I'm guessing the IR test results are in MΩ - so 0.00 could mean anything below 0.0099' MΩ (or 0.005MΩ if your meter rounds off) - 0.009 999MΩ = 9,999Ω and would only let about 23mA pass at 230V - which isn't likely to upset anything much.
Next question - which pairs were insulation tested? L-N or L-PE (or L-L)? If L-N (or L-L) then if the loads were connected you should expect a very low reading (and possibly damaged loads...)
I'm guessing the IR test results are in MΩ - so 0.00 could mean anything below 0.0099' MΩ (or 0.005MΩ if your meter rounds off) - 0.009 999MΩ = 9,999Ω and would only let about 23mA pass at 230V - which isn't likely to upset anything much.
Next question - which pairs were insulation tested? L-N or L-PE (or L-L)? If L-N (or L-L) then if the loads were connected you should expect a very low reading (and possibly damaged loads...)
