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IP68 Submersible Load Cell 0-500kg Waterproof Force Sensor

Rod End Load Cell

IP68 Submersible Load Cell 0-500kg Waterproof Force Sensor

Model: LCR14

Certification: CE

Capacity: 50kg 100kg 300kg 500kg

Resolution: 0.03% of the full capacity

Load direction: Compression and Tension

Connection: M8 rod end

MOQ: 2pcs

Production time: 5-6 weeks (Made to order)

    The LCR14 miniature threaded inline load cell is a compact, high-performance sensor specifically designed for both tension and compression force measurement. Engineered with M8 threaded rods on both ends, it ensures easy installation and seamless integration into mechanical systems. Available in rated capacities of 50kg, 100kg, 300kg, and 500kg, the LCR14 is well-suited for a wide range of low-to-medium force measurement tasks. Its rugged stainless steel construction delivers excellent strength, corrosion resistance, and long-term reliability, even in challenging conditions. The sensor is designed with low nominal deformation, providing stable and highly repeatable readings over extended use.

    bidirectional force measurementunderwater load cell

    A key advantage of the LCR14 rod end force sensor is its IP68 hermetic sealing, which protects the internal components from water, dust, and other contaminants. This makes the sensor exceptionally well-suited for harsh industrial environments as well as underwater applications (For shallow water applications only). The axial cable outlet is strategically designed to reduce radial installation space, enabling integration into tight or compact systems where conventional sensor designs might not fit. This space-saving feature is especially valuable in robotic systems, underwater tools, and OEM machinery where efficient layout and minimal interference are critical.

    Thanks to its robust construction and thoughtful design, the LCR14 bidirectional force transducer supports a wide variety of specialized applications such as:

    • Underwater Cylinder Thrust Measurement: In underwater hydraulic or pneumatic systems, model LCR14 can be used to monitor push and pull forces exerted by underwater actuators. This data helps ensure operational reliability and system performance, particularly in offshore and marine automation.
    • Underwater Robotic Arm Force Feedback: Integrated into underwater robotic manipulators, the LCR14 provides real-time force feedback to control systems. This improves precision and safety during delicate operations such as grasping, cutting, or assembling components on the ocean floor.
    • Submerged Valve Actuation Force Testing: The LCR14 force detection sensor is ideal for verifying the actuation forces required to open or close valves in submerged environments. Accurate force measurement ensures proper valve function and helps detect issues such as corrosion or misalignment.
    • Underwater Clamp or Grip Force Monitoring: In underwater installations or maintenance operations, the sensor can be used to monitor the grip force applied by clamps or holding tools, helping prevent over-compression or accidental slippage during handling.
    • Offshore Structure Stress Analysis: Engineers and researchers can install the LCR14 on underwater infrastructure—such as pipelines, frames, or anchoring systems—to monitor stress and load distribution, enhancing the safety and integrity of submerged structures.
    • Underwater Mechanics Experimentation: The LCR14 is well-suited for academic and industrial research requiring force data in submerged settings. Its compact size and high reliability make it an excellent choice for experimental setups exploring underwater mechanics, material testing, or hydrodynamic behavior.

    submersible load cell

    For projects with unique specifications, the LCR14 force sensing load cell can be customized to accommodate alternative thread sizes, wider measuring ranges, improved sealing, or extended temperature tolerance. This flexibility ensures that the sensor can meet even the most demanding requirements of OEM applications and custom engineering solutions, making it a highly versatile force measurement tool.

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