Best Seller Straightpoint Cp100t 100 T Compound Plus With 2 Crosby 3" Shackles Pro Version [hFjbRHPJ]

Reliable Load Monitoring Solution

The Best Seller Straightpoint Cp100t 100 T Compound Plus With 2 Crosby 3" Shackles Pro Version [hFjbRHPJ] is a must-have for any professional seeking precise load monitoring and dynamic rigging setup analysis. This high-quality tension load cell is designed to eliminate the risk of overloaded lifts, ensuring the safety and efficiency of your operations. Made from hard-anodized, aerospace-grade aluminum, the Compound Plus offers exceptional durability and reliability in a wide range of applications.

Advanced Features and Specifications

The CP100T tension load cell is equipped with a range of advanced features that enhance its functionality and usability. It is compatible with the Straightpoint INSIGHT computer software, allowing for comprehensive data analysis and reporting. The internal sealed enclosure provides IP67 or NEMA6 environmental protection, ensuring the device withstands harsh conditions. Additionally, the device comes with calibration and proof test certificates, multilingual user manual, and a carrying case for easy transportation and storage. The RFID-tagged feature adds an extra layer of security, while the compliance with ASME B30.26 ensures that it meets the highest safety standards.

Practical Applications and Benefits

Whether you are involved in tandem lifting, water bag load testing, or heavy lift projects, the Straightpoint CP100T 100 T Compound Plus is a versatile tool that can be used in various applications. It allows you to monitor up to 4 load cells at once, ensuring comprehensive data collection. The device sends data via a radio frequency to a wireless SW-HHP handheld device, providing a range of up to 3,280 feet. This enables real-time monitoring and makes it easy to keep track of your rigging setups. With multiple display unit options (t/lbs/kg/kN) and an audible overload alarm, the Compound Plus offers peace of mind and ensures that your operations are always within safe limits.