As part of its complete load testing and certification solutions. Enviroguard offers high-quality load cells and load shackles for accurate load measurement and real-time monitoring during testing operations.
These systems form an integral part of Enviroguard’s overall load testing service package, enabling safe, controlled, and reliable proof load testing for cranes, lifting equipment, structural components, and offshore applications. By combining water weight bag systems with precision load monitoring equipment, Enviroguard is able to provide comprehensive load testing solutions tailored to project-specific requirements.
The load monitoring systems offered are selected for their proven reliability, accuracy, and suitability for demanding industrial, marine, and offshore environments. Depending on operational requirements, both wired and wireless configurations can be provided along with digital displays, telemetry systems, and data monitoring options. Enviroguard’s complete load testing package can include:
This integrated approach allows clients to source complete load testing solutions from a single reliable partner, simplifying project execution while ensuring operational safety and testing accuracy.
Load Cells are designed for measuring tensile loads during lifting and pulling operations. These devices are commonly installed between lifting equipment and the load to provide continuous and accurate force measurement.
Their lightweight and portable design makes them ideal for crane testing, rigging inspections, suspended load monitoring, and temporary load verification activities.
Load shackles combine a lifting shackle and and load monitoring system into a single compact unit. By integrating the sensing element directly into the shackle assembly, these systems help reduce overall rigging height while providing accurate load measurement during lifting operations.
This compact arrangement makes load shackles highly suitable for applications with restricted headroom or where space-efficient rigging is important.
