Panametrics DFO [DFOX-5-3-0] Delta F Oxygen Cell, 0 to 50 / 500 / 5000 ppm, 1/8" Compression Fittings w/R7 Explosion / Flame Proof Enclosure

Name: Panametrics DFO [DFOX-5-3-0] Delta F Oxygen Cell, 0 to 50 / 500 / 5000 ppm, 1/8" Compression Fittings w/R7 Explosion / Flame Proof Enclosure
Brand: PT. Indomultimeter Test Instrument
Availability: OutOfStock
Rating: 5 (1 reviews)

0 reviews • Write a review

from

Rp.377,155,9340

Brand: Panametrics
Part Number: DFOX-5-3-0
Availability: 8 - 10 Weeks
Last Updated: 25 May 2026

Panametrics

Qty

Add to Cart

Add to Wish List Compare this Product

Tags: Panametrics , Delta F Oxygen , Cells

Description

The Panametrics DFO (DFOX-5-3-0) is a non-depleting, coulometric electrochemical oxygen sensor designed to measure trace to percent-level oxygen in sample gases. It is widely used across the semiconductor, petrochemical, and gas production industries for its ultra-stable accuracy and elimination of periodic cell replacement. The Panametrics DFOX530 is a non-depleting coulometric oxygen sensor used to measure trace and percent levels of oxygen in gases. It is designed for applications requiring high-sensitivity process control, offering a measurement range of 0 to 50, 500, and 5000 ppm.

The Panametrics Delta F oxygen cells (by Baker Hughes) are highly advanced, coulometric electrochemical sensors designed for the trace and percent-level measurement of oxygen in various gases. They are widely respected in industries like semiconductor manufacturing, petrochemicals, and air separation because they deliver ultra-stable readings without the degradation issues typical of standard sensors.Panametrics Delta F oxygen cells are highly specialized, coulometric electrochemical sensors used to measure trace to percent-level oxygen concentrations in gases. Because they feature a non-depleting design, they do not undergo chemical changes or degrade as they measure oxygen. This makes them ideal for demanding, high-purity, and hazardous industrial applications where extreme sensitivity, stability, and long-term reliability are required.