Reasons Why you Should use Choose LED over Traditional Bulbs

LED lights are the most cost-effective and energy-efficient lighting solution currently available on the market for lighting your office, storefront, or home. LED (light-emitting diode) growth has been relatively rapid, with advances in technology and manufacturing resulting in LED lights being widely available in every major lighting retailer and hardware store across the country.

The main reasons why LEDs consider.

1. PROVIDE ENERGETIC LIGHTING

LEDs convert nearly 80-85% of input energy into high-lumen output light. They have higher lumens per watt than incandescent or fluorescent lighting. LED lights will stay cool even after extended periods of use because they do not lose much energy as heat. LEDs are thus safe to use around children.

2. LEDs are extremely bright.

LED lighting fixtures are brighter than traditional fixtures because they produce light with a high-lumen output. A 6-watt LED fixture can provide the same amount of light as a 40-watt incandescent light bulb while using less energy.

3. WIDE COLOR RANGE

Before LED technology became popular, it was difficult to find different colors in lighting fixtures. There were, without a doubt, lighting fixtures that emitted different colors, but their prices were exorbitant.

4. Instant OPERATION

Unlike incandescent lights, which must be heated before use, and fluorescent tubes, which require a starter, LEDs provide instant service. The LEDs light up as soon as the switches are flipped.

5. PROVIDE DIRECTIONAL LIGHTING

Light from LED sources does not scatter as much as light from non-LED sources. Because the LEDs emit light in only one direction, there will be minimal input energy waste while the fixture is operational.

APT is a reliable electrical company that serves both domestic and commercial customers. Our products are designed to meet quality standards, and we are constantly innovating new products and improving our processes. However, if you want to choose the right one for your premises, come to us at APT ELECTRONICS PVT LTD to learn about additional effects and view our collection. APT India is the leading LED light manufacturer in New Delhi, India, with unrivaled industry experience that positions us as the best.

Our continuous research and development process enables us to provide the most niche solutions for everything that is desired across the country. So contact us right away;

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Your Ultimate Guide to Buying LED Lights

LED Lighting Efficiency

Efficiency is more than just a buzzword when it comes to LEDs. LEDs outperform incandescent bulbs by more than five times. They use about 20% less electricity to produce the same amount of light.

A good LED lamp can last from 20,000 to 50,000 hours. If you use the lamp for 6 hours per day, 365 days a year, it could last for 20 years.

LED illumination

The brightness of a bulb is measured in lumens, while the energy it consumes is measured in watts. LED and fluorescent bulbs use far fewer watts to produce the same amount of light as incandescent or halogen bulbs. A standard 60W incandescent produces 800 lumens, whereas LEDs produce 800 lumens with 13-15 watts.

LED strips are becoming brighter and brighter as LED technology advances. This does not imply that all stripes will be extremely bright; in some cases, the light may not even be desired to be extremely bright. Accent lighting within a shelf is an example of this.

LED brightness is measured in lumens. Depending on how you intend to use the LED strips, you will most likely require a certain number of lumens. You probably don’t want anything brighter than 200 Lumens per foot for accent lighting, but for other applications where you want more light, it just depends on your personal preference for how bright you want them. Take note of the Lumens/length and the LEDs/length as these will significantly impact the light quality and type of light the strip emits.

LED Lighting vs. Fluorescent Lighting

LED and fluorescent lighting are both more energy efficient than incandescent lighting: LEDs use up to 90% less energy and fluorescents use up to 75% less. LEDs are more durable than fluorescents, made of glass tubes, and can shatter if dropped. Furthermore, fluorescent bulbs contain trace amounts of mercury, and several states have strict recycling regulations.

LED disadvantages

LEDs are more expensive to purchase than traditional lamps. People typically recoup their investment in a couple of years due to LEDs’ energy efficiency and long life. Furthermore, earlier LEDs emitted directional light, making them better suited for task lighting rather than ambient glow. Omni-directional LED luminaires are becoming more popular, directing light at reflective surfaces or through high-quality lenses to produce an even and diffused glow. And, while the first LEDs had poor color accuracy and crispness as measured by the color rendering index (CRI), they have improved in recent years.

Why Are LEDs Expensive?

LED components, including circuit boards, and drivers, and some that use yellow phosphor, a rare earth compound, are expensive, including circuit boards, drivers, and some that use yellow phosphor, a rare earth compound. However, as technology advances and popularity grows, prices have steadily decreased. Keep in mind that LED quality varies greatly, which affects the price. Look for a reputable manufacturer that produces the best color and light output over time.

LED Applications

Nowadays, the answer is simply: anywhere. LED lighting provides beautiful illumination in almost any space, from dining room chandeliers to landscapes.

However, one significant advantage of LEDs is their excellent directionality, making them an excellent choice for:

• Task and reading lighting

• Lighting for coves

• Lighting beneath the cabinets

• Lighting for the stairwell and walkway

• Recessed illumination

• Difficult-to-reach areas (due to the long life and low maintenance of LEDs)

• Art lighting (LEDs, unlike incandescent and fluorescent bulbs, do not emit UV radiation, making them suitable for artwork)

LED life span

Individual diodes do not need to be replaced because an LED does not burn out like a standard lamp. Instead, over a long period of time, the diodes gradually produce lower output levels. At 70% of its initial light output, an LED is considered “dead.”

LED dimmerability

Some can be dimmed, but check the manufacturer’s specifications for compatibility with your current system, as some may not be able to handle the lower wattage on which LEDs operate.

Choosing the best LED light product can be a daunting task if not broken down into manageable steps. The sheer number of LED lights available on the market can be overwhelming, but by narrowing your search, you can find the right product. LED technology is without a doubt the future of lighting. So make the switch today.

Looking for the best LED light strips available? We are a Delhi-based LED manufacturer. Look through our LED tape light selection. We also sell grow lights and can customize LED strips to meet your specific requirements. Please contact us if you have any further questions.

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How do I choose an LED driver for my LED?

Know About Different Types of LED Lights

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How do I choose an LED driver for my LED?

Compatibility is critical when selecting the right LED driver for your outdoor LED strip lights. Using the wrong driver in an LED system can cause failure and damage the components.

What is an LED Driver?

LED drivers control the electricity that powers LED strip lights. They, like standard transformers, convert alternating current (AC) at 240 volts from the mains to a lower voltage. LED drivers, in particular, convert mains voltage to the continuous, direct current (DC) required by LED lights.

Drivers adjust their output to ensure that the power provided remains constant at 12 volts or 24 volts DC as the electrical properties of the LED tape change as it heats up.

Types of LED Drivers

LED drivers are classified into two types:

1. LED drivers with a low-voltage DC input power range of 5 to 36 volts.

2. Offline or LED drivers with high-voltage AC input power ranging from 90 to 277 volts.

In large-scale lighting projects, such as a series of domestic or commercial LED strip lights, high-input, AC-powered drivers are preferred. Smaller applications necessitate low-voltage, DC-powered drivers, which are less expensive and have output and dimming options.

How to Choose an LED Driver

Determine the type and number of LED lights used in the setup.

Determine the type and number of LED lights required for your installation and how they will be arranged.

You’ll need a constant-current LED driver if your lights are wired in series, such as ground and decking lights. You’ll need a constant-voltage LED driver if they’re wired in parallel, as with LED tape or commercial LED strip lights.

1. Determine your LEDs’ Milliamp Rating

Check that the milliamp rating of the LED lights matches that of the LED driver. The units of measurement for electrical current are amps and milliamps. While LED lights are available in a variety of milliamp ratings, the most common are 

2. Examine the LED Driver’s Wattage

Check that the wattage rating of the LED driver is greater than or equal to the total wattage of all lights connected to it. A driver outfitted with five 3-watt outdoor strip lights, for example, should have a wattage rating of at least 15 watts.

If you’re using LED tape, multiply its length by its wattage rating per meter. If the tape is 15 watts per meter and the total length is 3 meters, your LED driver should be at least 45 watts.

3. Examine the LED Driver’s Output Voltage

The input voltage of the LED light and the output voltage of the LED driver must be compatible. To avoid damage, double-check these before connecting them.

There are also constant-current LED drivers that range from 6 to 24 volts and are appropriate for certain types of LED lights. Their compatibility, however, is not universal.

Buy the Correct LED Driver for Your LED Lighting. In Delhi, APT Electronics PVT LTD is a manufacturer of LED drivers for various types of LED lights. We have dimmable and non-dimmable models for a variety of lighting projects.

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Know About Different Types of LED Lights

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Know About Different Types of LED Lights

What are LEDs Lights?

According to research, LED lights consume 90% less energy than conventional incandescent lights.

Additionally, compared to fluorescent lights, LEDs are 60% more efficient. LEDs are essential because they are the most well-liked and valuable type of lighting.

What then are they? Light-emitting diodes are found in LED lighting fixtures. A light-emitting diode is an electrical device that only permits forward current to flow.

Two electrical conductors are in contact with one another in LEDs. The energy is transferred to the atoms in one conductor when an electric current flows through a diode.

Light is then produced by converting that energy into electrons and releasing them into the other conductor.

LEDs produce light using the described process, in contrast to incandescent and fluorescent light bulbs that create heat. We will talk about the various types of LED lights to enlighten you more on this.

Miniature LEDs

LED lighting may be more expensive to install initially, but it is more dependable and adaptable. Some of the most cutting-edge lighting fixtures use tiny LEDs. They are not only very small in size.

Additionally, they are smaller than any other LED lighting option. Pico, nano, and chip are a few types of miniature LED lights.

The small size and shape of miniature lights are one thing that sets them apart from other LED lights.

The majority of the household electronics you use, such as your phone, remote control, and calculator, contain tiny LEDs.

Since there is no need to worry about heat control, mounting tiny LED lights onto a circuit board is simple.

High Power LEDs

High-power LEDs were created as a result of developments in diode technology. Due to their high lumen output, high-power LEDs produce lighter than any other LED lighting option.

Their voltage, wavelength, and luminosity are all distinctive. Unexpectedly, they are able to generate higher outputs without overheating.

Nevertheless, how you install them will determine this. To prevent burning out these lights, attach them to a heat-absorbing material.

An instruction manual for each high-power LED fixture will provide information on safe temperature ranges and other topics.

Even with the most advanced high-power LED, it is necessary to balance the heat output and heat control. Controlling heat lowers the risk of a fire outbreak, lowers energy consumption, lengthens the life of your lights, and makes the most of your LED lights.

High Power LEDs generate a lot of heat, but thanks to technology, they are secure. These are used by the majority of automotive industries in headlights and headlamps. High-power LED lighting is more commonly used in mechanical and industrial settings than it is at home.

High powers LEDs are divided into three categories like miniature LEDs. They first provide a range of power ratings, from 0.5W to 100W.

LEDs for specific applications

Customized lighting options include application-specific LEDs. You can order customized lights if you want your LEDs to address a specific issue.

Flashing LEDs, Lighting LEDs, RGB LEDs, Bi-color LEDs, Tri-Color LEDs, or alphanumeric LEDs can all be used as application-specific lights. Next, we will go over each of these.

Lighting LEDs are the most popular type of light today. They can serve as your preferred ceiling lights.LED lamps are frequently used in homes these days. When someone mentions LEDs, some people immediately think of these lights. They are unaware that there are various kinds of LED lights.

LED bars, illuminators, and lamps are just a few examples of the various sizes and shapes of LED lighting. They share the same issue with other LEDs when it comes to heat production.

Many manufacturers now use ceramic and aluminum casings around lighting LED bulbs after realizing this. Heat can easily dissipate thanks to the fins on the casing. As a result, LED lighting has a longer lifespan.

Alphanumeric LED lights are one of the various kinds of LED lighting. Alphanumeric LEDs are more traditional than other LEDs when compared.

These can be found in digital clocks from earlier generations as a result. Alphanumeric LEDs are becoming less popular as LED lighting technology advances.

Energy-efficient LEDs are now preferred over these. There are four different varieties of alphanumeric LEDs. 

• 7 segments 
• 14 and 16 segments 
• Matrix 

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5 Benefits of Flood light led | APT India

Understanding LED Drivers and how to choose one – APT INDIA 

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Understanding LED Drivers and how to choose one – APT INDIA

The LED driver is an independent power supply that has yields that are matched to the electrical qualities of the LED(s). This maintains a strategic distance from warm out of control as the steady ebb and flows LED driver makes up for the progressions in the forward voltage while conveying a consistent momentum to the LED.

There are two principal sorts of drivers, those that utilize low voltage DC input power (by and large 5-36VDC) and those that utilize high voltage AC input power (for the most part 90-277VAC). Driven drivers that utilize high-voltage AC power are canceled Line drivers or AC LED drivers. In many applications utilizing a low-voltage DC input LED driver is suggested. Regardless of whether your feedback is high voltage AC, utilizing an extra exchanging power supply will make it conceivable to utilize a DC input driver. Low-voltage DC drivers are suggested as they are very proficient and solid.

For more modest applications there are seriously diminishing yield choices accessible contrasted with high-voltage AC drivers so you have more to work within your application. On the off chance that you have a huge general lighting project for private or business lighting, nonetheless, you ought to perceive how AC drivers may be better for this sort of work.

Also, you want to know the drive current that you need to put into the LED. Higher drive flows will bring about additional light from the LED, and will likewise require more wattage to run the light. It is critical to know your LED’s specs so you know the suggested drive flows and intensity sink prerequisites so you don’t wear the LED out with a lot of current or overabundance heat. Finally, it is great to know what you are searching for from your lighting application. For instance, in the event that you need to diminish, you really want to pick a driver with darkening capacities.

APT is a reliable electrical company that serves domestic and marketable areas. Our products are designed as per the quality standard with constant product inventions and process advancement. However, come to us at APT ELECTRONICS PVT LTD  to know about further effects and see our collection, If you want to choose the right one for your premises. APT India is the leading LED Driver manufacturer in New Delhi, India, and has an unrivaled experience in the Industry that makes us efficiently the best. 

Our continuous research and development process enables us to deliver the most niche solutions of all that are desired all over the nation. So get in touch today ; 

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What is the Best Brand for Flood Lights?

Main Factors That Designers of LED Drivers Commonly Consider:

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Main Factors That Designers of LED Drivers Commonly Consider:

INTRODUCTION-

High-power LEDs are becoming increasingly popular in the LEDs market, and LED manufacturers in Delhi continue to develop due to their quick advancements in lighting efficiency, extended lifespan, increased dependability, and overall cost-effectiveness. Street lighting, interior lighting, retail lighting, consumer lighting, decorative lighting, and outdoor lighting are some standard LED uses.

There are two main categories of LED drivers: DC LED Drivers and AC LED Drivers. 

• Drivers for DC LEDs A DC source, commonly a battery between 1 and 40 volts, serves as the input voltage. The torch LED in a smartphone, driven by a 3.7V Li-Ion battery, is an example of a DC LED driver.

• Drivers for AC LEDs The input voltage comes from an AC source, often the public distribution network that runs on 115–230VAC. The AC voltage can power the LED driver since it is full-wave rectified as it leaves a bridge. The AC LED driver found inside a typical LED bulb serves as an illustration.

The critical variations between DC and AC drivers in LED driver design are:

1. Level of input voltage: 

When compared to the input voltage of a DC driver, the input voltage of an AC driver can be considered ten times higher.

2. Input voltage waveform: 

While the AC driver operates with a full-wave rectified voltage that, in power, cycles from 0V to the maximum, the DC driver operates at a constant input voltage level, or at least with a voltage between a minimum and a maximum.

The output current waveform from the DC driver is constant. In contrast, the output current from the AC driver is rectified full-wave like the input voltage and has an average value equal to the total luminous flux.

Due to the variations mentioned above, various circuit topologies exist for the design of LED drivers, each with benefits and drawbacks based on important design considerations.

The primary elements that LED driver designers often take into account are listed below:

Voltages (input voltage range and fixed output LED string voltage) (input voltage range and fixed output LED string voltage)

• circuit size
• count of the parts
• Insulation
• Only for AC/DC drivers, power factor correction (PFC)
• Efficiency
• simplicity in design
• Cost

CONCLUSION-

 Each topology may be desirable for some factors mentioned above but not others. The topology that best meets the project requirements must be chosen for each project by the designer. The desired topology is frequently, if not always, the optimum compromise between the considerations considered. Apt electronics Pvt. ltd is one of the successful manufacturers in Delhi.

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USB Charger Manufacturer in India | APT India

Best power Adapter manufacture | APT India

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Best power Adapter manufacture | APT India

Power Adapters like APT are a vital part of our everyday lives. Without them, our electronics wouldn’t work. If you’re tired of paying over-the-top prices for Power Adapters and want to save some money, you’ve come to the right place.

In this article, I am going to introduce you to a handful of companies that are manufacturing Power Adapters at cheaper prices than the big brands. We’ll also be discussing how these companies have been able to do this and why they are the best option for you! 

What are Power Adapters?

The best power adapter is manufactured by Goal Zero. It is made of durable materials that are capable of withstanding the harshest environments. Additionally, it is portable and lightweight, making it simple to transport. It is an excellent choice for those who need to charge their devices on the go.

The difference between the big brands and the new brands

There are a lot of companies that manufacture power adapters for laptops and other electronic devices. But there are so many of them and it can be hard to choose which one to buy. If you want to make sure you are buying a quality power adapter, it is important to look at the brand of the company.

There are a lot of new companies that are making high-quality power adapters. These new companies don’t have the same name recognition as the big name brands and they are often cheaper. But don’t be fooled by the price. These new companies make high-quality power adapters that will last you a long time.

How have these companies been able to save money?

Power Adopter is a manufacturer of high-quality, low-cost power adapters. These adapters are designed to be used in the United States and Canada and are available in a variety of shapes, sizes, and colors. This company has been able to save money by using the power adapters they create to make their own products.

Conclusion

The best power adapter manufacturer is Elenco. They offer a wide variety of products that can be customized to meet the needs of your project. A power adopter is a great tool that can be used in a variety of situations. It is a great way to make sure that your project is done correctly and that you are not wasting time and money on things that are not necessary.

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Battery Charger | APT India

Many electronics are now using rechargeable batteries. These batteries require a power source to be able to charge them. If your battery is dead, you need to find a battery charger that is compatible with your battery. There are several sorts of chargers available, and each one has pros and cons of its own. If you are considering getting a battery charger, here is a list of the best options.

What kind of battery charger works the best?

The low-speed EV LiFePO4 battery is the most acceptable kind of battery charger. This kind of battery charger is intended to recharge an EV’s battery. The electric vehicle is referred to as an EV. With the help of this battery charger, an electric vehicle’s battery may be constantly charged. This is significant since it prolongs the life of the EV’s battery. As the battery ages, it often becomes harder to capture. However, the battery will charge more slowly with this kind of battery charger. This helps to preserve the battery life and make it last longer.

What benefits can low-speed EV LiFePO4 batteries offer?

1. A low-speed EV LiFePO4 battery is a battery that can store and discharge large amounts of energy.
   
2. They are used in electric cars and electric bicycles.
   
3. Low-speed batteries are also used in many other applications such as renewable energy systems, industrial power supplies, and other low-speed applications.
   
4. The low-speed EV LiFePO4 battery has an advantage over the high-speed battery
   because it can discharge large amounts of energy over a long period.
   
5. Low-speed batteries can discharge energy over a long period because of the low
   voltage. The battery may therefore be charged several times without experiencing any harm.

The disadvantages of a low-speed EV LiFePO4 battery

1. The disadvantages of a low-speed EV LiFePO4 battery include the fact that it is not as
   powerful as its high-speed counterparts.
   
2. It is also more susceptible to damage due to the lower voltage it can produce.
   
3. It also can’t be charged as quickly as a high-speed battery.

Conclusion.

The lithium-ion battery is the most popular battery for EVs. It’s the type that Tesla uses in their cars that other manufacturers have used for years. While the lithium-ion battery offers several benefits, it also has some drawbacks. The advantages of the lithium-ion battery are that it is light, compact, and has a long life. The disadvantages are that it costs much more than other types of batteries and doesn’t work well in cold temperatures. There are also some safety concerns with the lithium-ion battery that has led to the development of other types of batteries. The lithium-ion battery is still the most popular type of battery for EVs, but there are other types of batteries that are more efficient.

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All You Should Know About AC/DC Converters

AC/DC converters are electrical circuits that convert alternating current (AC) input into direct current (DC) output. AC/DC converters are also called “rectifiers”; they transform the input AC voltage to a variable DC voltage, then optimize it through a filter to obtain an unregulated DC voltage.

How AC/DC Power Works

AC/DC power supplies are typically deployed in situations where many devices need to be powered or where there is a need to generate more efficient power. Usually, transformers are used as power supplies to change the voltage of alternating current from alternating current to direct current. The transformer changes the voltage according to the amount required by the powered device.

Requirements of AC/DC Converter

The points below should be considered when selecting a power supply for industrial automation, IoT, and intelligent devices.

● Compact size

The latest smart devices are designed to be increasingly compact, lightweight, and easy to install. Therefore, AC/DC converter manufacturers should follow this trend.

● High efficiency

High efficiency has always been one of the characteristics sought by various manufacturers when it comes to power converters. AC/DC converters have high efficiency, which means less energy loss during operation.

● Low standby power consumption

An AC/DC power supply has low power consumption in standby mode. This is important for some IoT or smart home devices that mainly work in sleep mode, such as sensors or electric curtains, door lock systems, etc.

Advantages of an AC/DC converter

● Energy efficiency

One AC/DC converter eliminates the need for multiple inverters and converters. Reducing power conversion and inversion also prevents the possibility of equipment failure.

● Space-saving

In industrial applications, AC/DC converters tend to be lightweight, compact, and easy to install.
Small power converters can save more space for the device and make the whole machine more compact, especially for various portable devices and household appliances.

● Cost reduction

An AC/DC converter enables low-power operation during long standby periods. Its high energy-saving ability makes it suitable for industrial applications and home appliances.

Conclusion

Next-generation AC/DC converters reduce energy consumption and increase efficiency, which is essential for powering most industrial equipment. The future of power adopter
is inseparable from designing more durable and efficient AC to DC converter circuits.

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The objective of AC to DC Conversion

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TRIAC Dimmable LED Driver

TRIAC circuits are extensively used, and veritably common in LED driver operations. These circuits can switch high voltages, as well as veritably high situations of current in the two corridors. They’re semiconductor bias, analogous to a diode.

TRIAC is frequently used as a means of light darkening in domestic lighting operations, and can indeed serve as a power control in motors.

WHY USE A TRIAC DIMMABLE LED driver?

The term “ TRIAC dimmable LED driver ” tends to be used to relate to a LED driver that’s compatible with leading-edge, or running edge darkening switches. Leading-edge dimmers use a TRIAC( triode for interspersing current) switch to control the power. This, of course, is where the term “ TRIAC dimmable LED driver ” comes from. Still, running edge dimmers use fully different technology, generally using MOSFETs or IBGTs to control the powerful force. Hence, why the term “ TRIAC dimmable LED driver ” isn’t always an accurate description.

TRIAC dimmable LED driver that can be used with commanding edge( TRIAC) dimmers and leading-edge dimmers that you find in utmost homes. This means that they’re ideal if you’re retrofitting LED lighting and want to be suitable to use the wiring and dimmer switches.

APT LED Light Products

They’re also used in commercial build systems.

The utmost ultramodern lighting control systems use either an analog control signal, similar to 1- 10V, 0- 10V, or PWM to control the LED drivers or the DALI lighting dispatches protocol. Generally, when installing LED lighting in a marketable design you’ll find that 0- 10V, 1- 10V, or DALI LED drivers are used. This kind of installation requires devoted wiring to be run from the control system to the LED driver, which means internal walls and ceilings need to be removed and replaced. With heritage spots, it isn’t always possible to tear down walls and ceilings to run new cables. So, a result that can work with wiring is needed.

The APT dimmable LED driver offers outstanding quality and performance that ensures the dependable operation of your LED module. It has fresh moisture protection and increased peak input voltage comity that makes the product more suitable for operations in adverse surroundings.

Also, Read: what-is-bldc-motor-controller

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