Electrical Trade Magazine - Issue 38

INSIDE THIS ISSUE:

FULL SPEED AHEAD FOR EV CHARGING POINT INSTALLATION

OVERCOMING 8 KEY ARCHITECTURAL LIGHTING CHALLENGES

LEADING ELECTRICAL TRAINING PROVIDER LAUNCHES NEW ONLINE COURSE FOR ELECTRICIANS

Ei3030

MULTI-SENSOR FIRE & CO ALARM

The latest addition to the technologically advanced 30 0 0 Series, the Ei3030 combines individual Optical, Heat and CO sensors for the ultimate fire and CO response, while maintaining the simplicity that Installers love.

Smart, connected and future-proof.

Add the Ei3000MRF for wireless interconnection and data extraction via the Ei1000G Gateway

It’s the bane of tradespeople’s lives - tool theft

Many of you will have had your vans or lock-ups raided by callous thieves who have no thought for your livelihood or property. Many stolen tools are sold for a fraction of their value online or shipped overseas. Crime fighting organisation Van Watch has discovered that there is now a tool crime incident every 9 minutes, up from one every 23 minutes before the pandemic.

The total cost to tradespeople approaches £1million per day In stolen tools, damaged vehicles, and lost working time.

More than a third of victims of tool crime report a major impact on their mental health or emotional well-being. Now a new law in England and Wales will see the widespread deployment of technology aimed at making it harder for thieves to sell stolen tools and equipment.

But will it work?

The Equipment Theft (Prevention)

Bill has passed through the House of Commons and is expected to be signed into law by the King later this summer. Brainchild of Greg Smith MP, the bill requires certain security features for frequently stolen equipment. The Home Office is consulting on using the bill to make forensic marking of expensive power tools a universal requirement. Manufacturers and resellers of high value tools will need to ensure that their products are marked, registered, and traceable if stolen, making it harder for thieves to sell stolen tools, and helping re-unite them with their owners. Forensic marking also helps police with prosecutions and increases convictions. Speaking In the House of Commons, Greg Smith said “They are not stealing

power tools to do some DIY at home. They are stealing that equipment to sell and monetise it and if they cannot do so because of forensic marking, they will not steal it in the first place.” Police Minister Chris Philps has apparently committed to ensuring there are enough police officers to enforce the new law - we shall see on that one!

Ray Stafford, founder of Van Watch, a cross industry, not-for-profit organisation which campaigns against tool crime, welcomed the initiative. “Disrupting the business model of tool crime is a critical step forward, and we welcome both Greg’s bill and the Police Minister’s commitment to provide police manpower to enforce it. We call upon Police and Crime Commissioners and Chief Constables to ensure that the Minister’s words are backed by action.

“We hope that individual tradespeople and the organisations representing them will respond to the consultation and make it clear that they Back the Bill.

“We also call upon tool manufacturers and resellers to engage constructively with the Home Office and play their part in bearing down on this crime that so plagues their customers.”

Organisations and individuals can take part in the consultation via https:// www.gov.uk/government/consultations/ equipment-theft-prevention-bill-call-forevidence

Powering Up Britain: Gov’t listens to some industry concerns, but continues to overlook skills

Leading electrotechnical and engineering services body ECA is calling for a detailed plan to fund the upskilling of Britain’s electrotechnical workforce, following the launch of the report, Powering Up Britain: Energy Security Plan.

The report sets out the steps the Department for Energy Security and Net Zero is taking to ensure the UK’s energy system is secure, low-cost, and low carbon. However, it contains little to no detail about how the country’s labour force will be trained to deliver low carbon installations and green infrastructure.

Meanwhile, ECA has praised the Government’s renewed commitment to electric vehicle charging, with a more than £380 million investment announced for public EV charging points and infrastructure across the country.

ECA has also welcomed plans to rebalance electricity bills using levies

as an incentive to move away from gas. The association has long advocated for rebalanced levies to encourage long-term use of renewable energy and move away from fossil fuels.

ECA Energy & Emerging Technologies Advisor Luke Osborne said:

“The rebalancing of the electricity market is something we have been calling for, for years. So, we are pleased to see that our voice has been heard in this new report.

“We also support the commitment to EV charging, but without any funding for upskilling our workforce, this is a hollow pledge for now.

“We are falling behind on EV charging targets, despite the growing number of EVs on the road, and this trend is likely

to continue unless we invest heavily in skilled, competent workers who can connect the dots and solve the net zero puzzle.

“I fear this report will do little to address the low public awareness of heat pumps and shortage of skilled installers. In many ways, we are still too far back in our Net Zero journey.”

The report includes a range of other measures to boost the UK’s clean energy security, including a three-year extension of the Boiler Upgrade Scheme, and overhaul of planning rules to speed up the construction of new wind turbines and solar panels, and support for carbon capture, home insulation and hydrogen projects.

Images courtesy of iStock

The new President of ECA, the UK’s leading engineering services trade association, is business leader and electrical engineer, Sean Smyth.

Sean recently celebrated 50 years in the electrical industry, having begun his career as a JIB apprentice in 1973 and progressing to become CEO of WT Parker Group.

During Sean’s tenure as CEO, he grew the business from £27m to £80m turnover, developing a diverse business in niche markets and forming key client partnerships.

The business was acquired by Edwin James Group in 2017 and rebranded as EJ Parker Technical Services (Central) Ltd, with Sean remaining as a Director on the board.

Sean became an active member of the ECA in 1995.

Sean takes over the ECA Presidency from Steve Murray. During the last 12 months, Steve played a critical role in guiding ECA as it supported its Members through difficult

Industry Leader Sean Smyth becomes ECA President

Respected engineer and business leader takes on leading role in engineering services body.

times, including economic uncertainty around the pandemic, materials and labour shortages, and price volatility.

New ECA President Sean Smyth commented: “I’m delighted to be taking over this prestigious role, representing ECA as an industry advocate and business leader.

“Our industry faces significant challenges, but I am determined to support ECA’s Members and the wider industry to maximise every opportunity in the next 12 months.

ECA Presidential team

The full ECA Presidential team for 2023/24 is as follows:

President – Sean Smyth

Senior Vice President –Stuart Smith

Vice President – Ruth Devine

Immediate Past President –Steve Murray

ECA CEO Steve Bratt added: “We are delighted to announce Sean Smyth as our new ECA President. The entire ECA team look forward to working with Sean to further develop what the ECA delivers for its Members, and in support of the wider engineering services sector.

“With Sean at the helm, ECA will continue to push the industry towards better skills and competence, safer buildings, and a greener sector as we move towards Net Zero.

“I would also like to welcome long-standing ECA advocate Stuart Smith to the role of Senior Vice President, Ruth Devine as Vice President, and finally to thank Steve Murray for his vital contributions to ECA’s national and regional activity during the past year, and his support for the ECA team.”

The new ECA Presidential team was confirmed on Wednesday 17 May 2023.

Sean Smyth Image courtesy of ECA

“I want to use my time to enable every Member to grow their business, prosper in this uncertain business climate, and be aware of all new initiatives through clear communication and ongoing support.”

NICEIC announces Paul Collins as new Technical Director

Paul replaces John O’Neill, who retired at the end of March, having held the position since 2019.

“I want to congratulate Paul on his new appointment,” said Certsure Managing Director, Richard Orton.

“Having been with the organisation for thirteen years and successfully heading up the Technical Services Division for the past four, I have no doubt Paul will bring a wealth of knowledge, experience and enthusiasm to this important

role.

“I would also like to thank John O’Neill for his outstanding contribution to the business and for being the trusted custodian of our core value – technical integrity for the past four years.”

Having started his career as an electrical apprentice in 1990, Paul moved on to become an NICEIC Qualified Supervisor gaining vast experience in the electrotechnical, gas, plumbing, heating, and

renewable sectors before joining NICEIC in 2009.

Since this time Paul has held an number of positions within NICEIC including Helpline Engineer, Head of Consulting, Head of NICEIC, Head of Operations and most recently Head of Technical Services.

In his new role as Technical Director, Paul will continue to represent NICEIC on various committees and working groups.

“I am delighted to take on this new role,” said Paul Collins.

“I am passionate about our industry, and I am committed to pushing it forward, raising standards, and ensuring technical integrity remains at the heart of everything we do.

“There truly has never been a more exciting time to be involved in our industry and I am excited to be part of the team who will continue to develop and cement NICEIC’s leading role within it.”

Call for Raffle Prizes for Tradeswomen’s Event

July at The Great Hall, London Met University.

The raffle at the end of the day is always a big part of the event, with truly fantastic prizes donated by supporters throughout the industry. We thought we’d give a wider range of companies the opportunity to support greater diversity and inclusion in construction and

maintenance by supporting WIT this year by donating a raffle prize or/and attending as a paying guest.

WIT started as an event celebrating women plumbers and heating engineers in 2017 but has grown into an event for all tradeswomen, especially women electricians,

supported by sponsorship from industry businesses committed to encouraging greater diversity in the industry - including Stopcocks, Vaillant UK, Monument Tools, Williams Merchants, EFIXX TV, Aalberts/Pegler, Kohler/Mira, Stopcor Limited, Adey, LCL Awards, Mark Vitow, JTL Training, Swale Heating, Crowcon Ltd, Fergus, Checkatrade and Kensa Contracting.

WIT remains truly unique in the sector, bringing tradeswomen together from Cornwall to Scotland to celebrate their skills and tenacity. We discuss ways to increase the number of women in all skilled trades and have a really great day.

We’d like to give supporters who are interested in coming on board but want to know

more, the opportunity to join us on the day by buying a paying ticket (just £60) and coming along, or to donate a raffle prize.

Besides our now famous, free lunch, the day includes Hattie Hasan MBE and another fantastic speaker from outside the industry who has also overcome biases and obstacles, this year; Atlantic Rower – and so much more Sally Kettle, roundtable discussions and delegates talking from the floor.

Information and tickets here https://stopcocks.uk/ conference/

To find out where to send raffle prizes or with any other questions about the event, including how to get involved please email mica@ stopcocks.uk

Paul Collins

Image courtesy of NICEIC

NICEIC, the UK’s leading Certification Body for the building services industry, has announced the appointment of Paul Collins as their new Technical Director.

The only national event for tradeswomen – WIT is fast drawing near! It is on 4th

SELECT launches new membership sub-category to reflect growing demand for installation of electric vehicle charging equipment

Campaigning

Scotland’s largest construction trade association is rolling out the dedicated EV membership classification as an increasing number of electrical contractors carry out the work to help Scotland meet its net-zero targets. The association says the new classification will also help consumers find a suitably trained and competent electrician who is able to carry out the work safely and to the highest standards.

From 5 June 2023, three new subcategories will be introduced specifically for SELECT members who undertake EV charge point installations:

• EV charging equipment installations (domestic)

• EV charging equipment installations (commercial)

• EV charging equipment installations (large scale).

Director of Technical Services Bob Cairney said: “We are aware of changes to the demands that many SELECT members encounter from consumers for certain types of electrical installation work to be carried out.

“This includes the increased demand for the installation of EV charging equipment, which is being driven by climate change targets and the subsequent popularity in low and zero-emission vehicles.

“SELECT has therefore decided to expand its work categories to include this type of electrical installation work, with the introduction of new classifications and approvals recognising those Members who are competent to undertake such work.

“We will also use this information to help potential customers find members with the necessary competence to undertake the specific work through the ‘Find a Member’ search facility on our website.”

The new sub-categories will be added to SELECT’s ten existing technical categories, one or more of which members must be accredited in to be considered for membership:

• 3.1 Low and extra-low voltage electrical installations up to 1kV

o 3.1a EV charging equipment installations (domestic)

o 3.1b EV charging equipment installations (commercial)

o 3.1c EV charging equipment installations (large scale)

• 3.2 Low voltage electrical installations up to 1kV (defined approval)

• 3.3 Fire detection and fire alarm systems in dwellings only

• 3.4 Fire detection and fire alarm systems in buildings including dwellings

• 3.5 Emergency lighting systems

• 3.6 Manufacture and/or installation of control panels and control systems

• 3.7 Hazardous areas

• 3.8 Security systems

• 3.9 Voice and data systems

• 3.10 In-service inspection and testing of electrical equipment.

The new categories will only be available for members currently classified in

category 3.1: Low and Extra-low Voltage Electrical Installations up to 1kV, and will be subject to specific technical requirements and proof of suitable training.

Mr Cairney added: “There is no doubt that the future is electric and that the way we live and work will increasingly rely on renewable technology powered by, and dependent on, electricity.

“Our members will play a key role in the design, installation and maintenance of such renewable systems so it is vital that we recognise their role and also provide peace of mind for the public, pointing them in the direction of skilled contractors who are suitably trained and qualified.”

The launch is the latest commitment to renewable technology by the association, which recently launched in-depth training courses in the installation of solar photovoltaic (PV) and electrical energy storage systems with GTEC Training.

It is also currently providing technical updates on air source heat pumps in its nationwide Toolbox Talk roadshows, with additional input from manufacturers Daikin and NIBE and representatives from the Scottish and Northern Ireland Plumbing Employers’ Federation (SNIPEF).

SELECT will also be contributing its expertise to the upcoming Green Home Festival, shining the spotlight on the electrical requirements for the home of the future at the annual renewables jamboree organised by the Construction Industry Collective Voice (CICV).

trade body SELECT has introduced a new sub-category of membership to reflect the growing demand for installation of electric vehicle (EV) charge points among its members.

Image courtesy of iStock

Overseas Success Prompts Expansion for Ansell Lighting

As part of its growth and international expansion strategy, leading lighting designer and manufacturer Ansell Lighting has appointed Allan Frederiksen as Head of Sales for the Nordics region.

In this newly created role Mr Frederiksen will be responsible for driving Ansell’s expansion into the Nordic markets. He joins Ansell from with International Lighting supplier SLV, where he was Sales Director and expanding the Nordic market, and prior to this the Danish Fegime wholesaler, AO Johansen, where he spent almost 14 years, seven of which as product manager for its lighting business. Mr Frederiksen will be based in Viborg, central Jutland.

His appointment marks the latest international milestone for Ansell Lighting, which already has two dedicated European showrooms in Madrid and Dublin.

Mark Abbott, Managing Director at Ansell Lighting said: “This appointment is an important strategic step forward for us and another demonstration of our commitment to expanding our presence

in Europe. The Nordics is a new market for us, but one which we think offers significant opportunity. Allan has an excellent track record in establishing a sales operation in new territories and we believe he is going to be a pivotal part of our success.”

Meanwhile, Ansell has also announced a new partnership with a company in Ghana. It has appointed Kissart Group as its exclusive in-country distributor.

The new partnership will offer Ansell’s innovative lighting solutions to consumers in the West African nation, where Ansell has operated for more than 12 years.

The Kissart Group, a Mechanical, Electrical, and Plumbing (MEP) company, has previously partnered with Ansell on key projects, including Tamale International Airport and the Covid-19 facility centre at Korle Bu, and was keen to expand the relationship across Ghana.

Nick Prince, International Account Manager for Ansell Lighting, believes the new partnership, which was launched at an event at the Marriott Hotel, Accra in Ghana, aligns with Ansell’s commitment to making a positive impact and providing environmentally friendly lighting services.

He said: “We recognise the enormous potential of Ghana as a growing market. We have been conducting business in Ghana since 2011 and our partnership with Kissart on several prestigious projects has established them as a trusted ally, leading us to establish this long-term partnership. Our goal is to work closely with Kissart to expand our presence in both the project and distribution markets. Ultimately, we aspire to become a household name in Ghana.”

As part of the launch, Ansell Lighting introduced the Octo-Casambi, a Bluetooth mesh system app that allows customers to have complete control over their lighting systems.

Aloysius Attiogbe, Project Account Manager for Kissart Group, said: “We are a Mechanical, Electrical, and Plumbing (MEP) company, and our partnership with Ansell stems from their provision of the highest quality products.

“The smart lighting solutions allow customers to achieve intelligent lighting without the need to replace their entire systems. And we consider this partnership a major milestone because by managing power consumption, we contribute significantly to reducing our carbon footprint. Consuming less power brings us closer to achieving sustainability and environmentally friendly lighting solutions.”

For more information about Ansell visit https://www.anselluk.com/

Electricians pledge support for Manchester Baccalaureate

Leading electrotechnical and engineering services trade body ECA has pledged its support for Greater Manchester Mayor, Andy Burnham’s, proposed new Manchester Baccalaureate, or MBacc.

The MBacc is designed as an alternative to the existing national English Baccalaureate (EBacc) and will focus on subjects which improve young people’s chances of securing employment in the Greater Manchester economy, including in engineering.

The MBacc is one of a number of proposals being pursued as part of ongoing ‘trailblazer’ discussions with Whitehall to allow Greater Manchester to take on more control and spending power over the design and delivery of technical education locally. Similar ‘trailblazer’ discussions are also under way to expand existing devolved powers in the West Midlands.

ECA has welcomed the MBacc proposal, citing the urgent need for a greater focus on electrotechnical and other trade skills at regional and local levels as a necessary precondition for achieving ambitious Net Zero Carbon targets.

ECA Director of Workforce and Public Affairs Andrew Eldred said: “The MBacc has the potential to help us achieve a better balance between technical and academic routes in education. We are heartened to see Mr Burnham recognising the value of clearer education pathways for young people into trades careers. Such careers promise not only to be personally rewarding for young people themselves, but also absolutely vital for the rest of the society as we look to transition to a new low carbon economy.

“As the largest trade body representing electricians in the UK, we support greater local devolution of powers as a motor for innovation in policy and significantly improved technical education outcomes.”

Electrical apprenticeships are among the most successful and sought-after in England. They boast the highest take-up of any trade apprenticeship and typically represent at least 20% of all

apprenticeships in the built environment. Electrotechnical skills are essential across a wide range of new technology areas, including electric vehicle charge-points, solar PV, battery storage, micro-wind and smart energy controls.

However, while the electrical apprenticeship scheme in England usually recruits an average of 5,000 to 6,000 new people into the sector each year, that’s not enough to meet industry needs. ECA estimates that we require some 10,000 new starters in England (12,000 in the wider UK) each and every year to keep up with sector demand and to replace those changing careers or retiring.

In Greater Manchester, electrical apprentices typically number around 300 per year. ECA believes that these must increase to something closer to 500 per year if the region is to achieve targets for low carbon energy and digitalization of buildings and infrastructure.

Image courtesy of iStock

NICEIC technical experts hit the road for UK Q&A tour

NICEIC has announced the details of the first leg of their UK tour. Kicking off in June, the route will see the brand’s custom-built tour bus visit eleven locations across England, Wales, and Scotland.

On board will be NICEIC’s top technical experts, who will be on hand to answer your questions on topics such as Amendment 2, Coding, EV Charging and much more. Plus, for those looking to join NICIEC, the team can provide details of the application and assessment process.

Designed with contractors in mind, all eleven stops are located at Rexel branches and will run from 08:00-11.30 am so you can drop-in when it suits you. Breakfast will be provided, and that’s not all; prizes and exclusive discounts will be up for grabs too”

“We are really excited to be back on the road”, said NICEIC’s Marketing and Events Manager Sarah Hunter.

“This tour is all about bringing NICEIC directly to contractors in a way which is convenient and accessible to them.

“The events will be informal and relaxed,

providing an opportunity for our current and future customers to meet the team and ask any questions they may have.

“And, of course, no event is complete without food and prizes, both of which we have covered.”

Details of the planned route:

09/06/2023 - REXEL Maidstone, ME20 7XB

13/06/2023 - REXEL Fareham, PO14 1TP

14/06/2023 - REXEL Plymouth Phoenix, PL6 7PY

15/06/2023 - REXEL Swansea, SA1 5JR

16/06/2023 - REXEL Oxford Cowley, OX4 6NH

20/06/2023 - REXEL Glasgow Devon

Place, G41 1RB

21/06/2023 - REXEL Stockton, Stockton-On-Tees, TS182QZ

22/06/2023 - REXEL Leeds, LS12 6DN

05/07/2023 - REXEL Derby, DE24 8JP

06/07/2023 - REXEL Norwich Sweet

Briar, NR3 2BT

07/07/2023 - REXEL Barking, IG11 0AS

To learn more or to pre-register your attendance, please visit www.niceic. com/events

Recruitment challenges are biggest concern for engineering firms

The workforce challenge is having a clear knock-on effect on business performance, the figures show.

Almost half (42%) of respondents to the survey said labour shortages were the biggest concern for their businesses – up from a quarter (26%) in Q3 2022 and a third (32%) in Q4 2022.

Worries about cash flow and payment times persist – almost a quarter (23%) of respondents expect their turnover to decrease in Q2 2023, and 40% expect it to stagnate.

While many respondents’ businesses saw revenues rise over the winter, with 40% reporting an increase in turnover between Q4 2022 and Q1 2023, optimism may be offset by the fact that two thirds (59%) of SMEs said that between 1 and 5% of their turnover is currently being held in retentions – a notable increase from an already worrying 53% when last surveyed in January 2023.

ECA Director of Legal and Business Rob Driscoll said: “The construction sector is

feeling the impact of events that were set in motion following the Brexit vote, the pandemic, and the war in Ukraine.

“Right now, we are coming to the end of fixed price contracts which have seen firms squeezed by inflation rates of more than 23 percent on materials.

“Rising interest rates have caused a crash in the private housing sector, inflation has reduced spending in the public sector, and infrastructure costs are being reviewed . “Increasingly, payments are being delayed to shore up finances when bank lending becomes unaffordable or unavailable.

“SMEs unfortunately sit at the sharp end of these factors. They lack the financial cushioning that allows bigger players to ride out these adverse business conditions. Despite this, the M&E sector remains resilient as RMI increases and construction drops.”

BESA Director of Legal and Commercial, Debbie Petford, commented: “The picture painted by our latest survey illustrates the direct link between cash flow and business optimism.

“Retentions and late payment are a serious drag on business growth which is exacerbated by the skills shortage.

The fact that firms have a high number of vacancies shows there is plenty of pent-up demand for building services expertise, but firms are struggling to find suitably qualified staff and are too busy

chasing payment to be able to fully invest in training, recruitment and staff retention.

“As usual, we find ourselves praising contractors’ resilience in the face of these challenges, but we need more action from government to address the continuing curse of late payment.

“Freeing up cash flow would allow SMEs to dedicate more time and resource to things that matter to the wider economy like improving our built environment and delivering net zero.”

Over half (54%) of sector businesses reported vacancies in their organisations. When asked why they had trouble filling these vacancies, most businesses (54%) cited an insufficient supply of applicants, followed by a lack of appropriate skills (48%) and unaffordable pay expectations (43%).

About the survey

142 engineering services businesses responded to the Q1 2023 Building Engineering Business Survey (BEBS), which asked about their business performance in Q1 2023 and their expectations for Q2 2023 and beyond.

The survey was carried out in partnership with industry trade bodies BESA, SELECT, and SNIPEF, who together represent over 6,000 businesses of all sizes across the built environment sector, and is sponsored by Scolmore.

The survey ran from April 18 to May 2, 2023.

The latest engineering services industry survey, backed by leading trade bodies ECA, BESA, SELECT and SNIPEF, shows the growing impact that labour shortages are having on business owners in the sector.

Images courtesy of iStock

Net Zero not possible without right skills, says ECA

Leading electrotechnical and engineering services trade body ECA has welcomed the report by the Climate Change Committee (CCC) urging government to prioritise workforce development and avoid a looming Net Zero skills crisis.

The body highlights the CCC’s calls for stronger investment and governance in further education and the wider skills and learning system. This echoes ECA’s own work with Local Skills Improvement Plans (LSIPs). Here we have highlighted severe mismatches throughout England between the courses and qualifications which many local colleges are currently delivering, and the skills which electrotechnical and engineering services businesses require. Over 99% of these businesses are SMEs, and the qualified, competent electricians whom they employ are essential for the safe and efficient design, installation and maintenance of low-carbon installations, including electric vehicle charge points, solar photovoltaic panels, heat pumps and batteries.

ECA Director of Workforce and Public Affairs Andrew Eldred said: “We fully agree

with the CCC’s statement that no Net Zero policy can succeed without skilled people with to deliver on it.

“Without stronger links between education and SME employers, and alignment around training routes which command real industry credibility and support, the education system will continue to miss the mark in its efforts to support the transition to net zero. Both at national and local levels, the voices of 50,000 electrotechnical and engineering services businesses need to be heard.”

The CCC report also says that with targeted intervention from the government, the Net Zero transition could potentially add up to 725,000 new jobs to the UK economy.

Andrew Eldred added: “The Installation Electrician and Maintenance Electrician standard in England recently received the King’s Coronation emblem as one of six

apprenticeships recognised as essential for the nation’s Net Zero future. Although the apprenticeship attracts an average of 5,000 to 6,000 starts each year, that’s not anything like enough to meet our needs.

“At the same time, around 20,000 learners are enrolled each year onto fulltime, publicly funded electrical courses – most with little or no realistic prospect of progressing further into skilled industry employment.

“Priority Number One therefore must be to bridge the chasm between education and employment, and stem the present waste of ambition, time and money. Hopefully this new report will instil a welcome sense of urgency and realism into government skills policy and help support our industry to deliver a Net Zero economy.”

Image courtesy of iStock

FULL SPEED AHEAD FOR EV CHARGING POINT INSTALLATION

Richard Jackson, Executive Director, Designs for Lighting (DFL)

A whopping 16 to 20 million electric vehicles (EVs) are forecast to be on our roads by 2035 (that equates to around 50% of all cars!).

This increase in EV adoption is mostly due to the UK’s Road to Zero scheme, which aims to support the country’s transition to zero-emission road transport by banning the sale of new petrol and diesel cars by 2030 — encouraging the uptake of electric alternatives in their place.

But there’s a long road ahead of us before we’re ready for EVs to go really mainstream.

Whilst there are many charging units for sale in the UK, allowing drivers to

‘refuel’ via the mains, there currently aren’t enough public EV charging points that can ensure EV drivers can top up as quickly and conveniently as owners of traditional vehicles can — putting the brakes on market growth (and the sustainability perks that come with it).

The government has been keen to address the shortage of EV charging points, introducing various new funding schemes and regulations that councils and authorities must abide by during the development of new housing estates, as

well as shops, offices and buildings in and around town and city centres.

As with all great infrastructure, engineering and design are at the forefront of the solution. So, if you’re planning on submitting a proposal for a new residential or commercial development this year, there are a few things to keep in mind to ensure your EV charger installations are right on the money.

Here are seven key considerations for including charging points in your plans

— and how working with a great design team can help you cover them…

1. MEET NEW REGULATIONS

The UK government’s EV infrastructure strategy sets out a long list of requirements (so long we couldn’t possibly cover it all now) to help the country meet its goal of having 300,000 public EV charging points by 2030.

One key regulation is that every newbuild home with residential parking must have a charge point. Every residential building undergoing a major renovation with more than 10 car parking spaces must also have cable routes for EV charging points in every space.

2. CHOOSE THE RIGHT LOCATION

Councils, local authorities and developers need to place EV charging points in conveniently located public places (good examples include nearby motorways and retail parks) to allow drivers to recharge and complete long journeys.

It’s also worth noting that the bottom of the country is currently getting more public EV infrastructure than the top, and there’s pressure on local authorities to coordinate provisions to balance this, which might lead to stricter rules if you’ve got a commercial project in the North. Just a heads up!

3.

SQUEEZE THEM ALL IN

Positioning rules can make it hard to decide how to best use the space at your development site, especially when it’s already limited. For instance, the Town and Country Planning Order 2011 says EV charging points can’t be installed in offstreet parking areas if they’re within 2 m of the highway and the bollards are more than 2.3 m tall.

You’ll also need to think about reserving

some space for disabled parking bays on commercial premises. The BS 8300 Code of Practice recommends disabled spaces should make up 5% of the total visitor parking capacity (with 4% consisting of enlarged standard spaces). So, getting the right balance whilst optimising space can be tricky!

4. KEEP THINGS SUSTAINABLE

Given that one of the main selling points of EVs is that they’re eco-friendly, it would be a bit counterproductive if their charging points weren’t. So, how do you keep these sites green?

We recommend using recycled plastics to house wall-mounted chargers and storing charging elements within a below-ground node box, where they’ll be protected from outside damage and last longer! Just a couple of examples…

5. DON’T BREAK THE BANK

There’s no denying that turning the UK into an EV charging point hotspot is an expensive task, especially given the ambitious numbers we’ve got to meet this decade.

But investing in durable, high-quality chargers designed to stand the test of time with the latest hardware technology will help reduce maintenance and replacement costs further down the line — saving you money!

6. MINIMISE LIGHTING IMPACT

EV charging points need to be lit around the clock to ensure drivers can approach them safely. So, to make sure councils and authorities can afford this, it’s important to use innovative solutions like LED lights in charging points.

LEDs offer exceptional energy efficiency, low emissions, a long lifespan and minimal maintenance at a super-low cost. Combine them with adaptive lighting profiles or use them alongside ambientlight-detecting sensors connected to DMX or DALI systems to satisfy site requirements and avoid wasting energy.

7. GET THE GREEN LIGHT

Finally, our top tip for achieving the best results (and securing planning approval) for projects with EV charge points? Get a lighting impact assessment!

A good lighting impact assessment will use baseline lighting surveys and desktop studies to deduce how much light is needed and whom it might affect — telling you precisely which precautions you need to take to succeed. They’re basically the backbone of every good lighting design strategy.

Images courtesy of Shutterstock

HellermannTyton makes a mark with a bespoke solution for Telecoms industry

Small but mighty, HellermannTyton’s permanent marking solution, the TipTag5, can help engineers identify even the smallest wires and cables in the most challenging of environments.

Ideal for marking wire and cable bundles, the TipTag5 range provides two rows of printable tags, offering customers a quicker and more efficient printing process. And for optimal print quality and longevity, the tags can be printed either on or off-site using HellermannTyton’s premium range of thermal transfer printers and ribbons.

cables, complementing our existing range and meeting requirements for small data cables.

The cable management specialist has designed the 5.5mm high x 50mm long cable marker to ensure compatibility with the requirements of the telecoms industry; for instance, it is halogen-free for use in data centres. An evolution of HellermannTyton’s original TIPTAG solution, the business recognises that these would be too large for bespoke use in telecoms and in data centres.

Mary Arrowsmith, Product Manager for HellermannTyton, comments: “We are delighted to introduce the TipTag5 to the Telecoms industry. As a business, we are always looking for ways to improve our solutions to best suit the needs of our customers. In the world of telecoms, we identified that our standard TIPTAGs would be too large and impractical for their needs, so we have designed the TIPTAG5 as a bespoke identification solution which can cover small to large

“As well as providing easy identification, its perforated design, with fastening slots for cable ties, ensures secure labelling, we have also included a wrap-around feature that tops the cable ties from being secured too tightly to prevent damaging the fibre cables.”

Manufactured from a specially compounded halogen-free material, the TipTag5 is designed for use where limited fire hazard properties are required and can operate in temperatures ranging from -40ºC up to 90ºC, making it suitable for challenging environments.

For more information, please visit: https://www.hellermanntyton.co.uk/ tiptag5

M2 Electrical have launched a number of new product ranges, added new products to existing ranges and redesigned the look and feel of the packaging to ensure its all made from recycled content and can be recycled after use.

Marshall-Tufflex Extends Range With Additional Universal Switch And Socket Boxes

Leading manufacturer of cable management solutions, Marshall-Tufflex has introduced new 44mm deep Universal Switch and Socket Boxes to its collection.

The new products offer further choice for

installers working on a variety of projects, with each box featuring knockouts for both 20mm round conduit and mini trunking (25 x 16mm).

Following the introduction of the 32mm deep version, the Hastings based manufacturer has extended its range to give installers more choice and flexibility when working on projects, with this latest 44mm deep model.

Installers can choose from boxes with either square or rounded corners in single gang, or twin gang configurations. The 32mm and 44mm deep single gang boxes both feature one knockout for mini trunking and one for conduit. Both sizes of the twin gang boxes feature three knockouts for mini trunking and three for conduit.

Each box in the range also features three entry point options – left, right and centre – making the boxes a straightforward solution, regardless of where the box is installed and the required cable feed entry point.

Speaking on the latest product announcement, Martin Russell, Group Product Manager at Marshall-Tufflex said: “As part of our dedication to developing high quality products for our customers, we listen to installer feedback

to ensure we continue to meet the demands of the industry, with solutions that help to simplify the installation process. As such, when reviewing our range of Universal Switch and Socket Boxes, we have deliberately kept things simple. With our

single gang or twin gang models, both featuring knock outs for both 20mm conduit and MMT2 mini trunking, as well as various cable entry points, installers will benefit from a single solution that meets a variety of project requirements, with less

variations to store or manage on-site.”

To find out more about Marshall-Tufflex’s new Universal Switch and Socket Boxes, or to explore its full range please visit www. marshall-tufflex.com

Image courtesy of MarshallTufflex

Knightsbridge shines on in the worst of weathers

Designed especially for coastal, exposed and other challenging locations, the new collection of outdoor lights from Knightsbridge – one of the UK’s leading manufacturers of wiring accessories and lighting – is warrantied to stand the harshest of weathers thanks to its robust, corrosion-resistant and low-maintenance polycarbonate construction.

Four ranges are included in the polycarbonate collection: Eamon, Alana, Toro and Dura. They are ideal for residential and light commercial applications where the environment demands that fitting material is as important as any IP rating, the new outdoor lights are warrantied for three years and come in a

range of contemporary styles and finishes to suit most requirements.

Offering a compact and contemporary design, Eamon comprises adjustable single and up/ down wall lights, PIR downlights and spike lights. The wall lights are IP54 rated, take GU10 LED lamps and come in four finishes –anthracite, brushed brass,

black and white. The PIR lights – available in black –are IP44 rated and come in single or up/down versions. They have a detection zone up to 12m at 110O and a ‘hold time’ between 10 seconds to five minutes. The operational ambient light threshold is 10 lux to daylight.

The spike lights are available in the same four finishes as

the wall lights, are IP65 rated and, depending on lamp choice, are dimmable.

The Alana wall lights come in curved or square versions which both offer a forceful, solid aesthetic in black compact or elongated options that, thanks to their design and polycarbonate construction, offer the highest IP rating in the collection at

IP65. Depending on the LED lamp, the Alana wall lights are also dimmable.

Toro comprises two IP44 coach-style lanterns in black bringing a contemporary twist to a very traditional style. They are available in up or down configurations and can be adjusted to one of three LED colour temperatures: 3000K (warm white), 4000K (cool white) and 6000K (daylight).

Finally, impact-resistant Dura is available either as an IP65 IK10 LED bollard in moulded, toughened polycarbonate or a robust IP65 IK08 wall light. Both iterations of Dura are in black and come with adjustable CCTs in three colours – warm white, cool white and daylight.

The new polycarbonate outdoor collection from Knightsbridge provides tough, durable lighting solutions to the challenges presented by bad weather or harsh environments, while delivering high aesthetics and quality performance.

For further details of the Knightsbridge innovative wiring accessories and lighting products, please visit www. mlaccessories.co.uk or call 01582 887760.

BASEC joins the Kiwa UK Family

Cable accreditation body BASEC has joined Kiwa UK.

The BASEC Group (BASEC) is an independent accredited certification body for the electrical cable industry worldwide, has 63 employees with headquarters in Milton Keynes, UK, and a state-of-theart laboratory in Dubai.

Kiwa UK CEO Paul Brown explains that the Kiwa UK Group has grown at pace through both organic growth and acquisition. “I am delighted to welcome the BASEC team to Kiwa. Their knowledge, expertise, and reputation for delivering trust in the quality of electrical cables around the world complement Kiwa’s purpose

in the marketplace. I see great synergies between the two companies as well as Kiwa supporting BASEC to continue delivering high quality assurance to the cable industry.”

Leadership of BASEC Group will now come under the remit of Kiwa’s Strategic Business Director, Sarah Grant. Sarah comments: “I’m excited to be leading BASEC through the next stages of its development. BASEC is a strong and reliable company with a trusted brand and I look forward to capitalising on the opportunities between Kiwa and BASEC to further strengthen our organisation.”

Images courtesy of Knightsbridge

Conrad Energy battery project can power 10,000 Blackpool homes

Conrad

Following energisation in late January, the site has been through hot commissioning and is now ready to play its part in keeping the lights on in Blackpool. The site can store, and

release, enough energy to keep around 10,000 homes energised for 4 hours. Each site reaching this point is the culmination of months of preparation work, in partnership with communities,

landlords and local authorities. This site also represents a team effort between Conrad Energy, Green Frog Connect, General Electric’s (GE) battery division and Electricity North West. This is the first of seven Conrad Energy battery sites under construction in conjunction with GE.

Steven Hardman, Conrad Energy’s Chief Executive Officer said: “Long term partnerships are a cornerstone of Conrad Energy’s vision of a world powered by a sustainable net zero energy system. This project has strengthened our relationships with key partners who are aligned with our net zero mission and allowed us to build relationships with new local partners in Blackpool.

“Blackpool is also the first battery site Conrad Energy has taken from start to finish with our in-house construction team. Battery storage is a vital ingredient for the stabilisation of the grid, in line with the transition to renewable and low carbon energy. The development of the technology is enabling it to fulfil its crucial role in maximising the usefulness of renewable energy, by flattening out some of the curves in supply created by weather fluctuations.

“This fully operational site

will now be handed over to our Operations and Maintenance teams to ensure it remains at optimal performance, with the power it stores being traded on the wholesale markets or offered to the system operator to provide frequency response by our in-house optimisation team.”

Steve Moody, Conrad Energy’s Trading Director, elaborated: “Conrad Energy’s proprietary optimisation platform iON is used for our own and other owners’ sites to ensure the best returns for all energy assets under our management. This is the first of seven battery energy storage sites, which further increase our impact on both the trading and frequency response markets. By making sure renewable energy is generated and utilised as efficiently and as profitable as possible, we’re harnessing the power of our dynamic asset optimisation to drive net zero.”

Conrad Energy offers route to market Power Purchase Agreements (PPAs) that reap the full benefits of our iON platform and dedicated inhouse trading team.

To find out more, or if you’d like to know about hosting a site, please get in touch.

Energy is celebrating the full energisation of its 25MW 50MWh battery energy storage site (BESS) in Bispham, Blackpool.

Considerations when selecting the right load bank

Known as the five Ps of success, proper planning really can prevent poor performance.

While we can’t always predict how things will turn out, being prepared for the worst-case scenario is better than not preparing at all. One predicament that could strike fear into any business is a sudden power outage, especially if the back-up system fails to spring into action. Here, Andrew Keith, division director at load bank manufacturer Power Prove, weighs up the options operators have when considering load bank testing. Anywhere that requires constant power, whether that’s keeping the lights on in a healthcare facility or maintaining continuous production in a food manufacturing plant, cannot afford a complete loss of power should the supply from the grid be cut off for any reason. To maintain reliability, diesel generators that can also be supported by batterybacked uninterruptible power supplies (UPS) are put into place to ensure a supply to emergency lighting, computer

systems, lifts, pumps and fire alarms when a failure occurs. Luckily, power failures are not something we have to deal with on a regular basis. However, this fortune can leave operators faced with a double edged sword — thinking the unlikely will never happen may mean that they aren’t properly prepared for when a power failure does occur.

Bearing the load

Neglecting to carry out regular load testing can result in a number of problems. Smoky exhausts, carbon buildup, fuel system problems and lubricating oil deterioration can all be avoided by regularly load testing sets once or twice a year.

Routine testing should include onload to bring the engine, alternator and radiator up to normal working temperatures.

Portable banks

It has long been routine for all newly-installed generating sets to require load testing during the commissioning process to prove the performance of

the set and its cooling system, exhaust, switchgear and protection scheme. To carry out these tests, contractors often bring portable loads banks to the site.

Portable load banks are convenient and reliable, making them not only ideal for onsite testing, but also for contractors and hire shops where large fleets of generators need testing each time they are sent out or returned from hire.

Fixed load banks

Adding a fixed load bank to a generator at the time of installation has a number of benefits. First, the fixed load can be fitted in the air outlet between the generator’s radiator and the acoustic splitters, saving space and the cost of separate fans and ventilation systems.

Another benefit is that if the load bank is placed in front of the radiator, it doesn’t create any additional noise. In most projects where the load bank is retrofitted, or where a portable load bank is put in place, there is not enough space in front

of the radiator to do this, so it is generally much noisier. Unlike portable options, fixed load banks are suitable for any power and any voltage.

In addition, there is a further benefit in that the same load bank can also be used as a ballast load during normal operation of the generating set. This means that, in applications where the connected load may vary over a wide range, adding some additional load to keep the engine operating to at least 20 per cent of its capacity will help maintain its overall health. There’s no use simply turning a motor once a month to see if it’s working correctly.

Proper planning for a sudden power outage must involve regular load bank testing in order to make sure the generator is healthy and ready to spring into action should it be required. Depending on the location, timings and requirements of an application, either a fixed or portable load bank will be the most suitable option.

Image courtesy of Power Prove

Image courtesy of Shutterstock

The drive to a sustainable, circular economy approach for lighting

The lighting Industry is truly starting to embrace the concept of the Circular Economy and sustainability. Moving from what needed to be done, to what is happening now. Nigel Harvey outlines the need, and initiatives that we’re now seeing.

Resource Efficiency

Customer requirements are increasingly placing an emphasis on lighting that is truly sustainable – products that are not just energy efficient, but which are also resource efficient.

The Circular Economy is about resource efficiency, minimising the use of new raw materials in products, and keeping products in service for far longer. This requires products that will last longer in service – value engineered products that compromise longevity and are unlikely to last much beyond their warranty period should be avoided. They risk creating unnecessary waste, the requirement for early replacement, and hence a higher embedded carbon.

Resource efficient products are also more likely to be modular in design – with replaceable light sources and control gear. That means that if one critical

component fails in use, the component can be replaced without having to replace the complete fitting.

Remanufacturing lighting

Clients, both corporate and public sector, are warming to the concept of reconditioned or remanufactured lighting to achieve both sustainability goals and cost savings. And now tenders are beginning to emerge which specify the reconditioning and reuse of luminaires in a project.

Lighting manufacturers are now embracing remanufacturing with the implementation of specialist departments within their organisations. To enable this change, manufacturers, or their subcontractors, need to develop the competencies needed to remanufacture fittings, and ensure remanufactured products are still compliant with relevant legislation. The support of end-users is vital in this transition, by seeking to identify any projects that might be suitable for upgrade rather than replacement. Increasingly, remanufactured or upgraded luminaires should be the norm, not the exception. In some cases it is evident that by reusing the original luminaires, the end user can obtain cost savings, light quality improvements and environmental gains, as well as a better price.

Image courtesy of Recolight

Overcoming 8 Key Architectural Lighting Challenges

Richard Jackson, Executive Director, Designs for Lighting (DFL)

Architectural lighting covers a whole host of outdoor lighting projects. Seeking a stylistic lighting display to complement a modern concrete building? Or functional lighting for walkways in residential areas where safety is a top priority?

Regardless of what you’re working on, your lighting design will need to balance practicality with aesthetic value. Add safety and financial considerations into the mix, and things can get a little complicated.

But don’t fret! We’ve put together a handy list of ways to overcome these eight potential challenges so you can ace your next architectural lighting project.

1. HIGHLIGHTING FOCAL POINTS

When embarking on an architectural lighting project, it’s not enough to simply brighten up the general location site. When the entire area is equally as bright, there’s nothing drawing attention to the things you set out to highlight in the first place — and you could be wasting money lighting things that don’t need to be lit.

So, be sure to place your lights above your chosen focal points and use darkness to your advantage for maximum impact. For instance, we put colour-changing lights with a narrow lens above the bollards at the Mirfield Station underpass, producing an eye-catching feature wall accentuating the path boundaries.

2. USING THE RIGHT COLOURS

Bright, multi-coloured lights might seem an obvious choice for a high-impact architectural lighting installation. They’re fun, modern and liven up a dull space. But these lights could upset and deter locals if they don’t match your installation’s context.

We recommend adjusting the colour temperature to fit the vibe of your

installation site. For high streets that welcome dinner guests after dark, warm CCT (correlated colour temperature) LEDS can create a cosy, inviting ambience and avoid keeping nearby residents awake. You can also use RGBA (red, green, blue, amber) strips for colourful, adjustable lighting outside bars and clubs, which can provide soft, pastel tones or saturated, lively colours that scream ‘party this way!’

3. MANAGING LIGHT SPILL

If you’re not careful with the tilt angle of your architectural light installations, you’ll experience light spill, which can be a nuisance to nearby residents and wildlife. For example, light spill can make it hard for birds to identify whether it’s day or night and disturb foraging patterns.

Thankfully, there are a few ways you

can minimise light spill. For optimum shielding, we suggest opting for downward lighting with a narrow beam angle and using flush-fitting louvres and snoots to further concentrate light distribution. Otherwise, use shields to control light spills from upward-facing lights. And of course, only install lights where they’re needed.

4. MINIMISING GLARE

Glare occurs when there are too many bright lights in one area, causing the pupils to dilate and making the surrounding area appear darker. The high contrast can be uncomfortable to look at — not exactly what you want from a new lighting installation.

To eliminate this problem, you’ll need to ensure the luminous surface is hidden wherever possible. Try reducing the light output with low-lumen lighting solutions and adding extra lights to compensate for this. Or even out the distribution of the lights and position them against a lighter background. It’s all in the lighting design!

5. COMBATTING THE COST-OF-LIVING CRISIS

We don’t need to tell you that inflation is hiking up the cost of lighting towns and cities. But if you choose inefficient products that are expensive to run now because they’re cheaper upfront, you’ll

pay the price down the line. A better way to keep costs down is to invest in high-quality solutions from the outset. For example, LEDs are super low-cost. Plus, they’re known to provide between 50,000 and 100,000 hours of light before they need replacing. And they’re extra efficient!

6. AND THE CLIMATE CRISIS… Scrimping on sustainability measures won’t just cost you more now; it could also leave you in hot water later. Our advice? Support a circular economy (durable products and minimal waste only, please), comply with the RoHS (Restriction of Hazardous Substances) and always check the latest lighting guides.

The 2022 SLL Code for Lighting provides up-to-date advice on ways to implement today’s most popular lighting solutions safely and sustainably. The code considers the impact of the lighting on the environment, encouraging designers to provide the right amount of light, in the right place, at the right time — and with the right equipment!

7. CONTROLLING OUTPUT

Even the most efficient products won’t be very friendly to the environment or your wallet if you don’t have the right control measures. But if you can’t keep the lights on 24/7, and you can’t risk people’s safety by turning them off altogether, then what do you do?

Use sensors, of course! Able to measure ambient light levels, sensors can detect when it’s dark enough to warrant having the lights on — and when it’s light enough to turn them off. Plus, you can connect sensors to DMX (Digital Multiplexing) or DALI (Digital Accessible Lighting Interface) solutions for handy (and costeffective) remote dimming capabilities.

8. ANTICIPATING YOUR

PROJECT’S IMPACT

You’ll need to go back to the drawing board if your architectural lighting project doesn’t meet the local planning authority’s requirements, which can cost valuable time and money. But not with a lighting impact assessment. These evaluations ensure all the social and environmental impacts of your lighting installation are mitigated to the highest possible standard to make sure your project gets approval and goes off without a hitch.

Images courtesy of iStock

Fluke Release New All-in-One Testing Equipment

The SMFT-1000 multifunction PV tester and performance analyser simplifies systems, safety and power testing of solar energy systems

Industrial-grade equipment for measurement, testing and diagnostics available from one supplier: the Conrad Sourcing Platform expands its already sizable range of electrical testers by adding Fluke’s latest all-in-one solution. Fluke, the leading manufacturer of compact testing hardware and software, recently released the SMFT1000, a brand-new multimeter combining a PV tester, a performance analyser and an IV curve tracer. The SMFT1000 is a perfect choice for all electrical contractors who want to carry out safety and performance tests of 1000 VDC-rated solar energy systems in a more efficient way.

Simplified Workflows, Faster Job Completion

Solar engineers contracted to install, commission and repair photovoltaics need fast, accurate and safe tools to make sure that solar energy systems work in a highly efficient way without experiencing too much downtime, if any. They are now able to carry out the entire range of DC testing associated with residential, commercial, industrial and utility-scale photovoltaic systems using one single piece of equipment that combines accuracy, safety and reliability. Since the product helps simplify the workflows in the photovoltaic sector, engineers spend 20 percent less time on site and are able to speed up the

documentation process that is part of each job by about 50 percent.

IV curves are a common way to assess the performance of both individual solar panels and entire arrays of PV modules across different performance levels. The versatile SMFT-1000 allows comparing data collected on site with the respective IV curve, displaying any issues in real time on a high-resolution colour screen. This allows fast troubleshooting that does not require a laptop or tablet. The product also reads open-circuit voltage (VOC), short circuit and running current, and is suitable for insulation, diode, polarity and ground testing. Moreover, the device enables performance assessments of AC-DC inverters, to improve the energy conversion efficiency.

A Proper Multifunction Tester for Solar Energy Systems

“There is considerable demand in the market for a versatile high-precision multifunction tester,” explains Hans-Dieter Schüssele, Application & Technology Expert at Fluke. “Our new all-in-one PV tester plus performance analyser plus IV curve tracker is an advanced piece of equipment that has been thoroughly tested and comes with all the latest safety features and functions using state-of the-art technology. These include extensive auto-diagnostics

options that allow a safe quality testing of solar energy systems while simplifying the workflows and, thus, speeding up the testing process significantly.”

IEC/EN-62446-1-compliant Testing

Fluke’s patented Keep-theLeads feature means that you need to connect the product to a solar energy system just once to carry out all necessary testing. This saves time since user-friendly automatic measurement routines display the results in real time. The product is suitable for CAT 1 and 2 as well as type A and B insulation testing. The device comes with clearly labelled control buttons that make it easy to view earth resistance, polarity, voltage and current readings, AC/DC power curves, insulation resistance, IV curves and the outcome of diode tests. All readings taken on site are stored on the device and can be transferred to and downloaded from a PC using Fluke’s TruTest Data Management and Reporting software which makes data analysis and job documentation so much easier. PV specialists can make use of this extended set of features by opting for the SMFT1000/PRO.

Easy Integration

Advanced Testing

get both the analyser and a comprehensive set of accessories: to collect an exhaustive set of data, the SMFT-1000 multifunction PV tester allows you to use Fluke’s i1000 AC/DC clamp meter and the IRR2-BT solar irradiance meter that comes with a high-contrast LCD as peripherals – with the latter two pieces of equipment, among others, being part of the package. The clamp meter enables assessing the performance of the inverter while the IRR2-BT measures the intensity of the incoming sunlight and the temperature. The IRR2-BT uses Bluetooth to communicate with the SMFT-1000, to ensure accurate IV referencing. If, for some reason, the Bluetooth connection fails, the IRR2-BT keeps recording data for up to 17 hours, to be matched to SMFT-1000 readings at a later time.

Images courtesy of Fluke

Megger socket adaptor saves time, increases safety

Ideal for use when carrying out R2 and R1+ R2 tests on electrical installations, the new MSA1363 socket adaptor from Megger allows convenient connections to be made to the live, neutral and earth conductors at any UK BS1363 socket outlet.

The adaptor simply plugs in, in the same way as a standard plug, eliminating the need to dismantle the socket or expose live terminals to gain access to the connections. Not only does this save time, it is also far safer and, as the socket does not need to be disturbed, there is no risk of damage to the surrounding decorations.

“When they’re testing installations, electricians and contractors often need to make connections to the conductors at power sockets,” said Peter Wade, LVI Sales Manager of Megger, “and this typically involves removing the socket from the wall and replacing it when the test

is complete. This is tedious and time consuming. The MSA1363 adaptor provides a complete and effective solution. It’s one of our simplest products, but we’re confident that it will prove to be one of our biggest time savers!”

To further aid convenience and safety, the MSA1363 adaptor features colourcoded test sockets on the front, which enable the test connections to be made quickly, securely and with minimum risk of error. It is suitable for use with almost any type of installation tester that has test leads fitted with standard 4 mm plugs, and it has a safety rating of CAT IV 300 V in line with IEC 61010.

Draper Launches VDE Combination Cutters For Electricians

4-IN-1COMBINATIONCUTTERS

Competitivepricing,in-storemerchandisingand marketingsupportavailable.AllXP1000®VDEpliers andscrewdriverscomewithaLifetimeWarranty.

b2b.drapertools.com/ XP1000

Draper Tools has added 4-in-1 Combination Cutters to its extensive XP1000® VDE tool range. There are four new greatlooking pliers to stock –160mm and 180mm plus their tethered options.

The new tools are a superhandy all-in-1 side cutter, pattress screw shear, wire bending anvil and 1.5 and 2.5mm wire strippers. Electricians will love them as it will save them time and money by tackling a range of electrical jobs with one tool. Plus, for extra peace of mind, the XP1000® range also comes with a Draper Lifetime Warranty.

Forged in Germany, these professional 4-in-1 Combination Cutters are manufactured from premium steel and have induction-

hardened jaws for long-term performance. The ergonomic soft grip handle allows maximum grip and user comfort.

The extensive XP1000® VDE range also includes screwdrivers, slimline screwdrivers and pliers (with tethered options).

Take advantage of competitive pricing and grab attention in store with a counter display unit. For more details visit b2b.drapertools. com/XP1000

Image courtesy of Megger

The Surge is a real powerhouse, built with Leatherman’s largest pliers, longest multi-tool blades and easy-to-use locks. A unique blade exchanger, replaceable 154CM wire cutters and four outsideopening blades give you quick access to the tools you use most.

Available online from: www.whitbyandco.co.uk

A Forensic Solution To Tool Theft

awareness of tool theft and protect their work vans from break-ins and criminal damage.

To help tackle this serious issue, SelectaDNA has been working on new forensic marking solutions to help deter thieves from targeting tools. One of these solutions is the SelectaDNA Tools and Equipment Kit which can mark up to 50 items including drills, wrenches, angle grinders, chain saws, hedge trimmers and hand tools. A unique formula of DNA, UV tracer, and microdots, the SelectaDNA solution is inconspicuous and almost impossible to remove.

SelectaDNA Managing Director James Brown said: “Whether you’re a plumber, a builder or an electrician, tools are your most important resources. By marking each tool with SelectaDNA and displaying a warning sticker in your vehicle or on your site, you can dramatically reduce the chance of theft.”

However, in the unfortunate event that tools do get stolen, SelectaDNA can help lead to their recovery and even a conviction. The use of SelectaDNA offers even further protection, by forensically marking assets and recording them on the secure SAR database. A code found on an item of property or criminal can then be identified back to a specific owner and location. SelectaDNA effectively renders the tool worthless to anyone other than its legitimate owner.

Keen to protect tens of thousands of assets being used by their field engineers, Openreach, which runs the UK’s digital network, has chosen SelectaDNA to mark valuable tools and equipment such as fibre splicers, telecom testers, fibre compressors and gas detector units. Other users include housing firm Berneslai Homes and video doorbell company Ring which have both used SelectaDNA to raise

Tool theft continues to be such a concern that the National Business Crime Centre (NBCC), which represents UK Police forces and works with the business community to tackle crimes against businesses, has recently partnered with Williams Trade Only Plumbing & Heating Supplies to hold a series of tool marking events to tackle the theft of power tools and other high value items from commercial vehicles.

Seven police forces have signed up to take part in the national events which involves police officers and staff from each force working with their local Williams outlet to mark the property of tradespeople in the area using SelectaDNA Tool Marking kits.

Tradespeople who attend the events are also given deterrent stickers to display on their vehicles as well as crime prevention advice from the local team to help them keep their tools and vehicles secure.

Police Sgt Paul Fagg from the NBCC said: “Many of the people targeted are self-employed and when their tools

are stolen they not only lose the items themselves, which can run into thousands of pounds, it can also result in loss of work and loss of earnings. By marking tools and taking simple crime prevention steps, the risk of being a victim can be significantly reduced.”

The forces taking part in the initiative are Sussex Police, The Metropolitan Police, Hampshire Constabulary, Essex Police, West Midlands Police, Avon and Somerset Constabulary, and Greater Manchester Police.

Ray Stafford, Director of Williams, said: “Tool marking is a vital part of reducing tool crime. It deters thieves from targeting your van, it increases the chances of the police getting a conviction and if your tools are stolen, it is much more likely that they will be returned to you in the future. We are very pleased to be working with the Police and SelectaDNA on this ground-breaking initiative which we hope will spread throughout the industry.”

Contact details:  sales@selectamark.co.uk  www.selectadna.co.uk

Tool theft continues to be a crippling problem for the construction industry, with nearly four in five tradespeople experiencing tool theft, at an estimated cost of £2.8 billion to the industry, according to the latest Tradespeople Against Tool Theft report.

images courtesy of SelectaDNA

Security? It’s in our DNA

Protecting electrical tools and equipment from theft.

Tools and equipment are frequently stolen from job sites, from construction sites, and from vans.

Not only do tools and equipment represent large nancial investments that often costs hundreds – if not thousands – of pounds, but without them many tradesmen are unable to earn a living.

To ward against this type of crime, SelectaDNA is a theft prevention solution that marks and protects tools and equipment with a unique synthetic DNA liquid.

SelectaDNA is a huge deterrent because criminals fear DNA evidence more than anything else.

Electrical Trade Magazine readers can receive 10% discount on Tools and Equipment or Commercial Kits with discount code ETM2023.

To place your order today call 01689 860757 or visit www.selectadna.co.uk.

Consort Claudgen launches new air curtains and energy-saving controller

Consort Claudgen have launched the CA Screenzone extra-wide air curtains with energyefficient brushless motors and an optional touchscreen Air Curtain Master Controller (ACMC). The air curtains are now available in a 2-metre width and additional 15kW and 18kW ratings, supplementing the existing 9kW to 16kW range. With energy-efficient brushless motors, these air curtains ensure significant energy savings and extended product life due to less wear and tear.

For even more energy savings, users can utilise the optional ACMC. It has intelligent

features that dynamically adjust the air curtain’s output to create the most effective air barrier between indoor and outdoor climates. The ACMC has four different modes to suit commercial or retail applications. It offers 8 heat settings, 8 fan speeds and can control up to 7 air curtains with the same settings. It has a 7-day timer and displays the energy usage of all linked air curtains.

www.consortepl.com

STELRAD ENTERS ELECTRIC RADIATOR MARKETPLACE

It’s the first time the Stelrad brand has ventured into the electric marketplace, and it brings with it the quality and brand values associated with its radiator products since it began manufacturing in 1936.

Stelrad is the number one brand within central heating radiators and is now setting its sights on the electric market with a highly competitive range of both steel and aluminium electric radiators. The new Electric Series range will be available through merchants from September 2023.

The range will include a dozen or so different models with a number of sizes of each model available, with standard radiators for any room along with a selection of towel rails specifically targeted at bathrooms and en-suites.

Chris Harvey, Stelrad’s Head of Marketing for the UK and Ireland says: “The new

range offers a selection of radiators and towel rails with Stelrad’s unbeatable quality and design to suit every area in the home and to match or contrast with décor in every room. The selection includes radiators that are dry, dry stone and fluid filled offering a full choice of options within the technology. As you would expect, the new range offers a variety of energy saving and comfort enhancing features with fitted and Wi-Fi enabled controls. Some of the new radiators will be ‘three in one’ options, featuring a fan heater at the base of the radiator and manual controls that allow you to use the towel rail and the fan heater individually or together if you wish. Colours will be white for all radiators with the option of anthracite grey and chrome for some of the models.

“Amongst the features you’ll find on these new radiators

you will discover the ‘Open window’ function that enables the appliance to automatically detect when a window is opened near the towel warmer and to switch to ‘anti-freeze’ mode to prevent unnecessary heating and to avoid wasting energy. Similarly, it can detect when the window is closed and restore the operating conditions set previously. The appliance comes on automatically at ambient temperatures below 7°. And when the ‘child safety’ function is activated, the surface of the appliance is cooler than in normal operation in the currently active mode to avoid the risk of burns caused by brief accidental contact. These are just a few of the features –these are intelligent radiators that are designed to provide heating in the most flexible

and energy effective – and as a result – cost effective way.”

Chris continues: “We pride ourselves in being a one stop shop for all things radiators and the arrival of the electric series builds on that claim still further. Full details of the new range will be unveiled in the next couple of months and be available to order from September.”

As well as offering effective, functional heating in the home, as you would expect from Stelrad, the radiators in the electric series are aesthetically appealing and provide attractive options for the décor in the home and come with a five-year warranty on the heating parts and a two-year warranty on the electric components. Head for the Stelrad website at www. stelrad.com for further details.

Leading radiator manufacturer - Stelrad - has taken another major step in meeting the demands of its customer base across the UK and Ireland with the launch of a range of electric radiators – its Electric Series.

images courtesy of Stelrad

Introducing the Ei3030 - the next evolution in Home Life Safety

Introducing the newest innovation in Multi-Sensor alarms from Aico, the Ei3030 Multi-Sensor Fire and Carbon Monoxide (CO) alarm. The flagship alarm in Aico’s technologically advanced 3000 Series, the Ei3030 combines individual Optical, Heat and CO sensors, for the ultimate fire and CO response.

Aico continues to evolve its offering to provide products that align with its customers’ requirements while maintaining the simplicity that Installers love.

The Ei3030 multi-sensor Fire and CO specifications include:

• Fire Response - The device contains a Thermistor Heat Sensor and highperformance Optical Sensor that intelligently work together, but will also operate independently.

• CO Response - The proven electrochemical CO Sensor provides an

accurate CO response. The CO response is in line with BS EN 50291-1:2018.

• Visual Indicators - The Ei3030 has visual Fire and CO indicators. The relevant indicator flashes depending on what has triggered the alarm.

• Kitemarks – This device holds Kitemarks for British Standards BS EN 14604:2005, BS 5446-2:2003 and BS EN 50291-1:2018.

Michael Wright, Product Development Manager at Aico comments, “The Ei3030 continues Aico’s pioneering development of Multi-Sensor Fire and

CO alarms for domestic properties by offering both Multi-Sensor fire detection and CO detection from one alarm. This maximises coverage whilst making installation simpler and easier. The alarm sits alongside the Ei3028 Multi-Sensor Heat and CO alarm, meaning users can achieve combined fire and CO coverage for all areas of the home from our flagship 3000 Series”

The Ei3030 also has a range of additional benefits, including built-in dust compensation technology. The unique self-monitoring dust compensation mechanism reduces the risk of false alarms. The optical sensor chamber continually self-monitors minute changes in dust levels, automatically recalibrating the alarm’s trigger point when necessary to reduce false alarms. The Ei3030 can also be fitted in any room where both Fire and CO protection is required (excluding the kitchen) meaning coverage can be provided with fewer alarms.

Like all alarms in the 3000 series, the Ei3030 utilises an easi-fit base, is mains powered, has a 10-year rechargeable lithium cell backup, and is compatible with other Aico mains-powered units. The device is also compatible with the Ei3000MRF Module for wireless interconnection and data extraction via the Ei1000G Gateway.

The Ei3030 also includes Aico’s awardwinning AudioLINK+ technology, making it simple to gain data directly from the alarm head via the AudioLINK+ app, reporting on information such as alarm activations, sensor status and record of testing.

The Ei3030 will be available to order from the 8th of May 2023. To keep up to date with the launch please visit - www. aico.co.uk.

Image courtesy of Aico

Surge Protection Devices and Fire Alarms

The first thing we must understand is what a corrigendum actually is, and what is its purpose? BS 0:2021

A standard for standards – Principles of standardization, is the BSI document on how standards are written. This current 2021 revision does not define what a corrigendum is, however, the previous revision from 2016 defines it as:

“3.15 corrigendum alteration and/or addition to a standard that corrects one or more errors or ambiguities inadvertently introduced in either drafting or production and which could lead to incorrect or unsafe application of the standard.”

This means in essence that a corrigendum is used to fix errors that have been introduced during the drafting process. The deletion of point (ii) of regulation 443.4.1 “failure of a safety service, as defined in Part 2” is one of these fixes.

The need to install a Surge Protection Device (SPD) for a fire detection and fire alarm system in a domestic property was never the intention of this regulation and this has been clarified by its deletion by the corrigendum. The fire alarm industry has long acknowledged the existence of lightning and the damage it can

do to through surges in the electrical power network. All fire detection and fire alarm equipment, whether domestic or commercial must meet certain product standards to be able to be sold in the UK market. These being:

• EN 54 suite of standards for commercial systems; and

• BS EN 14604 for domestic smoke alarm devices.

Both of these sets of standards reference the Electromagnetic Compatibility (EMC) standards which are a method of complying with the legal requirements of the EU Electromagnetic Compatibility Directive. This piece of EU Law which has been implemented in the UK by The Electromagnetic Compatibility Regulations 2016. This UK law was first introduced in 1992 and has been revised several times over the years until the latest revision in 2016.

Looking at Schedule 1 of this law it provides the General requirements of the statute:

“1. Equipment must be so designed and manufactured, having regard to the state of the art, as to ensure that—

(a) the electromagnetic disturbance generated does not exceed the level above which radio and telecommunications

equipment or other equipment cannot operate as intended;

(b) it has a level of immunity to the electromagnetic disturbance to be expected in its intended use which allows it to operate without unacceptable degradation of its intended use.”

With the EMC standards that are already in place, and the Law that manufacturers must comply with, fire detection and fire alarm equipment already has immunity built in to transients that occur from lightning strikes in the vicinity, or by switching in the power distribution system of the low voltage network which includes the switching of large capacitor batteries.

Lightning strikes, while relatively infrequent, are not a recent phenomenon and the introduction of surge protection devices for fire alarm equipment is unnecessary and its introduction into the 2022 amendment of BS 7671 was in error. This erroneous requirement for the fitting of SPDs for domestic smoke alarms has led to some organisations not upgrading their smoke alarms due to the additional costs of installing the SPD. This has now been corrected by the corrigendum.

Will Lloyd FIA Technical Manager.

Image courtesy of AdobeStock

Hammond announces new flame-retardant ABS 1556 family

The new 14-strong flame-retardant ABS IP54 1556 family, rated UL94-V0, is inspired by our recently launched IP68 polycarbonate 1557 series.

It follows the same modern rounded corners and top face styling and introduces rectangular versions to complement the square format versions derived from the 1557 series. IP54 sealed for general purpose indoor use, the ABS material gives a lower price point than the polycarbonate used in the 1557, which is designed for installation outdoors and in

aggressive environments. Self-tapping screws secure the lid to the base, making it ideal for applications where repeated opening and closing is not required. It is featurerich and offers multiple options for configuration and customisation. There are multiple PCB mounting standoffs in both the lid and the base.

There are four square plan

sizes from 80mm x 80mm to 200mm x 200mm in the range and three rectangular ones from 120mm x 80mm to 200mm x 160mm. All sizes are available in two heights, 45mm and 60mm for the smallest size and 45mm and 70mm for the larger ones in the family. All sizes are available in black, RAL 7035 grey and white. The modern soft rounded styling makes the 1556 an

ideal desktop enclosure when fitted with the supplied feet, or it can be wall-mounted with either four visible mounts or two hidden mounts, which are available as optional accessories. Also available as an option for all sizes are 2mm thick aluminium internal panels.

Image courtesy of Hammond

64% of main contractors aren’t aware of the correct fire safety classifications

Two-thirds (64%) of main contractors admit they aren’t aware that manufacturers should be using extended field of application (EXAP) standards to assess fire performance. Further to this, over half (55%) say that they don’t know where EXAP should be used.

The survey of over 200 construction professionals also revealed that over half of main contractors (59%) did not know that 3rd party testing, extension and classification should take place to verify dry lining systems.

EXAP is the standard used to extend a fire test’s results to other similar systems.

It was added to Approved Document B (ADB) in 2019 and is the only stated method of making these extensions or assessments. The current version of ADB explains that products and systems for fire resistance should be tested to the latest EN standards and use substantial evidence conducted by 3rd parties.

Robert Cridford, technical manager at drywall manufacturer Siniat, said:

“Drylining makes up probably the largest element of fire resistance within a building, so the only way to achieve adequate building safety is by testing and specifying drylining systems to the highest possible standards. This means that the Approved Document B should be followed to the letter and EXAP classifications reports should be present in all drylining specifications. Yet, concerningly, our survey shows that awareness of EXAP amongst main contractors is particularly low.

“EXAP is more rigorous than previous testing standards and demands extensive additional testing, extension and the classification of a manufacturer’s entire portfolio of systems. So, it is natural that such a major shift

within the industry wouldn’t take place overnight. But this shift is vital and now that manufacturers have the means to achieve this higher standard, contractors must ensure that they are requesting classification reports for the products used on their sites.”

In addition, when contractors were asked if they are familiar with the contents detailed in ADB only 18% were aware that it contains the guidelines for fire safety building regulations. Furthermore, one in ten respondents said that they still look for product testing against BS standards and are unaware that testing and classification to EN standards is the primary means of demonstrating compliance.

Some of the confusion is caused by legacy references to BS476 in ADB which still appear in some tables. And in some cases, the EXAP standards or test standards are not completely in place, such as partial penetrations, or shaft walls, where this happens historical methods may have to be used. The government recently announced that the fire safety guidance in ADB is currently under consultation and this would mean the removal of the

national classification system for construction products (BS 476 series).

Robert adds: “At Siniat, we don’t want to use grey areas. As an industry, no one should be relying on unclear exceptions just because they can be interpreted in a way that makes testing and specifying materials quicker or easier. If we are serious about building safety, everyone should be following the most robust fire safety standards possible for that application. The best advice we can give to any main contractor that is unsure of the method of testing for a particular part of a project, is to ask the manufacturer for technical specification support as they should be able to provide 3rd party classification reports for many drylining systems they produce.”

Since 2019, Siniat has made a huge investment in achieving third-party EXAP classifications for 700 of its partitions. These official thirdparty reports will be included in project specification packs as standard from February 2023.

To find out more about its 3rd party classifications, please visit https://www.siniat. co.uk/en-gb/uk/exap

Interoperability: The key to delivering truly ‘smart’ lighting installations

Enabling customers to monitor and control energy use, lighting operation, emergency systems and much more, it is the ultimate lighting solution.

However for smart lighting to truly fulfil its potential, the most critical challenge to overcome is achieving interoperability. James Foster, OCTO National Sales Manager at Ansell Lighting looks at how to create an interoperable environment that delivers truly smart lighting to new projects.

Whether you are embarking on a residential, commercial or industrial lighting project, the benefits of smart lighting systems are boundless. From achieving optimum energy efficiency and reduced running costs, to creating automated schedules that dictate the hours of operation, output levels, colour temperatures and different ‘combinations of lamps in use,smart technology gives users the ability to individually programme and control the output of every individual light fitting in their home, place of work or outdoor space.

But if a system is to be truly efficient and long-lasting, achieving interoperability

is key. This means designing and creating an environment where systems and devices, produced by different manufacturers, work together seamlessly to deliver a truly smart, lighting scheme. Previously this has been difficult to achieve as different lighting systems and devices used different communication protocols, but there are now a number of options widely adopted across the industry that ensure diverse devices and systems can communicate with each other.

One such system is Bluetooth mesh, a wireless protocol designed specifically for the Internet of Things (IoT). It operates on the 2.4 GHz frequency band and can support up to 32,000 devices on a single network. Bluetooth mesh is particularly well-suited for lighting applications, as it offers low latency and high reliability.

Another popular option is Zigbee, a lowpower wireless protocol that is designed to be interoperable across different devices and systems. Widely used in smart home and building automation systems, it operates on the same 2.4 GHz frequency band as Bluetooth mesh and can support up to 65,000 devices on a

single network.

Using cloud-based services is another potential approach. Providing a central point of control for multiple devices and systems, cloud-based services make it easier to manage and harmonise multiple installations.

Finally, sensors and triggers can also be used to achieve interoperability. By detecting changes in the environment, such as occupancy or ambient light levels, sensors can initiate actions such as turning lights on or off whilst triggers activate illumination based on specific events, such as a door opening, or a motion sensor being triggered.

No matter which technology is selected, installers must remember that collaboration between all stakeholders involved in the design, construction and use of the building is key to achieving interoperability.

Specifying a truly interoperable system from the start will ensure that the benefits of smart lighting are harnessed for the long-term future and that customers see the value in their initial investment.

With energy prices remaining at an all-time high, the demand for smart lighting has soared amongst property owners and occupiers.

Image courtesy of Ansell Lighting

Electrical Training Courses That Work Around YOU

XS Training Academy Courses

C&G 2391-50 Initial Verification

Since 2011 XS Training Ltd have delivered NVQs, 18th Edition and AM2 preparation training throughout the UK and are now the UK’s number one online training provider for the NVQ Level 3 Electrical Installation. To be eligible to undertake these NVQ’s you must already have prior experience and qualifications and be currently working in the industry.

Upon successful completion of your NVQ qualification, you become eligible to apply for the highly prized contractors’ ECS Gold Card and JIB grading.

These NVQs are completed online with their efficient and easy to use e-Portfolio system, OneFile.

This means that you can complete the NVQ at a time of your choosing and in the comfort of your own home. Most people comfortably complete their NVQ between three and eight months.

You will be supported by a

team of highly experienced trainers and assessors who will provide you with support, advice, and guidance on how to successfully complete your NVQ.

The NVQ courses they currently offer include:

NVQ 2346-03 Level 3

Electrical Installation

(Experienced Worker)

NVQ 2346-03 Level 3

Electrical Maintenance

(Experienced Worker)

NVQ 2357 Level 3 Electrical Installation and also the 18th Edition Course

With all the NVQ courses they offer a BESPOKE ONLINE TRAINING SYSTEM, EASY APPLICATION PROCESS, MONTHLY PAYMENT OPTIONS, IMMEDIATE START, REMOTE VIDEO ASSESSMENTS and DEDICATED EXPERIENCED ASSESSORS to help & mentor you through the process.

As well as providing ePortfolio based assessor assisted courses in all NVQ Level 3 Electrical qualifications XS Training now also offer additional online electrical courses created through their XS Training Academy. Courses currently available include the popular AM2/ AMS2/AM2E Preparation & Revision course which has had excellent results in boosting the number of candidates passing their AM2 Practical Examination (Unit 399) at the first time of taking to over 85%. All their online courses are based around a series of video training with a multiple-choice quiz at the end to test your knowledge and understanding. Other bespoke courses currently available include; C&G 2365 Level 2 Diploma in Electrical Installations (Beginners Foundation Course)

C&G 2365 Level 3 Diploma in Electrical Installations

C&G 2391-51 Periodic Inspection & Testing

C&G 2391-52 Initial Verification & Periodic Inspection & Testing

C&G 2921-31 Electric Vehicle

Charging Installations

PAT – Portable Appliance Testing and courses on how to comprehensively complete the E.I.C, E.I.C.R, & M.E.I.W.C reports.

As a fully qualified installation or maintenance electrician you will be secure in a trade with a never-ending demand for your services. Take the first step in finding out more about becoming a qualified installation or maintenance electriciancontact XS Training today.

Website: https://www. xstraining.com

Email: enquiries@xstraining. com

Telephone: 01535 657059

XS Training provides ONLINE TRAINING COURSES for electricians at all stages in our industry. From beginners, to improvers, to experienced workers looking to attain their ECS/JIB Gold Card.

Images courtesy of XS Training Ltd

XS Training Ltd have been delivering NVQs, 18th Edition and AM2 preparation training throughout the UK since 2011 and are now the UK’s number one online training provider for the NVQ 3 Electrical Installation.

Upon successful completion of your NVQ qualification you become eligible to apply for the highly prized and industry recognised ECS Gold Card and JIB grading.

As well as providing ePortfolio based assessor assisted courses in all NVQ Level 3 Electrical qualifications we now also offer an ever-increasing range of additional online electrical courses created through our new XS Training Academy.

Leading Electrical Training Provider Launches New Online Course For Electricians

The 18th Edition Online Course has been created by Sussexbased training provider Electrician Courses 4U and aims to provide new or existing electricians with an in-depth understanding of the most up to date wiring regulations.

The course, which is accredited by City & Guilds, covers the key chapters and appendices of the IET 18th Edition Wiring Regulations 2018 Amendment 2 book as well as providing students with the qualification needed to join a Government approved Part P scheme provider.

Since launching towards the end of last year the course has not only proven to be very popular but achieved extremely high pass rates too.

In total, nearly 200 customers have booked onto the course and to date 97% have passed the exam first time.

The online course provides electricians with a cost-effective and more flexible alternative to the in-centre 18th Edition course.

Whereas the in-centre course costs

£385 including VAT, the online course is available at £225 including VAT.

The online course can also be completed in a students’ own time with the exam being taken at home as well.

Speaking on the launch and success of the course, Nigel Best, director of Electrician Courses 4U, said: “We’re extremely proud to be able to offer a course which provides new and existing electricians with the opportunity to develop their knowledge of essential wiring regulations in a flexible and costeffective way.

“We’ve already received lots of fantastic feedback from our customers who have been able to accommodate their studying around their day-to-day commitments including work and family life.

“At a time when value for money has never been more important we are delighted this is one of the most competitive courses of its kind on the market.”

Chris White is just one of many customers who has recently passed the

18th Edition online course.

Mr White, 41 from Hampshire, said: “I made the decision to take the online course because the distance from the training centre and my family commitments made it challenging for me to spend an extended time away from home.

“The course is easy to navigate, provides everything needed to succeed in the exam and can be taken from the comfort of home.”

As a result of the success of this course, Electrician Courses 4U is currently in the process of rolling out a number of additional online courses and remote learning opportunities including the City & Guilds 2365 Level 2 course and the City & Guilds 2365 Level 3 course.

Both of these courses are structured in two parts with online learning being followed by in-centre and practical training at the provider’s teaching facilities.

You can find more information on all of the online courses EC4U offers here

A new online course designed to make learning more accessible and flexible for electricians has been launched by a leading electrical training provider.

Image courtesy of ElectricianCourses4U

Industry welcomes new fire and security apprenticeship for Wales

The Fire and Security Association (FSA) and the Security Systems and Alarms Inspection Board (SSAIB) have welcomed Welsh Government’s approval of a new Providing Electronic Fire and Security Systems apprenticeship framework.

This completes the mission of the fire, emergency and security systems (FESS) sector to make a specialist apprenticeship available to employers and learners in every part of the UK.

Tom Brookes, FSA Chair, said: “The new apprenticeship in Providing Electronic Fire and Security Systems marks an important step forward for FESS standards in Wales. As such, it represents a fantastic achievement for the close and effective partnership on competence and skills now developing between Welsh Government and industry employers. We look forward to seeing this partnership continue to grow and strengthen further over time.”

Trevor Jenks, SSAIB National Training Manager, said: “SSAIB are delighted to have been involved in the development of the new Welsh Apprenticeship Pathway in Providing Electronic Fire and Security Systems, which both aligns to the UKwide FESS Technician Standard and respects Wales’s specific training identity

and norms. The SSAIB continues to take a leading role in setting and raising of the technical standards as the whole FESS sector upskills on its route to a fully competent workforce, validated by an individual’s competency card.”

Development of this apprenticeship, which was jointly funded by FSA and SSAIB, has come as a direct response to employer demand in Wales. Employers were also closely involved in the steering group which oversaw the development process.

Welsh apprentices and employers will benefit from the curriculum aligned with UK-wide technical and occupational competence standards. The apprenticeship features two qualifications which have now been designated by Qualifications Wales: the EAL Level 3 NVQ Diploma in Providing Electronic Fire and Security Systems, and the EAL Level 3 Knowledge Diploma in Providing Electronic Fire and Security Systems. On completion, individuals will achieve UK FESS Technician status and entitlement

to apply for a gold card under the Electrotechnical Certification Scheme (ECS).

Significantly, the establishment of this new benchmark also provides a route for the existing workforce in Wales to upskill from Operative to gold card Technician level when the FESS Experience Worker Assessment route becomes widely available later this year across the whole UK.

Wales’ Economy Minister, Vaughan Gething said: “The Welsh Government is committed to investing in quality apprenticeships that support economic growth. This new apprenticeship will raise standards across the fire, emergency and security systems industry and make a significant contribution to the competence and skills of the workforce in Wales. The fact the apprenticeship was jointly developed across the sector is testament to the value and strength of collaborative working in meeting industry needs.”

Image courtesy of iStock

FLEXIShield SOLAR PV

With the ongoing energy cost crisis, the popularity of Solar PV installations has soared.

One of the issues associated with Solar PV installations is that of ‘nuisance tripping’, where an additional RCD or RCBO device is required.

By using Flexishield, the leading BS8436 cable, embedded in a wall at <50mm from the surface, with an MCB overcurrent device you can eliminate the requirement for the RCD or RCBO whilst remaining compliant with BS7671 regulations, specifically parts 721.531.3.5.1 (iii), 522.6.203 (ii) – 522.6.204 (i)

The following assumptions are made:

• All installations are new build TNC-S systems.

• All Installations are G98 <3.68kW. (In-house, known as a Standard Install, see diagram below)

• The inverter manufacturer has provided a written statement saying ‘the inverter does not require an RCD on the supply cable’.

• Protective device for the PV system will be a maximum of C20A and the majority will be B20A

6mm² 2C+E Flexishield®

(MAX 30m for <1% voltage drop)

Shielded 4-pair CAT 5 cable (if required)

Consumer unit 16A type A

type A

Utility meter

The same principle that negates the requirement of the additional RCDs also applies to EV Charger, Air Source Heat Pump and Ground Source Heat Pump Installations.

Mini range inverter