Explore our vast portfolio
In today’s connected world, intelligent building automation is driving the future, a future that relies on precision and efficiency. Healthy building environments depend on effective, efficient and complete building automation systems, and valves and actuators play a pivotal role. Make sure you have the proper temperature, pressure and flow solutions for your application, whatever that application may be. Johnson Controls has the industry’s widest offering of valves and actuators, each designed to send essential data to your BAS for precision performance.
Take a guided tour through our vast portfolio of HVAC controls
Valves & Actuators are fundamental to the performance of countless building systems and their applications. During this one-hour recorded webinar, Johnson Controls product experts explain how our precision HVAC controls support your building outcomes.
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The latest temperature, pressure and flow solutions
270° Six-Way Valve and Actuator
Our patented six-way valve and actuator provides control, accuracy, energy efficiency and comfort by minimizing the number of valves and actuators that a system requires.
VP100 Series PICV
The VP100 Series Pressure Independent Control Valve increases comfort and efficiency without balancing valves, and delivers a stable flow, regardless of pressure fluctuations.
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M9300 Series Electric Non-Spring Return Actuator
This versatile return actuator serves both damper and valve applications. That simplifies installation, because one actuator covers a wide range of applications.
Learn MoreVG1000 Ball Valve
The expanded VG1000 line meets the full range of HVAC needs, including low Cv applications. Flow control discs deliver tight pressure control for low flow applications and high temperature control under all load conditions.
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Air Solutions
Control flow for HVAC efficiency and occupant comfort.
Water Solutions
Achieve and maintain proper temperature, pressure and flow rates.
Pneumatic Solutions
Empower your systems to withstand tough conditions and reduce leakage.