Taidacent Wireless LED Inductive PCB Charger Pad User Manual

1. Introduction

This manual provides instructions for the Taidacent Wireless LED Inductive PCB Charger Pad. This device is designed to wirelessly power compatible LED lights through electromagnetic induction, offering a flexible and innovative lighting solution. Please read this manual thoroughly before use to ensure proper operation and safety.

2. Product Overview

2.1 Key Features

Type C USB 5V power input.
Capable of wirelessly charging more than 200 compatible LEDs simultaneously.
Coil PCB size: 78mm diameter.
Inductive distance: Up to 70mm.
Designed for use with 4.3mm x 4.3mm LED sizes (Red, Golden, Orange, Green, Blue, Pink, White).

2.2 Package Contents

The package includes the Taidacent Wireless LED Inductive PCB Charger Pad (Model: 673b6a87-a502-40dd-a17b-70c6218cfc33).

Image: The Taidacent Wireless LED Inductive PCB Charger Pad, a circular black circuit board with a USB Type-C connector extending from one side.

3. Setup

Power Connection: Connect the USB Type-C connector of the inductive PCB to a 5V USB power source (e.g., a wall adapter, power bank, or computer USB port). Ensure the power source can provide sufficient current for the number of LEDs you intend to use.
Placement: Place the inductive PCB on a flat, stable surface.
LED Positioning: Position compatible wireless LEDs within the inductive range (up to 70mm above the PCB). The LEDs will illuminate automatically when placed within the active field.

Taidacent Inductive PCB with multiple colored LEDs illuminated

Image: The inductive PCB connected to a USB power source, with several small, colored LEDs glowing brightly around its surface, demonstrating wireless power transfer.

4. Operating Instructions

Once the inductive PCB is powered on, it continuously emits an electromagnetic field. Compatible wireless LEDs placed within this field will draw power and light up. No additional wiring or batteries are required for the LEDs themselves.

Optimal Placement: For best brightness and performance, place LEDs directly above the PCB. The brightness may decrease as the distance from the PCB increases, up to the maximum inductive distance of 70mm.
Multiple LEDs: The PCB can power over 200 LEDs simultaneously, provided they are within the inductive range and the power source is adequate.
Orientation: The orientation of the LED lights can affect their brightness. Experiment with different orientations for optimal illumination.

Video: A demonstration of wireless LEDs lighting up when placed near an inductive coil, showcasing the product's functionality. The video highlights various colors of LEDs being powered without direct contact.

Taidacent Inductive PCB powering LEDs inside a clear container

Image: The inductive PCB connected to a wall adapter, placed beneath a clear container filled with numerous small LEDs, which are all illuminated, demonstrating its use in a decorative setup.

5. Maintenance

Cleaning: Use a soft, dry cloth to clean the surface of the PCB. Do not use liquid cleaners or abrasive materials.
Storage: Store the device in a cool, dry place away from direct sunlight and extreme temperatures.
Handling: Handle the PCB with care. Avoid bending or applying excessive force to the board or its components, especially the exposed chip and USB terminal.

6. Troubleshooting

Problem	Possible Cause	Solution
LEDs do not light up.	No power to the PCB. LEDs are not compatible. LEDs are outside the inductive range. Incorrect LED orientation. Damaged PCB or LEDs.	Ensure the USB Type-C cable is securely connected to a 5V power source. Verify that the LEDs are designed for wireless inductive charging. Place LEDs closer to the PCB (within 70mm). Adjust the orientation of the LEDs. Inspect the PCB and LEDs for visible damage.
LEDs are dim or flicker.	LEDs are at the edge of the inductive range. Too many LEDs for the power source. Interference from metallic objects.	Move LEDs closer to the center of the PCB. Use a more powerful 5V USB adapter or reduce the number of LEDs. Remove any metallic objects from near the PCB.
PCB is not functioning.	Power source issue. Physical damage to the PCB.	Test with a different 5V USB power source and cable. Inspect the PCB for any signs of damage. Avoid contact with metallic objects when powered on.

7. Specifications

Feature	Detail
Brand	Taidacent
Model Number	673b6a87-a502-40dd-a17b-70c6218cfc33
Connector Type	USB Type-C
Input Voltage	5 Volts DC
Output Voltage	5 Volts (Wireless Induction)
Coil PCB Size	78mm diameter
Inductive Distance	Up to 70mm
Max LEDs Supported	More than 200 PCS
Compatible Devices	Wireless LED Lights
Material	Metal (PCB components)
Connectivity Technology	Type C, USB, Wireless

Diagram showing dimensions of the Taidacent Inductive PCB

Image: A diagram illustrating the dimensions of the inductive PCB, showing a 7.8cm diameter for the coil and a 7cm inductive height, with a Type C interface.

8. Warranty and Support

This product comes with a manufacturer's warranty as per standard terms. For specific warranty details or technical support, please refer to the seller's information or contact Taidacent directly. Keep your purchase receipt for warranty claims.

Warranty Description: Other (as per manufacturer's standard policy).

Taidacent 673b6a87-a502-40dd-a17b-70c6218cfc33