I want to fix this issue with ohms range. I suspect that one or some resistors could be out of range and that they need to be replaced. Is it possible to get schematics for this meter anywhere? I was out of luck trying to find it on the internet.
Do you mean that you have to zero the meter each time you change ohms range? If so, that is normal for an analog meter.
Is it possible to get schematics for this meter anywhere?
While I also think there is nothing to fix you could ask Gossen for a schematic. They do help people out, even with older models, if they have the information and if it isn't proprietary information.
Do you mean that you have to zero the meter each time you change ohms range? If so, that is normal for an analog meter.
Yes, exactly. It is strange that you say it is normal, as my old cheap Sanwa multimeters have not had that problem.
For Ohms measurement in the user manual Gossen says:
- choose your settings x1..x1000
- short the leads
- adjust the scale too fullscale
- measure your resistance
So with this meter you practically have to adjust your meter every time you change ranges.
If you don't have a user manual here is the link to the english one:
http://www.gossenmetrawatt.com/english/produkte/metrahit2a.htmAbout the AC Volts.
The Metrahit is a averaging Meter, the Fluke has True RMS capability, maybe that's the reason for the discrepancy.
But 28V difference seems a bit much, assuming you measureing mains.
About the AC Volts.
The Metrahit is a averaging Meter, the Fluke has True RMS capability, maybe that's the reason for the discrepancy.
But 28V difference seems a bit much, assuming you measureing mains.
Fox, I think you're reading off the wrong scale.
About the AC Volts.
The Metrahit is a averaging Meter, the Fluke has True RMS capability, maybe that's the reason for the discrepancy.
But 28V difference seems a bit much, assuming you measureing mains.
Fox, I think you're reading off the wrong scale.
Indeed i did
, not used to read analog meters any more
Thank you all.
1. Ohms. If it supposed to work this way, let it be, but I would prefer to make no adjustments.
2. VAC. Yeah, I have made the same mistake reading the wrong scale.