Force Feedback Sensor 50N 100N 200N 500N 1kN Force Sensing Load Cell

The LCR05 rod end Force Sensing Load Cell is a compact and versatile inline force transducer designed for precise measurement of axial tension and compression forces. Engineered using a cross-beam structure and built on metal foil strain gauge technology, this sensor delivers stable and accurate force readings in both traction and compression directions, making it ideal for dynamic and static applications alike.

Manufactured from high-grade stainless steel, the LCR05 force detection sensor offers excellent resistance to corrosion, mechanical stress, and harsh operating conditions. It outputs a millivolt signal via a Wheatstone full-bridge circuit, which can be easily amplified through an external signal conditioner to generate standard outputs such as -5–5V, 0–10V, or 4–20mA, allowing for seamless integration into various industrial monitoring and control systems.

A standout feature of the LCR05 is its M5 or M6 threaded rod ends, located on both sides of the sensor. These threaded connections allow for quick and secure installation into existing systems without the need for extensive modifications. The load must be applied axially along the screw thread, as the sensor is designed to reject shear forces, ensuring the most accurate and consistent readings.

Available in rated capacities of 50N, 100N, 200N, 300N, 500N, and 1000N, the LCR05 meets the needs of both light-load applications and moderate industrial force measurement tasks. Its innovative structure, compact size, and high sensitivity have made it one of the most in-demand force sensors for engineers and automation specialists across numerous sectors.

Moreover, with over a decade of experience in custom load cell solutions, we offer customized modifications to fit specific user requirements, whether for one-off projects or high-volume OEM production.

Typical Applications of the LCR05 Threaded Inline Load Cell

• Hydraulic Cylinder Thrust Measurement
  In hydraulic systems, especially in compact mobile machinery or automated equipment, the LCR05 is used to monitor the thrust force generated by the cylinder, providing real-time feedback for system safety and performance.
• Actuator Force Verification
  The LCR05 is commonly embedded in electric or pneumatic actuators to verify the output force, ensuring proper operation and preventing overload in automation setups.
• Press Machine Force Feedback
  Used in precision pressing and stamping machines, this load cell helps monitor the applied force, allowing operators to control and optimize the force applied during each cycle.
• Tensile Testing Machines
  In laboratory and industrial material testing, the LCR05 is ideal for evaluating the tensile strength of materials like plastic, metal, or fabric by measuring axial pulling forces.
• Brake Pedal Force Measurement
  In automotive development and testing, the LCR05 can be mounted inline with brake actuation systems to measure pedal force, ensuring safety compliance and optimizing driver feedback.
• Prosthetic Joint Load Assessment
  For biomedical research and development, the LCR05 is utilized in prosthetic joint simulation setups to analyze force distribution, supporting the design of more realistic and durable prosthetics.
• Automated Clamping Systems
  In robotic or CNC-driven systems that rely on force-controlled clamping mechanisms, the LCR05 offers accurate feedback to ensure the correct force is applied for safe part retention without causing damage.
• Press-Fit Assembly Monitoring
  In automated production lines, especially those involving mechanical assembly, the LCR05 ensures that the press-fit process applies the correct force, minimizing product defects and ensuring part integrity.

With its compact design, excellent linearity, and easy integration, the LCR05 Force Feedback Sensor is a go-to solution for engineers looking for a cost-effective, high-performance force measurement device. Its adaptability, precision, and customizable options make it suitable for both standard industrial systems and highly specialized force measurement tasks.