ABB ACH580-VCR-022A-6 HVAC Drive - UL Type 1/E-Clipse Bypass
Part Number: 3AUA0000226914
Quick Summary
The ACH580-VCR-022A-6 HVAC drive reliably controls HVAC motors in commercial and industrial systems. It addresses downtime and wiring challenges by integrating a bypass, isolation, and protection in a single enclosure. UL-listed with a NEMA Type 1 enclosure and an ABB E-Clipse bypass, it offers safe, maintainable operation in demanding environments. Built for 230/460/575 V utility grids, it supports external control connections and serial communications, delivering a scalable solution for modern plants while minimizing wiring, panel space, and commissioning time. This makes it suitable for HVAC applications like air handlers, variable air volume systems, and chillers. The design supports future upgrades and serviceability with modular components.
Product Information
Extended Description
3AUA0000226914 ABB: The ACH580 with ABB E-Clipse bypass has an integrated UL (NEMA) Type 1 enclosure with a bypass motor starter and is available from 1 to 75 hp at 230/460/575 V. The ACH580 with ABB E-Clipse bypass provides an input disconnect switch or circuit breaker, both including fast acting drive fuses, with door mounted and interlocked switch (padlockable in the OFF position), a bypass starter, electronic motor overload protection, a door mounted control panel with graphical display for local control, provisions for external control connections, and serial communications capability
The ACH580-VCR-022A-6 integrates the ABB E-Clipse bypass with a dedicated bypass motor starter, consolidating primary drive control and bypass function in a single unit. This reduces installation complexity and maintenance downtime by eliminating separate bypass hardware and wiring. In HVAC reliability-critical equipment such as air handlers, variable air volume systems, and rooftop units, the integrated bypass supports safe transfer during service and minimizes disruption to the load.An optional input disconnect or circuit breaker, paired with fast-acting drive fuses and a door-mounted interlocked switch, delivers immediate electrical isolation and supports lockout/tagout programs. The padlockable OFF design prevents accidental restarts during maintenance, reducing risk for technicians and extending motor life by avoiding unintended restart transients. This configuration also aligns with industry safety standards across maintenance operations.Operating range from 1 to 75 hp at 230/460/575 V gives you a single, scalable solution for a broad spectrum of HVAC motors. The wide voltage and horsepower coverage simplifies procurement, reduces spare parts inventory, and accelerates commissioning for new buildings, retrofits, or energy-efficiency upgrades without sacrificing performance. The compact footprint also helps with space-constrained installations and easier panel integration.Electronic motor overload protection matches drive output to load, preventing nuisance trips while preserving motor winding health and efficiency. A door-mounted graphical display panel provides local configuration, fault diagnostics, and parameter adjustments, reducing commissioning time and enabling fast troubleshooting on the plant floor. The graphical interface supports multilingual diagnostics and a fault code library tailored to HVAC scenarios.Provisions for external control connections and serial communications enable seamless integration with building management systems and programmable logic controllers. This interoperability supports centralized monitoring, remote diagnostics, and scalable control strategies that align with Industry 4.0 initiatives and energy-management programs across facilities. Support for fieldbus protocols and remote firmware updates ensures long-term maintenance efficiency.Together these features deliver measurable outcomes: shorter start-up times, lower maintenance costs, and improved uptime for critical HVAC equipment in diverse environments. In retrofit projects, the compact form factor reduces panel footprint and allows faster deployment, delivering a rapid return on investment.
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FAQs
The ACH580-VCR-022A-6 is designed for 230/460/575 V networks and supports three-phase motors up to 75 hp, with current ratings around 22 A. For bypass, integrate the built-in E-Clipse bypass and bypass starter; wiring is simplified because the drive, bypass, and isolation are contained in one enclosure, minimizing field splices and potential wiring errors.
The device is rated for 20 HP with a 22 A nominal current at 575 V, suitable for a broad set of HVAC loads. It includes electronic motor overload protection, fast-acting drive fuses, and a door-mounted control panel for local diagnostics. Additional safety features include a padlockable OFF, an interlocked switch, and options for external control connections, ensuring reliable, code-compliant operation.
This ABB ACH580-VCR-022A-6 is well-suited for commercial and industrial HVAC applications, including air handlers, rooftop units, chillers, and data-center cooling loops. The integrated bypass and protection simplify maintenance during seasonal down times, while the wide HP and voltage range supports retrofit projects without changing power architecture. Its modular enclosure and control panel streamline installation in limited spaces and improve serviceability.
The ACH580-VCR-022A-6 is designed for UL Type 1 environments and is used in US-based installations as a certified HVAC drive with integrated isolation. The E-Clipse bypass supports safe operation, while the enclosure meets NEMA Type 1 expectations for indoor, service-friendly applications. This combination helps facilities meet regulatory requirements and pass commissioning audits with confidence.
ABB’s ACH580-VCR-022A-6 reduces maintenance costs by consolidating drive, bypass, and isolation into a single platform, shortening downtime during service. Its electrical isolation, lockout capability, and diagnostics speed fault resolution, while the serial communications and external control options enable proactive monitoring and energy-management strategies. Over the equipment lifecycle, the device yields lower total cost of ownership through safer maintenance and faster commissioning.