Check valve ESBE VCA100 PN10 CU22 DN20 36500400

ESBE VCA100 check valve – reliable installation protection

The ESBE VCA100 check valve is a component designed to protect installations from backflow of medium. This is a key solution in heating, water and sanitary systems, ensuring the proper operation and efficiency of the entire system. The valve's design minimizes pressure loss, and its low opening threshold guarantees efficient operation even with small flows.

The VCA100 valve is made of high-quality dezincification-resistant brass (DZR), which ensures its durability and corrosion resistance. The EPDM rubber seal guarantees tightness and reliability over a wide temperature range. This valve is used in indoor installations where protection against backflow of medium is required.

Construction features and application

Valves in the VCA100 series are characterized by a well-thought-out design that combines functionality and durability. The use of DZR brass ensures resistance to aggressive media and long-term operation. Low pressure drop is an important feature, especially in high-energy-efficiency systems – it allows maintaining optimal operating parameters without unnecessary energy losses.

This valve is ideal for:

• central heating installations,
• domestic hot water systems,
• water supply installations,
• cooling systems (depending on the medium specification).

Advantages and benefits

• Durability: Made of DZR brass ensures longevity and corrosion resistance.
• Low pressure drop: Minimizes energy losses and ensures efficient system operation.
• Low opening threshold: Guarantees proper operation even with small flows.
• Tightness: EPDM seal provides reliable protection against leaks.
• Versatility: Designed for use in various types of indoor installations.
• Easy installation: Compact design makes installation easier in tight spaces.

The ESBE VCA100 PN10 CU22 DN20 check valve is a solid and reliable solution for professionals and end-users who value quality and efficiency. Its design has been created to provide long-term protection of the installation against backflow of medium, minimizing the risk of failure and downtime.