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Suitable CT clamps for M30
#1
Hi,

I am very interested in getting an M30 for monitoring the various circuits in my home. Some circuits only draw a 1-2A, some 8-10A, some 20-24A.

Can you please provide a list of suitable CT clamps that will work with the M30 for a various range of currents?

Ideally model numbers and specifications so we can source them directly if required.

Many thanks,
Ben
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#2
M30 support use by "CURRENT" type of CT sensor 2000:1. don't use "VOLTATE" CT sensor.
M30 MAX detect 120A current of CT sensor input channel.
here is CT sensor use for M30: https://shop.kincony.com/products/25a-cu...s=e&_v=1.0
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#3
(11-27-2024, 10:56 PM)admin Wrote: M30 support use by "CURRENT" type of CT sensor 2000:1.  don't use "VOLTATE" CT sensor.
M30 MAX detect 120A current of CT sensor input channel.
here is CT sensor use for M30: https://shop.kincony.com/products/25a-cu...s=e&_v=1.0

Yes I am aware of that CT sensor. However after watching this video - https://www.youtube.com/watch?v=Q8mzBhdPrtM - I am concerned that sensor will not be very accurate for low power circuits. 

You mentioned some different sensors with DC offset circuitry built in to help with accuracy of low power circuits. 

Or are you suggesting those DL-CT03CL2.0 CT sensors are going to be accurate and work well for any household circuit?
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#4
(11-27-2024, 10:56 PM)admin Wrote: M30 support use by "CURRENT" type of CT sensor 2000:1.  don't use "VOLTATE" CT sensor.
M30 MAX detect 120A current of CT sensor input channel.
here is CT sensor use for M30: https://shop.kincony.com/products/25a-cu...s=e&_v=1.0

Yep I am aware of the DL-CT03CL2.0 CT sensor. But after watching your video (https://www.youtube.com/watch?v=Q8mzBhdPrtM) it seems like those sensors are not very accurate for low power circuits.

Are you suggesting the DL-CT03CL2.0 will be fine for both low and high current circuits and give accurate results on the M30?
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#5
it's OK, we have used many this type CT sensor. In the video, it is just an example of using DC resistant transformers in situations where the quality of the power grid is very poor. The quality of the general power grid is not bad.
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