Double support mounting system kit
The Double support system kit is designed to work with heavy rolls ensuring a safe, robust, and stable. operation. Although its main function is to support high loads, the design also incorporates ergonomic principles that enable agile and efficient operations.
Optionally, special configurations can be integrated with ightweight zones and strategic reinforcements, optimized to enhance the structural strength and reduce the overall weight of the system.
The loading and unloading of the roll is performed by removing the expanding shaft from the safety supports, which simplifies the procedure and improves the operability of the system.
Likewise, the transmission elements are coupled directly to the safety supports, remaining completely disconnected from the expanding shaft. This configuration minimizes the risk of damage during operation, helps reduce the shaft’s weight, and speeds up the roll change processes..
Components of the Double support system kit
Designed to provide maximum robustness without sacrificing lightness, this shaft ensures firm and stable roll holding, enabling uniform unwinding throughout the entire process. It is manufactured with reinforced elements in key areas, according to specific needs, optimizing its performance in demanding applications and minimizing handling effort.
These supports are designed to securely hold the shaft during operation, preventing any undesired roll movement, especially during loading and unloading. They act as an additional safety barrier, ensuring shaft stability at all times and preventing possible failures.
These include a variety of manual or automatic clutches, with the option to integrate sensors and electronics for automated tension control.
Consisting of sensing and electronic components that form a closed loop, determining the brake’s electrical signals in real time according to process requirements.
This complete Double Support kit is the ideal solution for applications requiring a combination of stability, safety, and precision when rewinding heavy rolls, optimizing both operator safety and overall productivity.