ABB 3ABD00039405-D Drive Module ACS880-04 Systems - IP20
Part Number: 3ABD00039405-D
Quick Summary
ABB 3ABD00039405-D Drive Module delivers reliable LV AC motor control for heavy industry applications. Engineers often struggle with integrating drives into existing panels, coping with harmonic distortion, and fitting large components into tight enclosures. CE conformity and IP20 protection are supported, with optional functional safety modules to help meet SIL-rated environments. Compact, all-in-one design and flexible mounting simplify panel integration and reduce wiring complexity, delivering faster commissioning and lower total cost of ownership in automation projects. For engineers, this means easier commissioning, fewer external filters, and improved energy efficiency across pumps, fans, and conveyors. With industry-standard interfaces and scalable options, the ACS880-04 family supports future upgrades without reworking cabinet layouts.
Product Information
Extended Description
3ABD00039405-D ABB: The ACS880-04 drives are customized to meet the particular needs of specific industries, such as oil and gas, mining, metals, chemicals, cement, power plants, material handling, pulp and paper, sawmills, marine, water and wastewater, food and beverage, and automotive. They can control a wide range of applications, including cranes, extruders, winches, winders, conveyors, mixers, compressors, centrifuges, test benches, elevators, extruders, pumps, and fans. The ACS880-04 modules have all the essential features built-in, including a choke for harmonic filtering as standard, and options such as a brake chopper, EMC filter and communication protocol adapter, functional safety and I/O extension modules. The all built-in design combined with IP20 protection significantly simplifies engineering. The drive=E2=80=99s compact size, flexible cabling directions and versatile mounting possibilities from narrow bookshelf to flat mounting and horizontal mounting make it an ideal fit for almost any enclosure. The control unit with I/O and communication connections can be mounted outside the power module or integrated into it.
Built-in harmonic filtering is a core feature of the ACS880-04 drive module. The internal choke actively reduces high-order harmonics at the source, improving grid power quality, limiting transformer and cable heating, and minimizing the need for external EMI filters. This design simplifies electrical compliance with CE standards and local regulatory requirements while reducing wiring and enclosure space. For heavy-duty lines such as conveyors, mixers, pumps, and winches, the result is steadier torque, better speed regulation under load changes, and fewer nuisance trips in demanding environments. All essential control logic, protection, and diagnostics are built into a single unit with IP20 protection. The all-in-one design shortens engineering time, lowers panel complexity, and reduces the bill of materials by limiting the number of standalone devices. Engineers appreciate the option to mount the control unit outside the power module or integrate it, enabling flexible cabinet layouts and easier cable management. Flexible mounting directions and compact dimensions support diverse panel layouts and enclosure geometries. The drive’s mounting options—from narrow bookshelf to flat or horizontal setups—allow precise cabling directions that simplify routing and maintenance. This adaptability translates into faster commissioning, easier service, and reduced risk of human error during installation. Brake chopper, EMC filter, and protocol adapter options extend braking energy control, electromagnetic interference suppression, and PLC connectivity. These built-in options reduce procurement steps, ensure regulatory compliance, and preserve a small system footprint by avoiding additional external modules. In practice, this means shorter lead times for projects, easier spare parts stocking, and smoother upgrades for existing automation lines. Functional safety modules and I/O extension capabilities support SIL-ready configurations and scalable automation architectures. This makes the drive module suitable for regulated environments such as automotive, chemicals, and metals processing, while maintaining compatibility with common industrial protocols (EtherNet/IP, PROFINET, Modbus). By aligning with enterprise safety standards, the ACS880-04 drive module helps you meet both today’s requirements and future safety investments. With broad application coverage—from cranes to winders and pumps—the module delivers measurable outcomes in reliability, uptime, energy efficiency, and total cost of ownership. The integrated design reduces field wiring, simplifies commissioning, and supports rapid upgrades as processes evolve.
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FAQs
The module combines motor control, protection, and diagnostics in one enclosure and supports flexible mounting. It integrates with existing ACS880-04 configurations via standard control interfaces, reducing enclosure space and simplifying wiring. For panel builders, this means faster integration, fewer compatibility issues, and straightforward field upgrades without major rework.
Key specifications include Pn 630 kW and a rated current of 880 A, with IP20 protection and built-in harmonic filtering via an internal choke. Optional brake choppers, EMC filters, and protocol adapters extend braking control, EMI suppression, and PLC connectivity, supporting reliable operation in demanding load profiles.
Yes. The ACS880-04 module is designed for harsh industrial environments and a wide range of applications including cranes, conveyors, pumps, and winches. Its IP20 protection, built-in filtering, and optional functional safety modules make it adaptable to process industries such as oil & gas, mining, metals, chemicals, and cement.
The module offers CE conformity and IP20 protection as standard. Optional functional safety modules help address SIL-rated environments, and the built-in features support regulatory compliance for motor control, energy efficiency, and EMI/EMC requirements across industrial installations.
Upgrading provides reduced wiring and external filtering needs, smaller enclosure footprints, faster commissioning, and easier future upgrades. The integrated design lowers BOM complexity and maintenance costs, while improving energy efficiency and reliability across conveyors, pumps, and other driven equipment, leading to shorter project cycles and lower total cost of ownership.