Mechanical filter BWT PROTECTOR MINI C/R 1 240018761

Protection of installations and devices with BWT PROTECTOR MINI C/R 1

The BWT PROTECTOR MINI C/R 1 mechanical filter is a reliable solution for pre-filtration of drinking and utility water. It is designed to protect pipes, valves, fittings and household appliances from the negative effects of mechanical impurities such as sand, rust or chips generated during installation work. This ensures long-term system efficiency and minimizes the risk of failure. It has PZH approval, which confirms its safety for health.

Effective filtration and ease of use

This compact filter effectively removes impurities up to 100 µm in size. It is equipped with a drain valve allowing manual flushing of the filter, which facilitates the removal of accumulated sediment without the need for disassembly. The transparent cover allows visual control of the filter cartridge condition, informing about the need for its replacement or cleaning. The brass head and stainless steel filter element guarantee durability and corrosion resistance.

Application and benefits

• Installation protection: Protects pipes and plumbing components from damage caused by mechanical impurities.
• Device protection: Prevents failures of washing machines, dishwashers and other household appliances sensitive to water quality.
• Extended lifespan: Reduces the risk of clogging valves and fitting meshes, extending their lifespan.
• Easy maintenance: Manual flushing of the filter makes it easy to keep clean and efficient.
• Safety: PZH approval guarantees safety when used in contact with drinking water.
• Universality: Suitable for water up to 30°C.
• DN25 connection: Standard connection size facilitates installation in most installations.

The BWT PROTECTOR MINI C/R 1 filter is an investment in peace of mind and the long-term efficiency of your water system. Its simple construction and ease of use make it an ideal choice for both professional installers and home users. The connection length is 100 mm, which facilitates integration with existing hydraulic infrastructure.