ABB 3AUD0000000006 Motors & Drives - E-Clipse Bypass Type 1

Part Number: 3AUD0000000006
Manufacturer
ABB
Part number
3AUD0000000006

Quick Summary

ABB 3AUD0000000006 Motors & Drives deliver HVAC packaged drive control for commercial and industrial systems. Engineers often grapple with space constraints, wiring complexity, and the need for reliable bypass and protection in tight equipment cabinets. The ACH580 with E-Clipse bypass offers UL-listed protection and compatible NEMA Type 1/12/3R enclosures, along with a bypass motor starter, electronic overload protection, and a door-mounted control panel with a graphical display for local operation. By consolidating drive, bypass, and control in a single unit, maintenance teams gain faster fault isolation and reduced field wiring. This combination supports scalable HVAC control, integrates with building automation, and aligns with modern remote monitoring workflows, delivering measurable efficiency and safety benefits.

Product Information

Extended Description

3AUD0000000006 ABB: The ACH580 with ABB E-Clipse bypass has an integrated UL (NEMA) Type 1, 12 or 3R enclosure with a bypass motor starter and is available from 1 to 350 hp at 230/460/575 V. The ACH580 with ABB E-Clipse bypass provides an input disconnect switch or circuit breaker 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
Feature: The ACH580 integrates the ABB E-Clipse bypass with a bypass motor starter, delivering a compact, all-in-one solution that eliminates separate starter panels in many installations. Business Impact: Fewer field components shorten wiring runs, reduce potential mis-wiring, and speed maintenance scheduling, yielding measurable installation productivity gains in busy OEM and retrofit projects. Application: Ideal for HVAC packaged units, air handling systems, and packaged rooftop units where a safe bypass path is essential during startup, testing, or service. Feature: Built-in UL protection and factory-supported enclosure options with UL-listed NEMA Type 1, 12 or 3R ratings, plus a door-mounted disconnect or circuit breaker with interlock. Business Impact: Accelerates electrical compliance during audits, minimizes on-site modifications, and lowers labor costs by guaranteeing correct enclosure performance from the factory. Application: Suitable for indoor electrical rooms, mechanical spaces, and controlled environments in commercial buildings and light industrial facilities. Feature: Electronic motor overload protection provides precise, configurable protection that adapts to motor current, temperature, and startup characteristics. Business Impact: Reduces unplanned downtime, extends motor life, and lowers maintenance expenses by detecting anomalies early. Application: Applies to compressors, fans, pumps, and cooling towers in large-scale HVAC systems, where reliable protection translates to fewer service calls. Feature: Door-mounted control panel with graphical display supports intuitive local control, diagnostics, and parameter tuning. Business Impact: Operators and technicians can configure, monitor, and troubleshoot without separate HMI devices, speeding commissioning and reducing training time. Application: Particularly valuable in building automation rooms, service closets, and retrofit projects where quick access to status and faults matters. Feature: Serial communications capability enables reliable integration with plant-wide control systems via standard protocols, enabling remote diagnostics and supervision. Business Impact: Improves asset visibility, enables predictive maintenance, and supports data-driven optimization for energy efficiency. Application: Fits into modern industrial HVAC ecosystems, data centers, and process cooling networks requiring centralized monitoring. Feature: Broad voltage and horsepower range—from 230/460/575 V and 1 to 350 hp, with revised current ratings up to 302 A—offers flexible deployment for new builds and retrofits. Business Impact: Maximizes reuse of existing drives and drives procurement efficiency, reduces spare-part inventory, and shortens lead times for project teams. Application: Suitable for a wide variety of fans, pumps, conveyors, and air handling equipment in commercial, institutional, and industrial facilities.

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FAQs

The ACH580 with E-Clipse bypass is designed for 230/460/575 V operation and supports up to 350 hp with currents up to 302 A. It is offered with UL-listed protection and NEMA Type 1/12/3R enclosure options, featuring a door-mounted disconnect or circuit breaker with interlock. Installers should validate enclosure rating, wiring practices, and door interlock functionality prior to commissioning.
Key specifications include voltage compatibility of 230/460/575 V, horsepower range from 1 to 350 hp, and current capacity up to 302 A. The drive integrates a bypass starter, electronic overload protection, and a graphical local control panel, enabling reliable operation across HVAC fans, pumps, and compressors while supporting remote monitoring via serial communications.
Yes. The ACH580 with E-Clipse bypass is designed for commercial HVAC packaged systems, air handling units, rooftop units, and similar equipment. Its combination of bypass functionality, robust enclosure options, and integrated control makes it suitable for both new installations and retrofits, providing compact packaging and simplified wiring for dense electrical rooms.
The drive offers UL-listed protection and supports NEMA enclosure ratings Type 1, Type 12, or Type 3R, with an interlocked door-mounted disconnect or circuit breaker. These features help meet electrical safety codes, improve installation robustness, and support regulatory compliance in diverse indoor and semi-exposed environments.
Benefits include reduced wiring and cabinet space, faster commissioning, and fewer field components thanks to the integrated bypass and control panel. The electronic overload protection minimizes motor wear and downtime, while serial communications enable remote diagnostics. Collectively, these factors shorten maintenance cycles, extend equipment life, and support energy-efficient operation.