Airflow Control Valves are designed for safe environment for end users and its mechanical pressure independent system ensures stability

Base Upgradeable Valves can be ordered as constant flow, 2-state flow, or with options for VAV. They are selected when 'control by others' is desired. This is also the family of valves to select when future upgrading is being considered.

The Phoenix Controls Celeris family of valves are used whever high speed actuation is required. Typically used in wet chemistry applications where fume hoods are present, Celeris is used to ensure safety of the user at the fume hood.

Compact cage rack valve combines a factory-calibrated, field-tunable flow rate setting with a mechanical, pressure-independent flow regulator to meet the unique requirements of a ventilated cage rack connection to building ventilation system.

A complete critical space platform where the Phoenix Controls venturi valve is coupled with native BACnet IP and MS/TP controllers, high speed linear actuation, and digital dispays to control the most demanding environments

The OEM Valve is a control valve by Phoenix Controls that is used for high speed actuation applications such as wet chemistry laboratory fume hood exhaust control. OEM is used to ensure safety of the user at the fume hood.

Theris Flex Valves offer a versatile, cost-effective way to introduce pressurization and accurate airflow into sensitive spaces where such capabilities might previously have seemed cost prohibitive.

Phoenix Controls Venturi Valves with Theris BACnet valve controllers are specifically designed for healthcare critical space ventilation requirements where infection control, energy savings, and reduced maintenance costs are important considerations.

The Phoenix Controls Traccel Family of Valves is designed to meet the ventilation requirements of demanding life science lab facilities, and to provide a safe, comfortable working environment.

The new Honeywell VPI Pressure Independent Control Valves and Actuators integrates the flow, pressure and temperature control functions in a single valve and then automatically controlling the flow in each hydronic system circuit.

The VRN2 two-way dynamic pressure-regulating control valves maintain constant flow of hot or chilled water in HVAC systems.

VRW2 2-way dynamic pressure-regulating control valves maintain constant flow of hot and chilled water in closed-loop HVAC systems regardless of head pressure fluctuations above minimum specified pressure drop.