MNM MS-1-20K 20,000 lb Load Cell for OEM Test Stands, Cable Tension & Heavy Force Testing
- pete8781
- Jul 29
- 2 min read
For OEM or test-fixture questions, call MNM Scales at (832) 290-3120 or email mnmscales@yahoo.com.
The MS-1-20K 20,000 lb S-type load cell can serve as the force-sensing element in custom OEM and engineering systems where both tension and compression measurement are needed. Its 3 mV/V strain-gauge output is compatible with many industrial weighing indicators and signal conditioners, subject to electrical and calibration compatibility.
OEM Test Stand Integration
In a test stand, the S-beam should sit in the primary force axis between the moving actuator and the test specimen or reaction frame. The frame, grips and adapters need stiffness and capacity well above the intended test load. Self-aligning hardware can reduce bending moments when the geometry allows.
Cable, Chain and Link Testing
Cable and chain fixtures can place the sensor directly in the tensile force path, making the MS-1-20K useful for controlled proof-style studies, product comparison, manufacturing QC or R&D. Failure testing can release large stored energy, so destructive tests require guarding, rated fixtures and an engineered procedure.
Actuator and Machinery Force
A heavy linear actuator, clamp, press linkage or machinery component can be characterized by placing the load cell in a fixture that channels axial force through the sensor. Useful measurements can include breakaway force, maximum force, force at a defined position and before/after service comparisons.
Signal and Data Options
The raw sensor signal can be connected to a compatible weighing indicator for local display or to instrumentation designed for strain-gauge bridges. When logging dynamic tests, select electronics with a sampling rate and filtering strategy appropriate to the event; a standard scale indicator may be optimized for stable weight readings rather than fast transient capture.
Related Guides
FAQ
Can I connect this directly to a PLC analog input?
Usually not directly unless the PLC input is specifically designed for strain-gauge millivolt signals. Many systems use a load-cell transmitter or indicator to provide amplification and a standard analog/digital output.
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