Dirt separator Afriso FAR 202 with magnet and drain valve, chrome plated, movable Rp1'', max flow 2.5 m³/h

Afriso FAR 202 is a chrome-plated dirt separator intended for use in heating and cooling systems to collect and remove particulate contaminants. The unit incorporates a permanent magnet to attract ferrous particles and a drain valve to discharge accumulated sediment without system disassembly. Movable Rp1'' connections simplify installation alignment, and the separator is designed for a maximum flow rate of 2.5 m³/h to protect pumps, valves and heat exchangers while reducing maintenance interventions.

Advantages

The chrome-plated housing provides corrosion resistance and a clean appearance suitable for visible installations. An integrated magnet increases removal efficiency for ferrous debris, reducing abrasive wear on circulating pumps and control valves. The drain valve enables controlled flushing of trapped particles, and the movable Rp1'' connections allow flexible positioning during assembly. Compact design and straightforward operation make the device practical for retrofit or new installations.

Suitable for

• Residential and small commercial heating systems
• Cooling circuits and chilled water loops
• Protection of circulation pumps and control valves
• Systems with limited installation space or requiring alignment flexibility

Key specifications

• Connection type: movable Rp1''
• Material: chrome-plated body
• Integrated permanent magnet for ferrous particle separation
• Drain valve for sediment removal
• Maximum flow rate: 2.5 m³/h
• Application: heating and cooling closed-loop systems

How to use

Install the dirt separator in the return pipe of the heating or cooling circuit following system flow direction and ensure the movable Rp1'' connections are aligned for a leak-free fit. After system filling and commissioning, periodically open the drain valve to flush collected debris; the magnet will retain ferrous particles on the internal surface while non-ferrous sediment gathers in the sump. Routine visual checks and scheduled flushing help maintain hydraulic efficiency and prolong component life.

Usage recommendations

For best results, integrate the separator where flow velocity allows particles to settle in the sump and avoid locations with continuous high turbulence. Inspect and clean the magnet and drain valve at planned maintenance intervals or more often in systems with heavy contamination. Ensure system pressure and temperature remain within manufacturer limits for separators of this type.