Fluke 750P00 | 0 to 1 inH₂O Differential Pressure Module

Very low differential-pressure transmitters used for airflow, filter and clean-area measurements require a reference capable of resolving only a few millibars accurately. The Fluke 750P00 Differential Pressure Module extends compatible Fluke process calibrators to the 0 to 1 inH₂O (0 to 2.5 mbar) range.

Both high- and low-pressure ports are intended for dry air or other suitable non-corrosive gases. The module's reference uncertainty is specified at ±0.15%, while the burst rating is 30 times full scale. It is designed for use with compatible Fluke documenting and multifunction process calibrators, allowing low differential pressure to be measured alongside electrical process signals. A traceable calibration certificate is supplied with the 750P Series, supporting field calibration and maintenance documentation.

Low Differential Pressure Module Selection Guide

Choose the 750P00 when the full required range is only 0–1 inH₂O. For larger HVAC or process differentials, select a higher-range 750P differential module.

Market Relevance

The 750P00 is useful in Pakistan's pharmaceutical cleanrooms, HVAC systems, laboratories, filter testing and controlled-environment applications. Buy the Fluke 750P00 from Kamadi Pakistan for very-low differential pressure calibration.

Key Features

• 0–1 inH₂O low-pressure range
• Differential pressure measurement
• High and low ports for dry air
• 30× full-scale burst rating
• Traceable calibration certificate

Technical Specifications

• Model: Fluke 750P00
• Pressure Type: Differential
• Range: 0–1 inH₂O
• Metric Range: 0–2.5 mbar
• High-Side Media: Dry air
• Low-Side Media: Dry air
• Reference Uncertainty: ±0.15%
• Burst Rating: 30× full scale
• Compatible Family: Fluke process calibrators

Applications

• Cleanroom pressure calibration
• HVAC differential pressure
• Filter-pressure testing
• Low-pressure transmitter calibration
• Laboratory airflow systems

Professional Tip: Protect very-low-pressure modules from sudden pressure pulses; even when the burst rating is high, controlled application improves measurement repeatability and protects connected tubing.