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Is it a problem that the Amprobe meter is only rated for Cat IV 1000V on the front panel? In the specifications it says Cat IV 1000V AC / 1500 V DC which I find confusing:
1000V AC is the RMS value of a sine wave so the peaks will be at 1414V.
Quote from: Martin72 on March 13, 2022, 07:38:04 pmHi,QuoteFor that I'd grab some resistors and build a fixed x100 voltage divider* to attach to the output then use a 10V multimeter to measure it. Put it inside a well insulated box.For private use, I would do it also.At work, it´s a little bit "different"...Interesting to see that the brymen can handle voltages over 1000v, but like it´s mentioned before, it is not specified so it won´t be calibrated.Actually it seems there´s no alternative to the beha-amprobes, the linked UT-196 seems nowhere to get.MartinWhat was the problem with the HIOKI? Alsohttps://www.metrix-electronics.com/product/bk2860a/https://majortech.com.au/product/1500v-dc-ip67-true-rms-bluetooth-multimeter-2/You could also go with something a bit more upscalehttps://vitrek.com/4700-precision-high-voltage-meter/We have an old Brandenburg.
Hi,QuoteFor that I'd grab some resistors and build a fixed x100 voltage divider* to attach to the output then use a 10V multimeter to measure it. Put it inside a well insulated box.For private use, I would do it also.At work, it´s a little bit "different"...Interesting to see that the brymen can handle voltages over 1000v, but like it´s mentioned before, it is not specified so it won´t be calibrated.Actually it seems there´s no alternative to the beha-amprobes, the linked UT-196 seems nowhere to get.Martin
For that I'd grab some resistors and build a fixed x100 voltage divider* to attach to the output then use a 10V multimeter to measure it. Put it inside a well insulated box.