ABB ACS880-104-0082A-7+F272 Inverter Modules

Rated Input Voltage:208Vac-240Vac (3-phase / 3P)

Rated Current:274A (nom.; 230Vac)

Rated Power:75kW (nom.; 230Vac)

Protection Rating:IP55 / UL type 12

Communication Capability:Modbus RTU / Modbus

Mounting Style:Surface / wall

Choke Included:Yes

Safe Torque Off (STO):Yes

Direct Torque Control (DTC):Yes

PID Control:Yes

Energy Optimizer:Yes

Diagnostics:Built-in

Frame Size:R2

Compatible Input Voltages:208Vac-240Vac (220Vac / 230Vac) (3-phase / 3P)

    Integrating cutting-edge technology, the ABB ACS880-104 Inverter Modules offer unparalleled performance in managing electric motor operations across various industries. Designed with efficiency at its core, these modules provide precise control over motor speed and torque, ensuring optimal energy utilization and enhanced operational reliability.

    Featuring Direct Torque Control (DTC), the modules deliver superior control accuracy and dynamic response, enabling seamless integration into complex automation systems. With support for multiple communication protocols, including Modbus RTU and DeviceNet, they facilitate easy connectivity and data exchange, streamlining system integration and maintenance processes.

    Built to withstand challenging industrial environments, the ABB ACS880-104 modules come equipped with an IP20 protection class, safeguarding against dust and splashes of water. Their robust design ensures reliable operation within temperature ranges from -20°C to +50°C, making them suitable for diverse application scenarios.

    Equipped with advanced diagnostics tools, these inverter modules enable real-time monitoring and predictive maintenance, minimizing downtime and maximizing productivity. Their high-capacity load handling, up to 650% overload, supports continuous and efficient operation under demanding conditions.

    Ideal for applications in manufacturing, robotics, and process control, the ABB ACS880-104 Inverter Modules represent a significant advancement in industrial automation technology. They are designed to optimize energy consumption, enhance system efficiency, and improve overall manufacturing processes, contributing to sustainable and efficient production environments.