Fluke Pressurements P3214-MPA Deadweight Tester, 0.015% Accuracy

The Fluke Pressurements P3214-MPA is a high-accuracy deadweight tester designed for demanding industrial pressure calibration applications. With accuracy better than 0.015% of reading (and an optional 0.008% accuracy upgrade), this instrument provides the precision and stability required for critical process control and metrology. The P3214-MPA is part of the Pressurements series, known for its robust construction and reliable performance in field and laboratory environments.

Key Features & Highlights

• Pressure ranges up to 20,000 psi (1,400 bar) to cover a wide spectrum of industrial applications.
• Accuracy better than 0.015% of reading, with an increased accuracy option of 0.008% for higher metrology requirements.
• Available in mineral oil and distilled water models to suit various media compatibility needs.
• Dual piston models allow calibration over a wide pressure range with enhanced resolution.
• Pressure units include psi, bar, kgf/cm², kPa, and MPa for flexible reporting.
• Built-in lever-style hand pump standard on all hydraulic models for convenient pressure generation.
• Mounted spirit level and adjustable feet ensure proper leveling for accurate measurements.
• High-quality screw press provides fine pressure control for precise adjustments.
• Test station design with O-rings eliminates the need for PTFE tape or wrenches, simplifying setup.
• Acrylic reservoir provides visibility of fluid level and quality, aiding maintenance.
• Improved case with spring-loaded latches and a built-in drain plug for easy fluid removal.
• Sturdy weight box with hinged lid and side handles for safe and easy transport.

Applications

The Fluke Pressurements P3214-MPA is ideal for calibrating pressure gauges, sensors, transmitters, and other pressure-measuring devices in industries such as oil and gas, chemical processing, power generation, and manufacturing. Its high accuracy and robust design make it suitable for both calibration laboratories and on-site field use, ensuring reliable performance in critical processes.