lozarus
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As we know, Type A RCD's are favourite for many circuits (in terms of Socket outlets, lights etc)
At our site most of our lighting is now LED - we've been swapping them out as a combination of upgrade and just remedial works. However, as they're all on Klik roses we haven't had anything to do with the boards - so the circuits are still sat on their AC RCD's.
At what point does one have to 'decide' that the DC currents will blind an AC and I need to change the existing RCD's to A?
In my eyes the job is "maintenance" - but at the same time we haven't really "replaced like for like" - as we don't fit fluorescents anymore.
This made me wonder how domestic folks approach this. For example, - if you change Mrs Smiths 8ft fluorescent in her kitchen because it has failed or she wants something brighter, is that enough to tell her it can't be done unless a Type A is retrofitted to replace her old AC one?
It's frustrating that there's no figures given for acceptable DC leakage. Leaves it a bit vague surely?
At our site most of our lighting is now LED - we've been swapping them out as a combination of upgrade and just remedial works. However, as they're all on Klik roses we haven't had anything to do with the boards - so the circuits are still sat on their AC RCD's.
At what point does one have to 'decide' that the DC currents will blind an AC and I need to change the existing RCD's to A?
In my eyes the job is "maintenance" - but at the same time we haven't really "replaced like for like" - as we don't fit fluorescents anymore.
This made me wonder how domestic folks approach this. For example, - if you change Mrs Smiths 8ft fluorescent in her kitchen because it has failed or she wants something brighter, is that enough to tell her it can't be done unless a Type A is retrofitted to replace her old AC one?
It's frustrating that there's no figures given for acceptable DC leakage. Leaves it a bit vague surely?