Ball valve JIP with welding ends, PN40, DN15 065N1100
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Sales unit dimensions and weight: 1 pcs
Ball valve JIP with welding ends, PN40, DN15 065N1100
Ball valve JIP is a reliable solution for heating and cooling installations, designed to work with treated water. The construction with welding ends ensures a durable and tight connection in the system. This model, with a nominal diameter of DN15 and a pressure class of PN40, performs perfectly in demanding conditions, offering safety and efficiency.
Characteristics and application
The JIP-WW valve, as the name suggests, is primarily designed for heating systems, but thanks to the versatility of materials and construction, it also finds application in cooling installations. Its function is full flow control – opening and closing the medium. The pressure resistance up to 40 bar makes it an ideal choice for installations with increased requirements. A solid steel housing guarantees long-term operation even in difficult environmental conditions.
Construction and key features
The valve is characterized by a one-piece body construction made of steel. The internal elements – ball and stem – are made of stainless steel, which ensures corrosion resistance and longevity. The Teflon (PTFE) seal reinforced with carbon minimizes friction and ensures optimal tightness for a long time. The opening/closing mechanism is based on a simple and reliable handle.
- Durability: Pressure class PN40 guarantees safe operation at a maximum differential pressure of 40 bar.
- Tightness: PTFE ball seal ensures minimal medium loss and long-lasting tightness.
- Durability: Steel housing and internal stainless steel elements provide resistance to corrosion and mechanical damage.
- Wide temperature range: The ability to operate at temperatures up to 180°C expands the range of valve applications.
- Quality control: Each valve undergoes rigorous leak tests in accordance with EN 12266 part 1 P10-P11-P12 and part 2 F20 – this guarantees reliability.
- High KV value: JIP valves are characterized by a high KV value, which translates to lower energy costs required to pump the medium.
This valve is particularly appreciated by installers for its ease of installation (welding) and reliable operation, and by end-users for its trouble-free operation and long service life.


