Zumtobel together with its sister brand Thorn, both lighting brands of the Zumtobel Group, worked with BDP to deliver a collection of standard and custom luminaires for the newly refurbished London Southbank University Hub (LSBU Hub).

 

The London Southbank University recently embarked on its most extensive and exciting environment transformation programme. Designed to affect how students and staff think, feel and study, the renovated facility is set to revolutionise the student experience.

With the modernisation of the learning spaces and technology, the new LSBU Hub will be fit for the future and serve the needs of generations of students, staff and the wider LSBU community. The goal was to create dedicated zones for learning, teaching, and staff by renovating the 1970s building and making better use of its current spaces across the whole campus.

The refurbished building includes a new 3000sqm library, teaching rooms, offices, lecture theatres, fitness and sports facilities, informal learning spaces, student support and catering facilities.

Architect Wilkinson Eyre and BDP’s lighting and building services consultants were quickly appointed. The project team also consisted of Winters Electrical Services and Wilmott Dixon Interiors as the main contractor.

To meet the demands of this project, BDP sought a lighting manufacturer with a broad, high-performance range of standard luminaires and the ability to engineer custom luminaires for specialised applications. Zumtobel together with its sister brand Thorn were selected for their technical competence and excellent all-round product offer.

The approach to the lighting design process was to complement the architecture with minimal intervention and ensure bright soffits – particularly in areas where daylight is low. The result is a considered and understated lighting scheme which seeks to reveal the interior forms and finishes at their optimal brightness.

 

 

Luke Smith-Wightman, design consultant for BDP, explains,

 

“The LSBU Hub project is a refurbishment of a 1970s structure featuring concrete waffle slabs throughout the building. The slabs are exposed in many spaces and now form an integral part of the lighting strategy – in combination with a custom luminaire engineered by Zumtobel – STRATUS. The STRATUS linear suspension luminaire delivers purely indirect, neutral-white light to the slabs from a very slim aluminium profile. This creates an enhanced perception of spaciousness and, through interreflection, provides the required illumination in the spaces where it is used. The lit effect is calm and blends well with daylight, with excellent light uniformity to walls, soffits, and floors.”

 

 

Ed Haslett, Key Account Manager, Zumtobel Group, adds, “We worked closely with the site team as the coordination of the multiple lengths and runs required a combined effort to ensure we delivered the perfect solution.”

 

In addition to STRATUS, the comprehensive scheme includes Zumtobel’s PANOS infinity downlights, SLOTLIGHT infinity slim continuous rows and the striking ONDARIA pendants in the breakout areas and meeting rooms.

Luke explains, “The theme of linear lighting is continued with integrated SLOTLIGHT infinity slim continuous lines of light framing the library spaces, the main atrium and lighting the bookshelves. PANOS infinity downlights project warm-white light into the library areas, illuminating the spaces without disrupting the bold, wood-clad geometry of the library ceilings.”

 

Furthermore, PERLUCE luminaires light the stairways and the classic all-rounder TUBILUX lights the fitness suite. RESCLITE PRO provides emergency lighting, while Thorn’s Omega Pro2 has been used for the lecture halls and Aquaforce in the back-of-house and plant areas.

 


For more information on Zumtobel, please CLICK HERE

and for Thorn CLICK HERE

 


 

Zentia’s new Fission range will incorporate the former Tatra, Cortega and Fine Fissured tiles.

Leading UK ceiling manufacturers Zentia are bringing together and renaming three of their most popular mineral tiles.

The new Fission range will comprise Fission (formerly Tatra), Fission ND (formerly Cortega) and Fission FT (formerly Fine Fissured) which are all fire rated to Euroclass A2-s1, d0.

Despite the renaming, there are no changes to the products or their technical performance, and they are still warrantied for up to 30 years (when fitted with the Zentia grid system). Alongside this, they are manufactured with up to 51% recycled content and remain 100% recyclable.

Fission and Fission ND are white tiles available in two different edge details – Board (600 x 600mm and 1200 x 600mm), and Tegular (600 x 600mm) for greater design flexibility. The Board edges fully expose the suspended ceiling grid, while the Tegular tiles are rebated, creating a semi-bevelled visual.

Featuring directional and non-directional fissured patterns, they balance the need for sound absorption and sound attenuation in open plan spaces such as atriums, libraries, storage facilities and warehouses.

The premium product in the Fission range is Fission FT which is available in black as well as white and in three different edge details (Board, Tegular and MicroLook). The MicroLook edge is designed for use with Zentia’s 15mm grid range, with a vertical edge creating crisp shadowed effects. Its ultra-fine non-directional fissured pattern offers an optimum balance between sound absorption and sound attenuation.

All three ceiling tiles are suitable for new-build and refurbishment projects in the commercial, industrial and retail sectors.

 

Zentia’s sales and marketing director Graham Taylor said: “In 2020, we began our journey transitioning from Armstrong to Zentia. It is an exciting time that will deliver opportunities for us and our customers. As part of this process, we’re renaming our products and reshaping our ranges. But there’s no need for our customers to worry, their favourite ceiling solutions won’t disappear, and they can still rely on us to manufacture and deliver the same quality suspended ceilings we always have.”


CLICK HERE TO VISIT THE ZENTIA WEBSITE

 


 

Moving into the penthouse level at One Canada Square, Canary Wharf means the heavily oversubscribed University College London School of Management can enrol more students and attract world-leading business teachers. Specified by Buro Happold in conjunction with Nicholas Hare Architects, the Zumtobel Group lighting brands Zumtobel and Thorn have provided a customised lighting scheme to transform the redesigned office space into a vibrant education facility.

 

One Canada Square is an iconic skyscraper in Canary Wharf, London. At 770 ft and 50 storeys, it is the third tallest building in the United Kingdom. On a clear day, if you look out from Level 50, you will be treated to unparalleled views across London, taking in sporting landmarks such as Wembley Stadium, The Tottenham Hotspur Stadium, The Den, and the Queen Elizabeth Olympic Park.

Focussing on innovation, technology, analytics, and entrepreneurship, the University College London School of Management (UCL SoM) established itself on Level 38 of the building back in 2016, right in the heart of London and the epicentre of finance and business in the UK. However, with growing student numbers, it required more space. Hence the decision to expand to Level 50.

The new facility positions the UCL School of Management as an international business school whose world-leading research, faculty, and teaching facilities rival those of other top-ranked international business schools. of the likes of the London Business School, Oxbridge, Harvard, Stanford, and MIT.

The new space was designed by architects Nicholas Hare in collaboration with the School’s former Director, Bert De Reyck. The design was inspired by start-up workspaces and academic and corporate environments, designed to encourage active collaboration and communication between students and faculty.

Level 50 had an existing office fit-out which included a mixture of open-plan and cellular offices. Designers implemented an innovative re-use of existing components to significantly reduce the project’s embodied carbon.

The refurbished space provides a range of teaching and collaborative spaces, doubling the size of the facilities available. The includes a traditional ‘Harvard-style’ lecture theatre with a 108-student capacity, a Student Hub, multiple group and individual study spaces and a flexible executive style suite with panoramic views across the city. It gives students and faculty choices about how they work and adaptive facilities to suit their needs.

 

A product for all locations

Impressed with the breath of the Zumtobel Group portfolio, integrated consulting engineers Buro Happold London and Nicholas Hare Architects specified a combination of Zumtobel and Thorn lighting products to support the design vision for Level 50. Tony Dendy, Key Account Manager (London Specification) at Zumtobel Group says, “Our SLOTLIGHT infinity is a flexible and suitable system which covered all the various areas, ceiling types, and shapes required to meet the client brief to a high-quality finish. We worked with Buro Happold to help design and configure the products required and, importantly, achieve the lighting requirements.”

Light lines flush with the ceiling

Central to the lighting design was the Zumtobel SLOTLIGHT infinity, which achieved perfect uniform lines of light without a cover frame. SLOTLIGHT infinity has been designed from scratch as a continuous light line for flush mounting with the ceiling. The luminaire’s linear construction is continued in a precisely defined shadow gap. Problems with the formation of cracks are now a thing of the past, as the luminaire is technically and thermally separated from the ceiling by a mounting frame. The result is a high-grade lighting solution meticulously integrated into the interior design, which appears as a fully consistent light line.

The SLOTLIGHT infinity family, including recessed, suspended, and direct/indirect versions, have been used throughout the circulation areas, seminar rooms, communal Street, reception, and Social Hub.

Based on performance, style, and efficiency, luminaires from Thorn lighting support the scheme, including Omega Pro in the offices and meeting rooms, Voyager Star emergency lights in the street and circulation areas, and Aquaforce Pro in the plant rooms.

 

The light line can be perfectly adjusted to the room

The project wasn’t without its challenges Tony explains, “Some challenges we had to overcome were that we needed some precise non-standard angles of the SLOTLIGHT infinity. Due to the long runs, if they had been just a fraction out, it would have been accentuated along the run and therefore ruin the installation. Furthermore, there were some special Slotlight Infinity square sizes, adapted to fit around the columns in the communal street for a precise finish and to work with the wooden ceiling slats. Another special was in the metal ceiling tiles where lengths were non-standard, our Slotlight Infinity Technical product was specified but because there was a limited ceiling void depth that included other services above, we could not use the standard wire suspensions for the installation and therefore another solution was found using rear mounted brackets (subject to weight) normally designed for other ceiling types.”

The Zumtobel project team worked hard to overcome these challenges with custom and modified solutions to meet all the requirements. They also provided detailed installation lists to help the onsite team.

The lighting scheme meets the desired aesthetical design while providing excellent light to facilitate good communication and learning. All the lighting is DALI and is connected to the school’s lighting control system; dimming control was vital due to the glass building facade.

The project has transformed the tired former corporate office space into a vibrant education facility for post-graduates and enabled UCL School of Management to continue to foster relationships with leading business and financial organisations.

 

Sarah Knox, Senior Facilities and Operations Administrator, UCL School of Management comments, “Across our new floor we installed a variety of stylish light lines to meet our brief and focus on smart design and sustainable materials, ensuring we created the right experience in each space to manifest sustainable, welcoming premises. The quality lighting supports the collaborative learning and working environment we have developed and enhances the wellbeing of staff and students while at work or taking a break. Our state of the art, well-designed space helps us attract truly talented individuals to establish ourselves as a global business school whose world-leading post-graduate teaching and research facilities allow us to continue to be one of the top-ranked business schools in the UK.”

 

The project was verified SKA Gold, the highest qualification in the Royal Institute of Chartered Surveyors building sustainability evaluation scheme.

 

CLICK HERE for further information on the featured products

 

or CLICK HERE to visit Thorn Lighting

 

By Alastair Stannah, Managing Director, Stannah Lifts Distribution & Service.

The digital switchover of telephone lines in the United Kingdom is happening now. By 2025, Openreach will have phased out all copper analogue telephone lines in favour of optical fibre networks. Many building managers may already be aware of the need to change phone lines in the building, but some may not have realised that their lifts will be affected by the Public Switch Telephone Network (PSTN) switch off.

As part of the Remote Alarm on Passenger and Goods Passenger Lifts Standards EN 81-28 (2003), all lifts in the UK are required to have an emergency alarm that was traditionally connected to a rescue service via telephone. With the analogue to digital switchover, lift owners must now manage the transition of their emergency alarms from analogue phone lines to other digital alternatives. Choosing the right solution ahead of time is becoming essential for building owners and managers to keep their lifts compliant and their passengers safe.

Why the switchover is happening
In November 2017, BT Openreach announced that traditional copper-based telephony lines, which includes PSTN lines, would be phased out and eventually deactivated by the end of December 2025. New analogue telephone lines have not been installed in the UK for some years, but due to a rolling programme for telephone exchanges, a total national “stop sell” is planned for September 2023. Then, at the end of 2025, all support for analogue lines will be removed.

Phasing out the UK’s ageing network of copper will help Openreach prioritise the development of optical fibre networks for high-speed broadband in the United Kingdom and meet the government target for at least 85% of UK premises to have access to gigabit-broadband by 2025.

What the impacts will be on existing lift stocks
The implications of this move to telephone and internet service provision has been well publicised, however, the knock-on effects on equipment that are not immediately thought of as being connected to telephone lines are still emerging. One of those types of equipment is the stock of hundreds of thousands of existing lifts installed in the UK, which collectively transport millions of people per year.

All passenger lifts installed since 1999 in the UK are required to contain an emergency alarm. Once the emergency button is pushed, an auto-dialler provides two-way communication between the passengers and a rescue service, which is usually run by the lift service provider. The auto-dialler hardware is connected to a phone line with an Openreach socket.
The Lifts Regulations and EN 81-28 do not specify the type of communication link that should be used, but PSTN has been almost universally used in lift emergency alarms for several reasons. Historically, PSTN was once more easily available and reliable than other alternatives. Many alarm devices use the PSTN line’s DC voltage to avoid the need for a backup power supply, and data is transmitted over the line through the use of Dual Tone Multi Frequency (DTMF).

Optical fibre lines may not always be compatible with these existing emergency alarm units, even after adaptations are made, even with an “analogue telephone adaptor” (ATA) to support analogue devices on fibre connections. The router carrying the signal through the line will also require an uninterrupted power supply, otherwise the service will not operate in the event of a power failure.

If the emergency alarm is found to be non-functional during a 3-day line test under EN 81-28 regulations it will be declared non-compliant and switched off. Lift owners and facility managers therefore need to act soon before PSTN line services are withdrawn in their area.

The GSM phone line alternative

GSM (otherwise known as mobile or cellular) telephony provides a reliable and cost effective digital solution for most existing lifts. Without the need for physical phone lines and installations, a GSM module can be easily installed and battery-backed to provide a failsafe in the event of a power outage. Signal strength dips can also be resolved through a roaming SIM which connects freely to the best available network.

However, it is important to consider a professional and trusted managed SIM service, to ensure hassle-free and cost-effective virtual communication for your lift. Prepaid SIMs can run out of credit, expire or just get turned off mistakenly, and these situations can exist undiscovered until a real emergency happens, potentially leaving passengers stranded or in danger.

Stannah’s new portfolio of digital services includes a managed SIM service, which covers the cost of calls, line rentals and 24/7 connectivity monitoring, offering peace of mind to lift owners, improved product safety for users and reduced risk for the owner.

For more information, CLICK HERE to visit the Stannah website to find your local service branch

by Nelo Neves, Ledvance Managing Director, UK and Ireland.

Lighting is integral to creating a comfortable and energising space for learning. Installations in education facilities should not just encourage an activating environment, but reduce energy and maintenance costs at the same time. At LEDVANCE, we are always looking ahead to design a product portfolio that lends itself to both the current and future needs of educational establishments.
The most recent regulation to impact on lighting in education is the amendment to the RoHS directive. This amendment launched a ban on bringing to market T5 and T8 fluorescent lamps and compact fluorescent lamps with plug-in bases (CFLni). When considering alternative lighting options, this change marks the perfect opportunity for schools to ‘make the switch’ to LED lighting and automated systems. LEDVANCE offers a range of LED retrofit and conversion options to support this change and ensure facilities managers are keeping in line with the regulations. However, there’s a number of additional benefits that educational spaces can secure with an LED upgrade.

Human centric lighting HCL
When considering the benefits of automated lighting systems to their spaces, facilities managers will generally note convenience and cost benefits. However, these systems can have an additional positive impact on wellbeing and productivity, as automated systems provide the valuable opportunity to adapt lighting to the circadian rhythms of students and staff.
The circadian rhythm is our 24-hour body clock that governs natural cycles of activity and rest by managing hormone levels. Humans are known to be heavily influenced by variations in natural light throughout the course of the day. A human oriented lighting concept uses smart controllable LED lighting systems to simulate the characteristics of natural daylight, combining the visual and non-visual biological effects of light through changing colour temperatures and illuminance levels.

Artificial light that synchronises with our circadian rhythms is proven to make us happier, healthier and more productive. It has been scientifically proven that spaces which use human centric lighting systems increase student wellbeing, concentration and performance during the day, improve the quality of sleep at night, and helps reduce sickness. Therefore, an automated lighting system with HCL programming will not only illuminate a school facility, but support the wellbeing of everyone within it, including students and staff.

The education sector is particularly well suited for the use of HCL because lessons in most educational institutions start at similar times in the morning. The room layout, the incidence of light, the arrangement of the furniture and the students’ and teachers’ lines of vision are usually also very similar – which makes conditions virtually ideal for a wide-ranging use of HCL.

Light management systems
To take full advantage of HCL lighting, facilities managers need to install IoT-controlled systems that adapt to students’ circadian rhythms. Whether controlled using Bluetooth, Zigbee or an app solution, IoT lighting solutions are a welcome alternative to touching shared surfaces after the pandemic, as well as a reliable means of reducing costs and saving energy in an education facility.
LEDVANCE’s own IoT system, VIVARES, makes adapting an existing school building to automated lighting very simple. Commissioning is done through the VIVARES portal with the support of QR codes. The system is configured and commissioned on site after installation of the components, using the VIVARES DALI commissioning app. The self-explanatory user guide makes commissioning extremely quick and easy – thanks to predefined rooms and situations via drag and drop. The system is ideal for modernising existing buildings where rewiring is often not an option, for example when a building is listed or has no suspended ceilings. LEDVANCE offers the necessary components and a well-assorted selection of compatible LED luminaires which allow the system to provide energy-saving lighting in existing buildings, ranging from small lighting projects to complete floor solutions. One such product is the Panel Comfort 600 with UGR<19. Besides offering CRI90 and up to 122 lm/W. This is a high-performance panel that offers impressive versatility due to its selectable CCT and power steps on its driver. Even after commissioning, expanding a LEDVANCE luminaires system with additional components is a simple task. Monitoring the health of the system is just as easy thanks to cloud services.

Conclusion
Just as schools must equip their students for the challenges of the future, facilities managers must adopt lighting solutions that are ready to embrace the latest innovations. When it comes to the lighting for education, let LEDVANCE teach you a thing or two!

www.ledvance.co.uk

After sixty years, residents in Oxford were delighted to welcome a brand-new school to ease some of the strain on the town’s educational resources.

The Swan School is a new Secondary School and Sixth Form in the northern suburb of Marston, which will provide education for 1,260 students of 11-19 years of age.

The main school building is designed over three floors, with a central atrium where students eat their meals, gather socially, and for group study as part of the wrap-around care. The scheme encompasses 62 classrooms, an assembly hall, drama and dance studios, office space, and an inclusion suite.

Architects utilised a clear colour scheme inside the building to help pupils feel welcome and find their way around the building. The modern concrete ceilings provided a challenge for designers as they are known to reflect rather than absorb sound.

Recent studies have shown that many classrooms have poor acoustics because of material selection. As a result, children cannot make out what is being communicated in class, and teachers suffer from voice strain.

 

The Zumtobel Group lighting brands Thorn and Zumtobel worked with LJJ Mechanical & Electrical Contractors to create a suitable lighting solution to address these important issues.

Thorn’s acoustic Arena Symphony LED raft luminaires have been integrated into the classroom’s concrete ceilings, helping to avoid all acoustic related issues, and creating an optimum learning environment.

Thorn’s innovative Arena Symphony luminaire was the ideal solution. Its sound-absorbing features minimise sound reverberation in classrooms, and it is fully compliant with BB93.

The linear raft luminaire offers a choice of infills; the system’s length has been specially adapted to match each classroom’s layout.

In addition, to the Arena Symphony luminaires, the brands delivered a complete educational lighting solution with Zumtobel’s ONDARIA wide area circular luminaires and MIREL recessed and surface luminaires in the circulation areas and classrooms and CRAFT high bay luminaires in the sports hall.

The scheme didn’t just incorporate the internal illumination. Outdoor learning featured heavily in the plans as it can have powerful benefits for welfare and academic performance. The scheme ensured that pupils could quickly move between the indoors and the outdoors.

Thorn’s R2L2 road lanterns and Orus low level mounting luminaires illuminate the car parks, and Urba Deco provides decorative pathway lighting.

The result is a lighting scheme, which met the specification, budget and has delivered an exceptional lit effect with high colour rendition to inspire tomorrow’s learners.

www.thornlighting.co.uk

Zumtobel website

A school in Falkirk relies on a substantial 6.2 metres high moveable wall to divide the main hall into two separate areas at different times of the day. Unfortunately, recent damage to the roller housing had caused one of the panels to become stuck, disrupting the day-to-day implementation of the school timetable.

A call to the Scottish service team at nationwide partitioning experts, Style, quickly had moveable wall technicians on site who were able to safely lower the panel, remove and repair the damaged part before reconstructing the wall at minimal cost.

Style’s fully employed team of specialist engineers is highly trained and able to offer service and repair of almost any moveable wall system.

“At over 6 metres high, this was a very sizeable moveable wall which is why it was so important to have trained and accredited moveable wall technicians carrying out the repair,” said Angela McGowan, sales and service manager at Style Scotland.

“Our in-house team of engineers has comprehensive health and safety training, including CSCS, PASMA, asbestos awareness, manual handling and risk assessments.”

The Style team at the Falkirk school first used a chain hoist to carefully drop the stuck panel to the ground.

They then opened-up the access to the roller housing, removed the damaged part and sent it to a metal specialist to be straightened, saving money by not having to order new parts or, worse still, replace a whole section of the moveable wall.

The panel was then reconstructed, the roller changed, and the panel reinstated to the track, enabling the moveable wall to operate smoothly once again.

“Our technicians will always carry out a thorough assessment when determining the best approach to repairing a damaged moveable wall. On this occasion, it was decided that the bent part could be repaired rather than replaced saving the school money.”

Style is the UK’s leading moveable, partitioning and folding wall specialist offering a complete solution from new installations through to service, upgrades and repair.

 

TO FIND OUT MORE

CLICK HERE TO VISIT THE STYLE PARTITIONS WEBSITE

OR CLICK HERE TO EMAIL STYLE PARTITIONS

OR TELEPHONE STYLE ON 01202 874044

 

 

 

Deanestor, one of the UK’s leading fitout specialists, has provided bespoke furniture and fitout services for a new £14m primary school in West Lothian.

The new Calderwood Primary was built by Morrison Construction Building Central and delivered by hub South East for West Lothian Council. It provides non-denominational primary education for up to 462 pupils and 128 nursery places – and was handed over ahead of the revised programme despite the challenges of the Covid-19 pandemic.

Deanestor manufactured and installed around 1,250 items of bespoke fitted furniture for this project, including learning walls, storage cabinets, adjustable shelving units, tilting craft tables, shoebox storage, and worktops.

Around 3,000 items of loose seating, furniture and equipment were also procured and fitted by Deanestor for this project – from sports equipment and dining benches to lockers, white goods, pinboards, soft seating, banquettes, and bespoke wooden huts to provide seating and storage in different areas around the school.

 

Greig Jamieson, Commercial Director at Hub South East Scotland, said, “Deanestor contributed greatly to the fantastic project that is Calderwood Primary School which was handed over early to West Lothian Council. This was a particularly impressive feat given the challenging market conditions.”

“Feedback has been incredibly positive, and it is encouraging to see how excited pupils and staff are to begin their learning journey in their new school. We look forward to building on this success with Deanestor on further projects including the new Winchburgh Schools.”

Leader of West Lothian Council, Lawrence Fitzpatrick said, “The stunning new Calderwood Primary is a flagship addition to our school estate, which is already one of the best in the country. It has been designed and built with the learning experience at its heart and will help to create a focus for the new Calderwood community. There have been many challenges to deliver such a fine school against the backdrop of a global pandemic, so huge thanks to the project team and all the other contractors for their efforts to complete it on budget and ahead of the revised schedule.”

Designed by JM Architects, the new school features semi-open plan classroom accommodation with adjacent break-out zones and a series of flexible, interchangeable spaces. This educational environment is designed to encourage collaborative learning and to allow pupils of all ages to interact and learn from each other.

A maple finish was specified for most of the fixed furniture which contrasts with a mixed palette of colours for the loose furniture. Some of the linear storage was finished in white or with lilac coloured fronts in the staff rooms.

The fitout contract at Calderwood Primary follows Deanestor’s successful delivery of a £1m project for Morrison Construction for the manufacture and installation of fixed furniture for Barony Campus in East Ayrshire – a £68m, 2,500-pupil school. Deanestor has since been awarded the £1.8m furniture and fitout contract for a new £60m multi-school campus in West Lothian – its 12th contract for Morrison.

Deanestor manufactures and installs bespoke, robust, and flexible loose and fixed furniture solutions for early years, primary, SEN, and secondary education, fitting out areas such as classrooms, science laboratories, ICT, design and technology, atria, social dining spaces, break-out areas, sports facilities and changing rooms. Its experienced designers and project managers work with architects, contractors and directly with schools and local authorities, advising on specification of furniture and equipment to help deliver inspirational learning environments.

 

www.deanestor.co.uk

Sloping ceilings at a Plymouth primary school feature Zentia products.

A new school for a new community in Plymouth has relied on ceiling solutions by leading UK manufacturer Zentia for delivering both form and function.
Some 1,200m2 of Zentia’s Perla OP 0.95 Tegular 600mm x 600mm tiles, which were the first mineral tile in the world to win Cradle to Cradle status, feature in the classrooms, offices, stores and communal areas at state-of-the-art Morley Meadows primary school.

Part of Persimmon Homes’ Saltram Meadows development in Plymstock, the £5.8 million primary school also features Zentia’s 100% humidity resistant Hydroboard 600mm x 600mm tiles with Prelude 24 non-corrosive grid in the kitchen, showers, toilets and changing areas.

Designed by Stride Treglown architects, and delivered by main contractor Halsall Construction, the two-form entry school accommodates 420 pupils, with part of it able to be cordoned off so it can be used by other community groups out of hours.

Specialist sub-contractor Vizion Interiors had a team of up to 10 on site for eight months, installing a total of 1,650m2 of the Zentia products on ceilings, that in the main part, unusually, sloped to degrees of 35® to mimic the sloping roof.

 

For form, the Perla OP 0.95 tile features a smooth, low-gloss monolithic visual with best-in-class fully painted edges for additional aesthetics as well as durability. The tile also features high light reflectance (up to 86%) to reduce reliance on artificial light and Class A acoustic performance to sound absorption 0.95aw.

For function, as well as its Cradle to Cradle certification, Perla OP 0.95 also provides optimum indoor air quality (due to ultra-low A+ VOC emissions) and is manufactured from up to 64% recycled content and fully recyclable.

Hydroboard also features Class A acoustic performance to sound absorption 0.95aw and light reflectance of 82%.

Vizion Interiors’ contracts manager Andy West said: “The Zentia products were already specified but we would have put them forward regardless because they are superior products which are more readily available, and we have a fantastic working relationship with the area sales manager”.

 

www.zentia.com/en-gb

Barry Roberts, National Specification Manager at Marshall-Tufflex explains what must be considered when specifying cable management systems for education settings to ensure they are fit for purpose, comply with the regulations, contribute to a safe and healthy environment and minimise the environmental impact of the new build or renovation projects.

The right cable management solution not only ensures the safety of staff and students but also protects the cables from accidental or intentional damage. When selecting trunking systems there are a range of factors that must be considered.

Regulations and Standards

For any specification or application, it is important to ensure that any system complies with the relevant regulations and standards. While the BS 7671:2018 Wiring Regulations provide specific guidance for installers, there are key requirements of which specifiers should be aware.
The regulations state that trunking systems should meet the IP4X requirements, meaning that objects 1mm in diameter or more cannot enter the trunking system. In addition, the BS EN 50085 standard states that trunking should be designed so the cover can only be removed by a tool or deliberate action.
The latest (18th) Edition of the Wiring Regulations also requires all cables to be adequately supported using non-combustible fixings to prevent premature collapse in the event of a fire. The heat of a fire can cause PVC-U and even some metal cable housings to fail. The result of this is falling and fallen cables that present a serious hazard to both those evacuating and the firefighters moving into and through the building. This means that the cables have to be fixed in place within the trunking using metal clips, such as the Marshall-Tufflex Firefly range, that have a melting point high enough to withstand the heat of a fire. This is a change from previous versions of the regulations that only required cables to be supported on escape routes.
Cable management systems must also comply with Approved Document M of the Building Regulations, which aims to ensure access to and use of the building for everyone. It is recommended that the accessory boxes and plates that house switches and sockets are specified in contrasting colours to make them more visible to those with visual impairments.

Cleaning and hygiene

Selecting the right trunking system can also help make school and college buildings easier to clean and more hygienic. One of the simplest steps is look for trunking that features a curved lid, or has a completely curved profile, such as our Sterling Curve or Odyssey trunking systems. This prevents items, including rubbish, being left on top of the trunking and makes cleaning easier.
There are also systems with anti-microbial properties, including several products from the Marshall-Tufflex range. When combined with a robust cleaning regime, these solutions can help protect those using the building from the risks of bacteria spreading. Incorporating silver ions within the material of the trunking can deliver ongoing antimicrobial protection that prevents 99.9% of harmful bacteria from surviving on its surface. This works by disrupting the key cell functions of bacteria and preventing them from reproducing – subsequently killing them due to their short lifespan. It is always recommended that specifiers look for products where the silver ions are integrated into the material during manufacturing, rather than added at post-production. This ensures a longer lasting protection and means that scratches or damage to the surface do not affect the anti-microbial performance.
Quality and durability
For educational facilities, cost is often a key consideration and although it can be tempting to choose more cost-effective cable management systems, the whole life cost should be factored in. Lower quality products are often more susceptible to wear and damage, meaning more maintenance work is required and the products have shorter lifespan before replacement. It can therefore be more cost effective across the lifespan of a building to select a higher-quality product that will stand the test of time.

Sustainability

Sustainability and environmental impact are now key factors on many education sector projects. Selecting cable management systems that are manufactured from recycled material is a simple way of reducing the use of virgin grade PVC-U and helping to prevent waste from being sent to landfill. For example, Marshall-Tufflex uses recycled PVC-U window frames within its manufacturing process. As these frames were designed to withstand external conditions, they are more than up to the demands of everyday interior use. In 2020, the proportion of recycled material in our products reached an average of 74%, with all white conduit and white mini and maxi trunking manufactured using 100% recycled material. In 2022, Marshall-Tufflex celebrates it’s 80th anniversary and in line with this we are aiming to achieve a figure of 80% usage of recycled product across our PVC-U range.
When selecting a cable management system for an educational building, it is important that it meets the needs of students and staff and is suitable for the demands of the environment. Choosing the right manufacturer, that can offer a range of solutions as well as support throughout the project, will help ensure the right products are specified.

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