Laumas TF Load Cell Mounting Kit

The Laumas TF load cell mounting kit is a compact mounting assembly for compatible Laumas shear and bending beam load cells used in industrial weighing systems. It is intended for applications such as tanks, hoppers and platforms where a correctly specified mounting kit helps transfer load into the measuring element while allowing for practical installation tolerances.

Available as TF500, TF2000 and TF2000Z, the range covers maximum static loads of 500 kg and 2,000 kg depending on the selected model. TF500 and TF2000 are stainless steel versions, while TF2000Z is the galvanised steel option. Each version includes a compression joint in AISI 304 stainless steel and rubber to help compensate for misalignment between the structure support plates.

• TF500: stainless steel mounting kit, maximum static load 500 kg.
• TF2000: stainless steel mounting kit, maximum static load 2,000 kg.
• TF2000Z: galvanised steel mounting kit, maximum static load 2,000 kg.

Laumas lists the TF series for FTKL, FTP/-P, FTK, FTZ and FTL load cells. GNW also supplies this product for industrial weighing assemblies using compatible Laumas shear beam load cells, including multi-support systems. Capacity, load cell model, environmental conditions and mechanical layout should be checked before selection, particularly where the weighing structure is subject to thermal movement, vibration or uneven support surfaces.

The TF mounting kit is relevant to OEM machine builders, maintenance teams and weighing system integrators who need a straightforward load cell mounting solution for process weighing or platform weighing installations. It supports repeatable mechanical installation without adding unnecessary complexity, while the compression joint helps protect the measurement point from alignment errors in the support structure.

For replacement work, match the existing kit model, load cell type and system capacity before fitting. For new installations, consider the number of supports, expected static load per point and the selected Laumas load cell model as part of the overall weighing system design.