roller separators
Filtration solutions for the separation of ferritic contaminants
and chips in liquids.
FAUDI roller separators are used for separating ferritic contaminants and chips in liquids. Typical areas of application are for cold rolling, processing steel and cast iron as well as cleaning sinter water.
FAUDI roller separators are used as a pre-cleaning stage in filter systems with high demands for filtration quality. This relieves the burden on the downstream ultra-fine filter and increases its service life while reducing the consumption of filter aids. For low filtration quality requirements, FAUDI roller separators can also be used without additional filter technology. They can be installed either in the primary or the secondary flow. Depending on the filter size and the filter medium, a filtration capacity of 50 l/min to 1,500 l/min can be achieved.
The roller separator impresses with its compact design, which allows a high degree of flexibility in terms of placement. Thanks to its space-saving design, the device can be easily integrated even in confined production environments.
Made of sturdy steel and stainless steel components, the roller separator offers high wear resistance and is corrosion-resistant. This ensures a long service life, even under demanding operating conditions. The robust technology is user-friendly and supports self-sufficient operation of the entire system.
With a low energy requirement of just 0.12 kW, the roller separator works extremely efficiently. The flexible operation in both continuous and discontinuous mode enables adaptation to different operating requirements, while the system is also easy to maintain.
Contaminated medium is supplied to the magnetic separator through an inlet basin / distribution device. The inlet box reduces turbulences so that a calmed, constant flow exists – for the heavy units. The magnetic rotor retains magnetic dirt particles; the magnetic field is effective over the total width. Pollutants constrict the flow gap and retains also
non-magnetic particles. The switching of the magnetic rotor will be activated by the increasing and decreasing liquid level in the inlet basin and at the level switch. The magnetic rotor which is slowly revolving against the current carries the pollutant to the scraper. The scraper sorts out the particles from the rotor which will be discharged outwards over the discharge plate.
We will be happy to advise you on your application without obligation.