Setra 26410R1WD2DT1C Pressure Transducer

0 to 5 VDC Output, Terminal strip, ±1% FS Accuracy, Low Differential Pressure Transducer

Setra 26410R1WD2DT1C Low Differential Pressure Transducer – 0-5 VDC Output, ±1% Accuracy

The Setra 26410R1WD2DT1C is a high-performance, low differential pressure transducer engineered for precise measurement of air and non-conducting gases. Designed for versatility and reliability, this pressure transducer delivers accurate readings with ±1% full-scale (FS) accuracy and offers multiple output options, including 0-5 VDC and 4-20 mA loop-powered signals.

Key Features & Benefits:

• Measurement Range: ±1 in WC (custom ranges available 0–100″WC or ±0.1–25″WC)

• High Accuracy: Standard ±1% FS, optional 0.4% and 0.25% NIST certification for critical applications

• Output Options: 0–5 VDC @ 5KΩ or 4–20 mA @ 750Ω

• Durable Construction: Stainless steel diaphragm for inert media compatibility

• Media Compatibility: Suitable for dry air, liquid, and non-conducting gases

• Overpressure Protection: Burst rating ±10 psid (68.95 kPa), proof pressure -25″WC to +100″WC

• Operating Conditions: 0–175°F (-18 to 79°C), 10–95% non-condensing humidity

• Easy Installation: Wall mount with #10 screws, NEMA1 equivalent plastic enclosure

• Adjustable Settings: Zero and span trim potentiometers (Z/S) for precise calibration

• Reliability: Reverse wiring protected, CE approved.

• Ideal for HVAC, building automation, laboratory, and industrial applications, the Setra 26410R1WD2DT1C Pressure Transducer provides accurate, dependable, and long-lasting performance in low differential pressure measurement.

Why Choose Setra 26410R1WD2DT1C:

• Precision capacitive sensor technology

• Flexible output signals for integration with existing systems

• Robust design with stainless steel wetted parts

• Optional NIST traceable calibration for high-accuracy requirements

Optimize your system with the Setra 26410R1WD2DT1C, a trusted solution for low differential pressure measurement where accuracy, reliability, and durability are critical.