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PLC-100-36
AC-DC Single output LED driver Constant Voltage (CV); Output 36Vdc at 2.65A; I/O screw terminal block
customer-71
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ODLV-45-36
AC-DC Constant Voltage LED Driver (CV) with PFC; Output 36Vdc at 1.25A; 2 in 1 dimming with 0-10Vdc or PWM signal
customer-71
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NPF-40-20
AC-DC Single output LED driver Constant Power Mode with Active PFC; Output 20Vdc at 2A
customer-71
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ODLC-65-1050
AC-DC Constant Current mode (CC) LED driver with PFC; Input range 180-295VAC; Output 62VDC at 1.05A
customer-71
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NPF-120-20
AC-DC Single output LED driver Mix Mode (CV+CC) with Active PFC; Output 20VDC at 6A
customer-71
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NPF-120-36
AC-DC Single output LED driver Mix Mode (CV+CC) with Active PFC; Output 36VDC at 3.4A
customer-71
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NPF-60-36
AC-DC Single output LED driver Mix Mode (CV+CC) with Active PFC; Output 36Vdc at 1.67A
customer-71
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NPF-40D-36
AC-DC Single output LED driver Constant Current (CC) with Active PFC; Output 36Vdc at 1.12A; 3 in 1 dimming function - 0-10Vdc PWM signal or resistance
customer-71
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ODLC-45-1050DA
AC-DC Constant Current LED Driver (CC) with PFC; Output 43Vdc at 1.05A; Dimming with DALI
customer-71
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ODLC-45-1050
AC-DC Constant Current mode (CC) LED driver with PFC; Input range 90-295VAC; Output 43VDC at 1.05A
customer-71
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ODLC-45A-500
AC-DC Constant Current mode (CC) LED driver with PFC; Input range 90-295VAC; Output 90VDC at 0.5A; 12VDC/50mA auxiliary output
customer-71
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ODLC-45A-1050
AC-DC Constant Current mode (CC) LED driver with PFC; Input range 90-295VAC; Output 43VDC at 1.05A; 12VDC/50mA auxiliary output
customer-71
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NPF-200V-24
AC-DC Single output LED driver Constant Power Mode with Active PFC; Output 24Vdc at 8.3A; 3 in 1 dimming function for C.V. Dimming; IP67
customer-71
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NPF-90-15
AC-DC Single output LED driver Constant Power Mode with Active PFC; Output 15Vdc at 6A
customer-71
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NPF-120-54
AC-DC Single output LED driver Mix Mode (CV+CC) with Active PFC; Output 54VDC at 2.3A
customer-71
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NPF-40D-54
AC-DC Single output LED driver Constant Current (CC) with Active PFC; Output 54Vdc at 0.76A; 3 in 1 dimming function - 0-10Vdc PWM signal or resistance
customer-71
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ELG-240-24-3Y
AC-DC Single output LED Driver Mix Mode (CV+CC) with PFC; 3 wire input; Output 24VDC at 10A; CC fixed output; IP67; Cable output
customer-71
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NPF-200-42
AC-DC Single output LED driver Constant Power Mode with Active PFC; Output 42Vdc at 4.75A; IP67
customer-71
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PLM-25E-500
AC-DC Single output LED driver Constant Current (CC); Input 110-295Vac; Output 0.5A at 30-50Vdc; Class II; push terminal block connectors at input and output
customer-71
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PWM-60-48
AC-DC Single output LED driver Constant Voltage (CV); PWM output for LED strips; Output 48Vdc at 1.25A; Dimming with 0-10Vdc or PWM; IP67
customer-71
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LED Power Supplies
General Guide & Overview
LED power supplies are essential components for powering LED lighting systems. Whether you are building your own LED fixture or purchasing pre-made LED lights, you need to choose the right power supply to ensure proper functionality.
There are two main types of LED power supplies: constant current LED drivers and constant voltage power supplies. Constant current drivers are used to regulate the current to LEDs, preventing them from being overdriven and maximizing their lifespan. On the other hand, constant voltage power supplies are used to power LED lights that have resistors or constant current drivers already built-in.
When choosing a power supply, factors such as wattage, voltage, dimmability, and environmental conditions should be considered. It is important to select a power supply that can provide the necessary wattage for your LED lighting system. The voltage output of the power supply should match the voltage requirements of your LED lights. Additionally, if you require dimming capabilities, make sure to choose a dimmable power supply. And don't forget to take into account the environmental conditions where the power supply will be used, including temperature range and weather resistance.
Choosing the Right Power Supply for LED Lighting
When it comes to selecting a power supply for your LED lighting, there are several important factors that need to be considered. By taking these factors into account, you can ensure that your LED lights are powered efficiently and effectively.
Determining the Wattage
The first step in choosing the right power supply is determining the wattage required by your LED lights. This can be done by calculating the wattage per foot of the LED strip and multiplying it by the total length of the strip. It is recommended to choose a power supply with a rating that is 20% higher than the total wattage calculated.
Checking the Voltage Compatibility
Another crucial factor to consider is the voltage compatibility between the power supply and your LED lights. It is important to ensure that the voltage of the power supply matches the voltage required by your LED lights. Using a power supply with an incompatible voltage can potentially damage your LED lights or lead to poor performance.
Dimmable or Non-Dimmable
Consider whether you require a dimmable power supply for your LED lights. Dimmable power supplies allow you to adjust the brightness of your LED lights, providing greater control and versatility. Non-dimmable power supplies, on the other hand, are suitable for applications where consistent brightness is desired.
Environmental Factors
Take into account the environmental conditions in which the power supply will be used. Consider factors such as temperature range and weather resistance. If the power supply will be exposed to extreme temperatures or outdoor elements, it is important to choose a power supply that is specifically designed to withstand these conditions.
By considering factors such as wattage, voltage compatibility, dimmability, and environmental conditions, you can make an informed decision and choose the right power supply for your LED lighting. This ensures optimal performance, longevity, and satisfaction with your LED lighting system.
Different Types of LED Power Supplies
LED power supplies come in a variety of types and forms to cater to different lighting needs. When it comes to powering LED lighting systems, it's important to choose the right power supply for optimal performance and longevity. Here are some common types of LED power supplies:
1. Plug-In Power Supplies
Plug-in power supplies are a popular choice for their ease of installation. These power supplies can be conveniently plugged directly into an electrical outlet, eliminating the need for complex wiring. They are suitable for various LED lighting applications, including strip lights, puck lights, and under-cabinet lights.
2. Knock-Out Power Supplies
Knock-out power supplies are designed to be integrated into a wall switch, offering a more seamless appearance. These power supplies are typically installed behind the wall switch, allowing you to control the LED lights and adjust their brightness using the existing wall switches. They are an excellent choice for LED retrofit projects where aesthetics play a key role.
3. Hard-Wired Power Supplies
Hard-wired power supplies are permanent installations that require electrical wiring. These power supplies offer a clean and professional look, as they are concealed within the walls or ceilings. They are commonly used in commercial settings or new construction projects where a seamless integration of LED lighting systems is desired.
LED power supplies also vary in terms of their capacity, voltage output, and dimmability options. When selecting a power supply, it's crucial to consider your specific installation requirements and preferences to ensure compatibility and efficiency.
By choosing the right type of power supply for your LED lighting needs, you can enhance the overall performance and functionality of your lighting system while enjoying the many benefits of energy-efficient LED technology.
LED power supplies play a crucial role in powering LED lighting systems, ensuring optimal performance and longevity. When selecting a power supply, it is important to consider factors such as wattage, voltage, dimmability, and environmental conditions. By choosing a power supply with a rating higher than the total wattage of your LED lights and ensuring compatibility with the voltage output, you can safeguard your LED lights from any potential issues.
LED power supplies come in various types to accommodate different installation needs. Whether you prefer plug-in power supplies for easy installation, knock-out power supplies for a seamless appearance, or hard-wired power supplies for a permanent setup, there is a suitable option available. Additionally, LED power supplies can vary in terms of capacity, voltage output, and dimmability, providing flexibility for your specific lighting requirements.
By investing in the right power supply, you can enjoy the benefits of efficient and long-lasting LED lighting. Whether you are creating your own LED fixtures or utilizing pre-made LED lights, a reliable power supply will ensure that your LED lighting system operates at its best, delivering optimal brightness and energy efficiency. Take the time to carefully select the appropriate LED power supply, and reap the rewards of reliable and high-performing LED lighting for your home or business.
FAQ
What are LED power supplies?
LED power supplies are essential components for powering LED lighting systems. They regulate the current or supply the right voltage to LED lights, ensuring proper functionality and maximizing their lifespan.
How do I choose the right power supply for LED lighting?
To choose the right power supply, consider factors such as wattage, voltage, dimmability, and environmental conditions. Calculate the total wattage required by your LED lights, ensure compatibility of the voltage, and determine if a dimmable power supply is needed.
What types of LED power supplies are available?
LED power supplies come in various types, including plug-in power supplies, knock-out power supplies, and hard-wired power supplies. Choose the type that suits your installation needs and preferences.
What should I consider when installing LED power supplies?
When installing LED power supplies, ensure proper wiring and follow safety guidelines. Consider factors such as the location, temperature range, and weather resistance to ensure optimal performance.
What are the advantages of using LED power supplies?
LED power supplies are crucial for powering LED lighting systems. By selecting the appropriate power supply, you can ensure the optimal performance and longevity of your LED lights, benefiting from their efficiency and long lifespan.