Load Pins

A load pin provides the connection between force-transmitting machine elements. It also allows the simultaneous measurement of the force acting on the sensor. Load pins are fixed in the axial direction as well as against rotation. A small gap of about 1/5 of a millimeter between the axle retainer and the slot ensures that a free bending in the thrust bearing is made possible.

Load pins with welded thin-film sensors can measure both static and dynamic forces. As a result, a wide variety of applications are possible. Furthermore, load pins can be effortlessly integrated into existing systems. Simply exchange the non-measuring, conventional retaining pins with load pins; there’s no need for a complex new design.

Load Pins – Ready for Use in Harsh Conditions

Harsh environmental conditions are not a problem for load pins. For example, they are widely used in crane systems and lifting gear, guide pulleys and roller bearings, industrial weighing technology, and production automation. They also have the additional advantage of being easy to install and maintenance-free.

The load pins of the F53 series have been tested by the classification society DNV GL. They meet DNVGL-ST-0377 (Standard for Shipboard Lifting Appliances) and DNVGL-ST-0378 (Standard for Offshore and Platform Lifting Appliances), making them ideal for lifting applications in the marine and offshore industries. Another special feature: WIKA models F5301, F53C1, and F53S1 are approved for use in hazardous areas and in stage and event technology. Additionally, these force sensors feature long-term stability and are highly resistant to shock and vibration.

WIKA USA is a leading provider of force measurement instruments for a variety of industries and applications. Contact our specialists for more information.

2 Responses to
  1. Larry


    • Faith Bergeron

      Hey Larry,

      Thank you for commenting on our blog. If you would like to find out more about the cost of our load pins feel free to reach out to a sales rep or distributor found here.

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