ABB 3AXD50001110116 LV AC micro drive module - UL Pld 1 Hp
Part Number: 3AXD50001110116
Quick Summary
The ABB 3AXD50001110116 LV AC micro drive module provides precise motor control for HVACR systems. Engineers often confront tight spaces and energy waste when optimizing fans, pumps, and compressors. Built to meet UL safety requirements, and aligned with IEC-based ratings, it supports reliable operation in challenging HVAC environments. This compact drive lowers installation complexity and energy use, improving lifecycle cost while integrating smoothly with ABB’s broader automation ecosystem. Its simple setup minimizes commissioning time and reduces field errors, helping maintenance teams keep systems running with less downtime. By delivering smooth start-up and controlled torque, it enhances indoor comfort and reduces wear on fans and pumps.
Product Information
Extended Description
3AXD50001110116 ABB: The ACH180 HVACR compact drive modules provide the quality, reliability, and energy savings you expect, while offering essential HVACR features, being compact and easy to fit tight spaces. They are simple to use and safe to maintain. All you need to do is to set the drive up, and then focus on what counts. Everything you need, nothing you don't.
Feature → Business Impact → Application: The ABB 3AXD50001110116 LV AC micro drive module is engineered as a compact control unit for HVACR installations, enabling dense cabinet layouts and easier retrofits. The small footprint translates to reduced panel space and lower installation labor, while maintaining full motor control capability. Ideal for rooftop units, air handling systems, and packaged ventilation, it supports scalable performance in commercial buildings and industrial facilities. Feature → Business Impact → Application: With a 0.75 kW rating at 400 V and 2.6 A input current, the drive delivers efficient speed modulation with smooth acceleration and deceleration, minimizing mechanical stress and electrical transients. It suits demand-driven fans and pumps in HVACR networks, aligning with IEC voltage classes and standard wiring practices. Feature → Business Impact → Application: UL safety certification and robust HVAC-specific features improve compliance and reduce risk in critical environments, while safe maintenance reduces downtime in service-heavy facilities. Feature → Business Impact → Application: The module is designed for easy setup and safe maintenance—Everything you need, nothing you don’t—facilitating faster commissioning and fewer wiring errors. Feature → Business Impact → Application: Energy savings and reliability come from controlled torque and efficient operation, enabling integration across ABB’s automation ecosystem and delivering measurable lifecycle value in commercial HVACR deployments.
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FAQs
This drive is designed for LV AC HVACR applications with 400 V three-phase supply, delivering 0.75 kW of power and 2.6 A current. It supports straightforward wiring within standard electrical panels and aligns with common HVAC control schematics, enabling reliable replacement or retrofit in rooftop units and air handling systems.
Key specs include 0.75 kW rated power, 400 V operation, and 2.6 A input current. The module also aligns with UL safety expectations for HVACR controls, offering smooth speed modulation, controlled ramps, and compatibility with three-phase circuits typical in commercial and industrial buildings.
Yes. The drive is purpose-built for HVACR control, delivering precise motor speed control for fans, pumps, and compressors. Its compact footprint makes it ideal for tight spaces, while its simple setup and robust protection features help ensure reliable operation in variable-load HVAC systems.
The module carries UL safety certification, supporting regulatory compliance in HVACR environments. For broader regulatory requirements, verify CE marking and site-specific standards where applicable, and ensure wiring practices meet IEC and local electrical codes for HVAC installations.
Expect energy savings from optimized motor speed control and reduced mechanical wear due to smoother accelerations. The compact, simple-setup design reduces commissioning time and maintenance downtime, delivering improved uptime and a favorable total cost of ownership in commercial HVACR networks.