Grenton Módulo de regulação LED RGBW 1-Wire Entradas digitais 2 entradas encastrado TF-BUS

The Grenton LED Dimming Module RGBW is a high-performance controller designed for RGBW LED strips, featuring 4 PWM output channels with a maximum total current of 10 A. It supports 0-100% dimming and integrates seamlessly into the Grenton Smart Home System via the proprietary TF-BUS communication protocol. The module includes 2 potential-free digital inputs for connecting physical switches or sensors, and is designed for recessed installation in a standard Ø60mm electrical box.

Advantages

This module offers precise control over RGBW lighting, allowing for dynamic color mixing and smooth dimming. Its compact recessed design saves space and provides a clean installation. The TF-BUS connectivity ensures reliable communication within the Grenton ecosystem, while the digital inputs enable integration with external switches for manual control.

Suitable for

• RGBW LED strip lighting in residential and commercial smart home installations
• Integration with Grenton Smart Home System for centralized control
• Applications requiring 0-100% dimming and color control
• Flush-mounted installations in standard electrical boxes

Key specifications

• Communication Protocol: TF-BUS (Grenton proprietary bus)
• Output Channels: 4 (RGBW)
• Output Type: PWM
• Max Output Current per Channel: 2.5 A
• Max Total Output Current: 10 A
• Supply Voltage: 12-24 V DC
• Max Output Power (12V): 120 W total
• Max Output Power (24V): 240 W total
• Digital Inputs: 2 (potential-free)
• Dimming Range: 0-100%
• Installation Type: Recessed / Flush-mounted (in Ø60mm electrical box)
• Operating Temperature: -10°C to +50°C
• Protection Rating: IP20
• Housing Material: Plastic
• Connection Type: Screw terminals
• Control Method: Grenton App, physical switches, automation scenarios

Recommendations

For optimal performance, use with Grenton compatible power supplies and LED strips. Ensure proper heat dissipation and follow local electrical codes during installation.