MIBOXER Smart LED Control System

1. Introduction

The MIBOXER Smart(set) LED strip control system is a high-end LED controller designed for wireless remote and smartphone control. It also supports 4G long-distance control when paired with a 2.4GHz gateway. The system features auto-transmitting and auto-synchronizing functions and supports RGB, RGBW, and RGB+CCT output modes. Utilizing 2.4GHz wireless technology, it offers low power consumption, long signal transmission, and strong anti-interference capabilities. A single compatible remote control can manage multiple controllers simultaneously. This system is widely used for lighting in hotels and homes.

2. Technical Data

Controller

Controller Diagram Description: A rectangular controller unit with input terminals for AC to DC power (DC12V/24V) and output terminals for LED strips. The output terminals vary based on the model: RGB (R, G, B, V+), RGBW (R, G, B, W, V+), and RGB+CCT (R, G, B, CW, WW, V+). Dimensions are approximately 37mm width, 28mm depth, and 97mm height.

Remote Control

Remote Control Diagram Description: A slim, rectangular remote control with a circular color selection area (Color Ring), a vertical brightness slider, and several buttons. Key buttons include ON/OFF, White (W), Red (R), Green (G), Blue (B), Mode (M), Speed Down (S-), and Speed Up (S+). Dimensions are approximately 47mm width, 16.5mm depth, and 134mm height.

3. Products Key Diagram

This section illustrates the key components and controls of the remote. The Color Ring allows users to select colors. The Saturation / CCT Control adjusts color saturation or color temperature depending on the mode. An Indicator light is present. Buttons include:

• White (W): Switches to white light mode.
• ON / Link(Unlink): Powers the device on or initiates linking/unlinking procedures.
• Static Red Light, Static Green Light, Static Blue Light: Displays solid colors.
• Speed- / 60S Delay OFF: Decreases speed in dynamic modes; in static mode, a 2-second press turns off the light after 60 seconds.
• Dimming Slider: Adjusts the overall brightness.
• OFF: Powers the device off.
• Speed+ / 10min Delay OFF: Increases speed in dynamic modes; in static mode, a 2-second press turns off the light after 10 minutes.
• Mode (M): Cycles through different dynamic lighting modes.

4. Auto-synchronization Function

Multiple controllers can operate synchronously. When started at different times but controlled by the same remote, they will match the selected dynamic mode and speed.

Auto-synchronization Diagram Description: This diagram shows a central remote control communicating wirelessly with several controller units. Arrows indicate that the controllers are synchronized with each other, ensuring uniform lighting effects across multiple connected LED strips.

Remark:

1. The indicator light signifies auto-transmitting status.
2. Controllers will auto-synchronize within the same dynamic modes and maintain synchronization within a 30m controlling distance.

5. Auto-transmitting Function

The auto-transmitting feature extends the control range. One strip controller can relay signals from the remote control to another controller within a 30m range. If a chain of controllers is set up with each unit within 30m of the next, the effective remote control distance becomes virtually limitless.

Auto-transmitting Diagram Description: This diagram illustrates a sequence of controller units connected in a chain. Each controller is shown transmitting signals to the next, demonstrating how the control signal propagates through the network, effectively extending the range beyond the direct line-of-sight of the remote.

6. Dynamic Mode Sheet

The system supports various dynamic lighting modes:

7. Linking & Unlinking

Remark: The LED light can only function after being successfully linked with the remote controller.

Linking Instructions

Follow these steps to link the remote control to a controller:

1. Switch off the power supply to the controller. Wait for 10 seconds, then switch it back on.
2. While the light is on, quickly press the "ON" button on the remote control 3 times within 3 seconds.
3. If the linking is successful, the connected light will blink 3 times slowly.

If the light does not blink slowly, the linking has failed. Please switch off the power again and repeat the steps.

Linking Diagram Description: This diagram shows the power supply connected to the controller, and the controller connected to the LED strip. It illustrates the remote control with its "Link/Unlink button" and "ON" button, indicating the sequence of power cycling and button presses required for pairing.

Unlinking Instructions

Follow these steps to unlink a remote control from a controller:

1. Switch off the power supply to the controller. Wait for 10 seconds, then switch it back on.
2. While the light is on, quickly press the "ON" button on the remote control 5 times within 3 seconds.
3. If the unlinking is successful, the connected light will blink 10 times quickly.

If the light does not blink quickly, the unlinking has failed. Please switch off the power again and repeat the steps.

Unlinking Diagram Description: Similar to the linking diagram, this illustrates the process of unpairing the remote. It shows the power supply, controller, and remote, highlighting the sequence of power cycling and pressing the "ON" button 5 times.

8. Controller Connection to LED Strip Diagrams

These diagrams illustrate how to connect the MIBOXER controllers to different types of LED strips. Ensure the input voltage (DC12V~24V) from the power supply matches the controller's requirements.

Controller Connect to RGB LED Strip Diagram

Model: FUT043 (RGB LED Strip Controller)
Connections:

• Input: AC to DC power supply (DC12V/24V) connected to the controller's INPUT terminals (V+, V-).
• Output: Controller's OUTPUT terminals (R, G, B, V+) connected to the corresponding terminals on the RGB LED strip.

Controller Connect to RGBW LED Strip Diagram

Model: FUT044 (RGBW LED Strip Controller)
Connections:

• Input: AC to DC power supply (DC12V/24V) connected to the controller's INPUT terminals (V+, V-).
• Output: Controller's OUTPUT terminals (R, G, B, W, V+) connected to the corresponding terminals on the RGBW LED strip.

Controller Connect to RGB+CCT LED Strip Diagram

Model: FUT045 (RGB+CCT LED Strip Controller)
Connections:

• Input: AC to DC power supply (DC12V/24V) connected to the controller's INPUT terminals (V+, V-).
• Output: Controller's OUTPUT terminals (R, G, B, CW, WW, V+) connected to the corresponding terminals on the RGB+CCT LED strip.

General Diagram Notes: All controllers are rated for DC12V~24V input, 6A/Channel output, 15A total output, and operate between -20~60°C. They use 2.4GHz RF with a 30m control distance and are manufactured in China, bearing CE and RoHS certifications.

9. Attention

Please observe the following precautions for safe and optimal operation:

• ⚠️ Voltage and Polarity Check: Verify that the input voltage of the constant voltage power supply matches the controller's requirements (DC12V~24V). Ensure correct connection of both positive (cathode) and negative (anode) terminals to prevent controller damage.
• ⚠️ Power Connection Safety: Do not connect or disconnect wires while the power is on. Ensure all connections are correct and there are no short circuits before turning on the power.
• ⚠️ Environmental Considerations: Avoid using the controller in locations with large metal surfaces or strong electromagnetic interference, as these conditions can significantly reduce the remote control's effective range.