ABB 3AXD50000956760 Drive Module - UL 2.0 HP HVACR
Part Number: 3AXD50000956760
Quick Summary
ABB ACH180 HVACR drive module is a compact LV AC drive for HVAC control and compact installations. It addresses space constraints and wiring complexity common in modern HVACR panels by delivering straightforward setup and safe maintenance. This product family is designed with safety and reliability in mind, typically carrying UL safety listings and CE compliance, with IP-rated enclosure options for rugged environments. For procurement teams and engineers, it means easier integration, reduced panel depth, and predictable performance, enabling faster commissioning and lower total cost of ownership.
Product Information
Extended Description
3AXD50000956760 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.
A compact footprint reduces panel depth and wiring complexity, enabling installation in tight HVACR spaces. This translates into reduced cabinet size, lower enclosure costs, and faster retrofit projects in air handling units and rooftop systems. IEC power rating and UL safety certification provide compatibility with standard HVAC electrical designs, covering IEC PN 1.5 kW and 4.0 A at 400 V, as well as UL Pld 2.0 Hp and 3.5 A at 460 V, allowing dual-voltage operation within the same platform and reducing parts stocking. Easy setup and safe maintenance come from HVACR-focused configuration, straightforward parameterization, and built-in protections that minimize field adjustments and service disruptions. Energy-efficiency benefits arise from precise speed control and soft-start, helping HVAC systems meet energy targets and reduce operating costs over time. Compatibility and installation advantages include a robust design for tight spaces, simplified wiring, and compatibility with ACH180-04S-04A0-4 configurations, supporting accelerated commissioning and reliable long-term operation.
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FAQs
Yes. The ACH180 HVACR drive module is designed for HVAC control and supports IEC 400 V supply configurations with a current rating around 4.0 A for 1.5 kW operation, enabling straightforward replacement or upgrades in existing 400 V panels. When wiring, ensure proper shielding and enclosure clearance, and verify starter methods align with local electrical codes. The unit’s compact footprint aids in tight spaces, while its protective features simplify safe commissioning.
Key performance attributes include IEC power of 1.5 kW with 4.0 A at 400 V, and UL-rated performance of 2.0 HP with 3.5 A at 460 V. This dual-voltage capability supports varied regional networks, reducing the need for multiple drive types. The compact ACH180-04S-04A0-4 module is optimized for HVAC systems, such as fans and pumps, delivering smooth speed control and reliable operation in confined spaces.
The ACH180 HVACR drive module excels in HVACR systems that demand compact drives with reliable performance, including air handling units, rooftop units, and small chiller controls. Its HVAC-focused feature set simplifies integration with standard fans and pumps, enabling tighter control, energy efficiency, and easier maintenance within limited cabinet footprints.
The ACH180 HVACR module aligns with UL safety listings and CE compliance, common for ABB HVAC drives. For challenging environments, IP-rated enclosure options are available, providing protection against dust and moisture. Always verify the specific certification scope in the datasheet for your region and application to ensure compliance with local regulatory requirements.
Deploying the ACH180 HVACR drive module typically yields faster commissioning, energy savings through precise speed control, and reduced maintenance downtime due to built-in protections and simple parameterization. The compact footprint also lowers cabinet costs and minimizes wiring complexity, contributing to a lower total cost of ownership over the system lifecycle.