Characteristics of Three-Phase DC Intelligent Lighting System
Extremely Extends the Lifespan of Lighting Fixtures
Extremely Reduces Line Loss and Cable Costs
Extremely Reduces Light Decay and Significantly Enhances Lighting Comfort
Comprehensively Enhances Electrical Safety Performance
Comprehensively Reduces User Operating Costs
Three-Phase DC System Function Introduction
IoT Remote Device Control, Monitoring, and Visualized Operation
Three-Phase Real-Time Balancing Technology
Accurate Carbon Emission Monitoring with Data Calculation Close to Real Values
A Benchmark System in High-Power LED Lighting, with Unmatched Performance
Achieving Ultra-Long Fixture Lifespan Under Effective Illumination
The Ideal Choice for Digital Factory Management
Three-Phase DC System Schematic Diagram (in English)
Introduction to Intelligent Power Distribution Cabinet
Key Features:
High Efficiency
High Power Density
DSP Digital Control
Low Input Harmonic
Wide Input Voltage Range and Wide Output Voltage Range
Wide Operating Temperature Range
Comprehensive Fault Self-Detection and Alerts
Model | TNZN4W-ZK2.2P |
Load Power | 20000W / 30000W / 40000W |
Cabinet Dimensions (LWH*Thickness) | Door: 6005001200mm |
Cabinet Material | Galvanized sheet with spray coating (standard electrical cabinet process) |
Input Voltage | Three-phase AC 330V~530V |
Output Voltage Range | DC 380V ±1% |
Frequency | 45~65Hz |
Power Factor (PF) | 0.99 |
Operating Temperature | -40~+50℃ |
Efficiency | 95% |
Current Distortion (THD) | THD <5% |
Alarm Functions | Input undervoltage / Input overvoltage / Output overvoltage / Output undervoltage / Module fault / Fan fault |
Operating Temperature | -40~+50℃ |
Surge Protection Level | 40KV |