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Gear stick load cell Gear shift force sensor

2-Axis Load Cell

Gear stick load cell Gear shift force sensor

The Stick Shift Load Cell LCM2B is a 2-axis force sensor designed for precise measurement of forces in the Fx and Fy axes. With rated capacities available in 100N, 200N, 500N, and 1kN, the LCM2B is ideal for applications that require reliable force data in both light and heavier load scenarios. Each axis supports tension and compression bidirectional force measurement, delivering an mV signal output that is linearly proportional to the force applied. This ensures accurate, real-time feedback, essential for various testing and monitoring tasks. For applications requiring different output formats, the LCM2B can be connected to an external signal conditioner to produce 0-5V, 0-10V, or 4-20mA outputs, enhancing its compatibility with different data acquisition systems.

    gear lever force measurement

    One of the unique features of the Gear Lever Load Cell LCM2B is its specialized design, making it perfectly suited for operating lever force measurement. This capability is particularly valuable in the automotive industry, where the LCM2B is commonly used to measure the force applied to shift knobs. Such measurements are crucial for assessing the ergonomic and functional aspects of gear levers, ensuring that vehicles meet design and performance standards. The LCM2B’s high precision and robust design provide consistent results, making it a trusted component for vehicle testing and development.

    To meet the specific needs of diverse applications, the Shift Knob Force Sensor LCM2B can be customized in terms of dimensions, measuring ranges, and other specifications. This adaptability allows engineers and designers to tailor the sensor to unique project requirements, ensuring optimal performance and seamless integration. With its high accuracy, bidirectional force measurement capability, and customizable options, the LCM2B is an essential tool for industries that prioritize precise force monitoring and control, especially in automotive testing and mechanical systems.

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