AMETEK Resistance Thermometer BFM
The AMETEK BFM Resistance Thermometer is a precision measurement device designed for industrial and laboratory applications. The thermometer uses a high-precision platinum resistance sensor to provide stable and reliable temperature measurements. BFM series thermometers typically feature a wide temperature range, high accuracy, fast response time, and good stability, making them suitable for a wide range of demanding environments and applications.
Diesel engine temperature measurement: used for temperature monitoring of diesel engines in generators.
Gas, vapor and liquid temperature measurement: Suitable for gas, vapor and liquid temperature measurement in pipes and cooling systems.
Marine Sector: The product has been approved by the Classification Association for use in the marine sector.
2. Ordering Information
Select Sensor: Select the desired sensor based on the information in the table.
Color-coded: Used to distinguish between different types of sensors.
3. Connector and response time
Connectors: Different types of connectors are available, including Type B and Type B+BHX.
4. It has the following characteristics and applications
Threaded connection: The product design allows for direct connection to the process under test via a threaded interface or via a dedicated threaded sleeve for easy installation and removal.
Fixed insert: There is a fixed insert section inside, which ensures the stability and accuracy of the thermometer.
Standardized modules and lengths: Reduces the need for spare parts in stock.
Classification certification: The product has passed the certification of industry standards and is suitable for specific fields such as ships.
Operating range: operating temperature range up to 250°C, maximum pressure of 50 bar, flow rate up to 25 m/sec (air).
Easy to operate: Equipped with a special threaded thermowell, it allows the sensor cable entry to be rotated, allowing the user to adjust it as needed.
Pt100 Resistance Thermometer: IEC 751 compliant, in a 3-wire configuration, provides accurate temperature measurements.
Optional head-mounted transmitter: Provides additional functional options for signal conversion and transmission.
Robust construction: High vibration resistance according to IEC 68-2-6 for use in harsh industrial environments.
Standardized design: Standard modules and lengths are used to reduce the need for spare parts in stock.
Response time: Different response time guidelines are provided depending on the diameter of the protection tube and the flow rate of the medium (water or air).
Industrial Temperature Sensors: BFM resistance thermometers can be used in applications with a maximum temperature of 400°C, which is suitable for the needs of various industrial temperature sensors.
Medical industry: In medical devices and laboratories, temperature sensors are used to ensure the safety and effectiveness of medical processes, as well as the storage of medicines, among other things.
Environmental monitoring: It is used to monitor the ambient temperature, such as atmospheric temperature, water temperature, etc., to provide reliable data support for scientific research and decision-making.
Aerospace: While AMETEK BFM resistance thermometers are not directly mentioned in the search results for aerospace applications, they may also be suitable for temperature monitoring and control in aerospace vehicles due to their high accuracy and stability.
Petrochemical: In the petrochemical industry, accurate temperature measurement is critical for process control and safety management, and AMETEK BFM resistance thermometers meet these requirements.
Power system: In the power system, temperature sensors are used to monitor the operating temperature of the equipment, ensure the normal operation of the power equipment and prevent failures.
Smart Home and Building Automation: With the development of smart home technology, temperature sensors are playing an increasingly important role in indoor temperature control and energy management.
High Accuracy and Stability: AMETEK BFM resistance thermometers typically use high-quality materials and precision manufacturing processes to ensure high accuracy and excellent long-term stability over a wide temperature range.
Linear Response: Resistance thermometers typically have a linear-temperature relationship, which makes AMETEK BFM resistance thermometers easier and more accurate for data processing and calibration.
Anti-interference ability: Compared with temperature sensors such as thermocouples, resistance thermometers are less sensitive to electromagnetic interference, and are suitable for use in industrial applications with complex electromagnetic environments.
Wide Temperature Range: While resistance thermometers do not have as wide a range of use as thermocouples, AMETEK BFM resistance thermometers are able to cover the temperature range required for most industrial applications and maintain good measurement performance on top of that.
Easy to integrate and maintain: AMETEK BFM resistance thermometers are often designed with the user's operational needs in mind, making them easy to install, commission, and maintain, helping to reduce maintenance costs and increase productivity.
Reliable brand and technical support: AMETEK, as a professional temperature sensor manufacturer, offers BFM resistance thermometers that may be accompanied by more comprehensive technical support and service guarantees, which are essential to ensure the continuous operation and performance optimization of the measurement system.
The AMETEK BFM Resistance Thermometer is a professional temperature measurement tool that combines high accuracy, stability, and reliability. Its widespread use in industrial and laboratory applications is a testament to the maturity of its technology and its market acceptance. As industrial automation and precision control technologies continue to evolve, AMETEK BFM resistance thermometers will continue to play a key role in improving production efficiency and product quality.
The article is from the Temperature Calibrator（温度校验仪）
The main contents are as follows:
1. Scope of applicationDiesel engine temperature measurement: used for temperature monitoring of diesel engines in generators.
Gas, vapor and liquid temperature measurement: Suitable for gas, vapor and liquid temperature measurement in pipes and cooling systems.
Marine Sector: The product has been approved by the Classification Association for use in the marine sector.
2. Ordering Information
Select Sensor: Select the desired sensor based on the information in the table.
Color-coded: Used to distinguish between different types of sensors.
3. Connector and response time
Connectors: Different types of connectors are available, including Type B and Type B+BHX.
4. It has the following characteristics and applications
Threaded connection: The product design allows for direct connection to the process under test via a threaded interface or via a dedicated threaded sleeve for easy installation and removal.
Fixed insert: There is a fixed insert section inside, which ensures the stability and accuracy of the thermometer.
Standardized modules and lengths: Reduces the need for spare parts in stock.
Classification certification: The product has passed the certification of industry standards and is suitable for specific fields such as ships.
Operating range: operating temperature range up to 250°C, maximum pressure of 50 bar, flow rate up to 25 m/sec (air).
Easy to operate: Equipped with a special threaded thermowell, it allows the sensor cable entry to be rotated, allowing the user to adjust it as needed.
Pt100 Resistance Thermometer: IEC 751 compliant, in a 3-wire configuration, provides accurate temperature measurements.
Optional head-mounted transmitter: Provides additional functional options for signal conversion and transmission.
Robust construction: High vibration resistance according to IEC 68-2-6 for use in harsh industrial environments.
Standardized design: Standard modules and lengths are used to reduce the need for spare parts in stock.
Response time: Different response time guidelines are provided depending on the diameter of the protection tube and the flow rate of the medium (water or air).
Applications for AMETEK BFM resistance thermometers include, but are not limited to:
Ship temperature monitoring: BFM thermometer is suitable for temperature monitoring of engines, bearings, cooling systems and cargo on ships, with a maximum operating temperature of up to 800°C, designed to meet the requirements of IEC68-2-6, has high vibration resistance, and is certified by Lloyd's Register and Norway Veritas.Industrial Temperature Sensors: BFM resistance thermometers can be used in applications with a maximum temperature of 400°C, which is suitable for the needs of various industrial temperature sensors.
Medical industry: In medical devices and laboratories, temperature sensors are used to ensure the safety and effectiveness of medical processes, as well as the storage of medicines, among other things.
Environmental monitoring: It is used to monitor the ambient temperature, such as atmospheric temperature, water temperature, etc., to provide reliable data support for scientific research and decision-making.
Aerospace: While AMETEK BFM resistance thermometers are not directly mentioned in the search results for aerospace applications, they may also be suitable for temperature monitoring and control in aerospace vehicles due to their high accuracy and stability.
Petrochemical: In the petrochemical industry, accurate temperature measurement is critical for process control and safety management, and AMETEK BFM resistance thermometers meet these requirements.
Power system: In the power system, temperature sensors are used to monitor the operating temperature of the equipment, ensure the normal operation of the power equipment and prevent failures.
Smart Home and Building Automation: With the development of smart home technology, temperature sensors are playing an increasingly important role in indoor temperature control and energy management.
The unique benefits of AMETEK BFM resistance thermometers
The AMETEK BFM Resistance Thermometer is a precision temperature measurement device that falls under the category of Resistance Thermometers (RTDs). Compared to other types of thermometers, AMETEK BFM resistance thermometers offer the following unique advantages:High Accuracy and Stability: AMETEK BFM resistance thermometers typically use high-quality materials and precision manufacturing processes to ensure high accuracy and excellent long-term stability over a wide temperature range.
Linear Response: Resistance thermometers typically have a linear-temperature relationship, which makes AMETEK BFM resistance thermometers easier and more accurate for data processing and calibration.
Anti-interference ability: Compared with temperature sensors such as thermocouples, resistance thermometers are less sensitive to electromagnetic interference, and are suitable for use in industrial applications with complex electromagnetic environments.
Wide Temperature Range: While resistance thermometers do not have as wide a range of use as thermocouples, AMETEK BFM resistance thermometers are able to cover the temperature range required for most industrial applications and maintain good measurement performance on top of that.
Easy to integrate and maintain: AMETEK BFM resistance thermometers are often designed with the user's operational needs in mind, making them easy to install, commission, and maintain, helping to reduce maintenance costs and increase productivity.
Reliable brand and technical support: AMETEK, as a professional temperature sensor manufacturer, offers BFM resistance thermometers that may be accompanied by more comprehensive technical support and service guarantees, which are essential to ensure the continuous operation and performance optimization of the measurement system.
The AMETEK BFM Resistance Thermometer is a professional temperature measurement tool that combines high accuracy, stability, and reliability. Its widespread use in industrial and laboratory applications is a testament to the maturity of its technology and its market acceptance. As industrial automation and precision control technologies continue to evolve, AMETEK BFM resistance thermometers will continue to play a key role in improving production efficiency and product quality.
The article is from the Temperature Calibrator（温度校验仪）
