Pressductor Radial Load Cell 1.0kN 1000N 225 lbs.

The Pressductor Radial Load Cells are ideal for applications on a wide range of web processing machinery in the converting, plastic film, printing, textiles, and other industries. The radial load cells mount directly on the roll shaft.

SKU: PFRL 101B-1.0
MPN: 3BSE002958R1, 4, 5, 1002

Description

Please contact us to discuss your exact requirements. There are a variety of loadcell sizes and mounting options available. Optima aren’t just a supplier of loadcells, we are an expert tension integrator.

For live (rotating) shaft applications, PRT load cells are available to fit a wide range of bearing and shaft sizes. A simple, pre-assembled adapter equips the load cells for use with dead (nonrotating) shafts. The load cells are easily mounted on either the inside
or outside of machine walls. By using an adapter bracket, they can also be mounted on pedestals.

Features

Tension Max kN 0.5 kN
Tension Max N 500 N
Tension Max lbs. 112 lbs

Recent Posts

Safety Scanner Issues and EN999

Optima were recently asked to advise on a safety guarding application for one of our customers. 

There had been a number of false trips of the laser scanner causing the machine to stop. As a result of this, a plastic chain ‘barrier’ had been fitted as a temporary measure with instructions to operators to not breach the barrier whilst the machine was running. 

The customer naturally wanted this rectifying as soon as possible, so Optima performed a short-notice service visit to site.

On the site visit, our engineer noted that the scanner was showing a code which indicated that the front screen required cleaning.

Once the screen was cleaned thoroughly the scanner did not show any faults or errors and was in normal run mode.

However, we performed further checks on the original software to ensure that the scanner configuration still met the requirements of the safety guarding application. 

The diagrams to the left show the Warning Field configuration (Yellow) and the Protective Field (Red). Both of these were confirmed to be operational. 

The warning field causes the klaxon to operate and the protective field caused an emergency stop of the machine.

We did, however find a few concerns that needed to be addressed.

1. None of the scanner safety circuit had been documented on any drawings.

2. Non-compliance with EN999 ‘Safety of machinery – the positioning of protective equipment in respect of approach speeds of parts of the human body’ includes a formula to be used to calculate the distance from a hazard that a safety zone must be triggered. Based on the stopping times of the machine, the scanner was placed too close to the machine to be effective in an emergency.

We are working closedly with our customer to assist them with this application and help them achieve a safe and effective solution to this.

If you need any support with safety applications or other upgrades, please get in touch.

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