High-Voltage RGB LED Strip Lights – 220V & 240V

Powerful, Colourful Illumination for Larger-Scale Lighting Projects

Want to brighten up a large area without having to worry about complicated wires or drops in power? The RGB LED Strip Lights available in 220V and 240V provide strong, long-distance illumination that has stunning colour-changing effects that are ideal for outdoor spaces such as architectural lighting, commercial buildings and other applications.

We are Atom LED UK, we offer high-quality, high voltage RGB light strip solutions for LEDs that mix the latest technology with durability and vibrant colors. If you're lighting a façade or decorating a shopfront or adding ambience to your garden Our 220V and 240V RGB LED strips give you the flexibility and power you require in one compact solution.

What Are RGB LED Strip Lights?

RGB LED strip blends the red blue, green and red LEDs in order to produce an array of hues. Through the controller, you can choose thousands of color combinations which alter the brightness as well as cause effects like fade and flashing. It also has seamless effects like transitions.

They're flexible and efficient in energy use. method to provide amazing, lively illumination to any indoor or outdoors setting.

Why Choose RGB LED Strip 220V & 240V?

Contrary to the smaller voltage strips, 220V RGB LED strips, as well as those with 120V RGB LED strips are made to work in installations with long runs, which allows you to connect lengths that are longer (often up to 50m or more) without any voltage drop. They connect directly to the mains power source simplifying installation and eliminating the need to use drivers.

Perfect for:

• Large commercial displays

• Building outlines

• Outdoor signage

• Garden & landscape lighting

• Stage & event design

• Long indoor corridors or ceilings

Key Features & Benefits

• High Voltage, Long Runs: Ideal for large-scale projects. Use RGB LED strip 220V or 240V RGB LED strip lights to cover longer distances without sacrificing brightness.

• Vibrant Colour Effects: Create dynamic colour changes and effects for stunning visual impact with 220V LED strip RGB technology.

• Weatherproof Options: Many models are IP65+ rated, making them perfect for outdoor or wet environments like patios, signs or building exteriors.

• Plug-and-Play Simplicity: Direct-to-mains connection eliminates the need for external transformers or complex wiring setups.

• Flexible & Cuttable: These strips can be cut at marked intervals to suit your space perfectly easy to shape around corners and edges.

• Durable Build Quality: Designed with high-quality materials to withstand tough conditions — indoors or out.

Our RGB Strip 220V & 240V Range

At Atom LED UK, we stock an expertly curated selection of high-voltage RGB LED strips to suit both residential and commercial needs.

Available Product Types:

1. 220V LED Strip RGB

2. 220V RGB LED Strip Lights

3. RGB LED Strip 220V Waterproof

4. Strip LED RGB 220V – Flexible and powerful

5. 240V RGB LED Strip

6. 240V RGB LED Strip Lights

7. RGB LED Strip 240V IP65/IP68 – For outdoor or wet-area use

From long RGB strip runs for outdoor installations to weatherproof solutions for your garden or event space, we’ve got the right fit for every project.

Use Cases

Our 220V and 240V RGB strip lights are perfect for:

• Architectural Lighting – Highlight building contours, edges, and facades

• Retail Displays – Attract attention with vibrant light shows

• Event Venues – Use colour to create atmosphere for weddings, concerts, or parties

• Outdoor Ambiance – Illuminate patios, paths, and landscaping features

• Stage & Studio Lighting – Easy-to-install, eye-catching visual effects

Why Buy from Atom LED UK?

With a myriad of choices of LED lighting you must choose the right supplier who puts high-quality, expert knowledge and customer service first. Atom LED UK is a great choice. Atom LED UK, we're not just there to make sales but to assist you in building the lighting you want to see in your dreams.

What Makes Us Stand Out:

• Fast & Reliable UK Delivery

• Trusted by Installers, Designers & Homeowners

• Pre-Tested, High-Quality Products

• Great Pricing with Bulk Order Discounts

• Expert Guidance & Customer Support

• Full Range of RGB Controllers & Accessories

Take Your Lighting Further — Shop RGB LED Strip 220V & 240V Today

Do you want to improve your lighting with powerful high-quality, vibrant, and easily-installed LED strip lights? Check out our selection of RGB LED Strip Lights available in 220V and in 240V and see how easy it is to create striking, bright illumination lasting for a long time.

Browse now and bring your creative vision to life with Atom LED UK – where quality meets colour.

FAQs

How do 220V–240V RGB strips compare with 24 V RGB strips for run length, installation cost, and safety on large façades?

220–240V strips allow much longer continuous runs (often up to ~50 m) with fewer feed points and smaller conductor runs, which can lower cable and labour costs, but they increase safety and installation complexity because mains-rated protection, enclosures and qualified electricians are required compared with low-voltage 24 V systems.

What IP65/IP67 ratings and connector systems are required to keep 240 V RGB strip installs safe in outdoor UK weather?

Use IP65–IP67 (or IP68 for immersion) rated strip assemblies and mains-rated waterproof connectors and glanded junction boxes, plus factory-moulded sealed ends and silicone sealing at terminations to maintain safety and ingress protection in UK conditions.

How do you size controllers and circuits for 50 m reels of 230 V RGB strip at 12–18 W/m?

Calculate total wattage (50 m × W/m), add ~20–30% headroom, and distribute that load across appropriately rated mains dimmers/drivers and circuit breakers very large totals will require multiple circuits or distributed feed points rather than a single controller or breaker.

How to safely wire a 220V RGB strip for long runs?

Use suitably rated mains cable and glands, install RCD protection and local fusing, route feeds into IP-rated enclosures, follow manufacturer feed/layout guidance (centre or multi-feed where needed), and have the work carried out or certified by a competent electrician.

Best controllers compatible with 220V AC RGB strips?

Choose purpose-built mains RGB dimmer/controllers (DMX or MCU mains drivers), manufacturer mains controllers with Wi-Fi/RF options, or DMX mains dimmers ensure the controller is explicitly rated for mains voltage and your strip’s power.

Waterproof 220V RGB options and IP rating differences?

Mains RGB strips come in sealed silicone-jacketed variants rated IP65–IP68; IP65 protects from splashes, IP67 from temporary immersion and IP68 from continuous immersion select the class that matches exposure and mounting conditions.

How to cut and join 220V RGB strip segments safely?

Only cut at factory-marked cut points, use manufacturer approved moulded connectors or certified junction kits, and fully encapsulate joints with silicone potting or factory end caps never leave exposed copper or DIY-joined live ends outdoors.

Dimming solutions for 220V RGB strips without a transformer?

Use mains-rated phase-cut (TRIAC) dimmers, DMX mains dimmer modules, or dedicated mains RGB controllers that support direct AC dimming always confirm compatibility with the strip’s internal driver topology.

How do 220V–240V RGB strips achieve up to 50 m continuous runs compared with 24 V RGB strips limited to around 10–15 m per feed?

Higher mains voltage reduces percentage voltage drop over long cables and many mains designs place multiple LED segments in series on the PCB, enabling much longer continuous lengths without the severe drop issues of low-voltage systems.

What power consumption (W/m) and brightness (lm/m) should installers expect from 120 LED/m 230 V RGB strips on façades and perimeters?

Expect a wide range depending on LED bin and drive current, but typical mains RGB façade strips are often in the order of ~10–20 W/m with corresponding delivered light varying by product (approx. hundreds to low-thousands lm/m); check each product datasheet for exact lm/W figures.

How does voltage drop manifest on long high-voltage RGB runs, and when is centre-feed or dual-feed wiring recommended?

Voltage drop shows as dimming or colour shift at the far end; even on mains systems centre-feed or multi-feed topologies are recommended for very long runs to balance voltage and reduce stress on end segments.

What extra safety measures (RCDs, fusing, earthing) are required when installing 220V–240V RGB strip compared with 24 V systems?

Mains installations require RCD protection, appropriately rated circuit breakers/fuses, correct protective earthing (or double insulation if applicable), IP-rated enclosures, and compliance with local electrical regulations these are not usually needed for low-voltage 24 V installs.

Which IP65/IP67 waterproof ratings and connector types are necessary to protect mains-voltage RGB strips in UK outdoor conditions?

Use connectors and junction boxes specifically certified for mains voltage and the target IP rating (e.g., IP67 rated molded cable connectors and glanded enclosures), and avoid low-voltage style push connectors that are not rated for mains use.

How should cut points and factory-moulded ends be handled on 230 V RGB strips to avoid exposed live copper outdoors?

Prefer factory-terminated lengths; if cutting is necessary, only cut at manufacturer-specified points and re-terminate using certified moulded connectors or properly sealed glanded junctions, then pot or silicone-seal the joint to fully encapsulate live parts.

When is 220V–240V RGB strip a better choice than low-voltage RGB for long commercial outlines, car parks, and stadium façades?

Choose mains-voltage strips when very long, continuous runs are required, when minimising feed points and cable runs reduces civil or labour costs, and when the site can be safely configured with appropriate mains protection and enclosures.

How do dimming and control options (RF, DMX, Wi-Fi) differ for high-voltage RGB strips versus 24 V RGB controlled with MiBoxer or Skydance?

High-voltage strips usually use mains-rated controllers (phase-cut, DMX mains drivers or dedicated mains-Wi-Fi units) and may have coarser control granularity, while 24 V systems commonly use low-voltage controllers (MiBoxer/Skydance) offering fine PWM control, pixel control and easier smart-home integration.

What warranty and lifespan expectations should specifiers look for when using 230 V RGB strip on large projects?

Seek products with documented Lx (e.g., L70) life ratings and warranties typical lifespans are in the tens of thousands of hours (30k–50k hrs) and warranties commonly range 2–5 years, but always verify manufacturer data for project specs.

What are RGB Strip Lights 220V and 240V?

They are LED strip products designed to run directly from mains voltage (220–240 VAC) where groups of LEDs and driver circuitry on the tape are configured to operate safely at line voltage for long continuous runs.

What are the advantages of using 240V or 220V RGB LED strips?

Advantages include much longer continuous lengths, fewer power injection points, reduced cable gauge and trenching costs, and simplified distribution for large exterior outlines.

Are these RGB strips suitable for outdoor use?

Yes, many mains RGB strips are made in waterproof variants (IP65–IP68) suitable for outdoor use when installed with proper sealing, glanded connections and mains protection.

Can they be cut into strips and positioned in lengths of your choice?

Mains strips can be cut only at manufacturer-specified cut points; because of the higher voltage and required safety of joints, manufacturers often supply factory-terminated lengths or certified join kits rather than encouraging field cutting.

What are the most common uses for 220V or 240V RGB LED strips?

Common uses include building façades, long perimeter outlines, stadium and car park lighting, architectural cove lighting on large projects and commercial signage where uninterrupted long runs are needed.

What kinds of control options are available for these high-voltage RGB strips?

Options include mains-rated DMX dimmer packs, phase-cut (TRIAC) RGB mains controllers, manufacturer Wi-Fi/Cloud controllers, and integrated building automation interfaces always choose controllers rated for mains operation.

What is the brightness of these LEDs?

Brightness varies by LED binning and drive current; expect a broad range depending on model consult product datasheets for precise lm/m and efficacy figures for each strip.

Can these strips be used for decorative indoor spaces?

Yes when installed correctly they are suitable for indoor decorative and architectural lighting, but low-voltage options may be preferred in domestic DIY contexts for simpler, lower-risk installation.

What quality and safety certifications do these strips hold?

Look for CE/UKCA marking, EN electrical safety standards compliance, RoHS, and for outdoor/mains use UL/EN approvals and IP ratings; also confirm manufacturer test reports and conformity declarations for mains variants.