RBM MP2 BIG Self-Cleaning Magnetic Sludge Remover Filter for Heat Pumps, 1" F, Series 3939

The RBM MP2 BIG self-cleaning magnetic sludge remover filter is specifically engineered for heat pump systems, ensuring optimal performance and longevity. Featuring a rotating head for versatile installation and a powerful neodymium magnet, this filter effectively removes both magnetic and non-magnetic impurities, safeguarding your heat pump from damage. Part number 3939.06.00 designates the 1" F (female) connection size.

• Self-cleaning design simplifies maintenance and extends filter lifespan.
• Specifically designed for heat pump systems.
• 360° rotating head allows for installation on vertical, horizontal, and diagonal piping.
• Effectively removes magnetic and non-magnetic impurities, such as magnetite, rust, sand, and sludge.
• Protects the heat exchanger, circulation pump, and condenser from damage and wear.
• Extends the lifespan of the heat pump and ensures system efficiency.
• Features a powerful neodymium magnet (11,000 Gauss) for superior magnetic particle removal.
• Stainless steel filtering cartridge (AISI 304) with an 800 µm (microns) filtering grade.
• Low pressure drop (Kv value 10.73 m³/h) ensures minimal impact on system performance.
• Integrated shut-off system (by-pass) enables cleaning without system shutdown.
• Equipped with a manual air vent valve (G 1/4”) for continuous air elimination.
• Allows for easy dosing of chemical treatment fluids (250ml capacity).
• Body made of durable Polyamide PA66 + 30% glass fibre.
• Maximum operating pressure of 6 bar and operating temperature range of 0 ÷ 70 °C.

Manufactured in Italy by RBM, a leader in hydronic and plumbing solutions since 1953, the MP2 BIG filter exemplifies quality and innovation. Its robust construction and thoughtful design, including the brass diverter valve body and EPDM hydraulic seals, ensure reliable performance. By removing harmful debris and facilitating easy maintenance, the RBM MP2 BIG filter ensures your heat pump operates at peak efficiency for years to come, reducing energy consumption and repair costs.