Setra 26510R5WD11T1C Pressure Transducer
The Setra 26510R5WD11T1C is a professional-grade low differential pressure transducer built for reliable air monitoring in high-efficiency HVAC systems and VAV control industrial loops. Optimized for measuring dry air and non-conducting gases, this unit features a 0 to 0.5" WC unidirectional range, utilizing Setra’s signature all-stainless steel capacitive sensing element. This sensor technology is dead-ended to minimize amplification, ensuring superior long-term stability and a standard ±1% FS accuracy in critical building automation environments.
Designed for streamlined field integration, the Setra 26510R5WD11T1C operates on a 24 VDC nominal supply and provides a standard 4 to 20 mA analog output. The hardware is housed in a compact, fire-retardant UL 94 V-0 case with an integral terminal strip for secure electrical termination. With reverse wiring protection and internal regulation, this transducer is a staple for technicians installing static duct pressure sensors or monitoring cleanroom differential pressure where precision and reduced installation labor are required.
Key Benefits:
- Proven Stability: The stainless steel capacitive sensor reduces drift, maintaining calibration in energy management systems.
- Simplified Hookup: Features a screw terminal strip and integral mounting tabs to speed up VAV fan control deployments.
- Rugged Housing: The high-impact, fire-retardant enclosure is rated for plenum installations and industrial environments.
- Protected Circuitry: Includes reverse wiring protection to prevent board damage during site commissioning.
- Field Adjustable: On-board zero and span trim potentiometers allow for precise calibration adjustments after mounting.
Common Questions:
Can the Setra 265 be mounted in any orientation?
Standard factory calibration is performed in the vertical position. While it can be mounted in other orientations, a zero-offset adjustment via the internal trim pot may be necessary to maintain ±1% FS accuracy.
What media is compatible with this transducer?
The Setra 26510R5WD11T1C is engineered for dry air or other non-conducting gases. It is not suitable for liquids or corrosive gases, which can damage the internal sensing element.
How do I troubleshoot a low or no-output signal?
Verify the 24 VDC excitation voltage at the terminal strip and check for proper polarity. Ensure the 1/4" pressure fittings are securely attached to the "High" and "Low" ports without kinks in the 1/4" tubing.
Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.
Original: $186.48
-65%$186.48
$65.27Setra 26510R5WD11T1C Pressure Transducer
The Setra 26510R5WD11T1C is a professional-grade low differential pressure transducer built for reliable air monitoring in high-efficiency HVAC systems and VAV control industrial loops. Optimized for measuring dry air and non-conducting gases, this unit features a 0 to 0.5" WC unidirectional range, utilizing Setra’s signature all-stainless steel capacitive sensing element. This sensor technology is dead-ended to minimize amplification, ensuring superior long-term stability and a standard ±1% FS accuracy in critical building automation environments.
Designed for streamlined field integration, the Setra 26510R5WD11T1C operates on a 24 VDC nominal supply and provides a standard 4 to 20 mA analog output. The hardware is housed in a compact, fire-retardant UL 94 V-0 case with an integral terminal strip for secure electrical termination. With reverse wiring protection and internal regulation, this transducer is a staple for technicians installing static duct pressure sensors or monitoring cleanroom differential pressure where precision and reduced installation labor are required.
Key Benefits:
- Proven Stability: The stainless steel capacitive sensor reduces drift, maintaining calibration in energy management systems.
- Simplified Hookup: Features a screw terminal strip and integral mounting tabs to speed up VAV fan control deployments.
- Rugged Housing: The high-impact, fire-retardant enclosure is rated for plenum installations and industrial environments.
- Protected Circuitry: Includes reverse wiring protection to prevent board damage during site commissioning.
- Field Adjustable: On-board zero and span trim potentiometers allow for precise calibration adjustments after mounting.
Common Questions:
Can the Setra 265 be mounted in any orientation?
Standard factory calibration is performed in the vertical position. While it can be mounted in other orientations, a zero-offset adjustment via the internal trim pot may be necessary to maintain ±1% FS accuracy.
What media is compatible with this transducer?
The Setra 26510R5WD11T1C is engineered for dry air or other non-conducting gases. It is not suitable for liquids or corrosive gases, which can damage the internal sensing element.
How do I troubleshoot a low or no-output signal?
Verify the 24 VDC excitation voltage at the terminal strip and check for proper polarity. Ensure the 1/4" pressure fittings are securely attached to the "High" and "Low" ports without kinks in the 1/4" tubing.
Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The Setra 26510R5WD11T1C is a professional-grade low differential pressure transducer built for reliable air monitoring in high-efficiency HVAC systems and VAV control industrial loops. Optimized for measuring dry air and non-conducting gases, this unit features a 0 to 0.5" WC unidirectional range, utilizing Setra’s signature all-stainless steel capacitive sensing element. This sensor technology is dead-ended to minimize amplification, ensuring superior long-term stability and a standard ±1% FS accuracy in critical building automation environments.
Designed for streamlined field integration, the Setra 26510R5WD11T1C operates on a 24 VDC nominal supply and provides a standard 4 to 20 mA analog output. The hardware is housed in a compact, fire-retardant UL 94 V-0 case with an integral terminal strip for secure electrical termination. With reverse wiring protection and internal regulation, this transducer is a staple for technicians installing static duct pressure sensors or monitoring cleanroom differential pressure where precision and reduced installation labor are required.
Key Benefits:
- Proven Stability: The stainless steel capacitive sensor reduces drift, maintaining calibration in energy management systems.
- Simplified Hookup: Features a screw terminal strip and integral mounting tabs to speed up VAV fan control deployments.
- Rugged Housing: The high-impact, fire-retardant enclosure is rated for plenum installations and industrial environments.
- Protected Circuitry: Includes reverse wiring protection to prevent board damage during site commissioning.
- Field Adjustable: On-board zero and span trim potentiometers allow for precise calibration adjustments after mounting.
Common Questions:
Can the Setra 265 be mounted in any orientation?
Standard factory calibration is performed in the vertical position. While it can be mounted in other orientations, a zero-offset adjustment via the internal trim pot may be necessary to maintain ±1% FS accuracy.
What media is compatible with this transducer?
The Setra 26510R5WD11T1C is engineered for dry air or other non-conducting gases. It is not suitable for liquids or corrosive gases, which can damage the internal sensing element.
How do I troubleshoot a low or no-output signal?
Verify the 24 VDC excitation voltage at the terminal strip and check for proper polarity. Ensure the 1/4" pressure fittings are securely attached to the "High" and "Low" ports without kinks in the 1/4" tubing.
Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.
