![]() I know what works when I'm welding.I've got bigger issues to worry about, like lack of skill/practice I don't get overly concerned with it because what I really care about is the final result, but I do find it interesting. But no one wants to listen to a hobbyist welder who only "collects" welding machines, even though this hobbyist has a formal degree'd education in Physics and Mathematics It was quite interesting to see exactly what was going on and having empirical evidence. The first one was on my Franken-Mixer, and the 2nd one was on one of my TIGs. A while back I installed a few pressure regulators on my gas hoses. I feel there have been a number of incorrect discussions regarding the pressure as it relates to gauge-style "regulators" vs floating-ball "flowmeters". Since the gauge/scale on the flow meter is calibrated for the output pressure of the regulator I would think you'd get a different number if the peashooter wasn't calibrated similarly, but maybe I'm missing something. G-ManBart wrote: ↑ Mon 10:04 pmthere have been a number of discussions here and elsewhere about how flow meters are calibrated, and the output pressure is a factor. I went back and saw that I missed the part about using the tester at the flow meter outlet.now it makes sense! In this case, flow in the analogue of electrical current - the current is the same anywhere in a closed loop. If there are no leaks, the flow is the same anywhere along the line. ![]() I am not concerned about how well or otherwise the flow meters are calibrated. I just roll with what the puddle and bead tells me Hopefully someone can chime in who understands this and confirm or correct me. ![]() I'm largely ignorant of the topic, but there have been a number of discussions here and elsewhere about how flow meters are calibrated, and the output pressure is a factor. I'm honestly not asking this to be a wise guy, but are you sure about that? If not a MIG Euro connector, sometimes the MIG lead is not properly inserted into the machine. If there is a difference in readings that is larger that that seen in the first test, there must be a leak.ĭo the usual leak tests and make sure the torch (MIG) or torch hose (TIG) (what are you using?) is properly connected. The flow cannot drop along the hose unless there is a leak. If they differ then choose which one you want to believe - the tester probably. Connect the tester to the flow meter outlet with a short (non leaking) hose and compare the readings. International orders may be subject to a processing fee.First thing is to determine if the tester and the flow meter on the bottle agree with each other. We ship by UPS Mon-Fri (Next Day Air, 2nd Day Air or Ground). We accept Visa, Master Card, and American Express. The meter comes complete with an 80 mesh inlet screen for meter protection along with the flanges gaskets and flanges bolts.Ĭlick here to return to the full list of Elster American Meter Rotary Gas Meters. ![]() The meter is complete with a Mercury Instruments electronic temperature correction unit model TCI, and it does include a pulse output. The Elster American Meter 3.5M-MTCI-2-TWELL meter has a 175 PSI maximum pressure rating, and 2 inch flanged connection. The Elster American Meter 3500 CFH RPM rotary gas meter is a compact method of measuring gas in a commercial or industrial application. Anderson-Bolds: Elster American Meter 3500 CFH rotary gas meter with 2 inch flanges w/ temp correction and pulseĮlster American Meter 3500 CFH rotary gas meter with 2 inch flanges w/ temp correction and pulse
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |