Fluke 750P00 Pressure Module 0 To 1 INCH H2O

Fluke 750P00 Pressure Modules 0 TO 1 INCH H2O (0 TO 2.5 MBAR), (0 TO 0.25 KPA)

The Fluke 750P00 Pressure Module is designed for differential pressure measurements ranging from 0 to 1 inch H2O, 0 to 2.5 mBar, and 0 to 0.25 kPa. This module is notable for its ease of use and compatibility with various Fluke calibrators, making it versatile for a wide range of applications. It features a burst rating of 30x and is designed for use with dry air as the media on both the high and low sides.

The 750P00 module comes with a traceable calibration certificate, ensuring accuracy and reliability. It also includes a set of adapters and a user manual to facilitate setup and usage. The module is characterized by its reference uncertainty of +/-0.15% and is temperature-compensated for a range of 0° to 50°C, ensuring precise measurements under various conditions.

Fluke’s 750P Series Pressure Modules, including the 750P00, stand out for their digital communication capabilities, which eliminate errors due to poor connections and electrical interference. The technology behind these modules involves silicon piezoresistor sensors, which undergo a detailed characterization process during manufacture. This process ensures that each module’s unique coefficients are stored in its memory, allowing for accurate pressure readings that are digitally communicated to the calibrator.

The 750P00 module, like others in the 750P series, is ruggedly constructed with urethane overmolding for shock protection and sealed against dirt, dust, and moisture. Its convenient setup, with a one-meter cable and remote pressure head, adds an extra layer of safety and convenience by distancing the calibrator and operator from the pressure source when needed.

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: