ABB 3AXD50000956814 HVAC Drive Module - UL Listed 7.5 kW
Part Number: 3AXD50000956814
Quick Summary
HVAC Drive Module by ABB provides precise LV AC motor control for HVACR applications in commercial and industrial systems. In tight spaces, dense wiring and setup complexity slow projects and raise commissioning risk. Key standards referenced include IEC-based ratings and UL compliance, underscoring safety and reliability in HVACR deployments. With a compact form factor and straightforward setup, it shortens commissioning time and simplifies panel design. This ABB drive supports energy-efficient building automation by delivering smooth motor control for fans, pumps, and compressors. For buyers evaluating lifecycle cost, the module combines reduced energy consumption with longer motor life and easier serviceability.
Product Information
Extended Description
3AXD50000956814 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: Compact LV AC micro drive designed for HVACR. Business Impact: Enables installation in tight spaces, saving panel footprint and reducing wiring complexity. Application: Air handling units and rooftop units where space is at a premium. Feature: IEC rated performance at 7.5 kW, 17.0 A, with 400 V. Business Impact: Delivers precise speed control and energy efficiency for fans and pumps, lowering operating costs. Application: Commercial building HVAC systems and industrial process fans. Feature: UL performance reference for HVACR use (Pld 10 Hp, 14.0 A, 460 V). Business Impact: Supports regulatory compliance and safer procurement in North American installations. Application: Startups, service contracts, and facilities management. Feature: Simple setup and safe maintenance. Business Impact: Reduces commissioning time and maintenance costs, boosting uptime. Application: Facility retrofits and new builds with tight schedules. Feature: Compatible with ACH180-04S-17A0-4 module. Business Impact: Streamlines installation, spare parts alignment, and retrofit projects. Application: Retrofit and upgrade projects in existing HVACR equipment. Feature: Energy-saving drive performance. Business Impact: Lowers lifecycle energy consumption and extends motor life. Application: High-usage HVAC fans and pumps in commercial/industrial settings.
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FAQs
Begin by planning a tight-panel installation aligned with the ACH180-04S-17A0-4 configuration. Mount the drive securely, connect the 400 V supply to the L1/L2/L3 inputs, and link motor leads per the user manual. Wire the control signals to the HVAC controller and set parameter limits for safe operation. Ensure proper grounding and verify compliance with local electrical codes before commissioning.
The drive delivers 7.5 kW (IEC) with 17.0 A at 400 V input. UL references indicate a 10 Hp, 14.0 A rating at 460 V. These specs enable precise speed control for HVAC fans and pumps, providing smooth ramping, reduced motor wear, and improved energy efficiency in HVACR applications.
Yes. The ACH180-based module is designed for HVACR loads, offering low-speed control for fans, pumps, and compressors. Its compact size, 7.5 kW IEC rating, and UL considerations support reliable operation in building automation, rooftop units, and air handling equipment while delivering energy savings and reduced acoustic noise.
The ABB HVAC Drive Module references IEC-based ratings for performance and UL-compliant horsepower and electrical characteristics, supporting safety and regulatory alignment in North American and international HVACR deployments. While CE and IP specifics aren’t listed in the data, the integration follows common HVACR safety and performance standards.
Expected ROI comes from energy-efficient operation due to precise motor control, reduced wear on fans and pumps, and shorter commissioning times thanks to simple setup. The compact form factor also lowers panel space costs and simplifies spare parts management, contributing to lower total cost of ownership over the equipment’s lifecycle.