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Depending on where you reside, temperature is typically measured in Celsius or Fahrenheit. However, there's also the concept of light temperature, which is measured in Kelvins (K). For the more curious minds, in scientific and engineering contexts, Celsius and Kelvin are often discussed together. For more depth on this topic, a quick online search might be helpful, as delving into it here could complicate the article unnecessarily.
What is meant by light temperature?
Light or color temperature describes the hue of emitted light. A higher Kelvin value results in whiter light, often accompanied by a faint blue tint. Conversely, a lower Kelvin value produces a "warmer," more yellow-toned light.
Thus, a light with a Kelvin rating of 5000°K isn’t inherently brighter than one rated at 3000°K; the key distinction lies in the color of the light they emit.
Many experts agree that a higher Kelvin rating, when reasonable, is preferable. Kelvin values between 5500° and 6500° mimic daylight, which researchers suggest is ideal for nighttime driving as it helps reduce eye strain and fatigue.
Anything beyond 6500°K is generally considered unfavorable for vehicle lighting, as it emits an excessive blue tint that approaches the edge of the visible spectrum, ultimately leading to reduced visibility. This is the opposite effect of what is desired for optimal vehicle illumination.
Drivers of older vehicles with original equipment manufacturer (OEM) headlamps that have lower Kelvin ratings will be pleased to know there is a diverse range of aftermarket halogen and incandescent bulbs available that offer higher Kelvin ratings.
When shopping for globes or auxiliary lighting, remember to consider the Kelvin rating—it’s a choice your eyes will appreciate.
Whether it's a holiday or a long weekend, hitting the road for a getaway to your favorite camping site, beach, or fishing spot is a common delight.
Often, part of this journey might involve driving at night on rural or country roads, which are typically unlit and can be quite dark. This requires additional caution. With that in mind, here are some tips to ensure a safe and enjoyable nighttime drive.
First thing’s first
Before embarking on any road trip, perform a vehicle inspection—this should include a thorough check of all lights to ensure they're functioning correctly.
Keep it clean
Make sure your windscreen and mirrors are spotless. Smudged mirrors can create glare and obscure the outlines of vehicles behind you.
Carry spare globes
Globes should be included in your vehicle's spare parts kit; they are affordable, and you'll be grateful to have them available if you ever need a replacement.
Adjust your rear view mirror
This will minimize the glare from headlights of vehicles behind you reflecting in your mirror.
Don’t stare directly at oncoming lights
Headlights from other vehicles, particularly high beams, can temporarily dazzle you, impacting your vision and causing short-term blindness.
Dim your dash panel lights
When instrument panel lights are excessively bright, they can divert your attention and diminish your ability to see the road clearly.
Take breaks
Navigating the roads after dark demands heightened concentration, which can be exhausting. To combat fatigue, pause frequently to give your eyes a chance to rest and recharge.
Keep your eyes moving
Shifting your gaze across your field of vision instead of fixating on one spot can help alleviate eye strain.
If foggy don’t use high beams
High beams tend to reflect off fog, which can significantly impair your visibility. For drivers who frequently navigate through foggy regions, it is wise to invest in a set of fog lamps.
Add auxiliary lighting
Enhancing your vehicle's lighting system can significantly improve nighttime visibility. Based on your needs, you might consider installing extra lights or upgrading the globes and headlamp wiring for better performance.
From everyone at Autolume - stay safe on the roads.
The world of LEDs is vast and varied, with countless types serving distinct purposes. Some LEDs are mounted on bull bars, casting powerful beams hundreds of meters ahead. Others light up your vehicle's interior or dashboard. Additionally, there are those designed as headlamps, freeing your hands for tasks like working inside a dimly lit engine bay.
Vehicle owners exploring the vast range of aftermarket LED lighting, including driving lights, light bars, work lamps, or strip lighting, are bound to encounter some perplexing terminology. Performance is typically expressed in terms such as lux, lumens, total watts, or even the sum of individual LED power. Reliability is gauged by standards like IP ratings and operating temperatures. Additionally, it's crucial to factor in current draw, which impacts your vehicle's electrical system.
We aim to clearly explain some common LED terms to help you make informed purchasing decisions. But what is an LED light? Firstly, LED stands for Light Emitting Diode. This lighting technology is far more efficient than traditional halogen bulbs, using a semiconductor to illuminate by passing electrical current through it. It's no surprise that LEDs have rapidly gained popularity in aftermarket driving lights and are increasingly standard in new vehicle factory lighting.
Many lights highlight their peak power output in watts, leaving the impression that more watts equate to more light. However, this isn't always true. The wattage doesn't indicate how efficiently that power is utilized by the LEDs or the enclosure they are in. The lumen count of an LED light, either as a calculation (raw lumens) or a measurement (effective lumens), indicates the actual amount of light it emits. The higher the lumens, the more light it produces. For reference, a standard 60W household bulb produces about 800 lumens, while typical home lighting ranges from 1,000 to 4,000 lumens based on the room. Some LED driving lights boast outputs of around 15,000 raw (9,500 effective) lumens, showcasing their impressive power! However, a high volume of light doesn't guarantee it's directed where it's needed most.
In addition to lumens, you'll often encounter a specification called LUX. While lumens measure the total quantity of light emitted from a source, LUX measures the intensity or brightness of the light at a specific distance. For instance, an LED with a LUX rating of 1 at 900 meters means that a sheet of paper placed 900 meters from the vehicle would receive 1 LUX of illumination. At this level, an average person could read a newspaper. By considering power, lumens, and LUX together, you can more precisely assess and compare the performance of various LED lights. It's also important to consider beam patterns, as LEDs can be directed using different reflectors tailored for specific purposes.
The IP rating, or Ingress Protection rating, indicates how well a light resists water and dust intrusion. Numerous protection levels are available. An LED Driving Light with both IP66 and IP67 ratings is fully shielded from dust and can withstand powerful water jets from any angle, as well as brief immersion in water for up to 30 minutes, ensuring its durability and reliability in challenging environments.
Operating temperatures are quite straightforward; LEDs will function efficiently within the specified temperature range provided.
The input voltage range defines the minimum and maximum voltages at which a power supply can function effectively. For most vehicle LED lights, this typically includes 12V or 24V, with some designed to accommodate 12/24V or an extensive 9V-32V multivolt range—allowing the lights to operate on any voltage within these parameters.
Current draw refers to the peak number of amps an LED consumes, with the total wattage representing its overall power output. Although LEDs typically feature a lower power draw compared to alternatives like halogen and xenon bulbs, high-performance driving lights may still demand substantial power. It's crucial to monitor the current draw to ensure suitable installation with appropriate wiring, fuses, and relays. This attention helps prevent overloading your electrical system or undersupplying power to the lights.
Lastly, certain products may come with an ECE mention, a European testing standard evaluating RF (operating stress), transient immunity, and emissions. This standard is particularly crucial for industries using sensitive electrical equipment, as it ensures the lighting does not cause unwanted electrical interference.
With these LED terms decoded, you're now better equipped to make an informed LED lighting purchase.
Driving often becomes second nature, whether you're a novice or have years of experience. It's easy to overlook the challenges we face each time we take the wheel. Factors like nightfall, rain, sudden storms, and slippery roads all introduce conditions that require preparedness. As summer fades and daylight hours dwindle, consider these key reminders before you start your car and while you're driving.
Regardless of the vehicle you’re operating, it's essential to perform a brief inspection before leaving your driveway. While you don't need to do this every single time you drive, conducting these checks on a weekly basis can help ensure your safety on the road.
Not being able to see clearly is hazardous, and if others can't see you, the risk is even greater. Ensure that all your headlights, taillights, indicators, and daytime running lights (if available) are working properly. This enables you to see and be seen, as well as effectively communicate your intentions at roundabouts, intersections, and during lane changes.
Regularly clean all glass surfaces and mirrors. Smudges and dirt can hinder your visibility through the windshield and rear window, while also increasing glare from headlights of other vehicles.
Adjust them correctly to minimize headlight glare. Many vehicles feature an anti-glare tab or button on the rearview mirror; experimenting with this during night driving might make your experience more comfortable.
Vehicles typically offer the ability to adjust the brightness of the dashboard, infotainment screen, and other interior lights. Many models can even make these adjustments automatically. At night, overly bright lights can cause eye strain or divert your attention from the road.
Is your spare wheel in good shape? Have you stocked spare fuses and bulbs? Bringing along a flashlight or inspection light can be invaluable for repairs or part replacements. Always have a safety triangle on hand; it's essential if your vehicle ends up stranded on the roadside.
Ensure that your tyres have adequate and appropriate tread. While slick tyres are suitable for Formula 1 drivers, even F1 teams switch to treaded tyres under wet conditions. The tread channels water away, preserving traction. Without proper tread, tyres become hazardous on wet surfaces, increasing the risk of accidents.
This might seem like an odd question, but some errands, like shopping trips, can be postponed. If you're uneasy about driving at night or in challenging conditions, it's wise to stay off the road. Confidence, balanced with caution, is essential for safe driving, ensuring your focus remains where it matters most.
Headlights are essential for night-time driving and should also be used in conditions like wet weather to enhance your visibility to others. A useful rule of thumb: if most drivers have their lights on, it’s wise to do the same. If you find that your headlights are not providing sufficient illumination, even when clean, consider upgrading to performance globes for improved lighting.
When driving in rural areas without vehicles ahead, it's advisable to use your high beams for better visibility. However, remember to dim them as other cars approach. In foggy conditions, refrain from using high beams, as the light may reflect off the fog, causing glare and further reducing your visibility.
Seatbelts are lifesavers, and the effectiveness of your car's airbags during an accident hinges on them being properly worn. As the driver, it's your responsibility to make sure every passenger is securely strapped in. There's absolutely no justification for neglecting to wear a seatbelt!
Put that text message on hold! Should you need to make an urgent call or text, pull over safely or have a passenger handle it. Keep in mind that glancing at your phone means taking your eyes off the road. Distracted driving due to phone use is a leading contributor to road accidents.
Keeping a larger distance between your car and the vehicle ahead provides you with additional reaction time for unforeseen events, such as sudden braking or encountering a slick road that extends stopping distances.
When embarking on a lengthy drive, plan to make several stops along the way. A quick 15-minute power nap can be a lifesaver. Find a safe place to pull over, catch some rest, and perhaps enjoy a cup of coffee. Share the driving duties with your passengers—there’s no harm in taking a break!
Safe driving from the team at Autolume.
While consumers often evaluate lights based on typical performance metrics, there's one specification unrelated to light efficiency that could be crucial to preserving your investment and ensuring visibility in the dark. The IP rating becomes especially important when facing harsh weather, crossing rivers, or enduring dust storms. Lights and various electrical devices are commonly installed on rooftops, bull bars, trailers, and other surfaces that encounter the elements every day.
Initially, the acronym "IP" stands for "Ingress Protection." It indicates how well an electrical product, like an LED light bar or work lamp, is shielded from solid and liquid particles. When you notice 'IP' on packaging or a product, it signifies that the item is designed to prevent the intrusion of fluids, dust, and other particles, which could otherwise harm the internal components or compromise its performance.
If a manufacturer provides legitimate IP ratings, it indicates they've rigorously tested the equipment to verify its level of ingress protection. You might find these ratings conspicuously missing from cheap knock-offs in bargain stores.
Let's delve into the numbers! An IP rating is usually accompanied by numerical and sometimes letter combinations, such as IP68. The number isn't simply 68; it's composed of two distinct figures, 6 and 8. Each of these digits holds significant meaning, providing specific details about the protection level.
The first digit indicates protection against the entry of solid objects, such as dust and small stones, while the second digit specifies the level of protection against the penetration of liquids like water.
An IP00 rating indicates that the product offers no resistance against the ingress of solids or liquids, which could lead to damage. Owning such a product is not advisable for activities like boating or off-road driving. On the other hand, an IP04 rating means the product isn't protected against solid intrusions, but it is capable of withstanding exposure to water spray.
Having two ratings might appear unusual, but it signifies that the product has undergone two separate tests. Achieving the highest rating, IP69K, doesn't imply it has passed every possible test below that level.
Referring to the IP chart, it's evident that while both ratings offer excellent protection against solid particles, the product is designed to endure continuous immersion in water according to the manufacturer's specifications. Additionally, it is safeguarded against high-pressure, high-temperature spray downs at close range.
Nighttime driving can be challenging, even for those with clear vision. Luckily, few options rival the brilliance and efficiency of LED spot lights for enhancing visibility when travelling on SA’s roads.
These powerful illuminators have transformed the way we navigate dark roads (think loadshedding) and off-road terrains, making them essential for everyday drivers and outdoor enthusiasts alike. However, with a wide range of options available and each designed for specific needs, selecting the right LED spot lights can be overwhelming.
Whether you're scanning long rural roads for livestock with a focused beam or illuminating dense veld with a wide floodlight, understanding the different types, features (such as output power, thermal management, and waterproof ratings) and specs is key to finding the perfect spotlights for your adventures.
In this ultimate buyerʼs guide, we break down everything you need to know about LED spot lights, from the key features and performance metrics to installation considerations and safety regulations.
LED spot lights are becoming increasingly popular compared to traditional incandescent and halogen bulbs. Factors like lower energy use, reduced heat, and increasing adoption in various sectors, from homes and businesses to industrial applications, are driving this impressive market growth. But how do they work? LEDs (Light Emitting Diodes) produce light by passing an electrical current through a semiconductor material. This process is far more efficient than the way traditional bulbs generate light through heat, which is why LEDs use less energy and produce less heat. In a spot light, this light is then focused by a reflector and lens to create a concentrated beam, ideal for seeing further down the road.
Choosing the right LED spotlight depends heavily on understanding the different types available. LED spotlights fall into three main categories: spot lights, flood lights, and combination lights. Each type serves a unique purpose and excels in different driving scenarios. Consider how each type aligns with your needs to enhance your driving experience.
View our full range here.
Spot lights are designed to produce a narrow and concentrated beam of light, which allows them to reach an extended range. They’re ideal for long-distance illumination, highlighting objects or obstacles (like potholes) far ahead on the road. Spot lights are perfect for driving in rural or off-road areas where seeing further distances is essential for safety.
However, due to their focused beam, they might not provide enough peripheral lighting for wider visibility.
Flood lights, on the other hand, offer a broad beam of light that spreads over a wide area, making them suitable for illuminating large spaces directly in front and to the sides of the vehicle. Flood lights are beneficial in urban environments or when driving on roads with numerous curves, as they provide a panoramic view of the surroundings.
So what’s the trade-off? Flood lights generally have a shorter range spot lights.
As the name suggests, combination lights integrate the benefits of both spot and flood lights, providing both long-range and wide-area coverage. This makes them an excellent choice for drivers who frequently encounter varying driving conditions, from open highways to winding trails. While they offer the best of both worlds, they may come at a higher price point due to their dual functionality.
Ultimately, the type of LED spotlight you choose should align with your specific driving needs, whether that's long-distance visibility, wide-area coverage, or a mix of both. Proper selection ensures you have the right lighting solution for safety and efficiency on the road.
Consider These Features When Buying LED Spot Lights
Need less light in some situations? Dimmable LED spot lights have you covered! This
feature allows you to adjust the light output depending on the situation, reducing glare when necessary and conserving energy. LED drivers compatible with dimming functions can seamlessly adjust the brightness without flickering, ensuring a stable light source. This is particularly beneficial in settings where different driving conditions necessitate varying light intensity.
The output power of LED spotlights is a crucial factor that affects performance. It relates not only to the brightness but also to the driver circuit overhead voltage and maximum output voltages. Tools such as a simple formula can compute effective light output, aiding in comparing different models. When selecting LED lights, prioritise those with high output power for optimal visibility without compromising energy efficiency.
Effective thermal management in LED spotlights is essential for their durability and performance. LEDs emit heat when they’re on, which must be efficiently dissipated to maintain your desired light output and prevent damage. A sophisticated thermal design involving heat sinks or advanced cooling technology ensures LED lights function optimally even in tough conditions, reducing the risk of overheating and extending their life span.
Considering these features will help you select LED spotlights that enhance visibility, efficiency, and safety on the road.
Performance metrics give insights into the lighting’s efficiency and effectiveness, helping you select the best LED spot lights for your needs. Let's explore some crucial metrics that are often overlooked but play a vital role:
When evaluating LED spotlights, distinguish between lumens and lux:
Understanding these terms helps you assess whether you need wider white light coverage or a concentrated beam of light for specific visibility requirements. This distinction is especially important in commercial lighting and outdoor applications where quality light is crucial.
The beam pattern of LED spot lights significantly impacts their functionality. This attribute determines the shape and distribution of the light emitted, affecting how well you can see in various conditions. Common beam patterns include spot, flood, and combo.
Whether navigating through dark highways or enhancing visibility on rugged off-road paths, selecting the appropriate beam pattern helps to achieve effective lumens from your lighting solution.
When purchasing electronic devices, especially those intended for outdoor purposes, understanding waterproof ratings(or IP rating) is crucial. These ratings are part of the ingress protection (IP) code, which indicates how well an item is safeguarded against solids and liquids. You can read more on this here.
The IP code consists of two numbers: The first number ranges from 0 to 6 and assesses protection against solid objects, like dust. The second number, ranging from 0 to 9, evaluates resistance to water.
| IP Code Example | Protection Against Solids | Protection Against Water |
| IP67 | Dust-tight | Submersion up to 1m |
| IP68 | Dust-tight | Submersion beyond 1m |
For effective outdoor use, consider LED lights, cameras and other equipment with at least an IP67 rating, ensuring they are dust-tight and can handle temporary water submersion. A device with a superior IP rating not only offers long-term durability but also reliable performance under various conditions, contributing to an effective investment.
The lights’ durability and functionality significantly depend on the materials used in their construction. High-quality materials ensure longevity and resilience against environmental factors, which is especially vital for outdoor applications.
Typically made from materials like aluminium or high-grade plastic, the housing construction shields the internal components from physical damage and environmental challenges. Aluminium housings are favoured for their lightweight and heat-dissipating properties, ensuring that the LED lights remain cool and perform optimally.
When inspecting housing construction, look for features like heat sinks, which can effectively manage the thermal output and prolong the lights’ lifespan.
Another critical component is the lens, which affects how the beam of light is projected. The lens should be constructed from durable materials like polycarbonate or tempered glass to withstand debris, UV exposure, and temperature variations. A high-quality lens contributes to the consistency of light output, ensuring that the LED lighting delivers brighter light without distortion.
Lens Durability Comparison Table
| Lens Material | Durability Level | Resistance to UV | Impact Resistance |
| Polycarbonate | High | Excellent | Good |
| Tempered Glass | Moderate | Good | Excellent |
Paying attention to these aspects of material quality ensures you are investing in LED driving lights that offer high performance and reliability in diverse conditions.
LED lights come in various forms and can significantly enhance driving visibility and safety. Hereʼs what you need to focus on:
The colour temperature of LED spot lights can significantly impact the light’s quality and functionality. Measured in Kelvin (K), it indicates the hue of the light produced.
Before installing LED spot lights, check their power consumption to ensure your vehicle's electrical system can support them.
| Feature | Specification |
| Wattage | Varies (typically 10-100 W) |
| Voltage Compatibility | 12V-24V usually |
| Energy Efficiency | High |
When upgrading to LED lights, check that they're compatible with your vehicle's current lighting system. Begin by checking your vehicle’s voltage to match the LED driver's range, as compatibility issues can arise if the driver circuit's input power doesn't align with your existing setup.
Different types of drivers, such as those accommodating varying AC input voltages, must be assessed to prevent overvoltage situations that could damage the lights. The headlight bulb socket type is another critical factor; ensure your new LED lights are compatible with your vehicleʼs fittings – be it designed for incandescent bulbs, halogen bulbs, or other light sources.
Next, verify that the LED lights meet the necessary ingress protection standards for water and dust resistance. Additionally, consider the colour temperatures and beam patterns of new lights in comparison to existing ones. A mismatch in light output and colour temperature can result in incompatible lighting environments, disrupting the natural light balance and overall visibility.
| Key Factors | Considerations |
| Voltage | Matches existing system |
| Socket Type | Fits vehicleʼs fittings |
| Protection | Suitable ingress protection for elements |
| Light Characteristics | Align light output and colour temperatures |
Purchasing LED lights from reputable brands like HELLA and Osram offers numerous advantages. Firstly, these brands are known for delivering quality light with consistent light output, ensuring you get maximum effective lumens, which translates to better visibility on the road.
Reputable brands invest significantly in research and development to produce LED lights with optimal colour temperature. This results in better white and natural light that closely mimics daylight, reducing eye strain. Such brands also offer a variety of LED driver options, including those with wider range and efficient voltage AC input power management.
Additionally, leading brands in the lighting industry focus on durability. They use high-quality materials to produce lights that not only withstand rigorous outdoor applications but also feature high ingress protection. This enhances their lifespan compared to typical incandescent or halogen bulbs.
To help you decide, here's a comparison of what reputable brands typically offer:
| Feature | Reputable Brands | Non-Reputable Brands |
| Light Output | Consistent and Bright | Variable and Dull |
| Colour Temperature | Accurate and Soothing | Inconsistent and Harsh |
| Ingress Protection | High | Low |
| Durability | Long-lasting | Short-lived |
Opting for LED lights from renowned brands ensures you make a reliable and long-term investment.
When installing LED driving lights, consider several factors to ensure proper functionality, longevity, and safety of your vehicle's electrical system.
Choosing the correct mounting option will optimise your LED lights’ shine and functionality. The mounting location should allow for a broad volume of light coverage without obstructing the driver's view. Ensure that the mounts are made of durable materials to withstand different weather conditions and vibrations during driving. Some common mounting options include roof mounts, grille mounts, and bull bar mounts.
The mounted lights must also be aligned correctly to avoid blinding oncoming traffic and comply with local regulations. Assessing these options before installation can help you achieve the maximum output voltages and effective lumens from your new lights.
Proper wiring is integral for the efficient performance of LED lights. Always follow manufacturer specifications regarding wiring to prevent any electrical faults or hazards. Consider whether the installation requires a dedicated wiring loom, fuses, or relays to effectively manage the driver circuit overhead voltage and input driver compatibility. Using quality materials will help avoid voltage drops that can reduce light output.
Additionally, ensure that the wiring system is appropriately insulated and routed to prevent wear and exposure to potential damage from outdoor applications. Integrating a proper power management system will ensure the lights function optimally and safely. Remember to check the vehicle's voltage AC input power capability to accommodate the LED lighting requirements, ensuring a seamless integration with existing systems.
When dealing with safety regulations and compliance, it's crucial to ensure that both safety standards and legal requirements are thoroughly understood and adhered to. Compliance not only protects workers but also reduces the risk of legal liabilities.
Here are key points to consider:
Still have questions? Here are some of the most frequently asked ones to assist you in making an informed buying decision.
Selecting the right brightness for your LED lights is crucial for optimal visibility and safety. Here are some tips to guide you:
Using LED driving lights on public roads depends on local regulations and compliance with specific standards. Consider the following:
Remember, while LED spot lights can offer brighter light and improved visibility, it's essential to use them responsibly and in accordance with the law to ensure the safety of all road users.
Ready to upgrade your lighting? You can buy a range of quality LED spot lights and more from Autolume. Browse our online store, add to cart, and them get it shipped to your door.
Still can’t find what you’re looking for? Contact us for assistance.
Have you ever wondered about the terms "lux" and "lumen" when it comes to lighting? Let's break it down in an easy to understand way.
In essence, a lumen refers to the total amount of light that is emitted by a source. Itʼs like measuring the entire volume of light that a bulb gives off. On the other hand, lux measures how bright that light actually appears on a surface. To put it simply, lux tells you how intense the light is when it reaches an area.
If you want a bit of science behind it, the lumen originates from the light created by a standard candle. As for lux, itʼs a bit tricky—it refers to one lumen of light evenly spread over a space of one square meter. So now you know the basics of these two important lighting terms.
Letʼs look at a few examples to make things clearer! Consider a standard 55w or 60w halogen bulb, commonly used in headlamps. These bulbs emit around 1,500 Lumens, and most of the light shines out onto the road. Typically, both the High Beam and Low Beam settings have similar Lumen outputs. However, we often think of High Beam as brighter and longer-reaching than Low Beam. Why is that? Well, Low Beam spreads its light more widely to illuminate a larger area, while High Beam focuses its light into a tighter, longer-reaching beam. Even though both settings have similar Lumen counts, High Beam achieves a greater Lux at a certain distance. So, while Lumen reflects the total light output, Lux tells us how concentrated that light is in a specific spot.
On the flip side, driving lamps are all about sending that light down the road as far as possible, which is where Lux comes into play. Lux measures how intensely that light reaches a specific point at a distance. Did you know that 1 lux is considered bright enough to read a newspaper? Thatʼs why most lights are measured for how far away they can shine at least 1 lux on a surface. For example, if a light is rated at 1 lux at 900 meters, it means if you held a piece of paper up 900 meters away from the light, it would receive just enough illumination (1 lux) for you to read it comfortably.
When we think about work lamps and driving lamps, thereʼs a neat tradition behind how we measure them, and it really clears things up! Work lamps usually get their measurement in Lumens, which indicates the total amount of light they produce. This makes sense because a wide flood work lamp doesnʼt need to concentrate its light into a tiny spot; itʼs all about spreading that brightness evenly over a broader area.
The exciting rise of L.E.D.-based driving lights and bars has brought both Lux and Lumen into the spotlight when it comes to performance! These modern lights tend to shine a bit wider than traditional Halogen or HID lamps, but not quite as broadly as a work lamp. This unique positioning can make it a little tricky to compare Lux and Lumen measurements. However, the best L.E.D. options out there offer a fantastic combination of high Lumen output and impressive 1 Lux distances, which means you get the best of both worlds – a nice wide beam that also reaches far.
To truly grasp how a light performs, it's important to understand both Lumen (which indicates power) and Lux (which focuses light). Of course, there are other factors to consider, such as beam angle and color rendering, that play a role in creating a fantastic light experience—but thatʼs a conversation for another day.
LEDs have rapidly replaced their less efficient, incandescent counterparts. Whether they’re used for off-road adventures, camping, emergency repairs, agriculture or construction - a standard LED light will deliver a safe, clear and highly visible environment.
Modern LED lighting technology offers several advantages over traditional lights and have consequently erupted in popularity across vehicles and job sites the world over. Besides providing longer and stronger lighting, LEDs bulbs also reduce your carbon footprint.
If you’re here to find out which LED work light is right for your vehicle or job site (or both), you’ve come to the right place.
The benefits of LED work lights include:
LED lights can emit intense levels of lighting, which is why we no longer measure brightness in wattage. Now, we look directly at a bulb’s lumen output.
LEDs efficiently turn about 70% of their energy into light. This makes them materially more efficient than alternative bulbs. For comparison, it only takes a 9-watt LED bulb to match a 40-watt incandescent.
Since LEDs maintain a much lower temperature than their alternatives, they’re generally safer for both cars and the workplace.
LEDs generate light in a manner that drastically extends the lifespan of the bulbs, helping them last for up to 50 000 hours!
Modern LED work lights have strong casing and mounting brackets, as well as water and dust resistance. They’re perfect for long distance travels and long-term projects.
LEDs don’t need filters or gels to adjust their colours, the bulb itself changes colour and can hold it’s setting until the light itself dies!
The longer you work in the dark, the more important ideal light conditions are to ensure you stay awake and focused. LEDs offer high colour temperatures of around 6,500 Kelvin, thus guaranteeing illumination just like daylight. LED light increases concentration and enables more precise and productive work because the human eye perceives it as white daylight. This light is less tiring to the eyes and improves your colour vision.
LEDs perform magnificently in cold temperatures; can withstand intense vibrations and impacts because they don’t have filaments; and their extra stability makes them handle weather fluctuations brilliantly.
LED components simply cost more. Circuit boards, a rare earth compound, drivers, and occasionally yellow phosphor can’t be cheap.
Bear in mind that light quality varies greatly across LEDs, which will have a dramatic effect on pricing, and that while LEDs cost more off the bat, they’re actually cheaper in the long run.
Work light prices generally range from R465 to R3070.
Portable, or handheld work lights are similar to flashlights – they’re small, bright, and can easily accompany workers into tight spaces.
Handheld lights cast a wide beam of unconcentrated light to illuminate the entire work area, while flashlights tend to focus their beam onto one small area.
Holding a work light obviously isn’t always an option, so many come with hooks or magnets so you can hang them overhead. These lights can be really convenient for the trades.
Clamp-based LED work lights do exactly as the name suggests – clamp onto surfaces.
These LED lights are perfect for mounting onto vehicles or stands for farm work, large construction projects (renovations, excavations, etc), or just fun off-road adventures!
What do you need these LED work lights for?
Every project or adventure has its own lighting needs. Large projects featuring wide-open spaces need mounted LEDs to occasionally brighten entire floors. If this is what you need, these Hella’s might be a good choice.
If you’re looking for a light that’ll shine bright for 224m, then you would go for something like this.
Driving or working with an underly or overly bright light is difficult to say the least, and there are actually a few risks involved with brightness configuration.
A flick of the wrist with an overly bright handheld LED can temporarily blind someone, and a light that’s too dim simply can’t do its job as a light.
Powerful LED work lights offer the most flexibility between 3000 and 10 000 lumens.
Outdoor lighting 100% requires waterproof and dust resistant LEDs – you don’t want the elements to destroy vulnerable LED lights.
IP67 protection means the LED light is resistant to dust & can be submerged under one meter of water for up to half an hour. IP68 offers protection for up to 1.5 meters and the same amount of time.
If you’re in hot or cold conditions, then you need to be certain that your lighting can withstand the temperatures. Operating temperatures for these LED lights typically range between -40°C to 60°C.
For off-road driving, if you’re familiar with your chosen routes, you’ll know what the lighting requirements of the journey are. Super uneven paths covered in low visibility conditions will necessitate lights that can pierce through the weather conditions and provide enough vision to safely react to the environment.
For job sites, consider what the power situation of the area will be. Are there outlets? Will you need to use battery-powered lights? LEDs can work on both AC and DC power, so many lights are cordless and use a rechargeable battery.
Once you’ve got that cleared up, you can take a look at the efficiency and power-related specs of your desired work lights, match them to your job requirements, and calculate the logistics of running the site.
Incandescent lights need filters to create different colours and shades, but LEDs offer a range of colours and colour temperatures without the need for filters or gels that burn out over time.
A kelvin (K) rating describes the colour temperature of light on a scale of 1 000 – 10 000. The brighter the light, the higher its kelvin rating.
A commonly recommended colour temperature range for work environments is 5 500K – 6 500K.
For reference, daylight sits at around 5 500K.
High-quality LED lighting will usually come with a warranty of at least one year, and like most products - the higher the price, the better the warranty (usually).
Like we mentioned earlier, LED work lights are initially more expensive, but over the long-term they’re considerably more cost effective than their alternatives.
Here’s a quick conversion chart to help you calculate how many LED lights you’ll need (if you’re familiar with your incandescent usage):
| Incandescent | LED |
|---|---|
| 40-watt incandescent | LED watt range of 9-13 (450 lumen output) |
| 60-watt incandescent | LED watt range of 13-15 (800 lumen output) |
| 75-watt incandescent | LED watt range of 18-25 (1100 lumen output) |
| 100-watt incandescent | LED watt range of 23-30 (1600 lumen output) |
If you have any queries about choosing the perfect LED work lights for your job site or vehicle, please don’t hesitate to get in contact with us or shop our range by clicking on the link below.
Reliable off-road vision is a cornerstone of vehicular safety - it goes without saying that being able to see where you’re going makes a world of difference. Modern LED technologies have made this safety accessible to everyone.
LED conversion kits have plug-and-play installation and produce between 4000 – 8000 lumens while using less wattage than stock halogen bulbs. They also last up to 10x longer than incandescent bulbs, with a massive difference in brightness.
Replacing your headlights with LEDs will make your off-road driving safer and easier.
Article Summary
Don’t know whether you’re shining halogens, HIDs, or LEDs? You can find out pretty quickly.
Just take your car into the garage or against a wall and shine your lights. If it’s a yellow light with a normal powerup time, you probably have a halogen bulb.
If your headlights are white and flash for a second and then improve performance over 7-10 seconds, you’re likely using HIDs.
If your headlights turn on instantaneously and are coloured white, then you’re already using LEDs!
Headlights will usually come with heat sinks and ballasts, so they’re already conversion kits. The main challenge or consideration when buying a headlight conversion kit is ensuring that the LED bulb will fit inside the housing.
Your next consideration should be whether you’ll need a CANbus control unit to act as a bridge between your vehicle’s wiring and the bulb. We’ll dig into CANbus adapters after the installation section of this article.
The majority of vehicles all have low and high beams. Dual-beam bulbs combine both beams into a single bulb. Dual beam bulbs simply have one bulb per headlight housing.
Single-beam headlights, like the name suggests, create either a low or high beam. You’ll need 2 bulbs to use both low and high beam lights. Remember that single and duel-beam headlights can’t be interchanged due to wiring differences!
Once you know what you’re going to be doing, it only takes around 20 – 30 minutes to install LED headlights. Older models may take a bit longer.
LED conversion kit bulbs have light beam patterns that are considerably better than standard halogen bulbs, which often contain dark spots or project a foggy light. The benefits of improved light output cannot be understated.
That’s quite the number, but it’s true. LEDs preserve your vehicle’s battery by reducing strain and generating the same or more light.
LED headlights can provide over 30Â 000 hours of light, whereas if you were using halogen bulbs, they would have been replaced 5 times in the same period of time.
While LED headlight bulbs are a higher initial investment, you save money in the long run by not replacing your bulbs so often. The value of the extra safety supplied by LED lighting should also be considered.
Part of the wiring includes a driver, which is a device that sits between the wiring and the bulb. The driver supplies the LED bulb with the correct amount of power. Many modern bulbs will have the driver built into the bulb to save space, but this comes with downsides due to heat distribution and a more compact unit.
Philips headlights feature matchbox sized drivers to make installation simple and ease space requirements.
Step one is to find headlight bulb types that are compatible with your car’s make and model. Most manufacturers provide guidelines for choosing conversion kits, but if you can’t find your vehicle, just message a relevant retailer and they’ll let you know what your best options are.
How bright and consistent is the headlight’s beam? This is measured in lumens.
Lights with 6000 – 6400 lumens and illuminate around 500m in a straight line, while lights with 8000 lumens illuminate around 650m. At 10 000 lumens, you’re shining a wall of light straight onto the road.
Most headlights use bright colours. As a power usage reference: a regular 100-watt bulb produces 1600 lumens, while the same size LED bulb outputs 8000.
Colour temperature is measure in kelvin (K).
The lower the number, the warmer the light. The higher the number, the cooler.
Basically, the cooler your colours are, the whiter the tone.
You should get cool, white LED headlights.
Like all products, pricing varies from product to product and brand to brand.
We’ve spent a long time curating our catalogue, you can take a look at the products and prices over here.
LED headlights have a high standard of production. They need to be made with materials that last under diverse conditions.
The heat sink and casing will typically be comprised of aluminium alloys, and the cooling fan will usually be made of stainless steel.
Steer clear of kits with non-metal components – they’re a ticking, overheating timebomb.
Cooling fans do exactly as the name suggests. They can be noisy, and certain fans can interfere with a vehicles instrument panel. These issues are usually only part and parcel of less expensive conversion kits. Reputable products and brands like Philips feature great, quiet cooling fans.
High-performance heat management lets your bulb constantly shine at full throttle, while subpar management results in a weaker beam when the bulb gets hot.
LED bulbs can get HOT. Distributing heat properly can make or break a headlight, and unfortunately, the market is filled with heat sinks that just don’t support the bulbs they’re attached to.
Reputable brands will usually use advanced heat sinks that ensure maximum heat dissipation.
Yes. LED headlights are illegal and potentially highly dangerous in traffic.
This is a case-by-case situation. LED headlights are NOT always compatible with halogen fittings. Checking your fittings and circuits is necessary to ensure that they’re compatible with low-wattage LEDs.
Do you need a single or dual beam bulb?
To find out, you can check your owner’s manual, contact the manufacturer, or remove the bulb and check directly.
Take a look at your options, figure out your price range, and perhaps receive some consultation. Sticking to reputable brands and models is usually recommended.
Awesome, your chosen kit has arrived. Your next step is to check that you received all of the necessary components. There should (at least) be 2 bulbs, wiring, and 2 ballasts.
Before installing your new headlights, take a few pictures of the current position of your stock lights.
Now, when you upgrade, you can make sure that the light is positioned correctly and won’t interfere with other drivers.
After making sure that your engine is off and your handbrake is up, open the hood of your car and locate your bulbs.
Then you can unplug the plastic wiring connector. Keep in mind that the plastic clip might need a gentle nudge with a flat screwdriver.
Sometimes, you’ll need to remove a metal clip first, then you simply twist counter clockwise and pull the bulb out. Easy peasy.
Simply screw the bulbs in by twisting clockwise. Remember to avoid touching the LED with your bare hands (maybe just wear gloves).
One end goes into the bulb, the other goes into the wiring harness.
Check your headlights against the pictures you previously took. If the beams are the same, you won’t be blinding other drivers.
To adjust the beam, fiddle with the alignment screws. You can take a look at your owner’s manual for guidance.
Ballasts can be secured with double-sided tape or plastic zip ties. Keep them away from heat, vibrations, and moisture.
The final, and often neglected aspect of converting your headlights to LED, is the CANbus adapter, also known as a control unit, canceller, or resistor. This adapter ensures a perfect electrical fit with your vehicle and eliminates false dashboard warnings.
It’s a small cable and adapter system that acts as a bridge between the wiring of your car and the LED bulb. Essentially, it’s a connective hub that mediates communication between multiple components or circuits.
CANbus adapters monitor more than just your headlights and can provide tyre pressure warnings as well, for example.
Installing a CANbus adapter is usually as simple as connecting the adapter’s wires to the 2 wires connecting the bulb to the vehicle.
Larger fittings are actually easier for installation – just plug one cable of the adapter into the bulb and the other straight into the bulb socket.
Bulbs match with certain CANBus adapters. For example, if you’re using the Philips H7 LED, then we’d recommend that you use the Philips LED Headlight CANBus Adapter H7.
If you have any questions or need a recommendation, please don’t hesitate to get in contact with us.
