Are you sure it cannot be right. Can you tell us why?
It's seems you do not comprehend the term inrush fully, inrush is associated normally with inductive loads, purely resistive loads have negligible inrush, a typical motor will have an inrush up to 10x the full load current rating so yes it is correct that a 32amp mcb with a 3-5x trip curve will allow an inrush of upto 95amps without tripping and 95-160 amps where tripping may be intermittent.
Don't forget that when we talk about inrush that this is very a very short period of time and is not an indication of how the device handles constant current flow.
I think both of these could be answered together.
I don't claim to have a certified sparks knowledge of inrush, that's for sure, but I do appreciate, prior to now, that it's an extremely short split-second occurrence.
I'm just saying that right now I can't turn off my MCB and turn it back on again.
Let's say I have the max possible load noted previously, 11.45kW, and let's allow for some expansion here for inrush.
I'm no expert but I'd imagine a fridge may require some inrush to get started so lets factor that in at 10x and that takes it up to 800W instead of 80W bringing total to 12.25kW.
The oven, kettle and toaster won't be coming on so drop 7.1kW takes us to 5.15kW.
I do have air purifiers running on that circuit but their load is 60W, so let's say inrush may be 600W each or so to fire up the fans. Total 6.35kW.
The rest of the load? 5x HDR screens @ 120W, let's allow 3x inrush I think for these so 1.8kW bringing total to 8.15kW.
PC PSUs total 1650W at 80% efficiency so lets say 2.1kW if they use absolute maximum possible power in their spec. Then triple it. 6.2kW bringing total to 14.35kW.
Set top boxes, we have around 10, let's say they should pull no more than 50W in operation each so 500W and triple that for inrush giving us 1.5kW. Bringing total to 15.85kW.
Now add in the comms cupboard. PoE switch, switch, modems, etc. That won't be pulling more than 150W at load. Let's triple that to be safe and go for 450W bringing total to 16.3kW.
Based on 7.68kW at 32A then if I'm pushing 96A it should be 23.04kW and 160A should be 38.4kW, am I right?
So surely my currently measly load could not be causing such an inrush?