Description
The Setra Model 2301-050PD-3V-11-B (SKU: 2301050PD3V11BC) is a high-performance unidirectional differential pressure transducer engineered for demanding HVAC, building automation, and industrial process monitoring applications. With a 0 to 50 PSID measurement range, this transducer delivers precise, reliable differential pressure readings across a wide variety of fluid and gas systems.
Key Features
- Unidirectional pressure range: 0 to 50 PSID for accurate one-direction differential measurement
- Industry-standard 4–20 mA analog output for seamless integration with building automation systems, PLCs, and data acquisition equipment
- Integrated 3-valve manifold for safe and convenient in-line isolation, equalization, and calibration without system shutdown
- Standard Viton bleed screw seals for superior chemical resistance and long-term sealing reliability
- Robust construction suitable for HVAC, hydronic, and light industrial pressure monitoring
Product Specifications
- Brand: Setra
- Model: 2301-050PD-3V-11-B
- SKU: 2301050PD3V11BC
- Pressure Range: 0 to 50 PSID (Unidirectional)
- Output Signal: 4–20 mA
- Manifold: 3-Valve Manifold included
- Seal Material: Standard Viton Bleed Screw Seals
Why Choose the Setra 2301050PD3V11BC?
Setra is a trusted name in precision pressure sensing, and the Model 2301 series is widely specified by HVAC engineers and building automation professionals for its accuracy and durability. The integrated 3-valve manifold simplifies installation and maintenance, while the Viton bleed screw seals ensure compatibility with a broad range of media. The universal 4–20 mA output makes this transducer plug-and-play compatible with virtually any control system or BAS platform.
Typical Applications
- HVAC chilled water and hot water differential pressure monitoring
- Building automation and energy management systems
- Filter and strainer differential pressure measurement
- Hydronic system balancing and commissioning
- Industrial process pressure monitoring







Reviews
There are no reviews yet.