MAGALL TRINITY H7 LED Bulb CANBUS – 3 LED Sections, 12,500 lm per bulb (1)

MAGALL TRINITY H7 LED Bulb CANBUS – 3 LED Sections, 3 Light Sources, 12,500 lm per bulb

THOUGHT YOU'D SEEN IT ALL?

3 KEY FEATURES THAT SET MAGALL TRINITY APART FROM ALL OTHER LED BULBS

• 3 LED chip sections – the extra section lights up the road right in front of the car, where ordinary LEDs leave a shadow
• 5 Ω resistance + NTC sensor – a value most 1:1 size bulbs can't reach
• Adjustable mounting ring – rarely found in 1:1 bulbs

Price is for 1 bulb.

3 LED chip sections – no more dark zone in front of the bonnet

Typical 2-section LEDs aim light mainly at the left and right of the reflector. TRINITY adds a third, upper chip that sends light to the top of the reflector. From there it is reflected down onto the road just ahead of the car.

This is exactly the zone that classic 2-section designs often light more weakly – yet it is where you first spot a pothole, an animal or an obstacle at the edge of the road.

What you get: you see what is right in front of the car better, especially in fog and heavy rain when visibility is limited.

TRINITY is designed to put a higher electrical load on the system, closer to a halogen, than many standard 1:1 LEDs. With an effective resistance of about 5 Ω, the lighting control system has a better chance of correctly recognising a working bulb.

In practice: a lower risk of "bulb out" warnings, flickering and the need to add an external CANBUS resistor.

Smart power management

TRINITY starts at about 40W, giving maximum brightness as soon as it is switched on. A built-in NTC sensor constantly monitors the LED chip temperature and actively adjusts the power draw to protect the LEDs from overheating and extend their life.

A Linear IC circuit provides stable LED control and reduces the risk of flickering and electromagnetic interference.

The result: a strong start at full brightness, then safe, energy-efficient operation – with no risk of components overheating on long journeys.

Adjustable mounting ring – you decide where the light falls in the reflector

Most 1:1 LED bulbs have a fixed ring, so the chips sit in the headlight in a random position – sometimes well, sometimes with a bright spot in the wrong place. TRINITY has a ring you rotate and adjust yourself. The result: a sharp low-beam edge, no dazzling of other drivers, a correct cut-off line and proper light output.

▶️TECHNICAL SPECIFICATIONS

⚙️Base: H7

⚙️Quantity: 1 bulb

⚙️LED layout: 3 LED sections (left/right/top)

⚙️Luminous flux: 12500 lm

⚙️Power: 40W

⚙️Thermal protection: NTC sensor – temperature control and overheating protection

⚙️Driver: Linear IC – stable, interference-free operation

⚙️Colour temperature: 6000K

⚙️Dimensions: 14.9 × 58.1 mm (1:1 with H7)

⚙️Protection rating: IP68

⚙️Operating temperature range: -40°C to +80°C

⚙️Cooling: 10,000 rpm fan + aluminium heat sink

⚙️Adjustment: 360° mounting ring

✅ CONSTRUCTION AND COOLING

• 1 mm copper base – places the LED sections as close as possible to the headlight's optical focal point
• Aluminium housing – effectively removes heat from the LED circuit ❄️
• 10,000 rpm fan – active cooling during long use ❄️
• Thermal separation of the LED sections – helps keep a stable temperature and reduces the risk of overheating ❄️

✅ WEATHER RESISTANCE

IP68 protection rating – sealed against water and dust ingress, built to work in demanding conditions. ☂️

Operating temperature range: -40°C to +80°C – stable operation both in winter frost and in the high temperatures inside the headlight.

✅SAFETY ON THE ROAD

The third LED section lights up the road directly in front of the car – an area that stays in shadow with ordinary 2-section LED bulbs. This is exactly where real hazards most often appear: a pothole, an animal running out from the verge, a pedestrian stepping off the kerb.

➡️The result: you see the obstacle earlier and have more time to react – especially outside town and at dusk, when every second counts.

On top of that, the adjustable mounting ring lets you set the light so it has a sharp edge and doesn't dazzle other drivers on the road.

✅Important product information – benefits and safety rules

1. Operating temperature – modern and controlled Our LED bulbs reach a temperature of about 100°C during operation. This is a normal, fully controlled design feature that shows they are working correctly and efficiently.

2. Safety for your car – a key advantage over tradition Unlike our LEDs, traditional halogen car bulbs generate extreme heat. The temperature of their glass bulb reaches 200°C to as much as 250°C! Thanks to a much lower operating temperature, our LED bulbs are 100% safe for factory lamps and headlights. There is no risk of damage, clouding or melting, a common problem with overheating halogens.

3. Warning – your safety during installation Remember that even 100°C can cause burns. Always avoid touching the bulb while it is on and immediately after switching it off. Before fitting or removing it, wait a few moments to be sure it has cooled down completely.

⭐MAGALL LED Bulbs – Safety and Compliance with EU Standards⭐

MAGALL LED bulbs comply with the EMC Directive 2014/30/EU and have passed EN IEC 55015:2019+A11:2020 testing.

MAGALL bulbs are designed not to interfere with other electrical devices and are resistant to external electromagnetic interference. This means stable, trouble-free operation throughout their service life, adding to the convenience, safety and comfort of everyday use of MAGALL LED lighting.

MAGALL LED bulbs carry the CE mark and meet European Union requirements for safety, health and environmental protection. The CE mark shows that the products have been tested for safe use and meet the strict quality and technical standards required in the EU.

Are LED bulbs type-approved (homologated)?

All LED light sources available on the market were designed for headlights that meet the standards for halogen or conventional bulbs. The European Union has not yet adopted the comprehensive regulations needed to legalise LED retrofit light sources. When some sellers present information in their listings suggesting that LED bulbs are type-approved, this is intended to mislead customers into buying. Some of them even put an E… mark on the product to reinforce this impression. We do not use such practices.

In the European Union, automotive products must have UNECE certification to be used on public roads. Existing ECE certificates cover only halogen and xenon bulbs and LED light sources fitted as original equipment in new vehicles. However, there are no specific type-approval requirements or restrictions on using LED light sources on private roads, race tracks, etc. That is why leading manufacturers of automotive LED lighting mark their products "off-road use only" or "not for use on public roads".

Although the law has not changed, we believe our customers now know enough about LED light sources to make an informed choice and a satisfying purchase.

All our products comply with the EMC Directive 2014/30/EU – CE

and are tested to EN IEC 55015:2019+A11:2020 and EN 61547:2009

CANBUS – how it works and why it matters for LED bulbs

CAN BUS (Controller Area Network Bus) is a car's internal communication network that lets electronic modules (e.g. the BCM – Body Control Module) exchange data without extra wiring.

The computer does not check whether the bulb actually lights up – it measures the current draw and the circuit resistance.

• Test when the ignition is switched on: the computer sends a short pulse and checks whether the resistance falls within the so-called acceptance window, i.e. the permitted range of values.
• Continuous measurement while driving: in more advanced cars the BCM constantly monitors the current. If the LED bulb has different characteristics from a halogen (e.g. lower current draw), the system may treat this as a fault and display a "bulb out" message.

In practice, different cars have different tolerance ranges and CANBUS standards – they differ in data transfer speed, how the circuit is tested, and resistance and power draw requirements.

So saying that an LED bulb "has CANBUS" or "doesn't have CANBUS" is a simplification. It all depends on the tolerance of the vehicle's diagnostic system and the parameters of the LED bulb itself.

An illustrative example of how it works:

an H7 halogen bulb has a resistance of 3.6Ω

1.

• an example H7 LED bulb has a resistance of 10 Ω
• car A (acceptable range) 2.5–7 Ω – warning
• car B (acceptable range) 2–12 Ω – no warning
• car C (acceptable range) 3–5 Ω – warning

2.

• an example H7 LED bulb has a resistance of 6 Ω
• car A (acceptable range) 2.5–7 Ω – no warning
• car B (acceptable range) 2–12 Ω – no warning
• car C (acceptable range) 3–5 Ω – warning

3.

• an example H7 LED bulb has a resistance of 2.5 Ω
• car A (acceptable range) 2.5–7 Ω – no warning
• car B (acceptable range) 2–12 Ω – no warning
• car C (acceptable range) 3–5 Ω – warning (short circuit)

Now you know why the same bulbs work without warnings for some users while for others the on-board computer reports a problem.

In our listings we state the technical parameters precisely to make it easier to choose bulbs for a specific car model and avoid misunderstandings.