High-precision Compression Load Cell
A high-precision compression load cell is a sophisticated sensor that accurately measures downward forces (compression), converting them into precise electrical signals for applications needing extreme accuracy, like material testing, calibration, and industrial automation, using internal strain gauges and robust construction for reliability in harsh conditions. They offer minimal errors (low non-linearity, hysteresis) and are built with high-grade materials (stainless/alloy steel), often hermetically sealed (IP68) for durability.
Specifically designed for compressive loads, pushing down on the sensor and delivers extremely precise readings, essential for calibration and quality control.
TML sensors use internal strain gauges that deform under force, changing resistance and producing a proportional electrical output. The robust construction of load cell made from durable materials like alloy or stainless steel, often with IP68 sealing helps in protection against dust and water. The load cell also features very low non-linearity, hysteresis, and creep for stable, repeatable results that are useful in material testing machines, weighbridges, aerospace, pharmaceutical production, and high-end automation.
CLM-NB Compression Load Cell 10kN to 500kN
CLM-NBThe CLM-NB Load Cell is an inert-gas encased load cell in a hermetically sealed package. It offers high precision, high output characteristics and excellent consistency because it uses a shear beam for the strain sensing element. This model is widely used in applications like test equipment.
- Protection ratings : IP 65 equivalent
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Features
- High precision, High output
- Optimum for load detection of testing machines
