Think I have the job they'll probably ask what I consider the correct procedure
Biggest variable seems to me the condition of the installation that you're re-energizing, would there be a standard for this ?
Check Condition of Meter Cabinet
Check Basic Condition of installation- Polarity ,EFLI at a a 13 amp outlet, check installation VD isn't excessive, and no major safety issues at Main Board(overheating etc.)
Shut down Customers Equipment
Switch off Main Incommer ,fit lock off/warnings
Setup Safe Working Area at Meter Cabinet
Remove Cut-Out ,Prove Dead ,Swop Meter
Check Connections,wiggle and retighten, visual and replace Cut-out
Check polarity and EFLI at incommer (Circa 0.35 for TN-C-S)
Energise installation and check polarity and compare EFLI at same 13a outlet
fit seals at cabinet
(Misc: avoid tripping Rcds, may become more sensitive and get call back)
Biggest variable seems to me the condition of the installation that you're re-energizing, would there be a standard for this ?
Check Condition of Meter Cabinet
Check Basic Condition of installation- Polarity ,EFLI at a a 13 amp outlet, check installation VD isn't excessive, and no major safety issues at Main Board(overheating etc.)
Shut down Customers Equipment
Switch off Main Incommer ,fit lock off/warnings
Setup Safe Working Area at Meter Cabinet
Remove Cut-Out ,Prove Dead ,Swop Meter
Check Connections,wiggle and retighten, visual and replace Cut-out
Check polarity and EFLI at incommer (Circa 0.35 for TN-C-S)
Energise installation and check polarity and compare EFLI at same 13a outlet
fit seals at cabinet
(Misc: avoid tripping Rcds, may become more sensitive and get call back)