Twenty device status cards sharing one shell — title / crumb / status word / menu → stage + readout → headline + description → data area → caption + two actions. Each card writes only its own state machine and demonstrates one mechanism; every word on it is derived from that state. The “···” menu jumps to each state.
231 labels left
240 labels are queued and 231 are left on the roll, so the run stops at label 232 unless a new roll goes on first
Bay 4 is rebuilding onto a spare. Until it finishes, the array has no parity left, so a second failure loses the volume
20 °C
Nothing is wrong and nothing is ready. Starting costs 5 cycles of heat before the first part; the second part costs one
layer 7 / 14
Each pass lays one layer and the gantry rises by its height. The estimate assumes the remaining layers match the ones already down
mains · 62%
Charging while carrying the load. Runtime climbs back as it fills, so a second outage right now would be shorter than the first
provisioning
U3 is warming and will accept traffic in about two minutes. The last empty slot is reserved for drain-and-replace
#4200 scanned
One parcel crosses the curtain per cycle. A parcel that fails the read goes down the reject chute instead of continuing, roughly one in 7
−2.2 dB
The trace sits well inside the window until the compressor kicks in, then runs three decibels over for about forty milliseconds — long enough to hear, short enough for the meter to miss
000° · 3 targets
Each revolution re-measures all three returns. Nothing is inside the 6.0 m keep-out radius
tape 03 → drive
The picker mounts one tape per pass. A tape that fails is retried with a growing delay before it is skipped
pump 50% · Δ9.0 °C
Load is climbing but Δ has not moved, because the pump is speeding up to match. A flat temperature here means spare capacity, not a quiet machine
2.9 kW
The forecast divides what is left before the next tier by the current draw, so it is a projection and not a promise. Raising the load collapses it immediately, which is the point of watching it rather than the meter reading
4 of 10 held
Parcels age one day per pass and are returned after 5 days. The oldest one here has 1 days left, which is the number worth watching
5 / 5 · 0.19 mm
The tool centre point creeps as the cell warms up, about 0.014 mm per part. It is fine until it is not, which is why the number matters more than the parts count
peak 44 °C
Temperature is spread across the pack rather than piled into one cell, which is the shape you want. The number to watch is the peak, not the average
spiral-24 · 1284
A mark is permanent, so changing the format splits the batch into a before and an after. That is why the button arms first instead of firing on the first press
roll 42% · 180 m/min
The supply roll shrinks as the take-up grows, so the same web is always between them. The splice window opens on its own at 22%
takt 4.7 s
The table cannot index until press is done, so nothing else on the list changes the takt. press is 1.2 s slower than drill — cut more than that and drill becomes the constraint instead
6 in buffer
The buffer holds 6 bottles and refills as fast as the capper empties it, so this station never sees the filler at all — until the filler stops
level 1 · 0.0 m
All three stages extend together, each covering a third of the 5.6 m lift. Anything on the queue can be reached, so the only thing setting the rate is the round trip
coil 100% · closed
It stays closed all the way down to 38%, far below the 72% it took to pull in. That gap is deliberate: without it a supply wobbling around the pick-up would chatter the contacts apart in a few hundred operations
503 g
The filler's spread is fixed; the setpoint only slides the whole distribution. Two grams up leaves 1 short at 5.3 g a pack, two grams down leaves 4 short at 2.3 g. Nothing on this dial gets both numbers to zero