PLC Dual Light Controller

MC-2P Dual Light Controller utilizes PLC technology to enable data transmission via existing power lines, eliminating extra wiring and reducing installation costs. With a PHY peak rate of 0.507Mbit/s and OFDM modulation, it ensures high-speed, interference-resistant communication. Features include auto fast networking (10s completion, up to 10 relays) and long-range coverage. It monitors and reports parameters like I/O current/voltage, active/apparent power, energy consumption, power factor, and switching status.

Product Advantage

  • PLC Communication: OFDM-based technology, noise-resistant, no additional wiring required.
  • Dual-Channel Control: Independent switch & 0-10V/PWM dimming for LED lamps.
  • High-Precision Monitoring: Measures per-channel current/voltage, active/apparent power, energy, and power factor, compliant with national metering standards.
  • Protection Functions: Over-current/voltage, under-voltage, overload protection, and default lighting.
  • Real-Time Alerts: Instant reporting of warnings and faults.
  • Plug-and-Play: No wiring or external antenna needed.
PLC Dual Dimmer Switch

Product Parameters

PLC Dual Dimmer Switch
Category Parameter Value Note
AC Parameters Operating Voltage Range 90~260V AC/DC /
Rated Voltage 220V AC /
Load Parameters Max. Load Current per Channel ≤5A /
Max. Load Power per Channel ≤800W /
Standby Power No-Load Power Consumption ≤2W In PLC receiving mode
Category Parameter Value/Feature Note
Dimming Control Dimming Type 0-10V / PWM Dual-mode compatible
Environment

Operating Temperature -40℃ ~ +85℃ Wide-temperature design
Ingress Protection IP66 Dust/waterproof
Surge Protection ±6KV Lightning resistance
Data Monitoring Measured Parameters Current, Voltage, Active Power, Power Factor, Energy High-precision metering
Protection Safety Alarms Over/Under Voltage, Over Current, Overload Multi-protection circuit
Intelligence Edge Computing Local strategy execution, Offline operation Autonomous control
Parameter Measurement Range Accuracy Note
Current 0~5A ≤±5% /
Voltage 0~270V ≤±5% /
Active Power 1W~800W per channel ≤±5% /
Power Factor 0~1PF ≤±5% /
Energy / ≤±5% Cumulative energy metering

Dimensions

Dual Light Dimmer Switch Product Dimension
Dual Light Dimmer Switch Product Dimension
 
 
 
 

Wire Connect

PLC Dual Light Dimmer Switch Wire Connect 1
PLC Dual Light Dimmer Switch Wire Connect 1

 

  • Step 1: Connect dual light controller AC output channel 1 to power supply 1 L/N input terminals. (L to L, N to N)
  • Step 2: Connect dual light controller AC output channel 2 to power supply 2 L/N input terminals. (L to L, N to N)
  • Note: Ensure correct polarity matching between the controller’s Channel 1/2 outputs and the L/N terminals of each power supply to avoid reverse connection.
PLC Dual Light Dimmer Switch Wire Connect 2
PLC Dual Light Dimmer Switch Wire Connect 2

 

  • Step 1: Connect dual light controller 0-10V dim output channel 1 to power supply 1 Dim+ terminal.
  • Step 2: Connect dual light controller GND dim output channel 1 to power supply 1 Dim- terminal.
  • Step 3: Connect dual light controller PWM dim output channel 2 to power supply 2 Dim+ terminal.
  • Step 4: Connect dual light controller GND dim output channel 2 to power supply 1 Dim- terminal.
PLC Dual Light Dimmer Switch Wire Connect 3
PLC Dual Light Dimmer Switch Wire Connect 3

Connect Power Supply and lamps. (Positive to Positive and Negative to Negative)

PLC Dual Light Dimmer Switch Wire Connect 4
Overall Wiring Overview

 

 

PLC Dual Light Dimmer Switch Wire Connect 5

 

Note: This dual light controller supports CCT (Correlated Color Temperature) adjustment. Wiring configuration depends on compatible power supply. Contact technical support for implementation.
Dual Color Temperature Wiring Diagram

FAQ

The MC-2P Dual Light Controller uses Power Line Communication (PLC) to transmit data directly through existing power cables. It enables remote monitoring and control of two lighting circuits without additional communication wiring, reducing installation costs and improving reliability.