Ashcroft AM22DIGPSI-2000A – 2000 PSIG AM2 Module NIST

Ashcroft AM22DIGPSI-2000A — 2000 PSIG AM2-2 Pressure Module (NIST)

The Ashcroft AM22DIGPSI-2000A is a flagship digital pressure module engineered to deliver elite operational performance for high-pressure gauge monitoring up to 2000 PSIG. By addressing the requirement for absolute metrological trust, this AM2-2 series module offers a precision accuracy of ±0.025% of full scale and includes a NIST-traceable calibration certificate to effectively minimize measurement uncertainty in critical industrial infrastructure. The metrological architecture of the AM22DIGPSI ensures absolute traceability, providing a high-fidelity solution for managing significant pressure stimulus in oil refineries, power plants, and hydraulic testing facilities.

Built for industrial longevity, the module features a ruggedized sensor design and Hot Swap technology, facilitating immediate configuration changes in the field without instrument interruption. Its technical sophistication is centered on maintaining high-accuracy digital feedback even under the mechanical rigors of 2000 PSIG operational loads, ensuring professional-grade reliability for safety-critical applications. As a high-trust metrology tool, the Ashcroft AM22DIGPSI-2000A stands as a critical component for technicians requiring precise, NIST-certified gauge pressure data for regulatory compliance and preventative maintenance.

Technical Specifications & Metrological Data

• Pressure Capacity: High-range gauge pressure measurement up to 2000 PSIG.
• Metrological Precision: Exceptional accuracy rated at ±0.025% Full Scale (FS).
• Calibration Assurance: Includes a NIST-traceable certificate for guaranteed metrological validity.
• Module Architecture: AM2-2 Medium/High Pressure series with dedicated gauge range.
• Operational Intelligence: Integrated Hot Swap technology for rapid range adaptation with zero downtime.
• Measurement Fidelity: Engineered for maximum repeatability and stable digital feedback.
• Industrial Durability: Constructed to handle high-pressure stimulus in demanding plant environments.