forming — ESG05 Machine Test Run Sheet

R5000 full-width sag arc — the first run; establishes the frame and the offset-stack baseline.

1. Load both CSV files; drive the machine to the state (dry — no glass, no heat).
2. Confirm both central heads (motor 5) sit plumb over their bases — record x for motor 5; it should read 0.
3. Measure each head's position in the declared frame; record x and y below.
4. Read the Δ column — any head beyond tolerance flags the run for review before proceeding.
5. Note reconcile result; if this is MT-A or MT-B, both must reconcile before MT-C.

R8000 full-width sag arc — a second, shallower point on the calibrated ladder.

1. Load both CSV files; drive the machine to the state (dry — no glass, no heat).
2. Confirm both central heads (motor 5) sit plumb over their bases — record x for motor 5; it should read 0.
3. Measure each head's position in the declared frame; record x and y below.
4. Read the Δ column — any head beyond tolerance flags the run for review before proceeding.
5. Note reconcile result; if this is MT-A or MT-B, both must reconcile before MT-C.

R3600 sag arc — approaches the extension limit.

⚠ Run ONLY after MT-A and MT-B both reconcile. Do not run if either diverged.

1. Load both CSV files; drive the machine to the state (dry — no glass, no heat).
2. Confirm both central heads (motor 5) sit plumb over their bases — record x for motor 5; it should read 0.
3. Measure each head's position in the declared frame; record x and y below.
4. Read the Δ column — any head beyond tolerance flags the run for review before proceeding.
5. Note reconcile result; if this is MT-A or MT-B, both must reconcile before MT-C.

R5000 full-width hog arc — the upper row does the forming; tests the upper chain.

1. Load both CSV files; drive the machine to the state (dry — no glass, no heat).
2. Confirm both central heads (motor 5) sit plumb over their bases — record x for motor 5; it should read 0.
3. Measure each head's position in the declared frame; record x and y below.
4. Read the Δ column — any head beyond tolerance flags the run for review before proceeding.
5. Note reconcile result; if this is MT-A or MT-B, both must reconcile before MT-C.

MT-A with glass thickness 25 and quench standoff 100 — the offset chain in hardware.

1. Load both CSV files; drive the machine to the state (dry — no glass, no heat).
2. Confirm both central heads (motor 5) sit plumb over their bases — record x for motor 5; it should read 0.
3. Measure each head's position in the declared frame; record x and y below.
4. Read the Δ column — any head beyond tolerance flags the run for review before proceeding.
5. Note reconcile result; if this is MT-A or MT-B, both must reconcile before MT-C.

GV-3 flip above datum — nominated by VER-002 as the case where the wire-model prediction is least certain. The measurement that settles the transition-region question. If a wire spot-check between blocks is feasible, take it here (OQ-VER002-4).

1. Load both CSV files; drive the machine to the state (dry — no glass, no heat).
2. Confirm both central heads (motor 5) sit plumb over their bases — record x for motor 5; it should read 0.
3. Measure each head's position in the declared frame; record x and y below.
4. Read the Δ column — any head beyond tolerance flags the run for review before proceeding.
5. Note reconcile result; if this is MT-A or MT-B, both must reconcile before MT-C.