Description
The Schneider Electric (Barber Colman) EPW105-LCD is a professional-grade differential pressure transducer designed for accurate pressure monitoring in commercial and industrial HVAC applications. Built on the trusted Barber Colman legacy and backed by Schneider Electric engineering, this transducer delivers reliable, repeatable performance for building automation systems, air handling units, duct pressure monitoring, filter status detection, and more.
A standout feature of the EPW105-LCD is its integrated LCD display, which provides on-device pressure readings without the need for a separate meter or handheld tool. This makes commissioning, troubleshooting, and routine inspection faster and more convenient — especially in mechanical rooms and rooftop applications where portability matters.
Key Features
- Integrated LCD display for on-site pressure readings without additional instrumentation
- Differential pressure sensing ideal for air ducts, filter monitoring, and HVAC system balancing
- Designed for seamless integration with building automation and energy management systems
- Reliable Schneider Electric (Barber Colman) engineering for long-term field performance
- Compact, field-installable design suited for commercial and light industrial environments
- Analog output signal compatible with standard BAS/DDC controllers
Typical Applications
- Air handling unit (AHU) duct static pressure control
- Filter differential pressure monitoring and change alerts
- VAV system pressure sensing and control
- Fan inlet/outlet pressure measurement
- Building automation system (BAS) integration
Why Choose the EPW105-LCD
The built-in LCD display sets the EPW105-LCD apart from standard transducers, eliminating the need for external test equipment during setup and maintenance. Backed by the Schneider Electric brand — a global leader in energy management and automation — this transducer is a dependable choice for HVAC contractors, mechanical engineers, and building automation professionals who demand accuracy and ease of use in a single device.
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