ABB Loadcells

Optima are proud to install the full range of ABB Pressductor® Loadcells on all our web processing machine upgrades and to replace old loadcells. The Pressductor® operating principle is a patented mechanical design strategy intended to further enhance measurement quality. This technology offers a significant advantage over standard strain gauge loadcells. Strain gauge load cells are often vulnerable to aspects of the machine operating environment and other factors including:

  • Limited overload tolerance. The movement-based transducer operates close to the plastic deformation point of the metal in the foil grid. The overload tolerance is limited to approximately 150 to 200% of the cell capacity.
  • A comparatively weak signal when compared to the Pressductor®  Loadcells
  • Sensitivity to environmental contaminants

Advantages of the Pressductor®  Loadcells are:

  • The smaller Pressductor® load cells are machined from solid blocks of corrosion-free stainless steel, giving strength and rigidity, and they do not need seals.
  • Their permissible application range is extensive – approximately 30:1 overload capability with no performance deterioration
  • Since the measuring effect take place inside a steel core, environmental
    contamination does not influence the load cell’s performance and reliability.
  • A strong AC signal contributes to signal integrity as well as tolerance of electrical interference

Optima recommended ABB Pressductor® Loadcells for our drive system upgrades. In over 20 years of engineering drive systems upgrades we have successfully modernised:

  • Metal processing
  • Paper (both wet and dry end)
  • Web laminating and printing
  • Wet end belt sections

We can also provide training on loadcell applications such as how to select the correct loadcell for the application. From Radial Load Cells PFRL 101 to PillowBlock Load Cells PFTL 101 we will help you select the correct type for your application.

Loadcell Types:

Mini Series PillowBlock. The Mini Series are available in two versions, vertical and horizontal measuring.

  • Measurement range:                   0.01 to 20 kN (2.5 to 5000 lbs)

Standard Series PillowBlock. 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.

  • Measurement range (standard): 0.5 to 5.0kN (112 to 1125 lbs)
  • Extended range:                          0.75 to 7.5kN (169 to 1687 lbs)

Radial Load Cells.  For measuring web tension with shaft-mounted
load cells, the Pressductor® Radial Load Cell System (PRT System) is a high-quality system that provides exceptional and long-lasting performance.

  • Measurement range (standard): 10.0 to 100.0kN (2250 to 22500 lbs)
  • Extended range:                          15.0 to 150.0kN (3375 to 33750 lbs)

Paper

Generally, paper machine applications require PillowBlock Load Cells PFTL 101

Converting and Printing

The PillowBlock Load Cells PFCL 301 and PFTL 301 are better suited for these applications. Alternatively, the Radial Load Cells PFRL 101 may be used as well.

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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