YGHP Magnetic Air & Dirt Separators
Protect your heating and cooling systems. Improve efficiency. Extend equipment life.
The YGHP Magnetic Air & Dirt Separator is engineered to remove both entrained air and harmful system debris from sealed commercial heating and cooling systems, helping to maintain peak performance while protecting valuable plant equipment.
Designed for commercial applications, the separator combines high-efficiency air separation with powerful magnetic filtration to capture both ferrous and non-ferrous contaminants before they can circulate through the system. By eliminating trapped air and collecting dirt, the separator reduces corrosion, minimises system noise, protects pumps, valves and heat exchangers, and improves overall system efficiency.
As water passes through the separator’s generously sized chamber, microscopic air bubbles are encouraged to rise and are automatically vented, while heavier debris settles at the base for easy removal. An integrated high-strength magnet actively captures ferrous particles, ensuring damaging magnetite is retained until maintenance is carried out via the large drain valve.
Suitable for both heating and chilled water systems, the YGHP Magnetic Air & Dirt Separator offers a simple in-line installation with flanged connections and is ideally positioned on the return pipework to protect boilers, heat pumps, chillers and other critical plant equipment from premature wear.
Key Benefits
Removes trapped air and system debris from sealed heating and cooling systems
High-strength magnetic core captures ferrous contaminants, including magnetite
Separates non-ferrous debris through efficient sediment collection
Automatically vents trapped air to reduce air-related system issues
Helps prevent corrosion and extends the lifespan of expensive system components
Reduces noise caused by trapped air and circulating debris
Improves energy efficiency and maintains optimum system performance
Large drain valve enables quick, straightforward maintenance
Available in sizes from DN50 to DN200 with flanged connections
Rated for 10 bar maximum working pressure and 110°C maximum operating temperature
