ABB 1361 NO61-2-5 Motor Control Center, Advanced Industry Solutions
The ABB 1361 NO61-2-5 Drive is an advanced industrial control solution designed for optimizing efficiency and performance in heavy-duty applications across various industries.
The ABB 1361 NO61-2-5 Drive is an advanced industrial control solution designed for optimizing efficiency and performance in heavy-duty applications across various industries.
Operating Voltage:120-240V AC
Current Rating:10A
Communication Interface:Modbus TCP/IP
Power Supply Type:AC Input
Control Signals:No.61
Operating Temperature Range:-25°C to +55°C
Enclosure Type:IP20
Mounting Type:Panel Mount
The ABB 1361 NO61-2-5 Motor Control Center is designed for industries requiring high performance and robust motor control solutions. It integrates state-of-the-art technology to optimize energy consumption and prolong the service life of industrial motors.
This motor control center features a modular design, allowing for easy customization and scalability to meet varying industrial demands. The compact IP20 enclosure ensures protection against dust and light splashes, maintaining reliability in diverse environments.
Equipped with an inrush current limitation feature, it safeguards motors from voltage surges, preventing potential damage during startup. Its interlocking mechanism enhances safety by preventing unauthorized access to live parts.
Compliant with international safety standards, including IEC 61140-1, this control center ensures operational safety and compliance with environmental regulations. It is UL, CE, and CSA certified, offering peace of mind for global users.
With its advanced control algorithms and customizable settings, the ABB 1361 NO61-2-5 Motor Control Center enables precise control over motor operations, leading to improved efficiency and productivity in manufacturing lines. It’s a testament to ABB’s commitment to delivering cutting-edge technology for modern industrial challenges.
The ABB 1361 NO61-2-5 Drive is an advanced industrial control solution designed for optimizing efficiency and performance in heavy-duty applications across various industries.