GUIDE

Electrical Handover Documentation: What to Provide

Complete handover documentation is the hallmark of a professional electrician. This guide covers every document you should provide at handover: EIC, test results, O&M manual, as-built drawings, cable schedules, warranty information, and Building Regulations compliance certificates.

Free for 7 days · No charge until day 8 · Cancel anytime · Used by 1,000+ UK electricians

13 min readUpdated 2026-06-10Andrew Moore, Founder of Elec-Mate

Written and reviewed by Andrew Moore, founder of Elec-Mate, against BS 7671:2018+A4:2026, IET Guidance Note 3 and the IET On-Site Guide.

ShareXinW
Follow

1,000+

UK electricians

“Replaced three separate apps with Elec-Mate. Certs, quotes, and scheduling all in one place.”

Daniel Palmer — DP Electrical

Key Takeaways

  • 1Complete handover documentation is a legal and professional requirement for all notifiable electrical work -- it demonstrates compliance with BS 7671, Building Regulations Part P, and the Electricity at Work Regulations.
  • 2The EIC (Electrical Installation Certificate) or Minor Works Certificate must be provided for all new installations and alterations, accompanied by the full schedule of test results and circuit details.
  • 3An Operation and Maintenance manual should accompany every significant installation, providing the client with clear instructions for operating the system, routine maintenance requirements, and emergency procedures.
  • 4As-built drawings and cable schedules are essential for commercial work and larger domestic installations -- they provide a permanent record of the actual installation that future electricians will rely on.
  • 5Elec-Mate generates all handover documents digitally on site -- EIC, test results, cable schedules, and circuit details. Send the complete handover package to the client before you leave site.
  • 6BS 7671:2018+A4:2026 (Reg 411.3.4) requires that AC final circuits supplying luminaires in domestic premises must be provided with additional protection by an RCD rated at no more than 30 mA -- this must be recorded on the schedule of inspections at handover.
01 · Guide

What Is Electrical Handover Documentation?

Electrical handover documentation is the complete package of certificates, test results, drawings, manuals, and records that the electrician provides to the client on completion of electrical work. It is the formal record that the work has been designed, installed, tested, and certified in accordance with BS 7671 and all applicable regulations.

Handover documentation serves multiple purposes. For the client, it provides evidence of compliance, operating instructions, and a permanent record of the installation. For the electrician, it demonstrates professional competence, satisfies scheme and regulatory obligations, and provides legal protection if questions arise later. For future electricians, it provides essential information about the installation that makes future work safer, faster, and more accurate.

The quality of your handover documentation is a direct reflection of your professionalism. Clients who receive a comprehensive, well-organised handover package are more likely to recommend you, return for future work, and pay promptly. Clients who receive a scrappy handwritten certificate or nothing at all will question the quality of the work itself -- and rightly so.

This guide covers every element of a professional electrical handover package, from the mandatory EIC and test results to the best-practice additions that set you apart from the competition.

Free download

Get the BS 7671 A4:2026 Cheat Sheet — free

Every key change in the 2026 amendment on one page. AFDDs, TN-C-S protection, new schedule columns, model forms. Pinned on your van dash.

  • Every regulation change summarised
  • New model forms (EIC + MEIWC)
  • Free PDF — no subscription

We'll email it once. No spam — unsubscribe any time.

02 · Guide

EIC and Minor Works Certificate

The Electrical Installation Certificate (EIC) and the Minor Electrical Installation Works Certificate (MEIWC) are the core handover documents for electrical work. They are model forms from Appendix 6 of BS 7671 and must be completed for all new installations, alterations, and additions.

  • EIC (Electrical Installation Certificate) -- required for new installations, alterations that include new circuits, and significant work such as consumer unit replacements. The EIC must include: details of the installation and the designer, installer, and inspector (which may be the same person), a description of the work, the design, construction, inspection, and testing declarations, the schedule of inspections, and the full schedule of test results.
  • MEIWC (Minor Electrical Installation Works Certificate) -- suitable for additions and alterations to existing circuits that do not include a new circuit. Examples include adding a socket to an existing ring final, relocating a light fitting, and replacing accessories. The MEIWC is simpler than the EIC but still includes essential test results.

The certificate must be completed accurately and in full. Common errors include: leaving the prospective fault current blank, not recording Zs values for every circuit, using incorrect descriptions for the type of supply, and failing to sign all required declarations. Incomplete certificates are a common finding during competent person scheme assessments and can result in corrective actions against the electrician.

What changed in the 18th Edition A4 amendment

BS 7671:2018+A4:2026 introduced two requirements that directly affect the schedule of inspections you issue at handover:

  • Reg 411.3.4 -- RCD protection for domestic lighting circuits: AC final circuits supplying luminaires in domestic (household) premises shall now be provided with additional protection by an RCD with a rated residual operating current not exceeding 30 mA. The schedule of inspections must confirm this protection is present for every domestic lighting circuit.
  • Reg 421.1.7 -- AFDD recommendation: The installation of arc fault detection devices (AFDDs) is recommended for AC final circuits of a fixed installation to mitigate the risk of fire from arc fault currents. The updated model EIC form includes a field to record AFDD presence; complete this for every installation.

Digital EIC and Minor Works

Complete the EIC or Minor Works Certificate on your phone with full test results, schedule of inspections, and circuit details.

Try it free for 7 days
Download on the App StoreGet it on Google Play
03 · Guide

Test Results and Schedules

The schedule of test results is the technical heart of the handover documentation. It records every measurement taken during the testing of the installation and provides the evidence that the installation meets the requirements of BS 7671.

  • Continuity of protective conductors -- R1+R2 values for every circuit, measured at the furthest point from the distribution board.
  • Insulation resistance -- measured between live conductors and earth, and between live conductors, for every circuit. Minimum values from BS 7671 Table 64 (Reg 643.3.2): 0.5 MΩ at 250 V DC for SELV and PELV circuits, and 1.0 MΩ at 500 V DC for circuits up to 500 V.
  • Earth fault loop impedance (Zs) -- measured or calculated for every circuit to verify that the protective device will operate within the required disconnection time.
  • RCD operation -- trip time measured at rated residual operating current (IΔn, typically 30 mA) for every RCD and RCBO. Under BS 7671:2018+A4:2026 Reg 643.3, verification uses a single AC test at IΔn (100% rated current); the previous Table 3A multi-step sequence has been deleted. Record the measured trip time against the device manufacturer's declared operating time.
  • Prospective fault current (PSCC) -- measured at the origin of the installation. Both line-to-neutral and line-to-earth values should be recorded.

Every test result must be recorded clearly, with the correct units, and compared against the maximum permitted values from BS 7671. The schedule of test results should be presented in a clear, tabular format that allows any competent electrician to review the results and verify compliance. Elec-Mate generates the schedule of test results automatically from the values you enter during testing, with built-in validation that flags any results outside permitted limits.

Zs temperature correction (GN3 Appendix A3): Measured earth fault loop impedance values are taken at ambient temperature, which is typically lower than the conductor's operating temperature. Before certifying compliance, measured Zs must be compared against the maximum permissible values in GN3 Appendix A after applying the applicable temperature correction from Table A7. A measured Zs that appears acceptable at cool ambient conditions may exceed the tabulated maximum at normal operating temperature -- always apply the correction.

A4:2026 update -- AFDD and SPD recording: The updated BS 7671:2018+A4:2026 model EIC form (Appendix 6) includes columns to record whether arc fault detection devices (AFDDs, Reg 421.1.7) and surge protective devices (SPDs) are present in the installation. Ensure the EIC schedule of inspections captures AFDD and SPD details for all installations completed under the A4 amendment. See also the consumer unit change guide.

04 · Guide

Operation and Maintenance Manual

An Operation and Maintenance (O&M) manual is a document that explains how to use and maintain the electrical installation safely. While not always required by BS 7671 (which focuses on the certificate and test results), an O&M manual is considered best practice for all significant installations and is often required by the client specification for commercial work.

  • System description -- a plain-language overview of the electrical installation: what systems are installed, where the main components are located, and how they work together.
  • Operating instructions -- how to operate each system safely. This includes consumer unit operation, lighting controls, emergency lighting test procedures, fire alarm operation and weekly test procedure, and any specialist systems (EV charger, solar PV inverter).
  • Maintenance requirements -- what routine maintenance the client is responsible for (monthly emergency lighting function tests, quarterly RCD tests, keeping ventilation clear around distribution boards) and what requires a qualified electrician.
  • Emergency procedures -- what to do in a power failure, how to isolate individual circuits or the entire installation, when to call an electrician versus when to contact the distribution network operator.
  • Contact details -- the installing contractor's contact information for maintenance, callouts, and warranty queries.

For domestic work, the O&M manual can be a simple document of 2 to 4 pages. For larger commercial installations, it may run to dozens of pages including product data sheets, commissioning records, and specialist system manuals. The key is that it should be written for the intended reader -- a non-technical building owner or facilities manager, not a qualified electrician.

05 · Guide

As-Built Drawings and Cable Schedules

As-built drawings record the actual installation as constructed, which may differ from the original design drawings. Cable routes may have been changed during installation due to unforeseen obstructions, additional circuits may have been added, or the distribution board layout may have been altered. As-built drawings capture the reality.

  • Cable route drawings -- showing where cables are routed through the building, particularly within walls, floors, and ceilings. This information is critical for future work -- it prevents cables being damaged by drilling, nailing, or cutting into surfaces.
  • Distribution board schedule -- a circuit chart showing every way in the distribution board, the circuit designation, the protective device type and rating, the cable size and type, and the circuit it supplies. This should be displayed inside the consumer unit or distribution board enclosure.
  • Cable schedule -- a table listing every cable in the installation with its reference, type, size, route, length, and the circuit it serves. Essential for commercial installations and larger domestic work.
  • Schematic diagrams -- single-line diagrams showing the distribution architecture from the incoming supply through the main switch to individual distribution boards and circuits.

For domestic work, a distribution board schedule and basic cable route information is usually sufficient. For commercial work, the full suite of as-built drawings is typically a contract requirement and must be provided in the specified format (often both printed and digital). These drawings become part of the building's permanent record and will be used by every electrician who works on the installation in the future.

Try Elec-Mate free for 7 days

16 certificate types, 70+ calculators, RAMS, quoting, invoicing, AI agents, and 46+ training courses — from £6.99/mo.

Start free trial
Download on the App StoreGet it on Google Play
06 · Guide

Warranty and Product Information

Every significant component installed should be accompanied by the manufacturer's product data sheet, installation instructions, and warranty information. This is often overlooked but is an important part of the handover package.

  • Consumer units and distribution boards -- manufacturer, model, type test certification, and warranty terms. Most quality consumer units carry a 5 to 10 year manufacturer warranty.
  • Protective devices -- MCBs, RCBOs, AFDDs, SPDs. Record the manufacturer, model, rating, and type. This information is essential for future maintenance and replacement.
  • Specialist equipment -- EV chargers, solar PV inverters, battery storage systems, smart home controllers. These items typically have specific warranty registration requirements and the client needs the product information to register the warranty.
  • Light fittings and controls -- particularly LED drivers (which have a finite lifespan), dimming systems, and emergency lighting units. Record the replacement lamp or driver details for future maintenance.

Organising warranty information at handover prevents the common scenario where a component fails after 3 years and neither the client nor the electrician can find the warranty details. A well-organised handover package with all warranty information in one place is a hallmark of a professional electrician.

07 · Guide

Building Regulations Compliance

For notifiable electrical work in England and Wales, compliance with Part P of the Building Regulations must be demonstrated at handover. The route to compliance depends on how the work is certified:

  • Competent person scheme route -- the most common route. The electrician is registered with NICEIC, NAPIT, ELECSA, or another approved scheme. The scheme certifies the work and notifies the local authority building control on the electrician's behalf. The client receives a Building Regulations Compliance Certificate from the scheme. This certificate is essential for the client's property records and must be provided at handover.
  • Building control route -- if the electrician is not registered with a competent person scheme, the work must be notified to local authority building control before it starts. Building control will inspect the work and, if satisfied, issue a Building Regulations Completion Certificate. This route is slower and more expensive (building control fees apply) but is the only option for non-scheme electricians doing notifiable work.

The Building Regulations Compliance Certificate is a separate document from the EIC. The EIC certifies compliance with BS 7671 (the Wiring Regulations). The Building Regulations certificate certifies compliance with the Building Regulations (which reference BS 7671 but also cover other matters such as fire safety, energy efficiency, and accessibility). Both documents should be provided at handover.

Missing Building Regulations certificates can cause serious problems when the property is sold. Conveyancing solicitors will check for evidence of compliance for any electrical work carried out since 2005 (when Part P was introduced). Missing certificates can delay or derail property transactions and may require indemnity insurance to proceed.

08 · Guide

Common Handover Documentation Failures

Even experienced electricians sometimes fall short on handover documentation. Here are the most common failures and how to avoid them:

  • No certificate issued -- the most basic failure. The work is completed but no EIC or MEIWC is provided. This is a breach of BS 7671 and, for notifiable work, a breach of Building Regulations. Always issue the certificate.
  • Incomplete test results -- missing values, blank fields, or test results that do not cover all circuits. Every circuit must have a complete set of test results recorded on the schedule.
  • Late documentation -- promising to "send the certificate later" and then forgetting. Documentation should be completed on site or within 24 hours. Late certificates suggest disorganisation and reduce client confidence.
  • No Building Regulations notification -- completing notifiable work without notifying through the scheme or building control. This creates a compliance gap that can surface years later when the property is sold.
  • No user instructions -- leaving the client with no guidance on how to operate the new installation, when to test RCDs, or what to do in an emergency. A brief user guide takes 10 minutes to prepare and makes a significant difference to the client experience.
  • Missing instrument details -- the schedule of test results must record the serial number and calibration certificate details for every instrument used. Omitting this information is a common finding at competent person scheme assessments and means the test results cannot be fully verified. Check calibration validity before starting tests and record instrument details on every schedule.

Each of these failures is preventable with a systematic approach to handover. Create a handover checklist that you work through on every job, and use digital tools that prompt you through the documentation process so nothing gets missed.

09 · Guide

Elec-Mate for Handover Documentation

Elec-Mate streamlines the entire handover documentation process, ensuring every certificate is complete, every test result is recorded, and the client receives a professional handover package on the day the work is finished:

EIC and MEIWC on Your Phone

Complete the full Electrical Installation Certificate or Minor Works Certificate on site. AI-assisted data entry validates test results as you enter them, flagging any values outside permitted limits before you sign the certificate.

Automatic Schedule of Test Results

Enter test results for each circuit and Elec-Mate generates the complete schedule automatically. Board scanner reads the distribution board layout from a photo, populating circuit details in seconds.

Send to Client from Site

Export the complete handover package as a professional PDF and send it to the client by email or WhatsApp before you leave site. Include the certificate, test results, circuit schedule, and invoice in one package.

Every certificate is stored securely in the cloud with full search and retrieval capability. Pull up any certificate from any job, any time. Your handover documentation is professional, complete, and always available.

Professional Handover Documentation

EIC, MEIWC, test results, and circuit schedules completed on your phone. Send the complete handover package to the client from site.

Try it free for 7 days
Download on the App StoreGet it on Google Play

Frequently Asked Questions About Electrical Handover Documentation

What electricians say

Verified reviews from the UK App Store.

One App for Everything!

Elec-Mate is my go to app for business and electrical work. It's feature rich without feeling cluttered. A true all in one app for quotes, certs, calculations, RAMS, EICRs, and more. I use it every day without fail, and it makes my workflow much smoother since I'm not jumping between apps anymore. The price-to-feature ratio is excellent. Any issues I've had, the developer responds within the hour and usually fixes them the same day. 100% recommend.

Apple App Store · GBR

Fantastic app for electricians

I've used the app and the web based version for a while now and it's well worth the investment. If you're an apprentice or experienced Spark give it a go, you won't be disappointed.

Apple App Store · GBR

Absolutely amazing

I've been using Elec-Mate for a while now, and honestly, it's one of the best apps I've ever downloaded. Every aspect of it feels thoughtfully designed, from the clean and intuitive interface to the powerful features that make everything so easy to manage. It's clear that a lot of care and attention went into building this app, and it shows in every detail.

Apple App Store · GBR

Trusted by electricians across the UK

Real feedback from real sparks

“Replaced three separate apps with Elec-Mate. Certs, quotes, and scheduling all in one place.”

Daniel Palmer

Sole Trader · DP Electrical

“I've won two contracts this month because I could turn quotes around same-day with the AI cost engineer.”

Nathan Perry

Electrician · NP Electrical Services

“The study centre got me through my AM2. Mock exams and flashcards are brilliant.”

Jake Pizey

3rd Year Apprentice · Apprentice

7-Day Free Trial — Cancel Anytime, No Hassle

Complete Handover Documentation on Your Phone

EIC, test results, circuit schedules, and professional PDFs. Complete the full handover package on site and send it to the client. 7-day free trial, cancel anytime.

“Replaced three separate apps with Elec-Mate. Certs, quotes, and scheduling all in one place.”

Daniel Palmer, DP Electrical

From £6.99/mo after trial — less than a coffee a week

or download the app
Download on the App StoreGet it on Google Play
7 days free, then from £6.99/moCancel in one tap — no calls, no hassleiOS, Android & WebBS 7671 compliant
16
Certificate Types
70+
Calculators
46+
Training Courses
8
AI Agents

1,000+ electricians · From £6.99/mo after trial

We use cookies to improve the app and measure what works. Cookie Policy