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What Is IP Rating and Why Is It So Important?

Many digital appliances today are advertised to be watertight or waterproof. However, how can you know whether they are genuinely waterproof and whether they are everything they proclaim to be?

Digital companies need to design enclosures with better IP ratings to improve the longevity of the electronic equipment and to protect it from water ingress.

Any liquid penetration particle that enters the system might cause electrical equipment destruction. The device must be IP compliant to prevent any damages to it and, in some scenarios, to maintain its performance.

On average, the greater the rate, the better a gadget is shielded from solids or moisture penetration.

IP ratings are likely to become more popular and widely used in the future. It is an effective measure for detecting how resistant a gadget is to foreign items getting inside.

What is an IP rating?

An IP rating stands for “Ingress Protection Mark,” indicating how well a gadget is protected against solid objects and liquids penetration and possible damage.

When exposed to only little amounts of water, no electronic device can survive water damage, therefore corrosion and overall malfunction are a serious risk.

An IP rating is a two numbers grading system assigned to an electrical or mechanical device’s casing to provide purchasers with a precise indicator of the device’s resistance to a variety of harmful intrusion.

A third symbol can be used to describe additional details, though it is frequently excluded.

The first digit indicates the amount of protection against solid items, with a value of 0 indicating no protection and a value of 6 indicating the highest level of protection.

While the second specifies the amount of coverage against fluids, with a value of 0 indicating no coverage and a value of 9K indicating the highest level of protection.

When it comes to the letter, it may be used to indicate various aspects of the enclosure’s protection, such as from oils or high voltages. But it usually has zero use in everyday life and, therefore, is rarely mentioned.

Quick note:

Any IP rating has two or three numbers. The first number in the rating represents the degree of protection from solid objects. The second number in the rating represents the degree of protection from water or liquids. And, the third number ( which is commonly not mentioned in the rating) represents the degree of mechanical protection.

IP rating example chart

Why is IP rating important?

IP ratings are important to consider if you want to keep your electrical enclosures and their components protected.

It also aids in determining whether electrical devices are watertight and water-resistant.

This is critical when considering whether to mount items in a dry, clean environment or if they would “survive” a moist, dusty area.

Nobody enjoys needing to replace their electrical devices season after season. The IP rating demonstrates the level of security offered.

The digits after IP denote the degree of tightness, which can range from minimal protection to complete dust and water resistance.

When a firm wants to give their products an IP rating, they must get it inspected and verified by a third-party, authorized institution.

It would assign the products a numerical IP Rating to indicate how effectively it protects from particles and fluids ingress. Firms can credibly make product statements regarding the level of protection their product offers only after acquiring such a certification.

It assures customers that they will be able to decide whether or not a device satisfies their criteria. Consider the environment to which the device will be introduced and choose a product with an IP rating that is appropriate for that setting.

Among the most common characteristics that people seek across a wide range of everyday use devices, from smartphones and Bluetooth speakers to bathroom and kitchen illumination settings, is a waterproof or weatherproof IP certification.

What is the IP rating chart?

After undergoing testing at an authorized institution, a product will receive a numerical grade that may be interpreted using the IP rating chart.

The first digit indicates a level of protection from solid objects getting accessibility to destructive sections, while the other indicates enclosure and moisture intrusion safety.

If you see an X instead of either digit, it implies the enclosure has not been verified or the testing cannot be applied.

The IP rating’s first number indicates how well the enclosing protects against solid external particles such as dust, incidental touch with fingers, instruments, and cables, at which:

0 (X) – There is no protection against particle impact or penetration.

1 – Any significant physical contact, such as the palm, but no coverage from purposeful impact from a body part or solid particles larger than 50mm in diameter.

2 – Solid items with a diameter of 12.5 mm or larger, such as fingers.

3 – Protection from tools, thick cables, and solid particles with a diameter of 2.5mm or larger.

4 – Protection from most cables, thin fasteners, and other 1mm or larger particles.

5 – Protection from dusty particles in sufficient quantities that can obstruct the device’s proper functionality.

6 – There is no dust intrusion, and it is completely protected from solid particles.

The IP rating’s second digit indicates the level of protection from fluid incursions.

0 (X) – There is no protection.

1 – Liquid protection from when it is dripping vertically.

2 – When the enclosures are inclined at a 15° angle from their regular position, vertically pouring water still has no damaging impact.

3 – Liquid pouring as a mist at any angle up to 60 degrees vertically won’t cause damage.

4 – Protection against water splashes from different angles.

5 – All angles are protected against low-pressure liquid streams.

6 – All angles are protected against high-pressure liquid streams.

6K – All angles are protected against high-power fluid jets under increased pressure.

7 – Total immersion protection for thirty minutes up to a depth of 1 meter.

8 – Protection in deep water dive and under higher pressures.

9 – Protection from prolonged immersion in water under the product’s stated conditions.

9K – Protection against high-pressure, high-temperature water stream, and pressure washing methods.

Extra letters can be added to give additional details about the device’s protection:

f– Oil resistance.

H – High voltage protection.

M – Monitoring during water test.

S – Standing still during the water test.

W – Weather conditions protection.

IP Classification Chart

FIRST NUMBERSECOND NUMBER
IPLEVEL OF PROCTECTIONIPLEVEL OF PROTECTION
0No Protection 0No Protection
1
Protection against a solid object
up to 50mm
1
Protection against vertical
drop of water
2
Protection against a solid object
up to 12.5mm
2
Protection against direct water
spray up to vertical 15 degree
3
Protection against solid object above 2.5mm
3
Protection against direct sprays of water up to vertical 60 degree
4
Protection against solid objects above 1mm
4
Protection against water sprayed against all direction
5
Protection against dust without harmful deposits
5
Protection against low-pressure jets of water from all direction
6Total protection against dust6Protection against strong jets of water
7
Protection against immersion for 30 under 1m water

8
Protection against long period of immersion under pressure

IP rating infographic chart

IP rating inforgarphic

Because not all LED lights or bulbs are dimmable, it is crucial to check their compatibility before you purchase.

If you choose a lamp that requires a lightbulb, it will always say if it is compatible with an LED light source and if it is dimmable.

If you’re enjoying a romantic evening indoors, watching a film, or even playing your preferred computer game, dimmable LED lights are perfect for setting the mood.

Overall, it is important to always read the labelling. Furthermore, please ensure that the dimmable LED you’re using has a dimming design by addressing the vendor.

You should never use a dimmer with a non-dimmable LED. It has the potential to significantly reduce the lamp’s lifespan.

What is a LED dimmer?

An LED dimmer is a device that uses the dimming control process on the LED lighting device. Solid-phase illumination is particularly suitable for dimming applications since LEDs react instantly to changes in power input.

A dimmable LED bulb can be controlled by a separate external dimmer.

Some LED lighting isn’t meant to be dimmed. When aiming to dim a LED bulb, it is crucial to know whether it was meant to be dimmed and, if so, what sort of dimmer should be used.

Why do you need a dimmer for a LED light?

A dimmable LED lamp can provide a few advantages. First and most important, the possibility to dim an LED bulb leads to half of the energy savings coefficient.

So, if an LED bulb can be dimmed to 50%, it will only need to consume around half of the energy it would typically use to light.

Furthermore, dimming an LED bulb may help you to prolong its already long lifespan far more.

It generates less heat and, as a result, less impact on the lamp’s elements, saving time and money.

Another advantage of dimmable LED lights is the atmosphere they provide to the setting. The ability to dim LED lighting allows you to create the vibe for whatever environment you’re in.

This is particularly important in commercial and workplace settings, where owners and managers want to be able to adjust the light brightness to their employees’ visual demands.

What is a LED dimmer switch?

Dimmer switches reduce the amount of energy provided to your light. This is achieved by cutting a portion of a waveform, either on the lead or trailing edge.

Whenever it comes to illumination, getting all the essential components is crucial for connecting an area altogether, and with all the focus on lampshades and lightbulbs, it is easy to overlook the necessary switches.

What kind of dimmer do you need for LED lights?

If your lighting is constructed for LED bulbs or sealed fittings with an integrated controller, there are a variety of wall-mounted dimmers to choose from.

Examine the dimmer’s package, manual guide, or webpage to check if the dimmer you’re purchasing is listed as LED-compatible.

Be cautious of outdated wall-mounted dimmers, particularly those certified for loads more than 40 or 60 watts.

Those are most usually made for older incandescent lights and are unlikely to work with LEDs.

Do you need a special dimmer switch for LED lights?

You cannot use a regular dimmer switch with an LED light since you’ll never be able to dim it entirely or very properly.

In most scenarios, using a standard dimmer switch to operate LED lights is not practical.

Current dimmer switches commonly have a minimum power requirement of 50W. But because LED lights have lower wattages than regular lamps when a bulb is connected to that dimmer switch, it will not achieve the minimum power requirement, causing the dimmer switch to become troubled and the lights to proceed to sizzle or overheat.

Are all LED lights dimmable?

All LEDs can be dimmed.

All LEDs, on the other hand, require a driver, which is a piece of hardware that converts mains power to 12 to 24 velocity direct current.

Whether or not you can dim the LEDs in your lamp has nothing to do with the LEDs themselves — this has everything to do with the driver’s functionality.

However, not all LED drivers have this feature, therefore only some LEDs can be dimmed while others cannot.

What is the difference between dimmable and non-dimmable LEDs?

The two main differences are:

  • There is a difference in price
  • Dimmable LED bulbs can be used in non-dimmable circuits, however, non-dimmable lights should not be used in dimmable circuits since both the light and the circuit may be ruined.

Can you use a dimmer in a non-dimmable LED?

Only technically advanced LEDs, CFLs, and other lights with dimming functionality can be used with a dimmer switch.

Nevertheless, if we are to achieve a peaceful transition to efficient and convenient light sources, there is one concern about light bulbs that requires more attention.

It is a fact that dimmer switches must never be paired with non-dimmable electrical lights. If you attempt to do so, the light will not function properly; this might seem fine at first, but then you will notice a change in the brightness of the light throughout time.

Moreover, doing so may cause overheating, and eventually lead to a major fire risk.

Is the dimmer switch safe to use?

Light dimming switches are not only extremely safe, but they also come in a wide range of attractive and practical designs.

The only potential source of the fire hazard they might bring into your house would be your failure to understand and follow any attached guidelines.

Putting too much electricity through dimmer switches is the most frequent cause of dimmer switch fires.

When it comes to ensuring that your dimmer switch is compatible with the lights you have or want to have, researching is your best option.

The majority of trustworthy and high-quality dimmer switch suppliers will describe different types of devices that their switch can regulate.

You must be selective about where you place your dimmable LED bulbs.

Dimmable LEDs, for example, will be of little value if you are illuminating an area where you need to concentrate, such as a countertop.

In those circumstances, a non-dimmable simple white LED that creates a bright light will help you focus on the work and see more of what you are doing.

LED lights that can be adjusted are essential for making mood lighting.

They are also excellent for accent lighting in living areas, guestrooms, and corridors. They’re also fantastic for drawing attention to certain ornamental pieces like paintings or statues.

Since you’ve been looking for lights or light bulbs, you’ve probably stumbled across the abbreviation CRI, which is frequently followed by a number.

CRI is an acronym for Colour Rendering Index. It’s a concept you must know if you’re interested in improving the appearance of your house or workplace.

Palette, textures, and finishing are significant factors when it comes to designing any interior. Illumination is also extremely critical.

Colours burst, textures stand out, and coatings show more depth and sparkle when illuminated with high-CRI lighting.

Consider lighting to be the fourth aspect of successful designing, as it transforms colours and shapes into a vivid palette of textures and elements.

What is CRI in lighting?

Whenever it comes to choosing the correct lighting for your project, colour rendering index and colour temperature go side by side, but they should not be confused and replaced with one another.

The colour temperature of lighting is measured in Kelvin and indicates how warm or cold the colour of lighting is.

Warmer, golden tones are recommended to provide a pleasant atmosphere, such as in a cafe, whereas moderate or colder tones are preferable for chores and work environments in the workplace, commercial, and factory contexts.

Even though the colour temperature is crucial, your choice in this area is mostly determined by your personal preferences and the location you’ll need lighting in.

The CRI, on the other side, is much less reliant on these factors.

CRI indicates the ability of an illumination source to expose colours of things in contrast to a natural light source, such as the sun filtering in through your windows.

Well, what exactly is CRI?

Simply explained, it’s the measurement of illumination in perspective of how it impacts colour perception.

A measurement is a number that ranges from 0 to 100 and indicates how effectively a product displays colour. The closest the number is to 100, the richer or more accurate the colours will appear in its light.

When lighted by a light source, the smaller the CRI value, the more unnatural colours seem to appear to the viewer.

This is especially important for purposes like photographing and gallery illumination.

However, it might have an impact on you and your house too. Pick lights that could make your settings bright, brilliant, and as similar to how they could appear in a natural context as possible.

The CRI is measured by how well a source of light reflects eight pastels tones, from R1 to R8. According to the concept, if light can represent these colours accurately, it can reflect other colours excellently.

LED lights have been increasingly popular in recent years, owing to their energy efficiency and high light output.

When it comes to CRI, most LED lights rank between 80 and 90 on the scale. The ultimate result is a lighter environment with a more realistic and precise light projection.

LEDs are better suited to indoor spaces than fluorescent lighting, which can produce an artificial aesthetic.

Why is CRI that important?

This might be an important aspect in almost every environment, from your house to your workplace. A bulb with a lower CRI will render everything that it lights a lifeless, washed-out tone.

This might result in dreary, dull colours in things. It could express itself through people as pale skin tones and lifeless eyes.

A higher CRI will give the visual scene you have created a truly rich depth. People also pick up this appealing feature.

People in a high CRI will have a fuller skin colour and a more dazzling, healthier appearance.

For colour-sensitive devices and situations where aesthetic quality, representation, and colour reproduction are essential to profitability, a high CRI rating is especially important.

What is the CRI index?

Simply said, the Colour Rendering Index estimates a light source’s ability to precisely recreate the colours of the thing it lights.

This is a relatively simple explanation, but there is a lot more to it, so we will split it down into three sections.

CRI is a value that ranges from 0 to 100

CRI chart by https://www.lumens.com/

CRI is scored on a scale of 1 to 100, with 100 representing the maximum level of proficiency.

Since it is represented as a singular, measurable value, CRI is a good, useful measurement. CRI levels of 90 or higher are deemed as excellent, while values of less than 80 are rated as poor.

CRI is a metric for measuring synthetic white sources of light. There are only two types of light: natural and artificial.

Artificial and natural light sources are two types of light sources. The color accuracy of artificial lighting, including such as LED and fluorescent bulbs, is a critical factor in most circumstances.

Since we do not have much control when it comes to natural lighting, such as sunlight, synthetic lights are usually our main concern as we want them to be flawless.

CRI analyses and characterizes an item’s reflected shade under artificial lighting

Sunlight, for example, is a blend of all of the tones of the visible light spectrum.

The color of the light itself is neutral, but the shades that it reflects define the color of an item beneath the sunlight.

Whenever we apply a synthetic source of light, such as a LED light, we are aiming to replicate the tones of natural sunlight so that everything appears as it would in natural light.

CRI tries to clarify this effect by determining the color reproduction of a range of items when exposed to a light source.

How to choose the right one?

The accepted standard for good colour representation in most residential and industrial lighting settings is 80 CRI.

90 CRI and higher can be a useful starting level for settings where colour representation is crucial for the activities being performed indoors or can lead to improved appearance.

This CRI spectrum is commonly referred to as “high CRI” lighting.

Clinics, textile manufacturing, printing facilities, and painting workshops are examples of industries where a CRI of 90 is required for practical purposes.

Luxury hotels and large retailers, mansions, and photography or film companies are among the places where better appearances could be beneficial.

What is a Ripple Effect?

A ripple effect is first detected when your lights start to flicker. It is created when electricity suppliers in Australia are reducing the amount of energy provided to certain areas.

Ripple Effect in a light refers to the sudden flickering of the (LED) light in your home.

This is done to help deal with the on-peak demand for electricity and what the electricity grid can accommodate.

On-peak demand is usually between the hours of 7 am-10 am and 5 pm-10 pm. This is when most people are home and consuming the most amount of electricity.

When the electricity providers lower the amount of energy provided to manage the electricity demand in your area, your home is now receiving less energy.

The electrical current provided to your lights has been decreased and therefore your lights may flicker. This is due to LED lights using such little power.

A standard halogen bulb uses 50watts versus an LED light using 5watts.

It is important to remember that there are other factors that could contribute to the severity of the ripple effect. An example of this is via air conditioning.

Air conditioners consume so much electricity that it takes away some of the electrical currents that would normally go through to the lights.

The Ripple effect in LED light is characterized by reducing electricity usage by the supplier in a specific geographical area.

This is done to deal with the high demand for electricity in homes and at that particular point when people use the electricity the most.

LEDs are known for their solid features and durability.

There are varying reasons why a ripple effect could happen on a LED light; however light flickering could be quantified, measured, and reduced with particular solutions to the issue.

How Do I Resolve the Flickering?

There are three main ways you can resolve the ripple effect in your home. We will list the following steps to help troubleshoot the issue starting from the least to most cost-effective methods.

This will depend on the area you live in and the severity of your ripple effect.

The first option is to get more of an electrical current to your lights. This can be done by turning up the dimmer.

The lights will then demand more of a current as the lights are not dimmed. Turning up the dimmer increases the amount of power required by the light.

Secondly, you could look at installing a load bypass device. This device is designed to improve the dimming and switching performance of some problematic lights.

This is installed on the first lamp of each lighting circuit and/or behind the switch.

Lastly, you could look at installing a ripple signal filter. The ripple signal filter is specifically tuned to eliminate the ripple effect signal frequency. This is typically installed on the electrical board.

The outcome of the ripple effect on LED lights

Exposure to light flickering for humans can cause slight to significant adverse effects. And the ripple effect on LEDs can be said to be imperceptible.

There are visible flickers and invisible flickers of lights. Nonetheless, the brain can detect light flicker frequencies up to 200 Hz and 100Hz, in LED drivers output ripple, even though they are not visible to the naked eye.

For one, the constant flickering of light could cause neurological problems for sensitive people. Although this is quite common in adolescents, it’s a very uncomfortable problem to have for yourself.

Examples of these problems are headaches, eye tension, vision impairment, or, in rare situations, an epileptic seizure is a potential complication.

Stay away from the constant flickering of lights at all points.

The Ripple effect in LEDs could also cause a significant impact on the LED driver’s life.

A high ripple current would adversely affect the LEDs driver or power supply and weaken this system drastically if it becomes too frequent. The driver of a LED is an essential component of the system.

To this extent, the LED can not function properly without its input.

LED lights are known for their efficiency.

However, a high ripple current can reduce the efficiency of LED lights. Therefore it’s imperative to do away with ripples in your LED light.

What causes the ripple effect in LED light?

Ripple effects are common issues, but there are several reasons why they happen, and most causes have simple solutions.

The Ripple effect on our health and the system itself should not be downplayed.

Once detected, you would need to figure out the reason for this cause to find a way to solve it. Some of these reasons are;

The Ripple Effect

The main reason why there is a ripple effect is when there’s a specific division or proportion of electricity to a particular area at a given time.

This is where we have high-peak electricity and off-peak electricity.

To contain the total amount of electricity in a room, the electricity formulates the ripple control to maximize it. This causes issues with LED lights.

Therefore when there’s a sudden drop in electricity supply, and yet you still have lots of appliances consuming the energy from it, it could make the light fluctuate and subsequently flutter.

LEDs Driver

Another reason for a ripple effect is when an unmatched driver is used for a LED light. It would help if you used drivers that match the LED. Therefore those recommended by the manufacturer should be used.

A good measure of avoiding light flickering is to understand the topology of the LEDs driver and a good knowledge of the system’s characteristics.

Excessive load on the circuits

Whenever you add up too much load on your circuits, a sign to it could be made with your light flickering from time to time or constantly.

An overloaded circuit could cause your LED lights to flicker.

Excessive usage of electricity

LEDs use a lesser wattage to produce light compared to other light bulbs. However, excessive use of electricity in your home can cause flickering, especially in an off-peak electricity moment.

Loose Wiring

A loose wire could also cause your light to flicker. You should seek the help of an electrician to help tighten up flexible points in your wiring.

How to minimize the ripple effect

Although ripple effects are sometimes unavoidable, they are caused by several factors.

There are, nonetheless, possible solutions to the ripple effect in your home. This is depending on the severity of the ripple effect in your neighbourhood.

These solutions are;

  • Be sure all the LED products or devices are synchronized with the control circuits and power supply you’re using in your home or workplace.
  • You could get a ripple signal filter that alerts you of ripple effects and even your home or workplace frequency.
  • Use a current-matching LED driver.
  • Make sure you use the correct dimmer for the particular LED lights you have installed in your home.

Ripple Effect FAQs

What triggers a LED light to flicker?

There are several reasons why your LED light flickers. Some of these reasons are; incompatible drivers, on-peak and off-peak electricity, dirty circuits, loose wires, overload, and so much more.

Are flickering lights dangerous?

Depending on the matter at hand, however, flickering lights could pose a problem to sensitive people who are photosensitive.

It could also cause headaches, eye stress, and other health problems over time. This, however, happens when the flickers get constant or too much.

How do I fix my flickering light?

Depends! If this occurs because of the ripple control in your neighbourhood, you could get a matching driver and a dimmer of excellent quality.

Otherwise, other solutions can be sought, such as reducing electricity usage, fixing loose wires, and installing a ripple management device.

Can I see the light flicker?

It depends on the frequency of flickering. Light flickering can be visible or invisible to the human eye.

However, the fact that LED lights flicker between less than 10 percent and 100 percent will make it more visible or noticeable.

Is light flicker the same thing as ripple control?

No, ripple control is the method used to reduce electricity usage in a particular area. And the effect of this control could cause your light to flicker.

What are the best downlights available?

LED Downlight is a kind of light fixture which is put in a hollow cavity in the ceiling.

Downlights are one of the commonly used lighting fixtures in modern houses. It produces warm lighting which is unobtrusive when compared to other lighting fixtures.

This feature makes the downlight extremely popular.

Although downlights are popular, some people end up buying a not so good or imperfect one. When choosing a downlight for your home there are some features that need to be considered.

Things to consider when choosing the best downlights ;

✅ The Energy consumed and how bright the light is. In contrast to other lighting fixtures, Led downlights produce a very bright beam of light.

At the same time, it also consumes a considerably low amount of energy.

Beam Angle: this is the quantity of light that spreads from the light and it is mostly measured in angles. In contrast to the ordinary light fixtures that have a beautiful angle of 360°, most downlights have a beam angle of 45°.

In selecting a beam angle for your downlights, we will suggest that you do that with respect to where the downlights will be fixed and the type of lighting you want in the room.

✅  Spacing: when installing downlights we must consider the spacing with respect to the beam angle in order to ensure proper lighting of the house.

When using a download with a small beam angle, the spacing should be about 1m but if the bond angle is greater the spacing should also be greater at about 1.5m.

✅  Color Rendering Index: CRI is the measure of how well a light will show the colour of an object when compared to how the colour of the object will be shown under natural sunlight.

Getting and fixing a downlight in your home is good, but getting and installing the best and perfect downlight is often not that easy.

As we know that there are a lot of brands of downlights across the Australian market. Some of the downlight brands are not as good as the others while some of them are the best.

Here, we have come up with some of the most trusted and popular downlight brands in Australia;

➡ Luna Downlight by Emerald Planet Smart Solutions

Emerald planet downlight

The Emerald Planet Solution is a manufacturer and distributor of industrial, commercial, and residential-led lightings.

The company is a standard Australian company that strives to provide high energy-efficient products at very affordable prices.

The company hasn’t produced substandard products either as some do in order to reduce the price of the downstairs.

This downlight from Emerald Planet Smart Solutions is a very efficient one and it offers 70 and 90 cut out options in models that uses the energy of 5 or 10 Watts.

Luna downlight gives the flexibility to match pre-existing lighting colours because of its tri-colour temperature technology.

Downlights from Teknik Lighting Solutions

Technique Downlight

Including residential up to high-end commercial and retail, Teknik lighting solutions offer a wide range of downlights for all applications.

Notable Downlights produced by Teknik lighting solutions are;

  • The HALO led downlight is a very versatile led downlight with a beam angle of 60° which can be adjusted to 30° as well as an advanced front lens that ensures optimal illumination and reduces the light glare.
  • The SOL led downlight has an aluminium body, a lens that ensures low-glare, and a wide range of dimming compatibility together with selectable colour temperatures.
  • The RIPPLE led downlight produces improved lighting when compared to traditional halide lamps. It is easy to install and hassle-free because of its slim shape and high-quality stainless steel spring clips.
  • The GEM led downlight is a go-to downlight when a good quality downlight is needed on a budget. It has an aluminium body that is coated like plastic.

HV5528T by Havit Lightning

havit downlight

www.havit.com.au

While most downlights have a CRI of 80,  this downlight by Havit Lighting has a CRI of 90 which makes objects viewed under it clearly seen as though they were under natural sunlight.

This downlight instead of having a plastic body has a full aluminium body. And this increases the heat produced by the downlight and runs the downlight at a much lower temperature which makes it last much longer.

Optica Downlight by Mercator lighting

Optica downlight

The Optical downlight is made fully of aluminium unlike other downlights in its category.

This downlight performs well and it also looks neat and unique in its style and design.

It is dimmable and it comes with a switch that can be used to flick through daylight, warm and cool all in one.

Domus Boost and Bliss by Domus lighting

Domus Downlight

The Domus Boost and Bliss downlight by Domus Lighting has a colour-changing feature that allows it to change from warm white 3000k, to cool white 4000k and daylight at 5500k.

The Domus  Boost and Bliss model despite having a beam angle of 90° give off a less light glare.

This downlight is efficient at 10w and gives an output of 800 lumens. This is about twice the amount of the old 20w halogen downlights.

Blitz and Titan by Martec

Blitz and Titan downlight

Martec’s downlight has the highest lumen output when compared to other downlights in the same price range.

It also has features like a colour-changing temperature switch, it does not rust or corrode because it is fully polycarbonate.

It can be dimmed fully down to 10% and it also has a  low failure rate.

XDK10 Trimless LED Downlight by Trend Lightings

Trimless LED Downlight

This downlight by Trend Lightings has a lumen output of about 1400 at 10w. Usually, a downlight of 13w only gives an output of about 1000 lumens.  This feature makes it about 40% more efficient than other downlights.

Also, the CRI of this downlight is very high at 90 while most downlights have a CRI of 80.

It also comes with an option to choose the “Vivid” menu. This gives off just under 100 CRI and makes an object viewed under it appear as though it is viewed under natural sunlight.

🟢 Residential Downlight Upgrade NSW

Upgrade your Halogen Downlights to LED Downlights from $18.99. Request for a free LED assessment.


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