Circuit Breaker Motion / Travel Analysis — Slow Close, Wipe, Overtravel

🔗 The Energization Log: https://theenergizationlog.com 🛒 Shop: https://theenergizationlog.com/shop 📚 Free resources: https://theenergizationlog.com/resources Timing tells you when contacts changed state. Motion / travel analysis tells you how the mechanism moved — wipe, overtravel, slow-close — against owner and OEM limits. Circuit breaker motion / travel analysis: what the test asks; setup (transducer, no interlock defeat); wipe and overtravel at training level; slow close / slow open as named methods only; reading travel with timing channels; what pass requires (EXAMPLE only). Not a substitute for the breaker OEM motion procedure. Training diagrams only — training breaker, Training ITP, test sheet. No fabricated IDs. No invented universal millimeters. Chapters 00:00 Timing is when — travel is how 00:28 Training disclaimer 00:40 What motion / travel is asking 02:11 Setup discipline 03:24 Wipe and overtravel 04:54 Slow close / slow open 06:09 Reading the curve with timing 07:13 What pass requires 07:58 Subscribe Governing references: Owner specification / contract annex Breaker OEM motion / maintenance manual (always govern) Instrument travel / timing manual Site isolation / LOTO / racking — do not defeat interlocks Subscribe. Comment travel-every-timing-run or problem-breakers-only (no site names). Disclaimer This video is training and information only. It is not a work instruction, not a site procedure, and not a substitute for the manufacturer’s manual, the owner’s specification, or a qualified person’s assessment. Do not perform electrical testing unless you are competent, authorized, and working under the applicable isolation, LOTO, and permit-to-work system. Never defeat switchgear interlocks for a test. Mechanism adjustments follow the OEM — this video is not a freestyle shim recipe. If this video and your governing document disagree, the governing document wins. Not filmed at a client site. Views are the channel’s, not any employer or client. The Energization Log — From isolation to energization. @TheEnergizationLog