Donut Load Cell

The Miniature Donut Load Cell LCD02 is specially designed for applications that require a low-profile, smooth thru-hole configuration, allowing the load structure to pass directly through the center of the sensor. This makes it an excellent choice for in-line force measurement in space-constrained setups. The LCD02 integrates a Wheatstone full bridge circuit, ensuring precise force measurement with rated capacities available in 50N, 100N, 200N, 500N, 1kN, and 2kN.

The Donut Load Cell LCD01 is designed specifically for applications where a central thru-hole is necessary for the load structure to pass through. This unique washer-type force sensor is constructed from robust stainless steel, the inner hub facilitates load transfer through the center of the cell, while the outer diameter features a bottom base hub for secure support during use. This design makes the LCD01 ideal for use in compression force measurement scenarios where traditional load cells may not be suitable.

The Washer Type Load Cell LCD03 is a versatile force sensor featuring a low-profile, thru-hole design, specifically developed for applications where the load structure needs to pass directly through the sensor. Constructed from durable stainless steel and leveraging proven strain gauge technology, the LCD03 ensures reliable and accurate performance even in challenging environments. This hollow type force sensor is designed to be mounted between flat and parallel load surfaces, with the outer hub providing support and the inner hub bearing the load. To maintain optimal accuracy, the load should be applied axially and perpendicularly across the entire surface of the sensor.

The Donut Load Cell LCDA is designed with a thru-hole structure, making it ideal for applications where the load structure must pass through the center of the sensor. This washer-type force sensor is constructed to meet a variety of high-capacity requirements, with rated capacities available in 5t, 10t, 20t, 30t, and 50t. The LCDA must be mounted between flat and parallel load surfaces to achieve optimal accuracy, with the force applied axially and perpendicularly to the annular load-bearing surface. This ensures that the sensor provides consistent, accurate measurements even under substantial load conditions.