Electrical RAMS UK 2026: what every electrician's risk assessment and method statement must cover
A complete guide to writing an electrical RAMS that passes main-contractor checks. Live working, isolation, EICR, BS 7671, CDM 2015 and the 8 sections every electrical RAMS must contain.
Why electrical RAMS get rejected more than any other trade
Electrical work sits at the sharp end of UK construction risk. The Electricity at Work Regulations 1989 hold individuals personally liable for electrical safety failures, and main contractors know it. So when an electrician sends in a generic, copy-paste RAMS, it gets bounced. The pattern repeats on site after site: the work itself is competent, the document is not.
This guide covers what an electrical RAMS (Risk Assessment and Method Statement) actually needs to contain in 2026, the legislation it must reference, the trade-specific hazards inspectors look for, and a practical workflow for producing one in under an hour. Whether you are a sole-trader sparky, a small electrical firm bidding for refurbishment work, or an M&E subcontractor on a Tier 1 project, the same standards apply.
Electrical RAMS rejection is rarely about the work being unsafe. It is almost always about the document failing to demonstrate that the work has been thought through. Fix the document and the rejections stop.
What HSE and main contractors actually expect from an electrical RAMS
The legal foundation for any electrical RAMS is a stack of regulations: the Health and Safety at Work etc Act 1974, the Management of Health and Safety at Work Regulations 1999, the Construction (Design and Management) Regulations 2015, the Electricity at Work Regulations 1989, and BS 7671:2018+A2:2022 (the 18th Edition Wiring Regulations). The document does not have to quote every regulation, but it has to demonstrate the work is being planned in line with them.
Main contractors checking your RAMS look for specific things: are you working live or dead? If live, what justifies it (you cannot just say "for convenience")? What is your isolation procedure? Who is the duty-holder if something goes wrong? What is the competence of the operatives, evidenced by what cards or qualifications? Have you considered the building's existing wiring before you start cutting in?
The HSE's enforcement focus on electrical work is sharp. HSE electrical safety guidance stresses that most serious electrical incidents come from work on or near live conductors, contact with overhead lines, and use of defective portable equipment. Your RAMS must show how you control each of these. Generic phrases like "the operative will take all reasonable care" do not pass muster.
The 8 sections every electrical RAMS must contain
1. Activity and scope of works
Open with a precise description: what electrical work, on what type of building, at what stage of the project. "Replace consumer unit and run new ring final circuit to extension" is useful; "carry out electrical work" is not. Note the building age (pre-1966 properties may have rubber-sheathed cabling that needs different handling) and the type of installation (domestic, commercial, industrial, or temporary site supply).
Include the start date, anticipated duration, and location reference. If you are working under another contractor's RAMS umbrella, name them. State whether the work is notifiable under Part P of the Building Regulations. This sets the legal framing for everything that follows.
2. Description of works
Spell out the sequence of operations in plain language. A typical refurbishment electrical RAMS for a small commercial unit might read: arrive on site, sign in, conduct visual inspection of incoming supply, verify isolation by safe isolation procedure (lock-off, test, prove dead, prove tester), strip out redundant wiring, install new containment, pull cables, terminate, test, energise, second-fix accessories, final test and certification.
Each operation should be a discrete step. Avoid combining "test and energise" into a single bullet; they are separate hazards with different controls. Describe what equipment is being used at each step (multifunction tester, GS38-compliant probes, voltage indicator, proving unit) so the document shows you understand the work, not just that you can do it.
3. Sequence of events for safe isolation
Safe isolation is the single most important section of any electrical RAMS. Inspectors will read this section first. The standard sequence, drawn from HSE guidance and BS 7671, is: identify the circuit, switch off, lock off and tag, prove the proving unit is working, prove the circuit is dead at every point of work, prove the proving unit again, then start work.
State explicitly that no work will start until safe isolation has been confirmed. State who is permitted to break the lock-off (usually only the person who applied it, or a named substitute in writing). Reference the use of a GS38 voltage indicator and an in-date proving unit. If you are working on a Three-Phase board, name the procedure for confirming all phases dead.
If the work involves any live operation, however minor, the RAMS must explain why dead working is not reasonably practicable, who has authorised the live work, what additional precautions apply (insulated tools, PPE, observer, restricted access zone), and what training the operative has for live working specifically. Most rejections we see in this section come from RAMS that mention live working in passing without justifying it.
4. Plant, equipment and materials
List every piece of test equipment and tooling: multifunction tester (and its calibration date), low-resistance ohmmeter, insulation resistance tester, RCD tester, earth fault loop impedance tester, voltage indicator, proving unit, locks and tags. Calibration certificates should be available on request and should be in date.
For materials, note compliance with BS 7671: cables (BS 6004, BS 5467, BS 7211), accessories (BS 5733), consumer units (BS EN 61439-3), and that any product used carries the appropriate UKCA or CE mark. Containment must be specified by type (steel conduit, PVC trunking, basket tray) along with its IP rating where applicable.
5. Safety responsibilities
Name the duty-holder for the electrical work. This is the person legally responsible under the Electricity at Work Regulations 1989, typically the qualified supervisor for the firm. Name the supervisor for the day, the operatives, and any apprentices. Note the qualifications: NVQ Level 3 in Electrotechnical Services, AM2 assessment, ECS Gold Card, 18th Edition Wiring Regulations qualification, City & Guilds 2391 testing and inspection certificate, and any Part P registration through a Competent Person Scheme such as NICEIC, NAPIT, or Stroma.
Add the chain of escalation: who calls the principal contractor's site manager if a service is hit, if isolation fails, or if an unexpected hazard is encountered. Include a phone number, not just a name. A RAMS that names a person but not a number costs you credibility.
6. PPE required
Specify by EN standard, not by colour. Hi-vis jacket to BS EN ISO 20471 Class 2 minimum. Safety helmet to BS EN 397. Safety footwear to BS EN ISO 20345 with electrical insulation rating SB E (or S1P E for site work). Class 2 insulated gloves to BS EN 60903 if any live work is involved, with a documented inspection regime before each use. Light eye protection to BS EN 166 for cable-cutting and drilling.
For specialist work add: arc-flash rated PPE (BS EN 61482) for switchgear operations, FR overalls (BS EN ISO 11612) for fault-find work where arcing is possible, dust mask (FFP2 minimum) for chase-cutting in masonry. State who issues PPE, who inspects it before each shift, and what triggers replacement.
7. Relevant legislation and standards
Cite, do not list. A RAMS that drops a list of regulation names without saying how they apply is doing the bare minimum. Aim for: "Electricity at Work Regulations 1989 require duty-holders to ensure work on or near live conductors is justified and properly controlled. This RAMS satisfies that duty by [specific control]."
Core legislation to reference: Health and Safety at Work etc Act 1974, Management of Health and Safety at Work Regulations 1999, Construction (Design and Management) Regulations 2015, Electricity at Work Regulations 1989, Electricity Safety Quality and Continuity Regulations 2002 (for any work affecting the supply), Personal Protective Equipment at Work Regulations 1992, Provision and Use of Work Equipment Regulations 1998 (PUWER), Lifting Operations and Lifting Equipment Regulations 1998 (LOLER) if you are using mobile elevating work platforms. Standards: BS 7671:2018+A2:2022, GS38, HSR25 (HSE memorandum on the Electricity at Work Regulations).
8. Worker sign-off and document control
Every operative on site must sign that they have read and understood the RAMS before starting work. Include a sign-off table with name, role, qualification card number, signature, and date. The supervisor signs first.
Add a revision history. RAMS that has been re-issued mid-job because the scope changed must have version control: v1.0 issued 10 May 2026, v1.1 revised 12 May 2026 to include additional containment work in stairwell. Anything stale on site is a problem.
Site-specific factors that change the document
An electrical RAMS is not interchangeable between jobs. The same wiring task in a domestic refurbishment, a working hospital, and a live retail unit produces three different RAMS because the surrounding controls change.
In healthcare, you must consider continuity of clinical services: which circuits feed life-support equipment, how isolation is coordinated with the estates department, what the back-out plan is if a circuit cannot be re-energised in time. Add the Health Technical Memorandum HTM 06-01 to your reference list.
In retail or hospitality during trading hours, dust suppression, customer separation, noise restrictions and emergency egress all enter the RAMS. In schools, working near children, safeguarding, and DBS-related access controls apply. In data centres, supply continuity is everything and your RAMS lives or dies on its hot-cutover plan.
Outdoor work, including any installation involving overhead lines or buried services, requires a separate hazard assessment for those exposures. CAT and Genny scans for buried services should be referenced before any digging or core-drilling. Overhead lines need exclusion zones in line with HSE GS6.
What main contractors actually pull you up on
From hundreds of sub-RAMS reviews we see the same five rejection reasons over and over for electrical RAMS:
Generic isolation procedure. "Work will be carried out following safe isolation" without describing the procedure step by step. The reviewer cannot tell whether you actually understand it. Spell it out.
No mention of competence evidencing. Naming "competent operatives" is not enough. Card numbers, qualifications and registration numbers must be in the document.
Boilerplate PPE list. Hi-vis, hard hat, gloves, boots, listed without EN standards or job-specific additions. A reviewer can tell instantly that the list was lifted from a generic template.
Outdated legislation. RAMS that still reference the Electricity at Work Regulations 1990 (it is 1989), or the 17th Edition (it is now 18th Edition Amendment 2). Date-stamps in your RAMS matter.
No emergency procedure. What happens if someone receives a shock? Where is the nearest defibrillator? Who calls 999 and when? A serious RAMS answers these in one paragraph.
If you are reading this thinking "my RAMS would fail at least three of those," you are not alone. The fix is not to write a longer document; it is to write a more specific one.
How long should writing a proper electrical RAMS take?
By hand, starting from a blank document, a competent electrician will spend three to six hours producing a RAMS for a typical job. That includes researching the right legislation references, drafting each section, getting it reviewed internally, and producing the operative sign-off page. For a one-off domestic job that is uneconomical; for a £40,000 commercial fit-out it is essential.
Using a template cuts that to one to two hours. The template gives you the structure but you still write all the trade-specific content. The risk with templates is that you import generic phrasing that exposes you on review.
Using AI-assisted RAMS software like Complys cuts it to roughly thirty minutes, including review and edits. The software asks you specific questions about the job (live or dead working, location type, scope of operations, equipment list) and drafts a RAMS that references the correct legislation and includes the right hazard controls for the answers you gave. You still review the draft, make edits, and sign off. The software writes the boilerplate so you can focus on the trade-specific bits only you know.
Practical workflow for producing electrical RAMS every time
The contractors who never get RAMS rejections all run roughly this workflow. First, capture the job specifics in a short brief: scope, location, dates, key hazards, operatives. Second, draft the RAMS using a tool or template, populating the eight sections above. Third, get a second pair of eyes on it (your supervisor, a colleague, or an AI review tool that flags gaps). Fourth, send it to the main contractor at least three working days before site start. Fifth, version-control any changes during the job.
Build a library of your past electrical RAMS, organised by job type. The next domestic rewire, commercial fit-out, or board change is easier to draft when you have a reference RAMS to start from. Each new job's RAMS becomes more specific and faster to produce. Within twelve months of working this way, your rejection rate should drop to near zero.
Bottom line
An electrical RAMS is a legally mandated, contractually checked document that demonstrates you have planned the electrical work safely. Generic templates fail. Specific, well-evidenced documents pass. Cover the eight sections above, write in plain language, name your competence and your isolation procedure precisely, and your work flows through approval rather than getting bounced.
For more on the trade-specific RAMS landscape, read our scaffolding RAMS guide for the big-picture template framework, or the roofing RAMS template guide for height-work specifics. For an honest take on AI-generated RAMS and HSE compliance, read our 2026 assessment.
Complys asks you the right questions for electrical work, references BS 7671 and the Electricity at Work Regulations, and produces a full RAMS document main contractors will accept. Edit, brand and share in one place.