Float valve DN200, FIG.272, construction 16: stem and mushroom – stainless steel, mushroom end – conical EPDM 272A200B16

Float valve for water and neutral media

The float valve DN200, type 272, is a reliable solution for flow regulation in hot and cold water systems, as well as in systems handling neutral media. It performs excellently in both industrial applications and in fire protection and district heating systems. The construction features a stem and disc made of stainless steel, with an EPDM conical disc end, ensuring long-term, trouble-free operation.

This valve offers high tightness (Class A per EN 12266-1), minimizing leakage risks and medium losses. Corrosion-resistant materials guarantee durability even under harsh operating conditions. Flanges are machined in accordance with EN 1092-2, simplifying installation and integration with existing infrastructure. Installation length complies with EN 558-1 Series 1, ensuring compatibility with other system components.

• Durability and reliability: Internal components – stem and disc – made of stainless steel provide excellent corrosion resistance and extended service life.
• Tightness: Class A tightness (EN 12266-1) ensures minimal medium loss and safe operation.
• Versatility: Suitable for hot and cold water systems, neutral media, fire protection, and district heating applications.
• Easy installation: Machined flanges per EN 1092-2 simplify the installation process.
• Maintenance-free: The valve requires no regular inspections or maintenance, reducing operational costs.
• Environmental safety: Materials used in production are safe for the natural environment.

The DN200 float valve is designed for operation at a maximum working pressure of 10 bar and nominal pressure PN 10. The use of EPDM as the sealing material for the disc ensures excellent chemical resistance and flexibility, providing effective sealing. As a result, the valve performs exceptionally well in diverse industrial and municipal applications requiring precise flow control and high reliability.