Ashcroft PT1LP – Low-Pressure Transducer RS232 I/O

Ashcroft PT1LP Low-Pressure Transducer (RS232 I/O)

The Ashcroft PT1LP is a versatile low-pressure transducer system engineered to deliver elite operational performance for the characterization of pneumatic and differential pressure stimulus. By addressing the requirement for surgical precision in field diagnostics, this instrument features variable damping and a push-button zero adjust, effectively minimizing measurement uncertainty during high-stakes pressure audits. The metrological architecture of the PT1LP ensures absolute traceability, providing a high-fidelity RS232 I/O interface for seamless data harvesting and a dedicated “push-to-print” function for immediate physical documentation of stimulus results.

Built for industrial longevity, the PT1LP includes advanced functional logic such as Max/Min memory, tare capability, and selectable engineering units, making it a high-trust solution for managing complex pressure stimulus in HVAC and process control environments. Its technical sophistication is further highlighted by its high static differential pressure (DP) capability, allowing for the auditing of sensitive gradients without compromising sensor integrity. As a professional-grade metrology platform, the PT1LP serves as a central hub for external sensors (not included), providing technicians with a surgical tool for the verification of industrial transducers and process transmitters.

Technical Specifications & Metrological Data

• Functional Logic: Features push-button zero, tare, and variable damping for stimulus management.
• Data Infrastructure: Integrated RS232 I/O for high-fidelity digital communication and data logging.
• Visual Intelligence: High-resolution display with selectable engineering units and Max/Min memory.
• Pressure Capability: Engineered for high static DP monitoring and low-pressure characterization.
• Documentation Utility: Includes a “Push-to-Print” feature for rapid diagnostic reporting.
• System Architecture: Portable handheld design optimized for field verification and industrial audits.
• Sensor Configuration: Designed as a primary readout unit for external Ashcroft pressure sensors.