Thingiverse
High Voltage Test Probe
by peccerini
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IF YOU ARE NOT AN ELECTRICIAN AND/OR RELATED TRAINED PROFESSIONAL, DO NOT ATTEMPT TO TRY IT!
HIGH-VOLTAGES ARE TOO RISKY TO YOUR HEALTH!
BE ADVISED!
This probe was designed to hold a resistive voltage divider for measuring high-voltages in a relation of 10.000:1 or acording your proprietary network divider design. I will attach the schematic and a simulation circuit to use with EDA Poteus 8.3 or higher.
You could adapt the circuit to use it to make modifications with EAGLE (Autodesk EDA solution).
https://drive.google.com/drive/folders/1AzgaG8GklSC4G0pVTwXmVRpLErNXGNL1?usp=sharing
Printing:
Print each part and glue everything with Superglue (cyanoacrilate base).
2 x HALF 1
2 x HALF 2
1 x CAP
Remeber: ABS tends to shrink 3 to 5% after cool down, so adjust it in your slicer software before sending the gcode to your printer.
(PTFE-Teflon) ABS and PETG are the best ones to mess with high-voltages.
Building:
After mounting the resistive network inside, put a ti
HIGH-VOLTAGES ARE TOO RISKY TO YOUR HEALTH!
BE ADVISED!
This probe was designed to hold a resistive voltage divider for measuring high-voltages in a relation of 10.000:1 or acording your proprietary network divider design. I will attach the schematic and a simulation circuit to use with EDA Poteus 8.3 or higher.
You could adapt the circuit to use it to make modifications with EAGLE (Autodesk EDA solution).
https://drive.google.com/drive/folders/1AzgaG8GklSC4G0pVTwXmVRpLErNXGNL1?usp=sharing
Printing:
Print each part and glue everything with Superglue (cyanoacrilate base).
2 x HALF 1
2 x HALF 2
1 x CAP
Remeber: ABS tends to shrink 3 to 5% after cool down, so adjust it in your slicer software before sending the gcode to your printer.
(PTFE-Teflon) ABS and PETG are the best ones to mess with high-voltages.
Building:
After mounting the resistive network inside, put a ti
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