How to write an electrical safety program for general industry

Last updated 2026-07-09

What does OSHA actually require in an electrical safety program?

There is no OSHA regulation titled 'electrical safety program.' What exists is 29 CFR 1910 Subpart S, which covers electrical safety for general industry in three parts: design safety (1910.302 through 1910.308), safety-related work practices (1910.331 through 1910.335), and safety-related maintenance (1910.361 through 1910.399). ^[1]

The written-training requirement sits inside 29 CFR 1910.332. It mandates training for employees who 'face a risk of electric shock that is not reduced to a safe level by the electrical installation requirements of 1910.302 through 1910.308.' You have to document who was trained, when, and on what. ^[1]

On top of Subpart S, if your workers ever de-energize equipment to service it, 29 CFR 1910.147 (lockout/tagout) requires its own written energy-control program with machine-specific procedures. ^[2] The two standards overlap constantly in the field, so most companies write one document that covers both.

A program that holds up in an inspection contains at least these elements:

• Scope and applicability (which operations, which workers)
• Definitions (qualified vs. unqualified employee, exposed, energized parts)
• Hazard identification and risk assessment process
• Specific safe work practices for energized and de-energized work
• PPE selection and use requirements
• Lockout/tagout procedures (if applicable)
• Training requirements, including initial and refresher timelines
• Inspection and audit schedule
• Incident reporting and investigation process
• Program review and update procedure

None of those are optional if your workforce does electrical work or runs equipment near exposed conductors.

Who counts as a 'qualified employee' under OSHA's electrical rules?

A qualified employee is one who has training and demonstrated skill in the construction and operation of electric equipment and the hazards involved, per 29 CFR 1910.331(b). ^[1] This one distinction drives more of the program than anything else, because it decides what work each person is allowed to touch and what training they need.

OSHA's guidance treats qualification as task-specific. A worker can be qualified for some electrical tasks and unqualified for others. ^[3] Being able to replace a light ballast does not make someone qualified to open a 480-volt panel.

Unqualified employees, under 29 CFR 1910.333(c)(3), have to stay at least as far from exposed energized parts as the 'limited approach boundary' in NFPA 70E. ^[1] Your program should not list them as permitted to do any energized electrical work.

Your program needs to:

1. Name the job titles (not individuals) classified as qualified. 2. State the specific tasks each classification is qualified to perform. 3. Require a documented skills demonstration before a worker moves from unqualified to qualified.

Here is where small employers slip. They assume anyone holding an electrician's license is automatically 'qualified' under OSHA's definition. The license is evidence of training. It is not the whole job. Your program still has to document the qualification and tie it to your specific equipment and hazards.

What electrical hazards does the program need to cover?

The Bureau of Labor Statistics counted 126 fatal occupational injuries from exposure to electricity in 2022. ^[4] That number has barely moved in a decade. Awareness alone is not fixing the problem.

Your hazard identification section needs to address at least four categories:

Shock and electrocution. 29 CFR 1910.333 requires safe work practices any time employees work near or on parts that are or may be energized. Spell out approach distances, the process for verifying de-energization, and the procedure for circuits that cannot be de-energized. ^[1]

Arc flash. OSHA has no standalone arc flash standard, but General Duty Clause citations for arc flash are real and documented. The agency points to NFPA 70E as evidence of recognized industry practice. ^[5] Reference NFPA 70E 2024 and require an arc flash hazard analysis for equipment above 50 volts.

Electrical fires. 29 CFR 1910.303(b)(1) requires that equipment be used according to its listing and labeling. Overloaded circuits and improper wiring are the usual ignition sources in workplace fires. Include a visual inspection checklist for outlets, cords, and panels.

Electrical burns. These get under-reported because the worker survives. Track them separately from lost-time injuries so you can see a trend forming.

The program also has to name your site-specific hazards: outdoor work near overhead lines, work in wet locations, confined spaces with electrical equipment, or machinery with unusual energy sources. A template gives you the frame. You fill in your actual operations.

How do you structure the safe work practices section?

Most programs fumble this section. Employers copy a list of general rules from a template and call it done. OSHA inspectors want site-specific procedures tied to real equipment and real tasks.

Start with one decision: will each task be performed energized or de-energized? 29 CFR 1910.333(a) states that live parts an employee may be exposed to shall be put into an electrically safe work condition before work, unless de-energizing introduces additional or increased hazards or is infeasible due to equipment design or operational limitations. ^[1] De-energized is the default. Energized is the exception you have to justify.

For de-energized work, reference your lockout/tagout procedures and include the verification sequence: identify energy sources, notify affected employees, isolate the energy, apply LOTO devices, release stored energy, and verify zero energy state before touching anything. Our full guide to lockout tagout covers the written-procedure requirements under 1910.147.

For the rare energized job, 29 CFR 1910.335 requires specific PPE and written justification that de-energizing is infeasible or introduces greater hazard. ^[1] Build an energized work permit form into the program. The permit names the person doing the work, the equipment, the justification, the PPE in use, and supervisory approval.

Other safe work practices Subpart S requires:

• No solo work on energized parts above 600 volts
• Insulated tools for all energized work
• Barriers or warning signs when exposed parts are present
• No conductive articles (metal-framed glasses, rings, metal watches) near energized conductors

Write these as step-by-step procedures, not a bullet list of slogans. A worker who has never read the document should be able to follow it without asking a supervisor.

What PPE does an electrical safety program have to specify?

29 CFR 1910.335(a) requires protective equipment for employees working near or on energized parts, and the employer has to provide PPE matched to the specific parts and voltages. ^[1] A line saying 'appropriate PPE must be worn' does not meet that bar.

Your program needs a PPE selection table. It has to match voltage levels, and incident energy levels too if you are covering arc flash. Here is a simplified reference based on NFPA 70E 2024 categories:

Voltage Level	Minimum PPE
Under 50V	No electrical PPE required per OSHA (still do a hazard assessment)
50V to 600V, limited hazard	Rubber insulating gloves (Class 00 or 0), safety glasses
50V to 600V, higher exposure	Class 00 gloves with leather protectors, FR clothing, face shield
Above 600V	Class 2-4 gloves, FR suit, arc flash hood, Class E hard hat

This table is a starting point, nothing more. Your real PPE requirements come from an arc flash hazard analysis on your specific equipment, which factors in available fault current and upstream protection. The table is not a substitute for that analysis.

29 CFR 1910.137 sets testing and inspection rules for rubber insulating equipment. Gloves have to be electrically tested at intervals not exceeding six months. ^[10] Your program must name who tracks test dates and who pulls equipment from service when it fails. That accountability line is what most small employers leave out.

For the PPE program requirements that run alongside this, cross-reference your overall PPE program and the hazard communication standard in this section.

What training is required, and how often does it need to happen?

29 CFR 1910.332 requires training for both qualified and unqualified employees. Unqualified employees learn to recognize electrical hazards and follow safe work practices. Qualified employees additionally learn the skills to distinguish exposed live parts from other parts and to determine the nominal voltage of exposed live parts. ^[1]

The standard does not set a fixed refresher clock for electrical training. What it says is that retraining is required when an employer has reason to believe an employee lacks the required understanding or skill. ^[1] In practice, most compliance professionals run annual refresher training and retrain after any electrical incident or near-miss.

Your training records have to include: employee name, training date, trainer or provider, topics covered, and evidence of a knowledge evaluation (a test or demonstration). A sign-in sheet alone is not enough.

For qualified employees doing energized work, many employers also require an OSHA 10 or OSHA 30 general industry course as a baseline. Subpart S does not require it, but it builds a documented training foundation that holds up well in an inspection. The OSHA training courses cover electrical hazards inside the general industry curriculum.

One point worth knowing: OSHA does not require electrical safety training to be delivered by a licensed electrician or a certified safety professional. The training just has to cover the required topics and produce workers who can demonstrate competency. Plenty of small employers train in-house from OSHA's published materials, and that is fine.

Does your electrical safety program need to address lockout/tagout separately?

Yes, and the relationship between the two trips up a lot of employers. 29 CFR 1910.147 requires a separate written energy control program, machine-specific procedures, and annual inspections of those procedures. ^[2] That is its own document with its own requirements.

Your Subpart S program should reference the LOTO program and say plainly when workers must use it: any time energized equipment will be serviced or maintained. The electrical program handles the work-practice side. The LOTO program handles isolation and verification.

Do not paste your LOTO procedures into the electrical safety program and call it finished. Keep them as separate documents. Cross-reference them so they stay consistent. When a compliance officer opens your files, they will look for both and check that the two agree.

The most common gap is an employer who writes LOTO procedures for production machinery but skips the electrical panels and distribution gear. Every panel a qualified employee might open and work on needs its own written LOTO procedure if it holds hazardous energy that a single lockout at the main disconnect cannot control.

How do you write the inspection and audit section?

This section turns a paper program into a live one. It answers a single question: how does the employer know the program is actually working?

Your inspection section should specify three things:

Periodic equipment inspections. Extension cords, portable tools, and flexible cords have to be visually inspected before each use under 29 CFR 1910.334(a). ^[1] Fixed wiring and panels should get a scheduled inspection by a qualified employee, usually annually or after any modification. Log them with dates.

Program compliance audits. Someone has to verify that workers actually follow the safe work practices in the program. This does not need a consultant. A supervisor walkthrough with a written checklist, done quarterly, is enough for most small employers.

Annual program review. Review the whole program at least once a year, or any time equipment, operations, or personnel change in a meaningful way. Document the review with a date and the reviewer's name.

If your program includes energized work permits, fold a review of those permits into the audit. The same task getting a permit over and over is a red flag that de-energizing should be the standard procedure instead.

Electrical standards land in OSHA's top 10 most-cited list year after year. ^[6] The most commonly cited electrical standard in general industry is 29 CFR 1910.303, which covers installation safety. Good inspection records are your best defense if a citation ever lands.

What should the incident reporting section include?

Every electrical injury, illness, and near-miss should run through your incident reporting system, and your program should say so in plain language.

Electrical incidents that cause lost work time, medical treatment beyond first aid, or death have to be recorded on the OSHA 300 log under 29 CFR 1904. ^[7] Fatalities have to be reported to OSHA within 8 hours. In-patient hospitalizations, amputations, and eye losses have to be reported within 24 hours. ^[7]

Beyond recordkeeping, require a root cause investigation for every electrical incident. The investigation should identify the task being performed, the energy source, what controls failed, and the corrective action that prevents a repeat. Our guide to writing an incident report walks through the structure of a solid investigation form.

Track near-misses too, even though they are not OSHA-recordable. A worker who gets a tingle off a defective tool and mentions it to a coworker just handed you a warning. Give workers a no-fault channel to report near-misses, and require a supervisor response within 24 hours.

Keep near-miss reports separate from the OSHA 300 log, but store them in the same file system so they are available during any inspection or audit.

How do you put the written document together without hiring a consultant?

Writing the document is not the hard part. The hard part is the site-specific work: finding every piece of electrical equipment your workers touch, deciding who is qualified and for what, and writing procedures that match your operations instead of a generic template.

Here is a practical sequence:

1. Pull a list of every electrical hazard in your facility. Walk the floor with someone who knows the equipment. Mark every panel, junction box, and piece of powered equipment that gets opened for service.

2. Decide which employees are qualified and for which tasks. Document that call with a skills assessment or a review of training records.

3. Write or adopt machine-specific LOTO procedures for every piece of equipment that needs service.

4. Draft the safe work practices section using 29 CFR 1910.333 and 1910.334 as your checklist.

5. Build a PPE selection table from your arc flash analysis, or from NFPA 70E defaults if you have not done a full analysis yet.

6. Write the training requirements section, then train your workforce and document it.

7. Set calendar reminders for the annual program review, quarterly compliance audits, and PPE test dates.

To skip the blank-page problem, SafetyFolio's safety program generator can build a compliant electrical safety program framework in about 15 minutes by asking targeted questions about your equipment, workforce, and operations. You still review and customize the output, but starting from a structured draft beats starting from nothing.

For a small facility (under 50 workers, no high-voltage work), budget 8 to 16 hours: 2 to 4 hours for the floor walk and hazard inventory, 3 to 5 hours writing the program, and the rest delivering and documenting initial training. That is a fair price for a document you will use for years.

What are the most common OSHA citations for electrical safety, and how do you avoid them?

OSHA's most-cited electrical violations in general industry cluster around a short list. Knowing them is the fastest way to self-audit your program.

29 CFR 1910.303(b)(1) and (g)(2): Equipment not installed or used per its listing/labeling, and not enough clearance in front of panels. ^[1] Fix: check every panel for 36-inch clearance (1910.303(g)(2)), and audit all extension cords and portable equipment for OSHA/UL compliance.

29 CFR 1910.305(b)(1): Open knockouts and unused openings in enclosures. ^[11] Fix: this one is cheap. Walk the facility with a bag of knockout seals and close every open box in an afternoon.

29 CFR 1910.334(a)(2): Damaged or defective portable equipment still in use. ^[1] Fix: set a before-use inspection policy and a remove-from-service tag system. Then train workers to actually use it.

29 CFR 1910.147: Missing or incomplete LOTO procedures. ^[2] Fix: write machine-specific procedures for every piece of equipment with hazardous energy. This is the single biggest LOTO gap at small facilities.

29 CFR 1910.332: No documented training for employees exposed to electrical hazards. ^[1] Fix: run the training and keep records. A sign-in sheet plus a topic outline plus a quiz clears the bar.

Subpart S penalties reach $16,131 per serious violation as of 2024, and willful violations reach $161,323. ^[8] Panel clearance and open knockout issues often get grouped into one inspection, which multiplies your exposure fast. Fixing them costs almost nothing.

How often should you update your electrical safety program?

At minimum, once a year. Every electrical safety program should carry a dated review line at the top, and the person responsible for the review should be named by job title, not by name, since people change jobs.

Beyond the annual review, update the program any time:

• You acquire new equipment or change your electrical infrastructure
• A worker is injured or there is a significant near-miss
• You hire workers for tasks the current program does not cover
• OSHA or NFPA updates a relevant standard (NFPA 70E runs on a 3-year revision cycle)
• An OSHA inspection reveals a gap

Document the update process. Keep the prior version on file with its review date. If OSHA ever asks how your program changed after a past incident, you want to show the paper trail.

Small employers often treat the program as a one-time project. It is not. Treat it like a maintenance schedule: set it up once, then touch it every year and after anything that changes the hazard picture. Employers who do that steadily tend to have fewer citations and, more to the point, fewer injuries.

Frequently asked questions

Is a written electrical safety program required by OSHA for all employers?

OSHA does not require every employer to keep a standalone written electrical safety program by name. But 29 CFR 1910.332 requires documented training for any employee exposed to electric shock hazards, and 29 CFR 1910.147 requires a written energy control program for any employer whose workers service energized equipment. In practice, any general industry employer with electrical equipment that workers interact with needs both documents to show compliance.

What is the difference between 29 CFR 1910 Subpart S and NFPA 70E?

29 CFR 1910 Subpart S is federal law enforced by OSHA. NFPA 70E is a consensus standard from the National Fire Protection Association. OSHA does not formally incorporate NFPA 70E into Subpart S, but inspectors and courts often cite it as evidence of recognized industry practice under the General Duty Clause. Comply with Subpart S as the floor and use NFPA 70E as added guidance, especially for arc flash.

Do I need an arc flash analysis to write my electrical safety program?

OSHA does not explicitly require an arc flash hazard analysis, but NFPA 70E strongly recommends one for equipment at 50 volts or above where workers might meet exposed energized parts. Without a site-specific analysis, you fall back on NFPA 70E's conservative default PPE tables, which may call for more PPE than a facility-specific study would. For complex systems, a licensed electrical engineer usually runs the analysis and labels panels with incident energy levels.

How do I determine approach boundaries for energized electrical work?

29 CFR 1910.333(c)(3) requires unqualified employees to keep a safe distance from exposed energized parts. NFPA 70E 2024 defines the approach boundaries used in practice: the arc flash boundary, the limited approach boundary, and the restricted approach boundary. For most general industry applications, the working tables in NFPA 70E give default distances by voltage level that your program can adopt directly, pending a site-specific arc flash analysis.

What records do I need to keep for electrical safety training?

At a minimum: employee name, training date, trainer name, topics covered, and a record of the knowledge evaluation (test, observation, or demonstration). OSHA does not set a retention period for electrical training records in Subpart S, but most compliance professionals keep them for the length of employment plus three years. Lockout/tagout training records under 1910.147 are worth keeping indefinitely, since they are often requested during fatality investigations.

Can I use a template for my electrical safety program, or does it have to be custom?

A template gives you the structure, but the content has to match your facility. Compliance officers check that procedures reference your actual equipment, your actual job titles, and your specific hazards. A template that still says 'Company Name Here' or lists generic equipment types will not hold up. Use the template as a frame, then customize every substantive section to your operations before you sign and date it.

Who should sign the electrical safety program?

Usually the owner, general manager, or the person with overall site safety responsibility. The signature signals that management reviewed and authorized the program. Some companies have the safety officer or site supervisor co-sign. OSHA does not require a specific signatory, but the document should clearly show who is accountable for maintaining it. Updating the signature and date each time you revise the program is a simple way to prove the document is actively managed.

What happens if an OSHA inspector finds my electrical safety program is inadequate?

The inspector will likely cite the relevant Subpart S sections, most commonly 1910.332 for missing training documentation or 1910.333 for inadequate safe work practices. As of 2024, serious violations carry penalties up to $16,131 each, and OSHA can cite several per inspection. You have 15 working days to contest a citation. If the program is deficient but you fix the hazard promptly, you can often negotiate a penalty reduction during the informal conference.

Does my electrical safety program need to cover extension cords?

Yes. 29 CFR 1910.334(a)(2) requires portable electric equipment, including extension cords, to be inspected before each use for defects and damage. Your program should include a before-use inspection checklist, a policy against using extension cords as permanent wiring (prohibited under 1910.305(g)(1)(iv)), and a remove-from-service procedure for damaged cords. Extension cord violations are among the most commonly cited electrical issues during OSHA inspections of small businesses.

How does the electrical safety program interact with a confined space entry program?

They overlap whenever a permit-required confined space holds electrical equipment or wiring. The confined space entry program under 29 CFR 1910.146 has to identify every hazard inside the space, including electrical ones, and the energy control procedures from your electrical and LOTO programs apply before entry. Your entry permit form should include an electrical hazard line item. Cross-reference the two documents so supervisors know which program governs each step.

Is a licensed electrician required to write or implement the electrical safety program?

No. OSHA does not require an electrical safety program to be written or administered by a licensed electrician or a certified safety professional. The person writing it does need real knowledge of the applicable standards and your facility's hazards. Many small employers write their own using OSHA's published standards and NFPA 70E as guides. For high-voltage systems or complex arc flash analyses, hiring a qualified electrical engineer is practical rather than legally required.

How do overhead power lines factor into a general industry electrical safety program?

29 CFR 1910.333(c)(3) sets minimum clearances from overhead power lines for unqualified workers: at least 10 feet from lines rated up to 50kV, with greater distances at higher voltages. If your operations involve equipment (cranes, aerial lifts, vehicles with raised beds) that could approach power lines, your program needs a section covering these clearances and the procedure for asking the utility to de-energize or guard lines before work. This is a frequent source of electrical fatalities in general industry.

What is the penalty for not having an electrical safety program?

OSHA does not issue a single citation for 'no electrical safety program.' It cites the specific standards you violated. A missing training program under 29 CFR 1910.332, missing LOTO procedures under 1910.147, and inadequate safe work practices under 1910.333 can each draw separate serious citations at up to $16,131 each as of 2024. In one inspection, combined electrical penalties at a small facility can easily reach $30,000 to $80,000, depending on the number of violations and workers affected.

Sources

1. OSHA, 29 CFR 1910 Subpart S – Electrical: Requirements for electrical safety in general industry including safe work practices (1910.331-1910.335), training (1910.332), PPE (1910.335), and installation safety (1910.303-1910.308)
2. OSHA, 29 CFR 1910.147 – The Control of Hazardous Energy (Lockout/Tagout): Requires a written energy control program, machine-specific LOTO procedures, and annual inspections of energy control procedures
3. OSHA, Electrical Safety topic page (interpretation of qualified vs. unqualified employee): The qualified/unqualified distinction is task-specific: a worker can be qualified for some electrical tasks and unqualified for others
4. U.S. Bureau of Labor Statistics, Census of Fatal Occupational Injuries 2022: 126 fatal occupational injuries from exposure to electricity recorded in the United States in 2022
5. OSHA, Electrical Safety topic page (arc flash and General Duty Clause guidance): OSHA cites NFPA 70E as evidence of recognized industry practice for arc flash hazards under the General Duty Clause
6. OSHA, Top 10 Most Cited Standards: Electrical violations (including 29 CFR 1910.303) are consistently among the top 10 most-cited standards in general industry OSHA inspections
7. OSHA, 29 CFR 1904 – Recording and Reporting Occupational Injuries and Illnesses: Fatalities must be reported to OSHA within 8 hours; in-patient hospitalizations, amputations, and eye losses within 24 hours; electrical injuries meeting thresholds must be recorded on the OSHA 300 log
8. OSHA, Penalties: As of 2024, serious violations carry maximum penalties of $16,131 per violation; willful violations up to $161,323 per violation
9. OSHA, 29 CFR 1910.137 – Electrical Protective Equipment: Rubber insulating gloves used for electrical protection must be electrically tested at intervals not exceeding six months
10. OSHA, 29 CFR 1910.305 – Wiring Methods, Components, and Equipment for General Use: Extension cords may not be used as a substitute for permanent wiring (1910.305(g)(1)(iv)); unused openings in electrical enclosures must be closed