ABB BGAD-12C 3AUA0000112491 Frequency Converter Accessories

The ABB BGAD-12C (3AUA0000112491) is a precision-engineered accessory component specifically designed to enhance the functionality and adaptability of ABB frequency converters. It is commonly used as part of the drive cabinet assembly, providing mechanical adaptation and additional interface capabilities between frequency converters and other related components.

In industrial automation, frequency converters (also known as variable frequency drives or VFDs) play a critical role in controlling motor speed and torque. The BGAD-12C accessory ensures seamless integration, optimal heat management, and reliable mechanical alignment in complex drive systems.

Built with ABB’s signature engineering rigor, the BGAD-12C is constructed to meet the demanding requirements of various industries such as manufacturing, metals, marine, energy, and HVAC applications.

Product Specifications

Product Applications

The ABB BGAD-12C Frequency Converter Accessory is deployed across numerous applications where precision control of motor speed, system optimization, and energy savings are critical:

• Industrial Automation: Assembly lines, packaging machines, material handling systems

• Metals & Mining: Conveyors, crushers, mills

• Marine & Offshore: Winch systems, propulsion, pumps

• Oil & Gas: Compressors, drilling rigs, pipeline systems

• HVAC Systems: Chillers, fans, pumps

• Energy & Power Plants: Turbines, auxiliary drives

• Water Treatment: Pumping stations, aeration systems

Product Advantages

• Enhanced Integration: Provides seamless mechanical compatibility with ABB VFD series (ACS800, ACS880, ACS580).

• Industrial-Grade Durability: Built with anodized aluminum alloy offering corrosion resistance and structural integrity.

• Broad Environmental Range: Performs reliably in harsh environments — from cold storage facilities to high-temperature production floors.

• Low Maintenance: Passive design requires minimal maintenance and supports long service life.

• Certifications & Safety: CE, UL, and RoHS compliance ensure suitability for global markets.

• Optimized Installation: Facilitates faster and more accurate installation of frequency converters in new or retrofit applications.

• Compact Footprint: Efficient use of cabinet space thanks to a compact mechanical profile.

• Shock & Vibration Resilience: Withstands industrial shock and vibration per IEC standards.

FAQ

1. What ABB drive series is the BGAD-12C compatible with?

   It is fully compatible with ABB ACS800, ACS880, and ACS580 frequency converter series.

2. What is the primary function of the BGAD-12C accessory?

   The BGAD-12C serves as a mechanical interface and thermal management component to support frequency converter installation and system integration.

3. Is the BGAD-12C rated for outdoor applications?

   While it is designed for industrial indoor environments, it can be used outdoors when installed inside a properly rated enclosure.

4. What certifications does the BGAD-12C hold?

   The accessory is CE marked, UL listed, and RoHS compliant.

5. Can the BGAD-12C handle vibration-intensive environments like mining?

   Yes, it meets IEC 60068-2-6 standards for vibration resistance (2g, 10–150 Hz).

6. Is the installation of the BGAD-12C tool-free?

   Basic hand tools are required; installation follows standard ABB drive panel mounting procedures.

7. How does the BGAD-12C contribute to system reliability?

   It improves mechanical alignment, minimizes installation errors, and aids thermal management to enhance overall drive system reliability.

8. What materials are used in the construction of the BGAD-12C?

   It is constructed from anodized industrial-grade aluminum alloy for excellent durability.

9. Can the BGAD-12C be used in marine applications?

   Yes, it is suitable for marine applications when installed in vibration-rated cabinets or housings.

10. Is there any routine maintenance required for the BGAD-12C?

    Minimal maintenance is required — periodic inspection for cleanliness and mechanical integrity is sufficient.