RGBWC-150-24V-IP65-1428D-5M
- RGBWC-150-24V-IP65-1428D-1M (1m length)
- RGBWC-150-24V-IP65-1428D-5M (5m length)
| SKU | Product |
|---|---|
| 34157 | RGBWC-150-24V-IP65-1428D-5M |
| 34158 | RGBWC-150-24V-IP65-1428D-1M |
Overview
The RGBWC-150-24V-IP65-1428D-5M is a multi-color temperature LED strip with an external IC, supporting independent control of RGB color light as well as cool white and warm white light. It is suitable for ambient lighting, home lighting, commercial displays, and other scenarios.
COB LED Strip Features
This product uses COB (Chip On Board) packaging technology, where multiple LED chips are directly integrated onto a substrate to form a continuous, uniform light-emitting surface. Compared to traditional SMD LED strips, it offers the following characteristics:
- More uniform light emission: no visible granularity, presenting a continuous and soft light band effect
- Softer light: reduces point-source glare, more suitable for close-range illumination
- More compact structure: higher luminous density per unit area
- Cleaner visual appearance: ideal for ambient lighting, decorative lighting, and display applications
COB LED strips are particularly suitable for scenarios that require high light uniformity, such as indoor ambient lighting, cabinet lighting, backlighting, and commercial display illumination.
Specifications
| Parameter | Specification |
|---|---|
| LED Type | COB |
| IC Model | WS2812B ×2 |
| FPC Width | 15mm |
| Number of LEDs | 1428 LEDs / meter |
| Operating Voltage | 24V |
| Power Consumption | 26 W / meter |
| Color | RGB + Cool White + Warm White (RGBWC) |
| Grayscale Levels | 256 adjustable levels (per color) |
| Data Bit Width | 48 bits / LED segment |
| Beam Angle | 120° |
| Protection Rating | IP65 |
| Length | 1 m / 5 m / roll (optional) |
Dimensions
- Waterproof LED strips are factory-sealed (IP65). It is not recommended for users to cut or re-seal them.
- If cutting is necessary, be sure to reapply waterproofing treatment; otherwise, protection performance and product life may be affected.
Interface Description
-
1 meter version:
Input: SM3PIN (female terminal / male connector) + auxiliary power cable
Output: SM3PIN (male terminal / female connector) -
5 meter version:
Input: SM3PIN (female terminal / male connector)
End: auxiliary power cable
| Wire Color | Function |
|---|---|
| Red | VCC (+24V power) |
| White | GND (power ground) |
| Green | DATA (data input/output) |
Protocol Description
This product uses a single-wire serial communication programmable driver IC (compatible with WS2812B LED communication timing) and transmits data using NRZ (Non-Return to Zero) code.
Each LED segment requires 48 bits (6 bytes) of data, consisting of six 8-bit fields in the order: R, G, B, W₁, W₂, and 0. The last byte is fixed at 0.
Upon power-on, the cascade circuit receives data from DIN. Each LED segment corresponds to 48 bits of data and forwards the remaining data to the next stage via DO. After receiving the complete data, the IC outputs the corresponding PWM signal to control the brightness based on the data.
When a RESET signal (low level ≥ 280μs) is input, the IC updates the display and starts receiving data again. Until a RESET signal is received, the display state remains unchanged.
Data Transmission
48-bit Data Structure
Note: MSB first, sending 6 bytes of data in the order of R, G, B, W₁, W₂, and 0, where the last byte is 0.
Timing Waveform
Input Code Pattern
Connection Method
Signal Timing Specifications
| Symbol | Description | Duration |
|---|---|---|
| T0H | 0-code, high level time | 0.22µs - 0.38µs |
| T1H | 1-code, high level time | 0.58µs - 1.0µs |
| T0L | 0-code, low level time | 0.58µs - 1.0µs |
| T1L | 1-code, low level time | 0.58µs - 1.0µs |
| RES | Reset code | ≥ 280µs |
Current / Power Requirements
The maximum power consumption of this product is approximately 26W per meter, with an operating voltage of 24V, so the maximum operating current per meter is approximately 1.08A.
When selecting a power supply, it is recommended to leave some margin; the power supply rating should be at least 1.25 times the maximum power consumption to ensure long-term stable operation.
When multiple strips are cascaded, voltage drop along the line may occur. It is recommended to provide power compensation at regular intervals via auxiliary power cables to avoid uneven brightness or color deviation.