Schneider Electric SmartX PIBCV (VP22) balancing and control valves

Schneider Electric SmartX PIBCV (VP22) balancing and control valves - a multifunctional device

Schneider Electric SmartX PIBCV (VP22) balancing and control valves are multifunctional devices with numerous applications in HVAC installations. They are composed of two components: a differential pressure regulator and a regulating valve.

Schneider Electric SmartX PIBCV (VP22) valves - important information

The series includes threaded and flanged models. Threaded versions are available in sizes from DN10 to DN50. Depending on the installation requirements, our offer includes models with or without measuring nozzles. Valves of this series can be controlled by actuators MP120, MP130, MP300-SR, MP500C and MP500C-SR from Schneider Electric.

In turn, the flanged models of the VP22 valves are offered in sizes from DN50 to DN250. All types are equipped with measuring points. They can be operated with the MP500C, MP500C-SR, MP2000, MP2000-SR and MP4000 Schneider Electric actuators.

Thanks to compliance with international standards for flow velocity in pipelines SmartX PIBCV valves od Schneider Electric guarantee reliable and precise work.

We cordially invite all people interested in investing in SmartX PIBCV (VP22) Schneider Electric balancing and control valves. Our employees will be happy to prepare an offer that meets your requirements and financial possibilities. The contact form is below.

All Schneider Electric SmartX PIBCV (VP22) series valves are equipped with a flow setpoint adjustment. They are designed to regulate the flow of the medium in cooling and heating devices. They are offered with actuators controlled by a whole range of control signals.

Features of Schneider Electric VP22 balancing and control valves:

• Energy saving
  • The pressure independent operation of the control valve prevents overflow. Limiting the flow of the medium through the exchanger saves energy,
  • The overflow of the refrigerant limits the precision of the refrigerant temperature control.
  • Overflow of refrigerant beyond the design flow causes losses and ineffective heat transfer.
  • Correct and optimal flow rates guarantee the operational efficiency of the cooling or heating device.
• No pressure fluctuations
  • Pressure-independent regulation ensures that pressure fluctuations downstream of the valve are eliminated, resulting in stable regulation.
  • Higher reliability due to fewer actuator cycles.
• Lower pump costs
  • Reducing plant overflow lowers costs. The installation with the PICBV valve, compared to the traditional installation, requires the use of a pump with lower power and lower supply pressure.
• Lower installation costs
  • Savings in investment costs by combining the functions of a control valve and flow limiter in one valve.
•  Quick and efficient commissioning
  • The commissioning time of the installation is significantly reduced thanks to the simple and precise flow setting procedure which does not require the use of flow diagrams, calculations or the use of measuring devices