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Efficient management of course ropes or lane ropes for transport and storage - PC-4157 Course Rope Winder <Large>
Efficient management of course ropes or lane ropes for transportation and storage. PC-4157 (unit) Course Rope Winder <Large> - W1281 × D1600 × H1600 mm - Weight: 47 kg - Made of molded polyethylene - Stainless steel legs - Equipped with φ120 mm casters
Efficiently manage the winding of course ropes or lane ropes for transportation and storage. PC-4158 Course Rope Winder <Small>
Efficient management of course ropes or lane ropes by winding them up for transportation and storage. PC-4158 (unit) Course Rope Winder <Small> - W841×D1600×H1570 mm - Weight: 40 kg - Made of polyethylene - Stainless steel legs - Equipped with φ100 mm casters
![[Data] Comparison Table of Rebus Groove Winding Method and Spiral Groove Winding Method](https://image.www.ipros.com/public/product/image/6f9/2000512791/IPROS44483076008197134226.png?w=280&h=280)
It features the characteristics of each winding method and their compatibility with rope handling devices!
This document is a comparison table of the Rebus groove winding method and the spiral groove winding method. It provides detailed information on the characteristics of each winding method, the penetration of the rope into lower layers, the twisting angle of the rope at the layer changes and crossing points, and the compatibility with rope handling devices. Please take a moment to read it. [Contents] ■ Characteristics ■ Penetration of the rope into lower layers and multi-layer winding ■ Layer changes of the rope and twisting angle at crossing points ■ Compatibility with rope handling devices ■ Summary of the advantages of the Rebus groove over the spiral groove *For more details, please refer to the PDF document or feel free to contact us.
