Oblique flanged filter Figure 821-2 DN150 PN16 with magnetic insert, mesh size 1.6 mm, 15 meshes/cm², construction: C63 821A150C63

Oblique Flanged Sediment Filter with Magnetic Insert

This sediment filter, featuring an oblique design and flanged connection, is engineered for efficient removal of mechanical contaminants from the medium. It is indispensable in systems where fluid purity is critical for proper operation. This filter is widely used in heating, water, industrial, and cooling fluid systems.

Filter 821 is characterized by a robust construction and easy replacement of the magnetic insert. The insert effectively captures ferromagnetic particles, protecting sensitive system components from damage. Manufactured from gray cast iron (C63), it ensures durability and corrosion resistance.

Features and Applications

The oblique flanged filter, model 821, is an ideal solution for both professional installers and end users. Its design allows installation in various orientations, facilitating seamless integration into existing infrastructure. The replaceable magnetic insert enables customization to meet specific application requirements—from protecting delicate equipment to safeguarding against mechanical damage.

• Effective Filtration: Removes mechanical contaminants and ferromagnetic particles.
• Easy Maintenance: Replaceable magnetic insert simplifies cleaning and servicing.
• Durable Construction: Made from gray cast iron (C63), offering high corrosion resistance and long service life.
• Universal Application: Suitable for heating, water, industrial, and refrigeration systems.
• Flanged Connection: Enables easy installation and removal within the pipeline.

This filter is equipped with a mesh of 1.6 mm aperture and a density of 15 openings/cm², ensuring optimal filtration while maintaining adequate medium flow. As a result, the filter effectively traps contaminants without causing excessive pressure drop in the system. Regular inspection and timely replacement of the insert are essential to guarantee the reliable operation of the entire system.