1. General Overview

2. Key Technical Specifications

3. Core Product Features

• Dual Power Redundancy Design: Built with dual power inputs, enabling automatic switching when the main power supply fails, which guarantees continuous power supply and avoids production interruptions for industrial equipment.
• Integrated Brake Resistor: Equipped with a built-in brake resistor that provides a dedicated path for energy dissipation during motor braking, effectively protecting motors and supporting equipment from damage caused by excess regenerative energy.
• High Efficiency & Low Power Consumption: Adopts advanced power conversion technology to achieve high-efficiency energy conversion, reducing energy loss and cutting down long-term operating costs for industrial users.
• Eco-Friendly Design: Manufactured using low-environmental-impact materials, in line with global sustainable development goals and supporting enterprises in achieving net-zero emission targets.
• Anti-Interference Performance: Fully complies with international EMC standards, featuring excellent electromagnetic compatibility to ensure stable operation in complex industrial electromagnetic environments.

4. Product Structure & Components

• Rectification & Filtering Module: Converts input AC power to smooth DC voltage and filters out high-frequency noise, ensuring pure power output for subsequent modules.
• Power Conversion Module: The core component responsible for precise regulation of output voltage and current, matching the power demands of connected industrial equipment.
• Brake Resistor Module: Built-in brake resistor dedicated to dissipating excess energy during motor braking, preventing voltage surges and safeguarding internal components.
• Control & Monitoring Module: Monitors real-time operating status, including overload protection, temperature monitoring, and voltage/current tracking, with automatic fault protection functions.
• Relay Output Module: Provides alarm signals for fiber optic link failures and power supply faults, facilitating quick fault detection and maintenance.

5. Typical Application Scenarios

• Industrial Automation: Industrial production lines, industrial robots, CNC machine tools, automated assembly systems, and precision processing equipment.
• New Energy Sector: Power management systems for wind power generation, photovoltaic power generation, and other renewable energy power distribution equipment.
• Rail Transit: Power supply systems for subways, light rails, and urban rail transit control and operation equipment.
• Other High-Power Applications: High-power servo drives, power frequency converters, and various industrial equipment with strict power stability requirements.

6. Installation & Maintenance Guidelines

6.1 Installation Instructions

• Installation Environment: Select a well-ventilated location, avoid direct sunlight, moisture, dust accumulation, and corrosive gases to maintain optimal operating conditions.
• Wiring Specification: Strictly follow the wiring diagram in the official product manual, ensure correct phase sequence and firm wiring to prevent equipment damage caused by improper wiring.
• Fixation Requirement: Use a standard 35mm DIN rail for installation, fix the product stably to avoid displacement or poor contact.
• Safety Grounding: Conduct reliable grounding in accordance with industrial safety standards to prevent electric shock and enhance anti-interference capability.