Rotary valve HRB3 PN10 15/4 065Z0398
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Rotary valve HRB3 PN10 15/4 065Z0398
Rotary valve for precise flow control
The rotary valve HRB3 PN10 15/4 is a reliable solution for regulating the flow of heating or cooling medium in central heating and air conditioning systems. Designed for use with electric actuators, it allows for effective temperature control in rooms. Its construction based on proven Danfoss technologies guarantees long-lasting and trouble-free operation.
Construction and application
The HRB3 valve is characterized by internal threaded connections, which facilitates installation and integration with the existing system. A Kvs value of 4 indicates its performance and ability to pass the appropriate amount of medium depending on needs. It is a 3-way or 4-way valve (information not provided in the data), designed for mixing and dividing applications, which means it can be used both for regulating temperature in the heating circuit and for dividing the flow to different branches of the installation. This makes it suitable for underfloor heating systems, radiator systems and air conditioning systems.
Key features and benefits
- Durability and reliability: Made of high-quality materials, it ensures long-term operation without frequent repairs.
- Precise regulation: Allows for accurate adjustment of the medium flow, which translates into thermal comfort and energy savings.
- Versatility: Can be used in various types of heating and cooling installations, both in residential and commercial buildings.
- Easy installation: Threaded connections facilitate integration with existing hydraulic infrastructure.
- Surface protection: Provides corrosion resistance and extends the valve's lifespan, especially in harsh environmental conditions.
- Efficiency: Kvs value of 4 ensures optimal flow for many typical applications.
The HRB3 PN10 15/4 valve is a solid choice for professionals and users looking for a reliable solution for precise flow control in their installations.


