Automation Components Inc (ACI) PXP2.3 Transducer
The Automation Components Inc (ACI) PXP2.3 Transducer is a high-performance electric to pneumatic transducer engineered to masterfully convert analog electrical signals into exact proportional pneumatic outputs. As an essential component for DDC control and pneumatic valve actuator management, the PXP2.3 features a sophisticated dual valve design that ensures zero air consumption at the set point, maximizing system efficiency. This analog to pneumatic interface offers four field-selectable input ranges (0-5VDC, 0-10VDC, 0-15VDC, and 0-20mA) to generate a reliable 0 to 15 psig modulating output. For advanced system monitoring, it provides a 0-5 VDC feedback signal that fluctuates linearly with branch pressure. Designed for resilience, the PXP2.3 maintains branch line pressure during power interruptions, provided the line remains leak-free. Ideal for three-way mixing valve control, chiller loading, and fan vane control, this NIST-traceable unit includes a jumper-selectable manual override for seamless troubleshooting and setup.
Key Benefits- Dual-Valve Efficiency: The PXP2.3 incorporates two valves to eliminate air bleed at set point, reducing compressor wear and energy costs.
- Selectable Input Versatility: Easily configure the device for 0-5, 0-10, 0-15 VCD, or 0-20 mA signals via onboard jumpers.
- Linear Feedback Monitoring: Includes a dedicated 0-5 VDC feedback loop for real-time verification of pneumatic branch pressure.
- Robust Power-Fail Performance: Maintains constant branch pressure upon power loss, ensuring system stability in critical HVAC pneumatic applications.
- Precision Calibration: Factory calibrated and NIST traceable to provide high-level accuracy for pilot positioner control.
How do I test the device during initial setup?
The ACI PXP2.3 features a manual override jumper. By switching from AUTO to MAN, you can use the onboard potentiometer to manually vary the pneumatic output for testing actuators and dampers without an active controller signal.
What happens to the pressure if the power goes out?
The PXP2.3 is designed to hold the last branch line pressure constant during a power failure, assuming there are no downstream leaks in the pneumatic tubing.
Does this unit require a specific air volume to operate correctly?
Yes, for stable oscillation-free operation, the branch line requires a minimum capacity of 2 cubic inches (typically achieved with at least 25 feet of 1/4" O.D. 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.
Automation Components Inc (ACI) PXP2.3 Transducer
The Automation Components Inc (ACI) PXP2.3 Transducer is a high-performance electric to pneumatic transducer engineered to masterfully convert analog electrical signals into exact proportional pneumatic outputs. As an essential component for DDC control and pneumatic valve actuator management, the PXP2.3 features a sophisticated dual valve design that ensures zero air consumption at the set point, maximizing system efficiency. This analog to pneumatic interface offers four field-selectable input ranges (0-5VDC, 0-10VDC, 0-15VDC, and 0-20mA) to generate a reliable 0 to 15 psig modulating output. For advanced system monitoring, it provides a 0-5 VDC feedback signal that fluctuates linearly with branch pressure. Designed for resilience, the PXP2.3 maintains branch line pressure during power interruptions, provided the line remains leak-free. Ideal for three-way mixing valve control, chiller loading, and fan vane control, this NIST-traceable unit includes a jumper-selectable manual override for seamless troubleshooting and setup.
Key Benefits- Dual-Valve Efficiency: The PXP2.3 incorporates two valves to eliminate air bleed at set point, reducing compressor wear and energy costs.
- Selectable Input Versatility: Easily configure the device for 0-5, 0-10, 0-15 VCD, or 0-20 mA signals via onboard jumpers.
- Linear Feedback Monitoring: Includes a dedicated 0-5 VDC feedback loop for real-time verification of pneumatic branch pressure.
- Robust Power-Fail Performance: Maintains constant branch pressure upon power loss, ensuring system stability in critical HVAC pneumatic applications.
- Precision Calibration: Factory calibrated and NIST traceable to provide high-level accuracy for pilot positioner control.
How do I test the device during initial setup?
The ACI PXP2.3 features a manual override jumper. By switching from AUTO to MAN, you can use the onboard potentiometer to manually vary the pneumatic output for testing actuators and dampers without an active controller signal.
What happens to the pressure if the power goes out?
The PXP2.3 is designed to hold the last branch line pressure constant during a power failure, assuming there are no downstream leaks in the pneumatic tubing.
Does this unit require a specific air volume to operate correctly?
Yes, for stable oscillation-free operation, the branch line requires a minimum capacity of 2 cubic inches (typically achieved with at least 25 feet of 1/4" O.D. 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 Automation Components Inc (ACI) PXP2.3 Transducer is a high-performance electric to pneumatic transducer engineered to masterfully convert analog electrical signals into exact proportional pneumatic outputs. As an essential component for DDC control and pneumatic valve actuator management, the PXP2.3 features a sophisticated dual valve design that ensures zero air consumption at the set point, maximizing system efficiency. This analog to pneumatic interface offers four field-selectable input ranges (0-5VDC, 0-10VDC, 0-15VDC, and 0-20mA) to generate a reliable 0 to 15 psig modulating output. For advanced system monitoring, it provides a 0-5 VDC feedback signal that fluctuates linearly with branch pressure. Designed for resilience, the PXP2.3 maintains branch line pressure during power interruptions, provided the line remains leak-free. Ideal for three-way mixing valve control, chiller loading, and fan vane control, this NIST-traceable unit includes a jumper-selectable manual override for seamless troubleshooting and setup.
Key Benefits- Dual-Valve Efficiency: The PXP2.3 incorporates two valves to eliminate air bleed at set point, reducing compressor wear and energy costs.
- Selectable Input Versatility: Easily configure the device for 0-5, 0-10, 0-15 VCD, or 0-20 mA signals via onboard jumpers.
- Linear Feedback Monitoring: Includes a dedicated 0-5 VDC feedback loop for real-time verification of pneumatic branch pressure.
- Robust Power-Fail Performance: Maintains constant branch pressure upon power loss, ensuring system stability in critical HVAC pneumatic applications.
- Precision Calibration: Factory calibrated and NIST traceable to provide high-level accuracy for pilot positioner control.
How do I test the device during initial setup?
The ACI PXP2.3 features a manual override jumper. By switching from AUTO to MAN, you can use the onboard potentiometer to manually vary the pneumatic output for testing actuators and dampers without an active controller signal.
What happens to the pressure if the power goes out?
The PXP2.3 is designed to hold the last branch line pressure constant during a power failure, assuming there are no downstream leaks in the pneumatic tubing.
Does this unit require a specific air volume to operate correctly?
Yes, for stable oscillation-free operation, the branch line requires a minimum capacity of 2 cubic inches (typically achieved with at least 25 feet of 1/4" O.D. 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.
