Fluke 750P01 Pressure Module 0 TO 10 INCH H2O

Fluke 750P01 Differential Pressure

The Fluke 750P01 Differential Pressure Module is designed for measuring pressures ranging from 0 to 10 inches of water (inH2O), 0 to 25 millibars (mBar), or 0 to 2.5 kilopascals (kPa). It features a burst rating of 3x and is designed to work with dry air on both the high and low sides. The module is known for its reference uncertainty of ±0.1% and is compatible with Fluke’s multifunction calibrators like the 725, 726, or 750 Series, enhancing their capabilities by extending the measurement range.

The Fluke 750P01 module stands out for its ease of use, requiring just a connection to a pressure source or hand pump and then to the calibrator. Once connected, pressure from the source is displayed digitally on the calibrator, with the option to show the reading in up to 11 different engineering units. When used with the 750 Series Documenting Process Calibrators, the pressure readings can be date/time stamped and stored for later retrieval, aiding in compliance with quality standards and regulations.

This module is highly accurate and benefits from digital communication with calibrators, eliminating analog losses or errors. It’s inherently temperature-compensated from 0° to 50°C (32° to 122°F) and is calibrated independently of the calibrator, allowing it to be used interchangeably without losing accuracy or traceability.

Included with the 750P01 are various adapters and a manual, along with a traceable calibration certificate, ensuring that you have everything needed to start using the module right away. The rugged construction of the module, including a protective urethane over molding, ensures durability and reliability in various work environments.

Features

• A complete family of precision pressure modules
• Covers workloads from 1 inH20 to 10,000 psi (2.5 mBar to 690 bar)
• 8 intrinsically safe models for use with Fluke 718EX or 725EX
• Reduce errors by digitally sending measurements to calibrators
• Precision measurements with reference uncertainties up to 0.01%

Specifications: