CHANZON 10DGL-DZ-1W-440

Chanzon 1W Royal Blue LED Chip (440nm) Instruction Manual

Brand: CHANZON | Model: 10DGL-DZ-1W-440

1. Introduction

Thank you for choosing the Chanzon 1W Royal Blue LED Chip. This product is designed for various DIY lighting projects, including plant growth lights, hydroponic systems, and aquarium lighting. This manual provides essential information for safe and effective use.

Package Contents:

  • 10 x Chanzon 1W Royal Blue LED Chips (440nm)
Multiple Chanzon 1W Royal Blue LED chips

Image: Multiple Chanzon 1W Royal Blue LED chips, as supplied in the package.

2. Safety Information

Please read all safety instructions before installation and operation.

  • High-power COB LEDs require a constant current LED driver for proper operation. Do not connect directly to a constant voltage power supply without a suitable driver.
  • An adequate heat sink system is mandatory. The operating temperature of the LED chip must be maintained below 60°C (140°F) to ensure its specified lifespan and prevent damage.
  • Observe correct polarity (+ and -) during connection. Incorrect polarity will damage the LED.
  • Do not look directly into the illuminated LED. The intense light can cause eye strain or damage.
  • Handle LED chips with care to avoid electrostatic discharge (ESD) damage.

3. Specifications

The following table details the technical specifications for the Chanzon 1W Royal Blue LED Chip:

Detailed specifications table for various 1W LED colors and wavelengths

Image: Detailed specifications table for various 1W LED colors, including Royal Blue.

FeatureValue
BrandCHANZON
Model Number10DGL-DZ-1W-440
Quantity per Pack10 pieces
Power (Max)1 Watt
Emitting ColorRoyal Blue
Wavelength440nm-450nm
Recommended Forward Current300mA-350mA
Forward Voltage3.0V-3.4V
Luminous Flux25-35 Lumens
Beam Angle120-140 degrees
Chip Size30mil
ConstructionDouble gold wire (99.99%), Copper frame
LifespanUp to 50,000 hours (with proper heat management)
MaterialCopper
Case ShapeRound
Power SourceDC
Light Source TypeLED
Indoor/Outdoor UseIndoor
Dimensional diagram of the 1W LED chip

Image: Dimensional diagram of the 1W LED chip, showing measurements in millimeters.

  • Overall Length: 14.7mm
  • Chip Width: 7.2mm
  • Height: 5.1mm
  • Lens Diameter: 8mm

4. Setup and Installation

Required Components:

  • Chanzon 1W Royal Blue LED Chip(s)
  • Constant Current LED Driver (300mA-350mA output)
  • Appropriate Heat Sink
  • Thermal Paste or Adhesive (optional, for improved heat transfer)
  • Soldering Iron and Solder

Installation Steps:

  1. Identify Polarity: Locate the positive (+) and negative (-) terminals on the LED chip. The side with the "-" mark indicates the Cathode (negative), and the opposite side is the Anode (positive). Refer to the diagram below.
  2. Diagram illustrating LED chip construction and polarity markings

    Image: Diagram showing the internal construction of the LED chip and identifying the cathode (-) and anode (+) terminals.

  3. Mount to Heat Sink: Securely attach the LED chip to a suitable heat sink. Ensure good thermal contact. Applying a thin layer of thermal paste or using thermally conductive adhesive can improve heat transfer efficiency.
  4. Solder Connections: Carefully solder the LED chip's positive (+) terminal to the positive output of your constant current LED driver. Solder the LED chip's negative (-) terminal to the negative output of the driver. Double-check all connections for correct polarity and secure joints.
  5. Connect Driver to Power: Connect the input of the constant current LED driver to your main power source, ensuring it matches the driver's input voltage requirements.

Note: Improper heat management or incorrect wiring will lead to premature failure of the LED chip.

5. Operating Instructions

Once properly installed with a constant current driver and heat sink, the Chanzon 1W Royal Blue LED Chip will emit light when power is applied to the driver. Ensure the driver's output current is within the recommended 300mA-350mA range for optimal performance and lifespan.

Example of Royal Blue 440nm LED light output

Image: An example of the royal blue light emitted by the 440nm LED chip.

6. Maintenance

  • Heat Sink Cleaning: Periodically inspect the heat sink for dust or debris accumulation. Clean gently with compressed air or a soft brush to ensure efficient heat dissipation.
  • Environmental Conditions: Avoid exposing the LED chips to excessive moisture, high humidity, or corrosive environments, which can degrade performance and lifespan.
  • Connection Integrity: Occasionally check solder joints and wiring for any signs of corrosion or loose connections.

7. Troubleshooting

Common Issues and Solutions:

  • LED does not light up:
    • Check if the power supply to the LED driver is active.
    • Verify that the LED chip is connected with correct polarity (+ to +, - to -).
    • Ensure the constant current LED driver is functioning correctly and its output matches the LED's requirements (300mA-350mA).
    • Inspect all solder joints for proper contact and continuity.
  • LED is dim or flickers:
    • Confirm the LED driver is providing sufficient current within the recommended range.
    • Check for poor thermal contact between the LED and the heat sink, which can lead to reduced performance.
  • LED overheats quickly:
    • Ensure the heat sink is adequately sized for the 1W power output of the LED.
    • Verify that thermal paste or adhesive is correctly applied to facilitate heat transfer.
    • Check if the ambient temperature around the LED is excessively high.

8. Warranty and Support

Specific warranty details are not provided in the product information. For any technical assistance, troubleshooting beyond this manual, or inquiries regarding product support, please contact Chanzon customer service directly through their official channels or the retailer where the product was purchased.

© 2026 Chanzon. All rights reserved.

Ask a question about this manual

Ask about setup, troubleshooting, compatibility, parts, safety, or missing instructions. Manuals+ will review the question and use this page’s manual context to help answer it.