LED Panel Light Driver

Product Features

LED Drivers For LED Panel Light and Recessed Light – Product Line

Constant Current ​TRIAC LED Drivers For LED Panel Light and Recessed Light

*(1) L*W*H = 88*38*21 mm
*(1) L*W*H = 88*38*21 mm
*(2) L*W*H = 100*43*21 mm
*(2) L*W*H = 100*43*21 mm
*(3) L*W*H = 130*43*21 mm
*(3) L*W*H = 130*43*21 mm
*(4) L*W*H = 140*47*28 mm
*(4) L*W*H = 140*47*28 mm
*(5) L*W*H = 155*53*30 mm
*(5) L*W*H = 155*53*30 mm


Note: The code in the table, such as *(0) corresponds to the number of the picture on the left.

Model OUTPUT POWER OUTPUT VOLTAGE OUTPUT CURRENT DATASHEET
BQ-010TNPC *(1) 5-9W DC15-30V 300mA

BQ-012TNPC *(1) 8-12W DC24-42V 300mA

BQ-015TNPC 300 *(2) 10-15W DC36-50V 300mA

BQ-015TNPC 350 *(2) 10-15W DC24-42V 350mA

BQ-020TNPC 300 *(2) 12-18W DC36-60V 300mA

BQ-020TNPC 450 *(2) 12-18W DC24-42V 450mA

BQ-030TNPC 300 *(3) 15-24W DC50-72V 300mA

BQ-030TNPC 600 *(3) 15-24W DC24-42V 600mA

BQ-050TNPC 600 *(4) 30-42W DC50-72V 600mA

BQ-050TNPC 1000 *(4) 24-42W DC24-42V 1000mA

BQ-060ANPC 1500 *(5) 45-63W DC24-42V 1500mA



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Constant Current ​0-10V LED Drivers For LED Panel Light and Recessed Light

*(1) L*W*H = 100*43*21 mm
*(1) L*W*H = 100*43*21 mm
*(2) L*W*H = 130*43*21 mm
*(2) L*W*H = 130*43*21 mm
*(3) L*W*H = 140*47*28 mm
*(3) L*W*H = 140*47*28 mm
*(4) L*W*H = 155*53*30 mm
*(4) L*W*H = 155*53*30 mm


Note: The code in the table, such as *(1) corresponds to the number of the picture on the left.

Model OUTPUT POWER OUTPUT VOLTAGE OUTPUT CURRENT DATASHEET
BQ-012ANPC *(1) 3-12W DC9-45V 300mA

BQ-015ANPC 300 *(1) 10-15W DC36-50V 300mA

BQ-015ANPC 350 *(1) 10-15W DC24-45V 350mA

BQ-020ANPC 300 *(1) 12-18W DC36-60V 300mA

BQ-020ANPC 450 *(1) 12-18W DC24-42V 450mA

BQ-030ANPC 400 *(2) 15-24W DC36-60V 450mA

BQ-030ANPC 600 *(2) 15-24W DC24-42V 600mA

BQ-050ANPC 600 *(3) 30-42W DC50-72V 600mA

BQ-050ANPC 1000 *(3) 24-42W DC24-42V 1000mA

BQ-060ANPC 900 *(4) 45-63W DC50-72V 900mA

BQ-060ANPC 1500 *(4) 45-63W DC24-42V 1500mA



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Constant Current ​DALI LED Drivers For LED Panel Light and Recessed Light

*(1) L*W*H = 100*43*21 mm
*(1) L*W*H = 100*43*21 mm
*(2) L*W*H = 130*43*21 mm
*(2) L*W*H = 130*43*21 mm
*(3) L*W*H = 140*47*28 mm
*(3) L*W*H = 140*47*28 mm
*(4) L*W*H = 155*53*30 mm
*(4) L*W*H = 155*53*30 mm


Constant Current DALI & PUSH LED Drivers

Note: The code in the table, such as *(1) corresponds to the number of the picture on the left.

Model OUTPUT POWER OUTPUT VOLTAGE OUTPUT CURRENT DATASHEET
BQ-012DNPC *(1) 3-12W DC9-45V 300mA

BQ-015DNPC 300 *(1) 10-15W DC36-50V 300mA

BQ-015DNPC 350 *(1) 10-15W DC24-45V 350mA

BQ-020DNPC 300 *(1) 12-18W DC36-60V 300mA

BQ-020DNPC 450 *(1) 12-18W DC24-42V 450mA

BQ-030DNPC 400 *(2) 15-24W DC36-60V 400mA

BQ-030DNPC 600 *(2) 15-24W DC24-42V 600mA

BQ-050DNPC 600 *(3) 30-42W DC50-72V 600mA

BQ-050DNPC 1000 *(3) 24-42W DC24-42V 1000mA

BQ-060DNPC 900 *(4) 45-63W DC50-72V 900mA

BQ-060DNPC 1500 *(4) 45-63W DC24-42V 1500mA



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How to choose right LED drivers for LED Panel Light and Recessed Light?

Choosing the right LED drivers for LED panel lights and recessed lights involves considering several key factors:

1. Voltage and Current Requirements: Check the voltage (V) and current (mA or A) requirements of your LED lights. The driver should match these specifications. Most LED panels work on a constant current driver. For recessed lights, a constant current driver is typically used.

2. Wattage: Ensure the driver’s wattage is equal to or slightly higher than the total wattage of the connected LEDs. Overloading a driver can lead to failure, while underloading can reduce efficiency.

3. Dimming Capability: If you want dimmable lights, choose a driver with a compatible dimming function like TRIAC, 0-10V, or DALI. Ensure your dimmer switch is compatible with the driver.

4. Quality and Reliability: Opt for drivers from reputable manufacturers to ensure reliability and longevity. Check for certifications like UL, CE, CB, SAA or RoHS which indicate safety and quality standards.

5. Physical Size: The driver should fit in the allocated space, especially for recessed lighting where space can be limited.

6. Thermal Management: Ensure the driver can operate efficiently in the intended environment. Overheating can reduce the lifespan of the driver and the LED.

7. Power Factor and Efficiency: A higher power factor and efficiency mean less power loss and lower electricity costs.

8. Protection Features: Look for drivers with protection against overcurrent, short circuit, overvoltage, and overheating.

LED Driver Solutions for LED Panel Light and Recessed Light

boqi unique product features could help LED panel light and recessed light manufacturers win more customers.


Miscellaneous Choices

Dimming & Selectable Specs. TRIAC / Phase cut 0-10V DALI
Input Voltage (AC) 220-240V 100-265V 100-265V
Output Voltage (DC) 15-30V / 24-42V / 36-50V / 36-60V / 50-72V 9-45V / 24-42V / 36-50V / 36-60V / 50-72V 9-45V / 24-42V / 36-50V / 36-60V / 50-72V
Output Power 5W / 9W / 12W / 15W / 18W / 24W / 42W / 63W 3W / 12W / 15W / 18W / 24W / 42W / 63W 3W / 12W / 15W / 18W / 24W / 42W / 63W

Lead Time


3 to 5 Year Warranty

boqi’s R&D team, rigorous protocols, and advanced factory steps ensure our LED drivers’ high quality.

Tell us your requirements

boqi has a flexible sales strategy on led panel light and recessed light market, and we also would like to listen to our customer’s suggestions to optimize our products. A strong R&D team is ready to turn your idea into real products.

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FAQ



Do LED panel lights need a driver?

Yes, LED panel lights require a driver to convert the alternating current (AC) from the mains to the lower voltage direct current (DC) required by LED lights.



How do I choose the right LED driver for my LED panel lights?

Consider factors such as the wattage rating of the LED driver, compatibility with the LED panel’s input voltage, and the type of LED driver (AC-DC powered drivers and constant-current LED drivers), our LED Driver calculator can help you.



What is the output voltage of the LED driver?

Usually the output voltage shows on the LED driver’s label. It should be compatible with the input voltage of the LED panel lights to avoid damage.



How do I calculate the wattage rating of my LED driver based on the LEDs’ forward voltage and current, and their series and parallels on my LED panel?

Multiply the LEDs’ forward voltage and current by their series and parallels, then choose a driver with a wattage rating at least as high as the result. Here is our LED Driver Calculator.



What are the main design goals and features to consider when choosing an LED driver?

Consider factors such as size, cost, efficiency, performance, and desired features like dimming, certificates, and warranty.



How can I troubleshoot common problems with LED panel lighting?

Common issues include uneven lighting, flickering, or dimming, which can be resolved by checking connections, ensuring compatibility, and using appropriate dimming controls.



What is the importance of choosing an LED driver with a high power factor?

A high power factor driver ensures energy efficiency, reduces power losses in the electrical lines, and complies with regulations.



Why is it important to choose an LED driver with flicker-free operation?

Flicker-free operation ensures a stable and consistent light output, providing eye comfort and better light quality for various applications, including photography and video.