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Overview
Essential details：PFCL201C 20KN Pillow tensiometer head PFCL201
PFCL201C 20KN Pillow Tensiometer Head PFCL201 is a device for measuring material tension. This equipment is commonly used in the packaging industry, especially in the production of packaging materials such as plastic film, paper, aluminum foil, etc., to ensure that the material maintains a constant tension during transportation and processing.
Pillow tensiometer is a contact measuring device that makes contact with the surface of the material through the indenter to measure the deformation or displacement of the material under different strains. PFCL201C 20KN refers to the indenter type and maximum measuring capability of the device. “20KN” means that the maximum tension the device can measure is 20KN, or 20,000 Newtons.
The indenter of the pillow tensiometer (PFCL201) is a critical part of the device, which is responsible for direct contact with the material being measured and transmitting the measurement signal to the controller or display instrument. The design of the indenter is usually optimized according to the characteristics of the material and the measurement requirements to ensure the accuracy and reliability of the measurement results.
In practical applications, pillow tensiometers are usually used in conjunction with other equipment on the production line (such as winders, winders, conveyor belts, etc.) to ensure that the tension of packaging materials is stable throughout the production process. By monitoring and adjusting tension in real time, product quality and production efficiency can be ensured.
PFCL201CE
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PFCL201C 20KN Pillow tensiometer head PFCL201
The working principle of the pillow tensiometer is based on Hooke’s Law and strain measurement. It usually consists of an elastomer (usually a metal beam or indenter) and a measuring device.
When the indenter of the pillow tensiometer contacts the material to be measured and exerts a certain pressure, the material will be subjected to a certain tension. This tension causes the material to deform slightly, which is perceived by the elastomer (indenter).
An elastomer (indenter) is designed so that it deforms when subjected to an external force, and this deformation is proportional to the applied force. According to Hooke’s law, there is a linear relationship between the deformation of an elastomer and the force it is subjected to. Therefore, by measuring the deformation of the elastomer, the amount of tension applied to the material can be obtained indirectly.
The measuring device usually consists of one or more sensors that sense the deformation of the elastomer and convert it into an electrical signal. These electrical signals can be further processed and displayed or recorded as tension values. Common sensor types include strain gauges, displacement sensors, or pressure sensors.
The advantage of the pillow tensiometer is that it can directly contact the material and make real-time measurements, so it can provide accurate tension values. In addition, because it usually has high sensitivity and resolution, it can be applied to a wide range of different types of materials and tension.
It should be noted that the accuracy and reliability of pillow tensiometers are affected by a number of factors, including the manufacturing quality of the device itself, the design of the elastomer, the accuracy of the sensor, and the environment in which it is used.
