MNM IDS-672-25K-CT 25,000 lb Center-Thread Pancake Load Cell Guide

pete8781
Jul 29
3 min read

Need help matching the IDS-672-25K-CT to an indicator, fixture or existing load cell? Call MNM Scales at (832) 290-3120 or email mnmscales@yahoo.com.

The MNM IDS-672-25K-CT 25,000 lb center-thread pancake load cell is a low-profile steel force sensor sold for tension/compression-style applications where a compact disk geometry and a central mechanical interface are useful. MNM identifies the product as model IDS-672-25k center thread, SKU IDS-672-25k-CT, and states that the 25,000 lb load cell is supplied with a certificate.

Important Listing Verification Note

The title, SKU, model field and certificate statement consistently identify this as the 25,000 lb version. The public description also contains one stray copied line that says “2k.” Because high-force fixtures should never rely on an ambiguous web description, verify the capacity printed on the physical sensor/certificate before a safety-critical installation. This guide uses the product title, SKU and model identification as the intended 25,000 lb configuration and does not treat the stray line as a valid capacity specification.

Why a Center-Thread Pancake Sensor?

A low-profile disk keeps the measurement stack short, while a center-thread feature can simplify connection to a loading member or fixture compared with a plain compression puck. This geometry can be useful in test stands, press fixtures and custom force-measurement assemblies where an S-beam would be too tall or where the load path needs to stay close to the machine centerline.

What the Listing Does Not Publish

MNM’s public page does not provide the exact mV/V sensitivity, input/output resistance, excitation range, dimensions, center-thread size, bolt pattern or overload ratings. Those values must be confirmed before OEM integration or replacement. Do not copy electrical data from a different IDS-672 capacity simply because the housing looks similar; high-capacity variants may use different mechanical and electrical details.

Indicator and Signal-Conditioner Selection

The connected electronics must support the exact bridge output and excitation requirements of the sensor. A traditional strain-gauge weight indicator can work when its input range matches the cell and the application is primarily static. A force test stand that needs fast peak capture or force-versus-time data may require a dedicated amplifier and data-acquisition system. Confirm the load-cell specifications before choosing either approach.

Mechanical Setup

Use a rigid, centered load path and adapters that mate correctly with the center-thread interface. Prevent side load, twisting and bending moments. For compression work, the opposing surface should be flat and strong enough not to dish under force. For any tension-capable configuration, use only hardware and attachment methods explicitly suitable for the exact sensor and force direction; do not infer tension hardware details from the product title alone.