Balancing valve type STAF DN80 52186080

Balancing valve – precision and flexibility in heating and cooling systems

This flanged balancing valve, made of grey cast iron, is a key element of any installation requiring precise hydraulic regulation. It is ideal for both professional installers and end-users who value the stability and efficiency of their heating or cooling system. This valve allows for accurate hydraulic balancing, which translates to optimal heat or cool distribution throughout the building.

Design and application

The STAF DN80 valve has been designed with the modern requirements of HVAC installations in mind. Made of cast iron GG 25 (GJL-250), it provides durability and corrosion resistance. The pressure class PN 16 guarantees safe operation in standard heating and cooling systems. Thanks to the flanged connection, installation is quick and reliable. The valve is adapted to work with CO water, making it a universal solution for various applications.

• Precise adjustment: Allows for precise flow setting in heating or cooling circuits.
• Durability: Made of high-quality cast iron ensures a long service life even in harsh operating conditions.
• Versatility: Designed for use in heating and cooling installations with CO water.
• Easy reading: Equipped with a digital scale for quick and accurate flow setting – the reading is clear from any angle.
• Compact design: Optimized construction, especially in sizes DN65 and DN80, allows for installation even in limited spaces.

Modern solutions for demanding installations

The STAF valve is not only a solid construction but also innovative solutions that make the work of installers easier and increase the efficiency of the entire system. The improved setting knob provides even greater setting accuracy, and the optional knob extension allows the installation to be adapted to specific mounting conditions. Thanks to this, the STAF valve is an investment in the comfort and reliability of the heating or cooling system for years to come. It has measurement ports to control the operating parameters of the valve.