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ABB 3AUA0000112491 | BGAD-12C Drive Trigger Board Replacement

Original price was: $1,999.00.Current price is: $1,888.00.

  • Model: BGAD-12C (3AUA0000112491)
  • Brand: ABB
  • Part Type: PCB Trigger / Drive Board
  • Lifecycle Status: Active / Standard Drive Spares Support
  • Weight: 0.052 kg
  • System Compatibility: ABB ACS880 Industrial Drive Series
Category: SKU: 3AUA0000112491 Tag:

Description

1. At-A-Glance Executive Brief

  • Model: BGAD-12C (3AUA0000112491)
  • Brand: ABB
  • Part Type: PCB Trigger / Drive Board
  • Lifecycle Status: Active / Standard Drive Spares Support
  • Weight: 0.052 kg
  • System Compatibility: ABB ACS880 Industrial Drive Series

 

2. Technical Introduction

Unexpected gate driver failures inside heavy industrial frequency converters trigger immediate overcurrent trips, shutting down continuous process lines.

The BGAD-12C board (3AUA0000112491) mounts directly into the drive’s internal control architecture, managing precise gate triggering signals and maintaining stable switching characteristics across high-power IGBT modules.

Engineer’s Takeaway: Keeping a verified replacement BGAD-12C on hand prevents extended drive downtime during unexpected inverter section faults, ensuring rapid restoration of ACS880 drive lines.

 

3. Core Technical Specifications

Please refer to the OEM datasheet for complete environmental tolerances and pinout configurations.

  • ABB Type Designation: BGAD-12C
  • Catalog Description: Printed Circuit Board (Trigger / Drive)
  • Product Net Weight: 0.052 kg
  • Dimensions: 124 mm Height x 30 mm Width x 89 mm Depth
  • System Family: ABB ACS880 Spares and Consumables
  • Mounting Type: Internal drive chassis slot / standoff mount

 

4. Field Engineer’s Tech Notes

  • Electrostatic Discharge (ESD) Precautions: The BGAD-12C board uses sensitive solid-state switching components. Always wear a grounded ESD wrist strap and utilize anti-static mats when handling the bare board during replacement to prevent micro-punctures on the internal gate control traces.
  • Optical Fiber and Harness Seating: Verify that all internal ribbon cables and fiber optic trigger links are securely clicked into their designated terminal ports before re-energizing the drive rack. A loose optical connection will generate communication timeouts or phase imbalance faults immediately upon start-up.

 

5. Adaptive QA & Testing Protocol

Before inventory dispatch, every BGAD-12C trigger board undergoes a dynamic bench verification procedure. Technicians mount the board onto an active test fixture to check optical signal transmission integrity and gate pulse propagation speeds. Low-voltage DC rail checks and component response simulations are performed to ensure proper switching behavior across all channels. Inspection logs and static resistance test summaries are available upon request to maintenance supervisors.

 

6. Buyer’s FAQ