Description
The Schneider Electric (Barber Colman) EPW2104 is a precision differential pressure transducer engineered for demanding HVAC and building automation applications. Designed to measure the pressure difference between two points in air or compatible fluid systems, this transducer delivers accurate, repeatable output signals that integrate seamlessly into building management and control systems.
With a wide-range 12–24 Vdc power supply input, the EPW2104 offers installation flexibility across a broad range of control panels and field wiring configurations. Its rugged construction and reliable sensing technology make it well suited for monitoring duct static pressure, filter pressure drop, fan differential pressure, and similar critical HVAC parameters.
Key Features
- Differential pressure sensing for HVAC and building automation systems
- Wide-range 12–24 Vdc power supply input for flexible installation
- Accurate, repeatable analog output signal
- Suitable for duct static pressure, filter differential, and fan monitoring applications
- Designed and backed by Schneider Electric (formerly Barber Colman)
- Compact, field-mountable design for ease of installation
Typical Applications
- Duct static pressure monitoring
- Air filter differential pressure measurement
- Fan and blower performance verification
- Building automation and energy management systems
- VAV system pressure control
Why Choose the EPW2104?
As part of the trusted Schneider Electric (Barber Colman) controls lineup, the EPW2104 delivers the accuracy and durability that HVAC professionals depend on. Its broad input voltage range simplifies integration with existing control infrastructure, reducing installation time and cost. Whether you are commissioning a new system or replacing an aging transducer, the EPW2104 is a reliable, drop-in solution for differential pressure measurement in commercial and industrial HVAC environments.
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