The electrician's JSA: built around shock and arc flash, not boilerplate
If you searched "JSA template electrical", "OSHA JSA electrical hazards", or "osha compliant jsa form template electrical construction", you don't need another generic safety form that says "wear PPE" in every row. You need a Job Safety Analysis built around the two hazards that actually injure and kill electricians: electric shock and arc flash. This template — and this guide — are written for electrical work specifically: panel and switchgear work, feeder pulls, motor terminations, energized troubleshooting, and the lockout/tagout that should precede all of it.
Field PM is built by an electrician, so the electrical JSA isn't an afterthought. The free Excel template above has the shock/arc-flash fields, the lockout/tagout block, and the NFPA 70E PPE category built into the structure — download it, or read on for how to fill it out so it survives an OSHA review.
The OSHA standards behind an electrical JSA
OSHA doesn't mandate a single JSA form, but several standards require the documented hazard analysis a JSA provides for electrical work:
- 29 CFR 1910.333 (Selection and use of work practices) — requires de-energizing before work unless de-energizing introduces additional or increased hazards or is infeasible. The JSA documents that determination.
- 29 CFR 1910.147 (The control of hazardous energy, LOTO) — requires written, task-specific energy-control procedures. The JSA's lockout/tagout block links the procedure to the task.
- 29 CFR 1910.335 (Safeguards for personnel protection) — requires PPE and insulated tools for work near energized parts. The JSA's PPE row is that assessment.
- 29 CFR 1926.416 / 1926.417 (Construction — electrical) — the construction-side equivalents for energized-circuit protection and lockout/tagging.
- General Duty Clause §5(a)(1) — the catch-all OSHA cites when a recognized hazard wasn't analyzed and controlled.
None of these name a form. All of them are satisfied by a task-specific JSA that shows you identified the shock and arc-flash hazards and applied controls before the crew started.
NFPA 70E: the standard that makes an electrical JSA different
OSHA tells you that you must protect workers from electrical hazards; NFPA 70E tells you how, and it's the framework your electrical JSA should reference. Three concepts belong on every energized-work JSA:
1. De-energize first (the LOTO default)
NFPA 70E establishes an "electrically safe work condition" as the baseline. The JSA's first controls for any circuit work should be: identify all sources, open the disconnect, lock and tag, test the meter on a known live source, test the conductors, re-test the meter (the live-dead-live check), then verify zero energy. Only after that is the work "de-energized."
2. Approach boundaries (shock protection)
If any part of the task is near exposed energized conductors, the JSA should record the shock-protection boundaries for the system voltage:
| Boundary | What it is | Example (50–750V to ground) |
|---|---|---|
| Limited approach | Closest an unqualified person may come | 3 ft 6 in |
| Restricted approach | Qualified person needs shock PPE + work permit | 1 ft 0 in |
| Arc-flash boundary | Distance where incident energy = 1.2 cal/cm² (onset of 2nd-degree burn) | From the equipment's arc-flash label / study |
Use the values from NFPA 70E Table 130.4 and the equipment's arc-flash label. The example column is illustrative — your JSA must use the boundaries for the actual system.
3. Arc-flash PPE category
Match arc-rated PPE to the task's incident energy. Most contractors use the NFPA 70E PPE-category method or the equipment's labeled cal/cm² rating:
| PPE Category | Min. arc rating | Typical electrical task |
|---|---|---|
| CAT 1 | 4 cal/cm² | 120/240V panelboard work, small breaker swaps |
| CAT 2 | 8 cal/cm² | Most 480V panel/MCC work, voltage testing |
| CAT 3 | 25 cal/cm² | Larger switchgear, higher available fault current |
| CAT 4 | 40 cal/cm² | Service entrances, large bus, high-fault gear |
Write the category (or cal/cm²) in the JSA's PPE column for each energized step, and pair arc-rated clothing with rated rubber-insulating gloves (with leather protectors) and the matching voltage-rated tools. "Wear gloves" is not an answer; "Class 0 rubber gloves + CAT 2 arc-rated PPE, tested boundary 3'6"" is.
Filled example: pulling a 480V feeder in an energized switchgear room
Here is a worked electrical JSA for a real task — landing a new 480V feeder where adjacent switchgear stays energized. Use it as a starting point; your JSA must reflect your actual site and equipment.
| # | Task Step | Hazards | Controls / PPE |
|---|---|---|---|
| 1 | Review one-line, arc-flash labels, and identify the de-energized section vs. the live bus | Misidentified circuit, adjacent live equipment | Qualified person; confirm with as-builts; mark live gear with barricade tape |
| 2 | Lock out and tag the new feeder's source breaker | Unexpected energization | LOTO per 1910.147; personal lock + tag; group lockbox if multiple crafts |
| 3 | Live-dead-live test the de-energized conductors | Assumed-dead energized contact | Rated meter (CAT III/IV); test known source, then conductors, then source again |
| 4 | Establish boundaries around the still-energized adjacent gear | Shock / arc flash from live bus | Set limited/restricted/arc-flash boundary; insulated barriers over live parts |
| 5 | Route and land the feeder conductors in the de-energized section | Sharp edges, strain, accidental contact | CAT 2 arc-rated PPE while inside the gear; insulated tools; two-person lift on large conductors |
| 6 | Torque terminations to spec and label | Loose connection → future arc fault | Calibrated torque tool; record values; thermographic check after energizing |
| 7 | Remove tools, reinstall covers, clear the work area | Left tools → fault on energize | Tool inventory count; visual sweep; close and secure all dead-front covers |
| 8 | Remove LOTO and energize per written procedure | Arc flash on energize if fault present | Stand to the side / hinge side; arc-rated PPE on; energize, then verify with meter |
Notice that PPE is the last control on most rows — de-energizing, boundaries, and insulated barriers come first. That hierarchy is what separates a defensible electrical JSA from a checkbox exercise.
Energized work: when a JSA isn't enough on its own
If the task genuinely can't be de-energized — NFPA 70E 110.3 allows it only when de-energizing introduces a greater hazard or is infeasible (e.g., life-safety systems, certain testing/troubleshooting) — you need an Energized Electrical Work Permit (EEWP) in addition to the JSA. The JSA documents the step-level hazard analysis; the EEWP documents the justification, the approved boundaries, the PPE, and the management authorization. Note in the JSA that an EEWP is attached. Troubleshooting and voltage testing are the common energized tasks — even those require arc-rated PPE and rated meters, and they belong on a JSA.
How to fill out the electrical JSA template
Job header
Project, specific task ("Terminate MCC-3 bucket 4 — Pump P-201"), location, system voltage, and the available incident energy / PPE category from the arc-flash label. Vague tasks ("electrical work") read as boilerplate and fail an audit.
Energy sources / LOTO block
List every source feeding the work — primary feeder, control power, backfeed from VFDs or PV, stored energy in capacitors. One lock per source, one tag per lock. If the work is genuinely energized, note the EEWP number here instead.
Step-by-step hazard table
8–12 steps. For each, name the shock and arc-flash hazard specifically, then the controls in hierarchy order: de-energize → boundaries/barriers → insulated tools → arc-rated PPE. Put the PPE category in the PPE column.
Crew sign-in & supervisor sign-off
Every qualified person on the task signs before work starts. The supervisor (and for high-incident-energy work, the safety/competent person) counter-signs to confirm the boundaries and PPE are in place.
From paper JSA to a JSA your crew completes on the phone
Paper electrical JSAs work — until you're running three crews across two buildings and the safety manager can't see which energized tasks have a current, signed JSA. Field PM's safety module lets foremen build or reuse an electrical JSA on a phone, the crew signs on-screen before work starts, and every active JSA rolls up to one dashboard. Hazards flagged in the daily report auto-link to the task's JSA. Start a 30-day free trial — no credit card.
Related templates & resources
- JSA Template (hub) — the all-trades Job Safety Analysis and the full JSA guide
- OSHA JSA Form — the printable, OSHA-defensible blank form
- JHA Template — the same document under the Job Hazard Analysis name used on federal/industrial jobs
- Field PM for electrical contractors — software built for the trade
- Toolbox Talk Log — pair the morning talk with the task JSA