ABB 3BSE038226R1 SS823 Power Voting Unit – High-Performance Power Management Solution

Module Type:Power Voting Unit

Product ID:3BSE038226R1

Series:SS823

Voltage Rating:Up to 480VAC

Current Capacity:Up to 63A

Operating Temperature Range:-25°C to +60°C

Protection Class:IP20

Dimensions (WxHxD):178mm x 72mm x 265mm

Weight:2.5kg

Communication Interface:RS485

Redundancy:N+1

Control Protocol:Modbus RTU

    Engineered with precision for industrial applications, the ABB 3BSE038226R1 SS823 Power Voting Unit is a critical component in enhancing system reliability and efficiency. This module is specifically designed to handle high-voltage power distribution tasks, providing unparalleled performance under demanding conditions.

    Featuring an advanced power management system, the SS823 ensures optimal energy allocation, enabling seamless integration with other system components. Its robust construction withstands harsh industrial environments, ensuring prolonged operational life without compromise.

    With its versatile communication interface, the Power Voting Unit facilitates seamless connectivity with various control systems, supporting a wide range of protocols for enhanced system interoperability. This feature is particularly advantageous in complex, multi-vendor setups where seamless data exchange is essential.

    The unit is equipped with a high-capacity current sensor, which monitors real-time power usage, allowing for proactive system management and maintenance. This capability minimizes downtime and optimizes resource utilization, contributing significantly to overall operational efficiency.

    Designed with safety in mind, the ABB 3BSE038226R1 SS823 incorporates comprehensive safety features, including overcurrent protection and short-circuit prevention mechanisms. These safeguards ensure the protection of personnel and equipment, making it a safe choice for industrial settings.

    Installation and maintenance are streamlined with the inclusion of user-friendly interface and intuitive design, ensuring minimal downtime during routine checks or upgrades. This aspect contributes to reduced operational costs and increased productivity.