Brass ball valve DN15 full bore, female/male thread. 1/2 inch butterfly handle blue 1.3036.015.2520
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Brass ball valve DN15 full bore, female/male thread. 1/2 inch butterfly handle blue 1.3036.015.2520
Brass ball valve – reliable medium shut-off
This brass ball valve with a nominal diameter of DN15 (1/2 inch) is a solid and versatile solution for shutting off flow in water installations, compressed air, and glycol systems. Made of high-quality brass (CuZn40Pb2 / CW617N) it ensures durability and corrosion resistance. The full-bore design minimizes flow resistance, and the cylindrical gas threads (BSPP) allow for easy and tight installation. The blue butterfly handle provides convenient operation and quick identification of the valve in the installation.
Specification and application
The valve is designed to operate at a maximum pressure of PN 25 and a temperature of up to 180°C. This makes it suitable for a variety of applications, both in domestic and industrial installations. The possibility of use with water, compressed air and glycol makes it a versatile element of every installer's equipment. The internal cylindrical gas thread BSPP-G (ISO 228-1) on the connection side guarantees compatibility with most standard installation elements.
Advantages and benefits for professionals and users
- Durability and reliability: The brass construction ensures a long service life even in harsh operating conditions.
- Versatility: Can be used with water, compressed air and glycol – one valve for many applications.
- Easy installation: BSPP threads facilitate quick and tight connection with other installation elements.
- Convenient operation: The blue butterfly handle enables intuitive operation and quick identification of the valve.
- Safety: Pressure class PN 25 guarantees safe operation of the installation at the specified working pressure.
- Temperature resistance: Maximum operating temperature up to 180°C allows use in heating systems and industrial processes.
- Full flow: The full-bore design minimizes pressure loss in the installation, which translates to efficient system performance.
