
Aerospace: In the aerospace sector, temperature monitoring of engines and other critical components is critical to safe operation. The high accuracy and stability of the OFM4 resistance thermometer make it ideal for these applications.
Food industry: In food processing and storage, temperature control is essential for food safety and shelf life. The OFM4 resistance thermometer can be used to monitor and control the temperature of food processing equipment.
Laboratory and research: In scientific research and laboratory testing, precise temperature control is essential for the reliability of experimental results. The OFM4 resistance thermometer can be used to accurately measure and calibrate the temperature of laboratory equipment.
Industrial process control: Real-time monitoring and control of temperature in various industrial production processes is essential to maintain production efficiency and product quality. The OFM4 resistance thermometer can be integrated into an automated control system to provide continuous temperature data.
The AMETEK OFM4 resistance thermometer is the product of choice for precision temperature measurement due to its superior performance and reliability. Its design philosophy and technological innovation reflect AMETEK's deep strength and continuous R&D investment in the field of precision instrument manufacturing. With the continuous advancement of industrial automation and scientific research, the OFM4 series sensors will continue to play a key role in improving measurement accuracy and system stability.
The article is from the Temperature Calibrator（温度校验仪）
