Innovations in Comfort, Efficiency, and Safety Solutions.
Belimo's Pressure Independent Characterized Control ValveTM (PICCV) Does What Others Can't
Belimo Aircontrols' (USA) new PICCV Pressure Independent Characterized Control ValveTM provides everything an owner, contractor, or engineer ever wanted in an automatic flow control valve. It accurately maintains flow control regardless of pressure fluctuations, plus it's lightweight, plus it's competitively priced! All this in a valve that is backed by a 5-Year warranty that demonstrates the manufacturers' confidence that the PICCV will perform.
Automatic Dynamic System Balancing The PICCV is a two-way valve that supplies a specific flow for each degree of ball opening, regardless of system pressure fluctuations. It can be used to regulate flow through air handlers, heating and cooling coils, fan coil units, unit ventilators and VAV re-heat coils. A fully engineered valve and actuator package, the PICCV uses Belimo's Multi-Function Technology® (MFT) for greater control resolution and flexibility. No dip switches are needed to set flow.
Accurate Even at Flows as Low As 0.5 GPM The PICCV excels where other automatic flow control valves have failed-at low flows. It provides consistent flow control over its entire operating range, from 0.5 GPM to 60 GPM. Unlike other automatic flow control valves, the PICCV can maintain its accuracy even at extremely low system flows, so owners truly reap the benefits of their variable flow systems without incurring the associated balancing problems.
Here are just a few of the other benefits that make the PICCV a smart choice:
Easy selection that requires no Cv calculation
One piece installation saves 50% of labor costs, installation space, and investment in balancing
Provides a visual representation of flow in a BMS system.
Eliminates the need for balancing and re-balancing after alterations in system
Actuator can be mounted in one of four positions for greater installation flexibility
For more information, visit Belimo at www.belimo.com
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