Industrial 380V Rack Smart Power Distribution Unit

In the world of mission-critical operations, from sprawling data centers to high-tech industrial automation floors, the reliability of your power infrastructure is paramount. Unmanaged power is a liability, leading to unpredictable downtime, equipment damage, and significant safety risks. The challenge is not just delivering electricity, but controlling, monitoring, and protecting it with precision. For applications that demand high-capacity, three-phase power, a standard power strip is simply not an option. You need an intelligent, robust, and safe solution built for the rigors of a professional environment.

Introducing the Industrial 380V Rack Smart Power Distribution Unit (PDU), a comprehensive power management solution engineered to meet the highest standards of safety, reliability, and intelligent control. This unit is specifically designed to handle demanding 380V three-phase power loads, with configurable total current capacities of 200A or 400A. Housed in a durable rack-mountable chassis, it serves as the central nervous system for your most valuable equipment, providing granular control and unparalleled protection that empowers you to manage your power infrastructure with confidence.

Intelligent Monitoring and Remote Management

At the core of this device is its designation as a Smart Power Distribution Unit. Unlike basic power distributors, this PDU is equipped with advanced networking capabilities, allowing for complete remote oversight and management.

• Remote Accessibility: Featuring an integrated network interface with what appear to be standard Ethernet ports, the unit can be connected directly to your local network. This allows system administrators and facility managers to monitor and manage power distribution from a central dashboard, whether they are on-site or thousands of miles away. This remote access is crucial for reducing response times to critical events and minimizing the need for physical intervention.
• Granular Power Monitoring: Each major output circuit on the PDU is equipped with its own bright, easy-to-read digital display. These displays provide real-time, at-a-glance readings of key electrical parameters such as voltage (V) and current (A). This local feedback is invaluable for technicians during installation and maintenance. When combined with the network capabilities, this data can be logged, analyzed, and used to generate reports on power consumption trends, helping you optimize energy usage, plan for future capacity needs, and identify potential issues before they become critical failures.
• Proactive Load Management: By understanding the precise power draw of each connected device, you can prevent circuit overloads, a common cause of tripped breakers and unexpected outages. The smart interface can be configured to send alerts when power consumption exceeds predefined thresholds, allowing you to take corrective action proactively. This level of insight ensures balanced power distribution across all phases and circuits, maximizing uptime and extending the life of your equipment.

Uncompromising Safety and Protection

Power is essential, but safety is non-negotiable. This Smart PDU is built with a multi-layered protection system designed to safeguard both your sensitive electronic equipment and your valuable personnel.

• Robust Overcurrent Protection: Each power output group is protected by a high-quality CHINT NB1-63 miniature circuit breaker (MCB). As seen in the detailed images, these are industrial-grade components, with one example showing a C40 rating, signifying a 40-amp capacity. These breakers are the first line of defense against overcurrents and short circuits. In the event of a fault, the breaker will instantly trip, isolating the affected circuit and preventing a cascading failure that could damage the PDU and all connected devices.
• Advanced Leakage Current Protection: A standout feature is the dedicated leakage protection module integrated into the unit. Labeled “漏电电源” (Leakage Power Supply), this system functions as a Residual Current Device (RCD) or Ground Fault Circuit Interrupter (GFCI). It continuously monitors for minute imbalances in the current flow, which indicate a dangerous ground fault—a condition where electricity is escaping the circuit. This is a critical safety feature that provides life-saving protection against severe electric shock. Each module includes “测试” (Test) and “复位” (Reset) buttons, allowing for regular safety checks and easy restoration of power after a fault has been cleared.
• Durable Industrial Construction: The entire unit is housed in a rugged, all-metal enclosure designed for standard rack mounting. This sturdy construction protects the internal components from the physical stresses of an industrial or data center environment. As noted in its attributes, the PDU is suitable for a wide range of applications, including indoor, outdoor, and industrial settings, attesting to its resilience and reliability.

High-Density, High-Capacity Power Distribution

This PDU is engineered to be the backbone of power-hungry environments, simplifying complex power requirements into a single, manageable unit.

• Three-Phase 380V Power: Designed natively for 380V three-phase input, it is perfectly suited for powering high-performance computing equipment like blade servers, large network switches, storage arrays, and industrial machinery that require this robust power standard.
• Massive Current Capacity: With selectable main input current ratings of 200A or 400A, this unit can support a significant density of equipment. It eliminates the need for multiple smaller, lower-amperage PDUs, thereby reducing clutter, simplifying wiring, and minimizing potential points of failure within the rack.
• Multiple Protected Outputs: The front panel clearly shows a multitude of individually monitored and protected output circuits. While the specifications mention three sockets—which may refer to the main high-amperage connector types or three primary protected zones—the visual evidence confirms its ability to distribute power to a large number of devices from a single source. This high-density design is essential for maximizing space and efficiency in modern equipment racks.