Threaded Magnetic Hydraulic Separator - 1.25" Ports

Threaded Magnetic Hydraulic Separator - 1.25" Ports 🆔 Models Device: Threaded Magnetic Hydraulic Separator – 1.25" Includes Hydraulic separator with integrated magnetic filter 1.25" threaded connection ports Internal separation chamber Key Features Combines hydraulic separation and magnetic filtration in one unit Removes sludge, debris, and ferrous particles from the system Ensures balanced flow between primary and secondary circuits Improves efficiency and protects system components Reduces wear on pumps, heat exchangers, and valves Ideal for heat pump and multi-source heating systems Durable epoxy-coated steel construction Specifications Specification Details Body Material Fe 360 Steel (Epoxy Powder Coated) Max Working Pressure 10 bar Max Operating Temperature 110°C Connection Size 1.25" Threaded Technical & Build Specification Details Function Hydraulic separation + magnetic filtration Application Heating and cooling systems Installation Between primary and secondary circuits System Integration & Benefits Hydraulically separates circuits for independent flow control Enhances system stability and efficiency Protects sensitive components from contamination Improves performance during heating, cooling, and defrost cycles Supports consistent operation in multi-zone and hybrid systems When to Use with Inertial (Buffer) Tank When combining heat pumps with alternative heat sources When minimum system water volume must be maintained In systems with fan coils, radiators, or variable flow rates To improve thermal inertia and system modulation To stabilise system performance during defrost cycles Additional Information Proper system balancing is essential for optimal performance Recommended for modern heat pump installations Suitable for residential and commercial systems Professional installation recommended Quality & Support The Threaded Magnetic Hydraulic Separator with 1.25" ports provides efficient system separation and filtration, ensuring clean operation, improved performance, and long-term reliability in heating and cooling installations. (BROCHURE)