ABB 3AXD50000827367 Motors & Drives - 0.37 kW
Part Number: 3AXD50000827367
Quick Summary
ABB 3AXD50000827367 is an LV AC machinery drive module for variable-speed control in pumps, fans, and conveyors. Engineers often grapple with integrating new drives into legacy control systems, which can slow commissioning and lead to misconfiguration. This drive aligns with CE certification and robust IP-rated construction, with SIL-ready configurations available within the ACS180 family to support safety-critical applications. By leveraging ABB's all-compatible drives portfolio, it enables consistent interfaces, easier operator training, and reduced downtime, delivering dependable performance and predictable tuning across multiple machine types. Its compact footprint and shared architecture simplify spare parts management and streamline procurement for broad automation programs.
Product Information
Extended Description
3AXD50000827367 ABB: The ACS180 is a compact, robust, and adaptable variable speed drive (VSD) for applications such as pumps, fans, compressors, conveyors, winders and mixers.This easy-to-use compact VSD offers excellent performance and quality at superior value with all essential machinery application features embedded. And as a member of ABB=E2=80=99s all-compatible drives portfolio, it shares the same architecture and user interfaces for ease of use.
Feature: The ACS180-based LV AC drive module is compact, robust, and adaptable to a range of machinery. Business Impact: This design reduces panel space, simplifies installation, and lowers downtime caused by fewer components. Application: Ideal for small motors in pumps, fans, and conveyors in manufacturing lines. Feature: Embedded essential machinery features with a consistent ABB interface. Impact: Faster commissioning and easier operator training thanks to a familiar UI across ABB drives. Application: Facilitates integration into existing control schemes without custom tools. Feature: Shared architecture across ABB all-compatible drives portfolio. Impact: Lower total cost of ownership due to common wiring, parameter structures, and maintenance. Application: Supports cross-model replacements and scalable automation projects. Feature: Rated at 0.37 kW and 2.4 A. Impact: Enables energy-efficient speed control for low-power motors and precise operation. Application: Small pumps, blowers, and conveyors. Feature: Easy installation and control integration. Impact: Reduces commissioning time and improves operator safety. Application: Packaging, textiles, and material handling lines. Feature: All-compatible drives portfolio compatibility. Impact: Training and spare parts alignment across products. Application: Retrofit projects and new line integrations.
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FAQs
This LV AC drive module uses the ACS180 architecture and ABB’s interface conventions, enabling straightforward mounting in standard panels. With a compact footprint and a familiar parameter set, technicians can wire it into common 3-phase motors (Pn 0.37 kW) and integrate it with existing PLCs without extensive reprogramming.
Key specs include a nominal power of 0.37 kW and a current rating of 2.4 A, suitable for small drives in pumps, fans, and conveyors. The module is designed for variable-speed control within the ACS180 family, offering reliable speed regulation and protective features for typical industrial loads.
Yes. The module is explicitly positioned for pumps, fans, conveyors, winders, and mixers. Its compact size and ABB’s common UI simplify implementation, while its robust control capabilities support energy savings and smoother operation in material handling and processing lines.
The device aligns with CE compliance and ABB’s safety-focused design approach. While exact IP ratings depend on configuration, ABB drives in this family are engineered to meet typical industrial enclosure standards, with SIL-ready configurations available for safety-critical applications.
Benefits include faster commissioning due to a consistent interface, reduced spare-parts variety from a shared architecture, and improved energy efficiency from precise speed control. The result is lower downtime, simpler ongoing maintenance, and faster project payback for small-motor automation tasks.