Pressductor Radial Load Cell, PFRL 101

Please note that each ABB loadcell is specifically made to order. Please contact us for a quotation for your requirements.

The Pressductor Radial Load Cell PFRL 101 is ideal for light-tension to medium-tension
applications on a wide range of web processing machinery used in the converting, plastic film, printing, textiles, and other applications. The radial load cells mount directly on the roll shafts. For live (rotating) shaft applications, PFRL 101 Load Cells are available to fit a wide range of bearing and shaft sizes.

The load cell is available in four mechanical sizes with nominal loads ranging from 0.5 up to 5.0 kN (112 up to 1125 lbs).

SKU: PFRL 101
MPN: 3BSE0029____

Description

The Pressductor Radial Load Cell PFRL 101 is ideal for light-tension to medium-tension
applications on a wide range of web processing machinery used in the converting, plastic film, printing, textiles, and other applications. The radial load cells mount directly on the roll shafts. For live (rotating) shaft applications, PFRL 101 Load Cells are available to fit a wide range of bearing and shaft sizes.

The load cell is available in four mechanical sizes with nominal loads ranging from 0.5 up to 5.0 kN (112 up to 1125 lbs).

 

Features

Tension Range Min - Max 0.5 - 5.0 kN

Recent Posts

Sustainable and Eco-Friendly Drive Technology from Optima

The innovative sinamics G220 variable frequency drive from Siemens not only helps reduce harmonics (Gary Wilcock) but is also a more sustainable drive choice. Let us explain.

The animation below shows the draft panel layouts for 8 drives using the G120 drives along with the required input and output reactors due to the long cable lengths involved for this installation. 

Shown on the right of the animation is the draft layout using the new G220 drives.

The new G220 drives, allow us to accommodate double the number of drives in one cabinet as no chokes are required.

SINAMICS G220 – the variable frequency drive for all industries

It has helped Optima Control Solutions Ltd make this a more sustainable design. 

Not only have we have reduced CO2 emissions in transit as the cabinet is lighter, we have also reduced the amount of minerals required to build by avoiding additional copper in the line chokes and steel in the chokes and cabinets.

The fusing for the other 8 drives has been moved to an adjacent cabinet where there are other drive sizes located. The control panel build is now underway. 

A big thanks to Ben Poole, too for his timely demonstration of these excellent drives. Sustainability CleanTech

 

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