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A A load pin is a force sensor designed in the form of a mechanical pin. Strain gauges are incorporated into the pin so that forces passing through the pin can be measured while the component continues to function as part of the mechanical structure.
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A A load pin is a type of load cell specifically designed to function as a pin or axle within a mechanical joint. Traditional load cells are often mounted as separate measuring components, while load pins can replace an existing mechanical pin and measure force directly at the joint.
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A Yes. Custom load pins can be developed according to an existing pin drawing or physical dimensions. Please provide the pin diameter, overall length, mounting features, required capacity and application information.
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A We recommend providing pin drawing, rated capacity, pin diameter, overall length, loading direction, application, output signal, cable requirements, operating environment and quantity. If some information is unavailable, our engineering team can help evaluate the application.
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A Depending on the model and project requirements, output options may include mV/V, 0–10V, 4–20mA, RS485, CAN / CANopen and wireless. Please confirm the required signal during the quotation stage.
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A Yes, stainless steel options can be considered for applications requiring improved corrosion resistance. Material selection depends on rated capacity, dimensions, mechanical strength and operating environment.
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A Yes, load pins can be designed for selected marine and offshore applications. The appropriate material, protection level, sealing method, cable and connector should be selected according to the actual environment.
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A Environmental protection requirements can be considered during the custom design process. Please specify whether the load pin will be exposed to rain, humidity, dust, temporary immersion or continuous underwater operation.
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A The load pin capacity should be selected according to the maximum working load, dynamic loading, possible overload conditions and the safety factor required by the machine or application. We recommend providing both the normal operating load and maximum possible load when requesting a quotation.
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A In many applications, yes. This is one of the main advantages of a load pin. However, the mechanical structure, loading direction, bearing surfaces and available strain measurement area should be evaluated before the replacement is designed.
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A For custom projects, technical drawings can be prepared according to the confirmed requirements and reviewed before production.
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A Calibration and testing can be provided according to the load pin model and project requirements. Contact us if you require specific calibration documentation.
