ABB PFTL201D 100KN 3BSE008922R100 Weighing module

ABB PFTL201D 100KN 3BSE008922R100 Weighing module

In paper and board mills... in a wide range of converting operations... and in plants processing textiles, plastics, rubber or almost any web material you can think of, you’ll find ABB PillowBlock tension measurement systems. The performance of the PillowBlock load cells is unsurpassed for applications characterized by heavy rolls, high speeds and severe conditions – in some instances they’re the only viable option. The key reason is the operating principle. ABB PillowBlock load cells produce signals as a result of magnetic change, which frees them from the inevitable limitations and design compromises of measurement technologies relying on some form of physical movement. The result is a load cell that combines strong, low-impedance signal output with an exceedingly stiff and rugged construction. A reliable, high-performance load cell with exceptional resistance to vibration, overloads, extreme temperatures and otherwise harsh environments. A complete PillowBlock measuring system consists of appropriately sized load cells and a tension electronics. A junction box is sometimes used to simplify the cabling and reduce cabling costs. ABB offers two different types of PillowBlock load cells: one design intended for conventional vertical force measurement, and a second, unique design that measures

only the horizontal force component resulting from web tension on a roll. Several models and nominal loads are available in standard stainless steel constructions as well as in acid-resistant and mill-duty versions. The user-friendly digital signal-processing electronics provides a high level of functionality to cover a wide range of applications.

The Pressductor® difference Like ABB’s other load cells based on Pressductor® Technology, PillowBlock Load Cells rely on electromagnetic changes in the transducer, not on physical movement, to sense fluctuations in web tension. The Pressductor® Technology operating principle provides exceptional improvements in load cell performance characteristics, including reliability (notably absence of drift), durability, repeatability, and wider measurement range. Machined from a solid block of steel, the load cells are rugged and stiff, affording high overload protection as well as an extended measurement range above the nominal capacity. And they won’t contribute to machine vibration, even at high speeds. Since the transducer action – the magnetic flux – takes place inside a steel core, environmental factors like dirt or fluids can’t degrade performance and reliability. Furthermore, low transducer impedance – less then a couple of ohms – helps eliminate susceptibility to radio-frequency and electromagnetic interference.

PFTL 101A-0.5 PFTL 101AE-0.5 PFTL 101AER-0.5 PFTL 101A-1.0 PFTL 101AE-1.0 PFTL 101AER-1.0 PFTL 101A-2.0 PFTL 101AE-2.0 PFTL 101AER-2.0 PFTL 101B-2.0 PFTL 101BE-2.0 PFTL 101BER-2.0 PFTL 101B-5.0 PFTL 101BE-5.0 PFTL 101BER-5.0 PFTL 101B-10.0 PFTL 101BE-10.0 PFTL 101BER-10.0 PFTL 101B-20.0 PFTL 101BE-20.0 PFTL 101BER-20.0