Here is a photo of the completed wiring of the PSU bottom plate.
1 Bottom wiring complete.jpg
And here is a more detailed photo of the barrier strip I used to organise most the necessary connections such as the separate star grounds for left and right, etc. I used a strip with 8 rows (two connections per row) from mousers. The connection scheme is as following (see photo: strip from top to bottom):
Row 1: right channel starground for 2x30V and the Sigma 22 ground, jumper to row 2;
Row 2: right channel starground for 2x35V, main capacitors ground, jumper to row 1;
Row 3: right channel thermal breaker wire, thermal breaker wire to E24;
Row 4: relays (two) negative wires, negative to E24
Row 5: relays (two) positive wires, positive to E24
Row 6: left channel thermal breaker wire, thermal breaker wire to E24;
Row 7: left channel starground for 2x30V and the Sigma 22 ground, jumper to row 8;
Row 8: left channel starground for 2x35V, main capacitors ground, jumper to row 7;
2 Barrier strip wiring order.jpg
And here is a photo of two hour endurance testing of my B24's. In this ventilated position the temperature of the heatsinks reached about 42 degrees centigrade. Offsett is between +/- 10mV and often close to a few mV.
3 two hour amp testing.jpg
Next task on the list: cross the finish line and warn my neighbours! --> Drilling a number of holes into the chassis bottom plate and assemble everything into a real B24 (V)AMP.........

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