AIR FLOW CONTROL

Precise Control of Air Movement in Safety & Life Critical Systems

Precise air flow control systems are designed for use in spaces conducting life & safety-critical processes. They are used to control room pressurization for safey, as well as temperature and humidity for comfort.

Through the use of our Phoenix Controls products we can provide solutions to many different markets.

There are many environmentally protected spaces in healthcare facilities that can benefit from the precision airflow control and monitoring offered by Phoenix.

• Patient isolation rooms
• Operating suites
• Special procedure rooms
• Neonatal units
• Intensive care units (ICUs) and Cardiac care units (CCUs)
• Laboratories
• Autopsy rooms

Proper room pressurization, either negative or positive depending on the application, is achieved by applying the Accel® II venturi valve in a CDC and ANSI recommended control approach. The valve is a fast responding, pressure-independent device with a proven history of reliable performance.

Phoenix Controls airflow controls systems have long been relied upon for fume hood containment and room pressurization in chemistry laboratories. The same precise control and repeatability also makes the system ideal for animal facilities.

The primary objective of ventilation systems in animal facilities is to provide a stable environment for the animals while producing a safe and comfortable environment for all occupants. While this goal seems straightforward, it is widely recognized that HVAC (heating, ventilating and air conditioning) systems in animal facilities are chronically problematic. Phoenix Controls systems differentiate themselves by using high performance, Accel® II venturi valves as opposed to the general variable volume devices routinely used in commercial office buildings.

An examination of key issues and the rationale for proper ventilation design may be found in our Vivarium Sourcebook.

Phoenix Controls airflow controls systems have long been relied upon for fume hood containment and room pressurization in chemistry laboratories. The same precise control and repeatability also makes the system ideal for cleanroom facilities.