Automation24, Inc. Datasheets for Gas Flow Meters

Gas flow meters are used for measuring the flow or quantity of a moving gas in an enclosed pipe or passage.
Gas Flow Meters: Learn more

Product Name Notes
The flow monitor SA4110 from ifm electronic with a programmable output measures liquid and gaseous media in a setting range of 0-19.5 ft/s (liquid media) or 0-656 ft/s (gaseous media)...
The flow monitor SA4114 from ifm electronic with a programmable output measures liquid and gaseous media in a setting range of 0-19.5 ft/s (liquid media) or 0-656 ft/s (gaseous media)...
The flow monitor SA4310 from ifm electronic with a programmable output measures liquid and gaseous media in a setting range of 0-19.5 ft/s (liquid media) or 0-656 ft/s (gaseous media)...
The flow monitor SA4314 from ifm electronic with a programmable output measures liquid and gaseous media in a setting range of 0-19.5 ft/s (liquid media) or 0-656 ft/s (gaseous media)...
The flow monitor SA5000 from ifm electronic with a programmable output measures liquid and gaseous media in a setting range of 00-19.5 ft/s (liquid media) or 0-656 ft/s (gaseous media)...
The flow monitor SA5010 from ifm electronic with a programmable output measures liquid and gaseous media in a setting range of 0-19.5 ft/s (liquid media) or 0-656 ft/s (gaseous media)...
The flow monitor SA5014 from ifm electronic with a programmable output measures liquid and gaseous media in a setting range of 0-19.5 ft/s (liquid media) or 0-656 ft/s (gaseous media)...
The flow monitor SA6010 from ifm electronic with a programmable output measures liquid and gaseous media in a setting range of 0-19.5 ft/s (liquid media) or 0-656 ft/s (gaseous media)...
The flow monitor SA6014 from ifm electronic with a programmable output measures liquid and gaseous media in a setting range of 0-19.5 ft/s (liquid media) or 0-656 ft/s (gaseous media)...
The flow sensor for compressed air SD6001 from ifm electronic is working in a range of 0.2-44.1 scfm. The mechanical connection is made via an 1/2" NPT (DN15) thread. The...
The flow sensor for compressed air SD8001 from ifm electronic is working in a range of 1-132.4 scfm. The mechanical connection is made via a 1" NPT (DN25) thread. The...
The flow sensor for compressed gas SD6101 from ifm electronic is working in a range that varies by gas, and is compatible with nitrogen, argon, as well as carbon dioxide.
The SF5200 flow monitor from ifm has a measuring range of 0.1-9.8 ft/s (3-300 cm/s) liquids/ 6.5-98 ft/s (200-3,000 cm/s) gases with a temperature range of -25-80 °C at a...
The SF5300 flow monitor from ifm has a measuring range of 0.3-9.8 ft/s (3-300 cm/s) liquids/ 6.5-98 ft/s (200-3,000 cm/s) gases with a temperature range of 0-120 °C at a...
The SF6200 flow sensor from ifm has a measuring range of 0.1-9.8 ft/s (3-300 cm/s) liquids/ 6.5-98 ft/s (200-3,000 cm/s) gases, a temperature range of -25-80 °C, and a pressure...
The SI5000 flow sensor from ifm, with a programmable output as normally open or normally closed, measures liquid and gaseous media in a setting range of 0.1-9.8 ft/s (3-300 cm/s)...
The SI5006 flow sensor from ifm with a programmable output as normally open or normally closed measures liquid and gaseous media in a setting range of 0.1-9.8 ft/s (3-300 cm/s)...
The SI5007 flow sensor from ifm has a setting range of 0.1-9.8 ft/s (3-300 cm/s) liquids/ 6.5-98 ft/s (200-3,000 cm/s) gases at a pressure rating of 300 bar.Thanks to the...
The SI5010 flow sensor from ifm has a setting range of 0.1-9.8 ft/s (3-300 cm/s) liquids/ 6.5-98 ft/s (200-3,000 cm/s) gasesat a pressure rating of 300 bar. Thanks to the...
The SI6800 sanitary flow sensor from ifm with a programmable output as normally open or normally closed measures liquid and gaseous media has a setting range of 0.1-9.8 ft/s (3-300...
The SL0301 compact flow monitor from ifm ensures the optimum air flow thanks to easy setting in a range from 100-1,000 cm/s via potentiometer. The immersion depth into the duct...
The SL5101 compact flow monitor from ifm ensures the optimum air flow thanks to easy setting in a range from 100-1,000 cm/s via potentiometer. The immersion depth into the duct...