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Fluke Calibration P3124-MPA Oil Operated Dual Range Deadweight Tester, 70Mpa

$12,604.00

The Fluke P3124-MPA is an oil-operated hydraulic deadweight tester with dual-range capability up to 70 MPa, delivering primary standard accuracy for high-pressure calibration of gauges, transmitters, and sensors.

The Fluke Calibration P3124-MPA Deadweight Tester is a precision primary pressure standard designed for accurate, traceable calibration across a range up to 70 MPa (approx. 700 bar / 10,150 PSI). Utilizing precision piston-cylinder assemblies and calibrated mass sets, this dual-range tester provides stable and repeatable pressure points suitable for both laboratory and industrial applications.

Its oil-operated hydraulic system ensures smooth, reliable pressure generation and long-term stability, making it ideal for demanding calibration tasks in industries such as aerospace, oil and gas, power generation, and manufacturing. The P3124-MPA’s robust construction and ease of use make it a dependable tool for high-pressure calibration requirements.

This model allows calibration technicians to efficiently handle a wide variety of high-pressure instruments while maintaining traceability to international metrology standards and minimizing measurement uncertainty.

Key Features

  • Dual-range pressure: up to 70 MPa (approx. 700 bar / 10,150 PSI)

  • Oil-operated hydraulic system for reliable high-pressure calibration

  • Precision piston-cylinder assemblies for primary standard accuracy

  • Accuracy of ±0.015% of reading

  • Rugged, durable design suitable for laboratory and field use

  • Compatible with interchangeable calibrated mass sets (MPa, bar, PSI, kgf/cm²)

Compatible media: Mineral oil or approved hydraulic fluids.

Included accessories: Piston-cylinder unit, dual-range calibrated mass set, hydraulic fluid reservoir, test connections, and operator manual.

Compliance: ISO/IEC 17025 traceable calibration; GLP/GMP compliant.

Benefits for Lab Users

  • Provides precise, high-pressure calibration up to 70 MPa

  • Ensures traceable and repeatable results for critical applications

  • Reduces measurement uncertainty

  • Durable and easy-to-operate in both laboratory and industrial environments