Compact magnetic dirt separator ADS 110, universal G 3/4 inch connections, Kvs 5.2 m3/h, with shut-off valve and connector 7711000

Protection of heating and cooling systems with ADS 110 separator

The compact magnetic dirt separator ADS 110 is a key element in maintaining the efficiency and extending the life of heating and cooling systems. The device effectively removes solid contaminants that can lead to failure of pumps, valves and heat exchangers. Thanks to the use of a dual filtration system – mechanical and magnetic – the separator provides comprehensive protection of the installation against harmful deposits.

ADS 110 is designed for installation in central heating and cooling systems, where there is continuous circulation of a heating or cooling medium, such as water or water-glycol mixtures (up to 50% glycol concentration). Its universal G 3/4 inch connections make it easy to integrate with existing systems. This separator is particularly recommended for installation under hanging electric and gas boilers, where space saving is important.

Key features and benefits:

• Dual filtration: The combination of a mechanical filter and a neodymium magnet ensures effective removal of both larger and smaller particles of contamination, including metal chips.
• Compact size: Allows easy installation even in limited spaces, e.g. under the boiler.
• Universal connections: G 3/4 inch connections ensure compatibility with most installations.
• Transparent sediment chamber: Allows visual control of the degree of contamination and determination of the need for cleaning.
• Efficiency: Provides a flow rate of up to 5.2 m³/h at a maximum working pressure of 3 bar.
• Durable construction: Made of durable PA66 polyamide guarantees long-term use.
• Shut-off valve and connector included: Facilitate installation and servicing of the device.

The ADS 110 separator not only protects installation components from damage, but also helps to reduce operating costs by increasing the energy efficiency of the system and reducing the need for repairs. Regular removal of contaminants helps maintain optimal operating parameters of the installation, which translates into lower heating or cooling bills. For installers, this means fewer service interventions and higher customer satisfaction.