ABB PFCL201C pillow block tensiometer vertical load cell

ABB PFCL201C pillow block tensiometer vertical load cell

Structural design: Machined from a single piece of stainless steel, the standard structure is made of high-strength stainless steel, and the internal components are packaged to have extremely high overload, shock and vibration resistance, while having high dust and corrosion resistance. For particularly harsh environments, such as galvanizing or pickling lines, a milling version is also available.
How it works: It is a kind of ABB inder. When the strip passes through the measuring roll at a certain wrapping Angle, the tension of the strip will generate a vertical component. PFCL201C calculates the tension of the strip by measuring the vertical component, combining with the known wrapping Angle of the strip and the internal electronic compensation for the weight of the guide roll and the bearing, and output a measurement signal proportional to the tension of the strip.

Product advantage
High-precision measurement: It can accurately measure tension, provide accurate data support for industrial production, and ensure the stability of product quality. For example, in the paper industry, the tension of the paper in the production process can be precisely controlled to ensure the flatness and thickness uniformity of the paper.
Strong reliability: stainless steel material and package design, so that it can adapt to the harsh industrial environment, such as high temperature, humidity, dust, etc., reduce the measurement error and equipment failure caused by environmental factors, can be long-term stable operation, reduce maintenance costs.
Good compatibility: It can be used with other ABB series products, such as control units, isolation amplifiers, matching units and terminal boxes, etc., to form a complete tension measurement and control system, and can also be compatible with a variety of industrial communication protocols, easy integration into existing automation systems.
Application: Widely used in the need of high-precision tension control, such as metallurgy, steel, paper, textile, metal processing, plastics and other industries. In the production of strip steel in metallurgical industry, the tension of strip steel can be monitored and controlled in real time to prevent the fracture or deformation of strip steel in the rolling process. In the textile industry, the tension of the fabric or yarn can be controlled to ensure the consistency of the production process and product quality.