MNM IDS-672-2K 2,000 lb Pancake Load Cell Guide: Setup, Calibration & Uses
- pete8781
- Jul 30
- 3 min read
Call MNM Scales at (832) 290-3120 or email mnmscales@yahoo.com for current availability and help confirming the 2,000 lb sensor's exact dimensions, certificate values and electronics compatibility.
MNM IDS-672-2K 2,000 lb Pancake Load Cell Guide
The MNM IDS-672-2K is a 2,000 lb steel pancake-style load cell for compact force-measurement fixtures where low sensor height is useful and expected forces exceed the practical range of smaller bench sensors.
Verified listing details
Model: IDS-672-2K.
Rated capacity: 2,000 lb.
Pancake / low-profile disk format.
Steel construction is stated in the product title.
MNM states that the 2,000 lb load cell is supplied with a certificate.
MNM's title identifies the sensor as tension/compression, while the short description calls it a low-profile disk compression load cell. If your application requires tensile loading, confirm the exact attachment method and permitted tension setup with MNM because the public listing does not show the necessary tension hardware or thread dimensions.
Electrical details to confirm before integration
The public page does not publish the exact rated output, bridge resistance, excitation voltage, wire color code, overload rating or connector. These values matter for replacement work and amplifier selection. Use the supplied certificate, physical label or MNM confirmation rather than copying values from a similar-capacity pancake sensor.
Mounting and force-path design
A pancake load cell works best when force is introduced concentrically through rigid fixtures. Use a flat base, keep the opposing platen aligned and avoid side load, bending or a fixture that touches the sensor housing. A compact sensor does not eliminate fixture deflection; the surrounding structure can still create a large portion of the total measurement error.
Electronics and displayed resolution
The load cell produces a small bridge signal that must be excited and amplified. A weighing indicator can provide a direct numeric display; an industrial transmitter can send force to a PLC; a data-acquisition amplifier can capture force-versus-time or force-versus-position curves. Actual useful resolution depends on the exact cell sensitivity, amplifier noise, mechanical vibration and calibration quality—not capacity alone.
Calibration workflow
Calibrate the installed measurement chain rather than treating the sensor as an isolated component. Establish stable zero with the permanent fixture assembled, preload the structure, apply a known traceable force, set span in the electronics and verify several points through the intended range. Check return-to-zero and repeated loading before accepting the calibration.
Where the 2,000 lb capacity fits
1,000 lb vs 2,000 lb pancake load cell
FAQ
Can the IDS-672-2K measure a hydraulic press?
It can measure press force when expected forces remain within the engineered range and the fixture keeps load centered. Many hydraulic presses can exceed 2,000 lb easily, so verify the actual press force before selecting this capacity.
Can I use the certificate values to configure an amplifier?
Yes, once you have the exact supplied certificate and confirm those values belong to the specific sensor. The public web listing alone does not contain enough electrical detail for final amplifier configuration.
Does a low-profile load cell eliminate off-axis error?
No. Centered force and rigid alignment still matter. Pancake geometry can simplify packaging, but poor fixturing can still dominate the measurement error.
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