PFTL101A 0.5KN PFTL系列扭矩传感器 PFTL101B 0.5KN

The PFTL series of torque sensors are devices used to measure torque (moment), and they play an important role in many industrial applications, such as mechanical systems, power transmission, test equipment, etc. Torque sensors detect and output a signal proportional to the torque applied to the sensor, enabling accurate measurement of torque.

Specifically, regarding the PFTL101A 0.5KN and PFTL101B 0.5KN you mentioned:

“PFTL” may be the model prefix or brand identity of this series of torque sensors.
“101A” and “101B” are specific model suffixes that may indicate different designs, accuracy, output modes, or other characteristics.
“0.5KN” indicates the rated torque or measuring range of the sensor. The “KN” here stands for kilonewtons, a unit of force. In the context of a torque sensor, it is often used to represent the maximum or rated torque that the sensor is capable of measuring.

PFTL series torque sensors are widely used in many industrial fields as a device for measuring rotating torque. Its main uses include but are not limited to the following aspects:

Mechanical performance testing and monitoring: Torque sensors are often used to measure the torque generated by mechanical equipment or systems during operation to assess their performance, efficiency and operating condition. For example, in a motor test system, torque sensors can measure the output torque of a motor and help engineers understand the performance characteristics of the motor.
Automotive Manufacturing and testing: In the automotive manufacturing process, torque sensors can be used to test the torque performance of engines, transmissions, drivetrains and other key components to ensure that they meet design requirements. In addition, the torque sensor can also be used to detect and adjust the torque parameters of the relevant components during vehicle maintenance and commissioning.
Aerospace: In the aerospace sector, torque sensors are essential for testing the torque of aircraft engines, propellers and other rotating equipment. These devices need to maintain a high degree of reliability and performance in extreme operating environments, so accurate measurement of torque sensors is important to ensure flight safety.
Power transmission systems: Torque sensors also play an important role in power transmission systems and can be used to measure the torque of electric motors, generators and transmission units. This helps engineers understand the operating status of the entire power system, optimize system performance, and improve energy efficiency.
Electric power steering system: In the electric power steering system, the torque sensor plays a decisive role. It can detect the driver’s operating torque on the steering wheel in real time, so as to control the motor to provide appropriate auxiliary torque, to achieve more flexible and accurate steering control.

In short, the PFTL series torque sensors, with their accurate and stable measurement performance, provide an effective solution for torque measurement and monitoring in many industrial fields. With the continuous progress of technology and the expansion of application fields, the function and performance of torque sensors will continue to improve, contributing more to industrial development.

Unlike indenters, which measure the vertical component, they do not measure the weight of the tension roll. Therefore, the specifications of these indenters can be determined solely by the size of the tension and the function corresponding to the upper limit of their measurement range (when the performance of the indenter is best). As a result, the indenter always provides the best tension measurement performance, even if the roll is heavy and the tension is small.
– High quality indenter with no drift and no need for re-calibration
– Large measuring range
– Easy to use

The presprestor PillowBlock horizontal load cell is ideal for applications with low tension levels, heavy reels and high operating speeds, which are often encountered in the paper industry.

PillowBlock comes in three versions: the standard version, PFTL 101A/B, which is commonly used for precise measurements in the paper industry, such as paper machines, calenders, coaters and winders.

The PFTL 101AE/BE mill task version is recommended for web tension measurement in the drying part of the paper machine. This version features a fixed connection cable and the protection of IP 66, providing accurate and reliable measurements and a long service life.

The acid-resistant version, PFTL 101AER/BER, is designed for use on the wet end of the paper machine with an IP 66/67 degree of protection.