Laumas TFPVEN1090 Load Cell Mounting Kit

Laumas TFPVEN1090 Load Cell Mounting Kit

The Laumas TFPVEN1090 is an AISI 304 stainless steel load cell mounting kit for industrial weighing installations using compatible FCAL and FCAX load cells. It provides a practical mechanical interface between the weighing structure and the load cell, helping engineers achieve controlled load transfer, restraint and alignment during installation.

This mounting kit is intended for compact bending beam load cell arrangements where the structure may require compensation for small support plate misalignments. A self-centring joint foot provides constraint against lateral forces and anti-tilt movement, helping to protect the weighing assembly from unwanted side loading. Partial height adjustment is included, supporting installation set-up where level and load distribution need to be checked during commissioning.

The TFPVEN1090 model is rated up to 500 kg and has a listed net weight of 2 kg. It is part of the Laumas EN1090 stainless steel mounting kit range; the EN 1090 certification relates to compliance with European quality and safety requirements for structural components used in plants and machinery. For higher capacity requirements, the related TFPV2000EN1090 variant should be assessed separately against the load cell and application.

Key Technical Points

• Manufacturer: Laumas
• Model: TFPVEN1090
• Compatible load cells: FCAL and FCAX
• Maximum load: 500 kg
• Material: AISI 304 stainless steel
• Adjustment: Partial height adjustment
• Function: Lateral restraint, anti-tilt support and misalignment compensation

Selection Guidance

When specifying the TFPVEN1090, confirm the load cell model, load per support point, fixing arrangement and available installation space. The mounting kit should be selected as part of the complete weighing assembly, taking into account vessel movement, platform stiffness, pipework effects, frame deflection and access for maintenance. For replacement work, match the existing Laumas kit reference and verify that the load cell and structure remain within the stated application range.