ABB 3AXD50000031877 ACS380 Drive Module - 2.2 kW
Part Number: 3AXD50000031877
Quick Summary
ACS380 machinery drive module provides precise motor control for conveyors and mixers in inline manufacturing. Engineers often face integration challenges and safety concerns when upgrading old drives. UL safety compliance and PROFIsafe over PROFINET enable safer machine operation, while CE readiness supports European deployments. This ABB solution supports adaptive programming and easy software customization, delivering tangible business value in industrial automation and energy efficiency across production lines.
Product Information
Extended Description
3AXD50000031877 ABB: The ACS380 machinery drive comes in several variants ensuring seamless integration into machines and connecting perfectly to automation systems. It=E2=80=99s a great fit for industries such as food and beverage, material handling and textile. Typical applications include mixers, conveyors, EOT and tower cranes, extruders and textile machinery.
With the integrated functional safety features, the ACS380 drive can be also part of the machine=E2=80=99s safety system via PROFIsafe over PROFINET, ensuring the motor is safely stopped when required. In addition, the drive=E2=80=99s software can be easily customized with adaptive programming to match any specific application requirements.
Integrated safety features with PROFIsafe over PROFINET enable safe-stop integration in the machine safety system, reducing downtime and operator risk while simplifying regulatory compliance for packaging lines and material-handling conveyors. Adaptive programming and configurable software shorten commissioning times and improve process repeatability for mixers, extruders, and textile machinery, delivering consistent torque control under variable loads. The 2.2 kW rating at 230 V enables precise speed control, smoother starts, and lower energy consumption on high-cycle lines, with compatibility for 208 V variants to fit existing facility power distributions. Installation and network compatibility are enhanced by ABB’s ACS380 family design, supporting straightforward wiring and fast panel integration to cut capital and labor costs during upgrades. Industry relevance spans food and beverage, material handling, and textile sectors, translating to higher uptime, easier safety audits, and faster return on investment.
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FAQs
Begin by verifying supply is 230 V single- or three-phase as applicable, then mount the ACS380 module in a suitable enclosure. Connect PROFINET for control and PROFIsafe wiring, configure safety parameters in the device firmware, and validate safe-stop behavior with a commissioning run. Ensure wiring follows ABB installation guidelines and that the UL safety profile aligns with your machine safety plan.
The module offers 2.2 kW nominal power with 9.8 A at 230 V in the stated variant, and UL-rated Pld 2 Hp with 9.3 A at 208 V. Typical input configurations fall in the LV range, enabling reliable motor control for conveyors and mixers while supporting adaption to different supply voltages where required.
Yes. The ACS380 family is designed for applications such as mixers, conveyors, EOT cranes, extruders, and textile machinery. With adaptive programming, safe-stop capabilities, and robust motor control, it delivers consistent performance in food & beverage, material handling, and textile environments while supporting hygienic or safe-operating standards as part of your automation stack.
The drive includes PROFIsafe over PROFINET for safe-stop integration within the machine safety system and UL-listed safety capabilities. While CE readiness is commonly pursued for European deployments, verify your specific compliance requirements and ensure the drive configuration aligns with your plant safety policy and regulator expectations.
Benefits include reduced downtime due to integrated safety features, faster commissioning from adaptive programming, and smoother motor control leading to energy savings. In high-cycle conveyors or mixers, these factors combine to shorten time-to-production, lower maintenance intensity, and improve overall equipment effectiveness (OEE).