I got called into a meeting today, to point out that one of the projects that I worked on 8 years ago, had a few non compliant items:
1/ 2 of the circuit breaker busbar pins where not insulated, when you removed the DB cover, the top had the plastic cover, however the busbar was left a little longer for future expansion and I hadnt covered the 2 pins.
2/ The other was the 3 X 1.5 mm wires in the 10 amp mcb.
3/ High neutral earth voltage of 1.2 VAC, Last I checked it was something like 25 VAC was considered high and 50 VAC would result in an immediate disconnection of the supply, but I am sure someone will correct me.
I believe if you going to make a noise about other peoples jobs, it is fair that people point out if I have done something wrong
I will go back and slide a piece of heat shrink over the 2 exposed pins.
The 3 wires in the 10 amp breaker, considering the full load of all the light is around 80 watts, I am not sure that I am going to waste the customers money installing 2 additional 10 amp breakers, they will have to report me to the chief inspector, maybe the regs have changed in the latest SANS release.
The high neutral earth voltage, I will wait and see, I am sure someone will correct me.
I was going to point out all the non compliant components and the fact that you need a supplementary COC and a test report for the grid and a test report for the inverter when it switches over into islanding mode, and an SSEG test for the inverter and batteries even if there is no solar.
But hey I am not responsible for that part of the installation, they have issued a COC/test report for the installation.
what makes it even more interesting is the fact that, the inverter and batteires have been replaced and upgraded, which makes everything, including the the existing, non essential, essential and the AC control and the DC disconnect all becomes part of the most recent COC issued.
For all you lads signing off CBI DB's with bare busbars on top of the breakers, you are knuckle spanking for issuing non compliant COC's, best you start using the din busbars on top of the breaker and make sure you fit the heat shrink.
1/ 2 of the circuit breaker busbar pins where not insulated, when you removed the DB cover, the top had the plastic cover, however the busbar was left a little longer for future expansion and I hadnt covered the 2 pins.
2/ The other was the 3 X 1.5 mm wires in the 10 amp mcb.
3/ High neutral earth voltage of 1.2 VAC, Last I checked it was something like 25 VAC was considered high and 50 VAC would result in an immediate disconnection of the supply, but I am sure someone will correct me.
I believe if you going to make a noise about other peoples jobs, it is fair that people point out if I have done something wrong

I will go back and slide a piece of heat shrink over the 2 exposed pins.
The 3 wires in the 10 amp breaker, considering the full load of all the light is around 80 watts, I am not sure that I am going to waste the customers money installing 2 additional 10 amp breakers, they will have to report me to the chief inspector, maybe the regs have changed in the latest SANS release.
The high neutral earth voltage, I will wait and see, I am sure someone will correct me.
I was going to point out all the non compliant components and the fact that you need a supplementary COC and a test report for the grid and a test report for the inverter when it switches over into islanding mode, and an SSEG test for the inverter and batteries even if there is no solar.
But hey I am not responsible for that part of the installation, they have issued a COC/test report for the installation.
what makes it even more interesting is the fact that, the inverter and batteires have been replaced and upgraded, which makes everything, including the the existing, non essential, essential and the AC control and the DC disconnect all becomes part of the most recent COC issued.
For all you lads signing off CBI DB's with bare busbars on top of the breakers, you are knuckle spanking for issuing non compliant COC's, best you start using the din busbars on top of the breaker and make sure you fit the heat shrink.
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