Spring drums Cavotec The RMS series are assembled from modular components during the production process, which allows you to create various series of models that fully meet all customer requirements. Spring drums Cavotec The RMS series are designed to ensure high reliability in all operating conditions. All drums are equipped with two fully mounted bearings with a hermetically sealed lubrication system, which is designed for the entire service life of the bearings. Drums Cavotec The RMS series consists of a shaft and bearings, as well as springs that can be easily and quickly replaced. Company Cavotec The RMS series was the first manufacturer to produce current collectors that are sealed, but at the same time independent of other moving parts. In turn, the springs are made of high-quality steel, respectively, each spring is placed inside the drum body, in order to eliminate friction and premature wear. As for current collectors, they are installed in a durable fiberglass casing, which prevents mechanical wear and at the same time protects against chemical influences. The drum body is designed to eliminate condensation and ingress of dirt and debris. Corrosion protection is also provided. All steel components are hot-dip galvanized. Cavotec The RMS series also always recommends purchasing fasteners and all external parts made of galvanized stainless steel with an additional protective coating.
Technical Characteristics of Cavotec RMS series spring-loaded cable drums:
- Horizontal travel speed: 63 m/min;
- Vertical travel speed: 40 m/min;
- The length of the cable to be wound horizontally: 120 m;
- The length of the cable to be wound vertically: 30 m;
- Maximum acceleration: 0.3 m/s2;
- Maximum lifting acceleration: 0.3 m/s2;
- Outer diameter: 48 mm;
- Cable weight: 3.5 kg/m;
- Maximum current: 200 A;
- Voltage: 600 V;
- Number of poles: from 4 to 40;
- Protection class: IP 65, IP 66.
Attention! Spring coils are used to work with a specific type and length of cable. Our engineers will help you calculate the necessary parameters and select the necessary model for the required application.
