Honeywell / Model 47 / 피로 등급 초정밀 유니버설 로드셀

Affordable pancake load cells with capacities ranging from 50 ton/200 ton to 500 ton are available for sale at low cost! Made of alloy steel, the load cell is extremely accurate and meets the needs of various scenarios of silo/tank weighing.

These general purpose designs have exceptional structural capability to withstand extraneous loads, such as torque, bending moments, and side loads. Available in capacities of 25 lb to 300 lb, they offer maximum performance and enhanced accuracy. Minimum deflection and compactness make these general-purpose load cells easy to install and use.

These general purpose designs have exceptional structural capability to withstand extraneous loads, such as torque, bending moments, and side loads. Available in capacities of 25 lb to 300 lb, they offer maximum performance and enhanced accuracy. Minimum deflection and compactness make these general-purpose load cells easy to install and use.

The Model 3140-CS load cell series has been designed as a reference standard for calibration labs in automotive, aerospace, military or industrial markets. These tension/compression load cells can be used when accuracy is a high priority requirement. Some advantages of these load cells are: compact size, high accuracy and availability.

Honeywell’s Model 73 load cells are engineered for applications such as materials or product fatigue testing, which involve an extremely large number of cycles or occasional overload conditions. These fatigue rated load cells have load ranges from 50 lbs to 200,000 lbs and achieve a non-linearity of 0.1% full scale. The superior design of these bonded foil, strain gage compression load cells permits a fatigue life of 1 billion cycles (zero to full scale). Model 73 measures compression only. It must be used on a smooth flat surface to achieve rated specifications. The load button on Model 73 is an integral part of the load cell and cannot be removed or changed. Model 73 utilizes two stabilizing diaphragms, which are welded to the sensing member to reduce off-center and side-loading effects.