MV-LC0024 500 t Compression Load Cell with 2 mV/V Bridge

METRAVON MV-LC0024 is a 500 t compression load cell with a 2 mV/V bridge reference. For a high-load assembly, the first measurement question is often not whether it can display the maximum force, but whether it can distinguish the changes that decide the process. State that useful interval alongside the largest compression and the proposed loading fixture. The sensor rating does not by itself approve the surrounding bearing structure.

Judge the 500 t compression load cell against useful force changes

The specified precision is 0.2% FS, with a separate 0.05% FS per 10 deg C temperature-effect entry. These are full-scale references, not the same percentages of every indicated value. List the minimum and maximum working loads, any dead load, and the force changes that trigger an action. Ask for acceptance points spanning those actual conditions. A stable empty reading or many display digits is not evidence that a small change under heavy preload is measured with the required uncertainty.

Request one consistent mounting drawing before releasing the fixture

The outline shows a 210 mm vertical reference, but the different views contain several diameter annotations and distinct upper and lower fixing references. Do not select one outside diameter from the illustration as a complete pocket or adaptor specification. Obtain top, bottom and section views with bearing datums, tolerances, centre features and assembly height reconciled. The 8-M10 x 15 callout also needs its end allocation, thread definition and intended fixing function confirmed. Specify engagement and tightening from the approved assembly rather than assuming a permissible clamp force or load path through every screw.

Keep bearing and retention functions clear in the assembly section

Mark where the upper and lower structures apply the normal compression, and how lateral forces or uplift are restrained. A central feature in a rendered image is not evidence of a fluid port, lifting eye or calibrated through-bore arrangement. Do not use the lateral enclosure as a stop or handle for the heavy load train. If mounting or guides must allow thermal movement, specify that condition to the mechanical designer. No universal movement allowance or restoring action is quantified by the family description.

Check the bridge independently of the mechanical fixture

The reference output is 2.0 +/-0.005 mV/V at 10-12 V DC, with 400 +/-20 ohms input and 350 +/-5 ohms output resistance. Provide the reader and any other connected sensors so the excitation and input requirements can be checked. A shared nominal 2 mV/V label does not make the 500 t unit interchangeable with a different model. Resolve delivered wiring functions before a controlled compression-sign test; the reference colour legend and circuit disagree. Record calibration with the final bearing and fixing arrangement, not a temporary bench contact.

Close the project with loaded evidence and an agreed exposure specification

Use an independent force reference and a safe fixture procedure suited to the required working points. Compare repeated loading and return after removal, recording the sensor identity, contact parts and instrument setup. Never derive a site overload test from the 200% FS safe-load entry. Materials are listed as alloy steel or stainless steel and operation as -40 to +85 deg C. The feature and parameter pages use different IP67/IP68 statements; specify the delivered sealing and actual water or cleaning exposure rather than assuming the stronger statement covers the installation.

The MV-LC0023 600 t reference uses a 1.5 mV/V channel and its own assembly requirements. Consider it only against the actual force and verification requirements, not as an automatic capacity upgrade on the existing fixture.

Send the working force interval, useful increments, loading-structure section and verification constraints for an MV-LC0024 project quotation.

Useful increments, fixture drawings and verification