Sieve filters: Sieve cylinder
filters (s13/S26)
FAUDI sieve cylinder filters are designed primarily for the filtration of liquid media and gases with a higher dirt content or lower filter fineness. Compared to the sieve basket filter, sieve cylinder filters are equipped with several sieve cylinders. They offer maximum filter surface area due to sieve cylinders arranged in parallel, which can be optionally equipped with wire mesh or filter bags. Sieve cylinder filters are often used as protective filters in water and wastewater systems, power plants, sewage treatment plants, refineries or in building services. They are also applied to protect pipelines, pumps and nozzles, or to protect flow meters, fittings, measuring units etc. Sieve cylinder filters are often referred to as single filters for fluids of all kinds.
If required, we are able to complement our standard sizes in welded design as needed with specially made products tailored to your use case, for example, with custom shapes and dimensions, other levels of filtration fineness and materials.
Benefits: Your advantages
at a glance
Greater volumetric flow rates as
compared to sieve basket filters
with the same dimensionsConnections at same height
in the inline versionRobust and user-friendly
Especially economical for
large volumetric flow ratesLarge filtration surface areas yield
high contaminant holding
capacities and long service livesEasy insert replacement due to
low weight of the sieve cylinderCan also be equipped with
a filter bag if desiredDouble-filter design is possible
Design layout
Sieve cylinder filters (S13)
The sieve cylinder filter consists of the following components:
1. Filter inlet
2. Filter outlet
3. Sieve cylinder
4. Filter housing
5. Drain
6. Vent
Design layout
Sieve cylinder filters (S26)
The sieve cylinder filter consists of the following components:
1. Filter inlet
2. Filter outlet
3. Sieve cylinder
4. Filter housing
5. Drain
6. Vent
7. Differential pressure measurement
how does a
sieve cylinder
filter work?
The medium enters the filter via the inlet nozzle and flows through the parallel sieve cylinders from the inside to the outside. The solid particles are retained on the inner surface of the cylinders and the filtered medium leaves the filter housing through the outlet nozzle.
