Brass ball valve OMAX PN30 DN32 with lever, thread 1 1/4"(N-N) 1405200

Fittings for Water and Heating Systems

The OMAX PN30 DN32 brass ball valve is a high-quality component designed for use in cold and hot domestic water installations as well as central heating systems. Thanks to its maximum operating parameters – a nominal pressure of PN30 and a temperature up to 150°C – it performs reliably in both water and heating systems.

Construction and Materials Ensuring Durability

The valve body is made of high-quality brass, providing exceptional corrosion resistance and long-term performance under demanding conditions. The reinforced body construction enhances mechanical strength, enabling safe operation at maximum working pressure. The valve is nickel-free, making it suitable for individuals with nickel allergies.

The ball mechanism, featuring a precisely fitted ball and robust seals, ensures complete tightness when closed. Operation is carried out via an ergonomic lever, allowing quick opening and closing of the flow with a 90-degree rotation. The external-external thread with a diameter of 1 1/4" (N-N) ensures versatile installation in standard piping systems.

Operating Parameters and Media Compatibility

The valve is designed to work with various media – clean water and water-glycol mixtures (up to 50% concentration) – significantly expanding its application possibilities. The nominal diameter DN32 corresponds to standard dimensions for both residential and industrial installations, while the Rp 1-1/4" thread is compatible with most piping systems available on the market.

An operating temperature of up to 150°C allows safe use in heating systems with high thermal parameters. The nominal pressure rating of PN30 guarantees reliability even in the event of temporary pressure surges within the system.

Applications and Operational Advantages

Particularly recommended for applications where ease of maintenance and long-term, trouble-free operation are critical.

The simple valve design facilitates maintenance and potential seal replacement, minimizing operational costs throughout the entire service life.