Cantilever Load Cell, 50kg/100kg/200kg/500kg/1000kg

The alloy steel load cell features a shear cantilever design for reliable measurement of tensile and compressive loads. It incorporates a high-precision strain gauge, ensuring stable signal and minimal temperature drift. With hexagonal waterproof connector and dustproof seal, this waterproof load cell suits various industrial weighing and automation force measurement systems.

Note: The load cell cannot be connected to both the transmitter and the controller at the same time — only one can be selected.

Specification

Features

1. High-precision measurement: Equipped with high-precision strain gauges, the accurate load cell offers low nonlinearity, hysteresis and creep, ensuring stable output consistency and minimal long-term drift for industrial continuous weighing and force measurement.
2. Strong overload capacity: This Cantilever Load Cell supports multiple capacity from 50-1000kg, with a safe overload capacity of 150% and an ultimate overload capacity of 200%, effectively handling instantaneous impacts and complex working conditions.
3. Cantilever beam structure: Adopting a shear cantilever design, the industrial load cell supports both tensile and compressive measurement. Its high-strength structure ensures stable, reliable weighing data.
4. 42CrMo alloy steel material: The Cantilever Load Cell features high-strength 42CrMo alloy steel construction, with excellent strength, toughness, impact resistance, high-temperature wear resistance and good low-temperature toughness, ideal for long-term industrial use.
5. Stable signal: Dustproof sealed structure, hexagonal waterproof connector and spring buffer design protect the cable, improve anti-interference performance, and ensure stable output in harsh industrial environments.
6. Wide applications: This load cell is compatible with mainstream weighing and force measurement systems, supports optional TEDS, and provides 3D models for easy system integration. It is widely used in electronic scales, weighing instruments and industrial automation systems.

Dimension (Unit: mm)

Wiring Diagram

Tips: How to select the optimal load cell for your industrial weighing system?

When selecting load cells for industrial weighing systems, the maximum load and accuracy requirements should be defined first, ensuring sufficient safety margin in the load cell capacity. The appropriate type should then be chosen based on the force application and installation structure, such as shear beam or double-ended shear beam load cells for platform scales and weighbridges. Installation conditions, environmental factors, and resistance to lateral forces and vibration must also be considered for stable operation. In addition, the load cell output should be compatible with the control system and feature reliable temperature compensation, while meeting relevant metrological certifications to ensure accuracy and reliability.