HSPW Load Shackle Pin
HSPW Load Shackle Pin
3 ~ 1000 ton
Hi Systems HSPW Load Shackle Pin is specifically designed for the demanding requirements of ship and port cranes, crafted from high-strength alloy steel and available in 17-4PH quality stainless steel to ensure exceptional durability and resistance in harsh environments.
The HSPW Load Shackle Pin covers a broad load range, from 3 tons up to 1000 tons, catering to various scales of operations from small vessel handling to significant port cargo activities.
Featuring a wireless hand indicator capable of communicating up to 100 meters, the HSPW Load Shackle Pin enhances operational efficiency by facilitating real-time load distribution monitoring.
The device is equipped with a 192 * 64 dot matrix LCD display which clearly presents the total and individual weight data of up to 16 different loadpins, simplifying complex monitoring tasks.
With durable construction and precision engineering, the HSPW Load Shackle Pin achieves an accuracy of 0.1% and is powered by rechargeable batteries, ensuring prolonged and reliable operations in industrial settings.
Applications
Hi Systems HSPW Load Shackle Pin excels in applications that demand precision and robust performance, such as offshore mooring anchor adjustments where stability and accuracy are paramount.
It is routinely used attached to crane hooks for various lifting and weighing tasks, significantly enhancing safety and operational efficiency in environments like shipyards and construction sites.
In the aviation sector, the HSPW Load Shackle Pin is instrumental in aircraft manufacturing and repair, providing crucial rope tension monitoring that ensures the integrity and safety of assembly operations.
The device is also pivotal in weighing heavy loads, where accurate load measurement is critical, such as in large scale industrial and construction projects.
Structural load testing and certification tasks rely on the HSPW Load Shackle Pin for its proven accuracy and reliability, confirming the structural soundness in engineering projects.
Moreover, it is extensively used in the calibration and proof load testing of cranes and lifting equipment, ensuring compliance with industry regulations and maintaining high safety standards across heavy construction activities.