Move the Socket: How Kitchen Power Tracks Work
How a kitchen power track works: what happens inside the rail, why ratings matter more than the number of sockets, and how to plan a counter where the plug goes to the appliance.
Most kitchens are wired around a guess. Somebody decided, years before you moved in, that the toaster would live to the left of the sink, and so that is where the double socket went. Then you bought a coffee machine. Then a stand mixer. Now there is a cable stretched across the worktop and an extension lead hiding behind the bread bin.
A power track turns that around. Instead of fixed sockets, you get a rail with sockets that clip on where you need them, and come off when you do not. It is not wireless and it is not magic: the socket makes a physical connection to metal conductors inside the rail.
That idea is simple. The details, from how a module locks in to how much power the whole rail can share, are where a good installation is won or lost. Here is how it works, and how to plan for it.
The starting point
A power-track socket connects to conductors inside the rail. You get outlets that can move, but every one of them shares the same supply.
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What happens inside the rail
A power track is fed from the mains like any socket. Inside its housing run separate conductors for live, neutral and, in an earthed system, protective earth, laid out so that each one can only be reached by the matching contact on a socket module. The housing keeps them apart and out of reach of fingers.
The socket module is the part you see and plug into. Its contacts engage with the conductors through the manufacturer’s own locking mechanism. Once it is properly seated, it behaves like any other socket, fed by the track behind it.
How that locking works varies between brands. Some modules push in and then twist a quarter-turn to engage. What matters is that the track and module are designed as a matched pair. A module from another system that looks similar may not engage properly, and an improper connection is not something to find out about with a kettle.
Following the electricity also shows the limit. Every module on one track shares whatever the supply feeding it can deliver. A fifth socket gives you a fifth place to plug in. It does not give you any more power.
Movable is not the same as sliding
Product photos tend to show sockets spaced neatly along a rail, which can suggest you simply slide a live socket along with the toaster still plugged in. Do not assume so. Many systems require you to unplug, release the module, lift it out and re-engage it in the new spot, following a set sequence.
Follow the instructions for the exact Newmatic track and module you choose. Before handover, ask the installer to show you how to fit, lock and remove a module, and whether anything should be switched off first. Five minutes of demonstration beats guessing from the shape of the plastic.
Treat plugs with the same care. A cable should reach its appliance without tugging sideways at the plug or crossing a wet patch of worktop. Move a socket because it makes the kitchen work better, not because an odd number of modules bothers your sense of symmetry.
The pay-off is real. The blender can sit beside the fruit bowl for a weekend of smoothies, then the socket goes back to serving the coffee machine on Monday. Each time, the module ends up properly locked and the appliance somewhere sensible.
Read the ratings like a chain
Newmatic’s catalogue lists its surface and built-in tracks at 32 A and 8,000 W. Individual UK and multi-socket modules are listed at 13 A, 250 V and 2,500 W. Those numbers describe different links in the same chain, and a chain is only as strong as its weakest link.
What you can actually draw is limited by every part of the route: the circuit in the wall, the breaker protecting it, the track and the module. A track rated at 8,000 W says what the track can carry. It says nothing about what your kitchen circuit can supply.
The same goes the other way. A 2,500 W module does not become a 3,000 W module because it sits on a bigger track. That matters, because a typical jug kettle is rated at up to 3 kW. Check each appliance’s rating plate against the socket you mean to use, and let the electrician judge what is likely to run at once.
Breakfast is the test. Kettle, toaster and coffee machine can easily all be on together, and that combination alone can approach the capacity of an ordinary circuit. London Fire Brigade advises against running kettles, toasters and microwaves from the same extension lead, for exactly this reason. Give your electrician a list of the appliances and their wattages, and ask which combinations the system can handle.
On the wall or set into it
A surface-mounted track sits on top of the finished wall or splashback. It reads as a deliberate line, which suits a modern kitchen, and it is the simpler choice in a renovation where cutting into a finished surface is not an option.
Newmatic lists the ATS60S, ATS80S and ATS100S surface tracks in 60, 80 and 100 cm lengths, and the ATS60, ATS80 and ATS100 built-in tracks in the same lengths. All use black aluminium housings.
A built-in track needs to be planned earlier. The cut-out, fixings, cable route and service access have to be agreed with whoever makes the cabinets or fits the splashback. The result can be very discreet, but someone will need to reach the connections one day.
Size the track to the work zone, not the wall. Leave room for modules, chunky plug bodies and the curve of a cable, and think about how the line sits against cabinet edges and under-cabinet lights. A 60 cm rail exactly where you use appliances beats a metre of it in the wrong place.
Sockets for kettles, USB for phones
Alongside the plug modules, Newmatic lists the ATP-USBC charging module, with a USB Type-A output of 18 W and a Type-C output of 20 W, supporting QC3.0 and PD fast charging.
That is a different job from running a kettle. How fast a phone or tablet charges depends on the device, the cable and what charging standard both ends agree on. The listed figure is a maximum, not a promise that every phone will draw it.
Charging points are handy where people actually stand with a phone: near the spot where recipes get read, or at the end of a breakfast bar. Keep them clear of splashes, hot pans and the main prep area. A charging spot should never claim the only clear stretch of chopping space.
Choose modules for the appliances you own and confirm each one is made for your track. Looking similar is not proof of a safe fit. Keep the specifications for the system in one place, so adding a module later is a quick check rather than a guess.
The socket that rises from the worktop
Newmatic also lists the APS pop-up socket, which sits flush in the worktop and rises on a motor when needed. It adds wireless charging and a Bluetooth speaker, and it solves a different problem from a wall track: power on an island, where there is no wall at all.
The APS is rated at 10 A and 2,500 W, with 15 W wireless charging, and its IP54 rating applies when it is closed. Under the international IEC 60529 scheme, that means protected against dust and against splashing water from any direction. Once it is raised and open, that protection no longer applies in the same way, so treat it like any open socket near water.
Choosing between a track and a pop-up is partly a worktop decision. A pop-up needs a hole in the stone and space beneath it, which can collide with a top drawer. A track uses wall or cabinet space and needs its own fixings.
Settle the choice with your kitchen designer before the stone is templated or the cabinets are built. A beautiful socket is only useful if it leaves room for storage, cables, servicing and whatever happens on the counter above.
Keep the track in the dry zone
List what you plug in at the counter. Some things stay put, like a coffee machine. Others come out a few times a week, like a blender, food processor or stand mixer. Each needs room for its lid, bowl and refill as well as a socket within reach.
Keep the track away from the sink and the hob, following the installation instructions and your local wiring rules. Have a qualified electrician design and connect the supply, protection and earthing. A power track is part of the electrical installation, not a decorative rail you fit with a drill on a Saturday.
Think about cleaning. The rail should not become a ledge for water, grease or crumbs. Ask how the housing and modules should be cleaned and what needs switching off first. Never spray cleaner directly at electrical parts; spray the cloth instead.
Our guide to planning the small-appliance corner helps you organise the counter around the sockets. Plan water, cups, refills and cleaning together, and movable power starts to make daily routines noticeably easier.
Keep a note of which appliances were counted when the electrician worked out the load. If you add something power-hungry later, an air fryer or a second kettle, ask for that sum to be checked again. An empty socket does not mean spare capacity.
Rehearse before you install
Mark the proposed track on the wall with masking tape. Put your everyday appliances on the counter and see where their cables want to go. Open lids, lift out water tanks, and imagine a second person working beside you.
Ten minutes of this often changes the plan. A module may need more room beside a bulky plug, or the rail may want to move away from a splash zone that gets wiped every night. You may also find that a fixed socket already suits the fridge or the microwave perfectly, leaving the track for the appliances that really do move.
Take that plan to Newmatic and your electrician. Confirm the track length, surface or built-in mounting, the modules, and which appliances can safely run together. Ask for a hands-on demonstration before handover and file the product information with your kitchen paperwork.
Done well, a power track is the kind of thing you stop noticing. The kettle is where you want it, the mixer has a home on baking days, and there is no extension lead behind the bread bin. You can browse the tracks and modules in the Newmatic range when you are ready to plan yours.
