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Course Code
EPETS-027
ACS880 ABB Electric Motor Drives: Operation & Maintenance
- This course equips participants with in-depth knowledge on operation, configuration, maintenance, and troubleshooting using applications and case studies. It emphasizes critical aspects such as energy efficiency, motor control, power electronics, and process optimization within industrial automation systems.
- This specialized training is built to meet the growing demand for skilled engineers and technicians in industries reliant on precise motor control systems. With increasing global focus on industrial automation, sustainability, and digital transformation, knowledge of the ABB ACS VFD system positions professionals ahead in sectors such as oil & gas, mining, cement, and water treatment. The training content is aligned with current trends in smart manufacturing, predictive maintenance, and integration to ensure relevance in modern industrial environments.
Certification:
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Upon successful completion of this training > 80% , participants will be issued with a globally- recognized certificate.
Learning Outcomes
- Understand the core architecture of the ABB ACS Variable Frequency Drive.
- Analyze the power electronics and medium voltage components of the system.
- Execute startup and shutdown procedures safely and effectively.
- Configure control parameters for process-specific applications.
- Implement energy-efficient strategies using VFDs.
- Diagnose common faults and perform VFD troubleshooting.
- Perform preventive and predictive maintenance operations.
- Interpret ACS system alarms and warnings.
- Integrate ACS VFDs into industrial communication networks.
- Apply safety protocols in VFD-controlled motor environments.
- Upgrade firmware and utilize ABB’s Drive Window software tools.
- Evaluate real-time performance metrics and optimize drive operation.
- Leverage case studies to identify best practices in industrial applications.
At the end of this training program, the participants will be able to:
Course Contents
- Overview of VFDs and ABB ACS drive
- System components and layout
- Key applications in industry
- Drive benefits: efficiency, control, and protection
- Compliance and safety standards
- Case Study: Energy savings in a cement grinding application
- Input and output converter basics
- Medium voltage components and insulation
- DC link and capacitor configuration
- Power flow analysis
- Cooling system functions
- Case Study: Thermal stress reduction in a mining conveyor system
- Pre-installation checks
- Wiring and connections
- Drive parameterization process
- Initial commissioning steps
- Troubleshooting first-time startup errors
- Case Study: Fault resolution during startup in a steel plant
- Speed and torque control logic
- Closed-loop vs open-loop control
- PID settings and optimization
- Acceleration/deceleration ramps
- Control panel navigation and Drive Window usage
- Case Study: Process optimization in a paper manufacturing unit
- Fault code interpretation
- Diagnostic tools overview
- Common issues and their root causes
- Emergency stop system and resets
- Component replacement guidelines
- Case Study: Unexpected downtime in a water treatment plant
- Maintenance schedules and logs
- Predictive vs preventive maintenance
- Drive health diagnostics
- Firmware updates and backups
- Spare parts inventory and replacement
- Case Study: Lifecycle cost reduction in a petrochemical facility
- Customized drive applications
- Performance analysis tools
- Energy savings and ROI analysis
- Application-specific parameter tuning
- Remote monitoring and support options
- Case Study: 25% energy consumption cut in HVAC industrial facility
- Training Methodology:
- Instructor-led interactive sessions
- Troubleshooting scenarios and exercises
- Case study analysis and group discussions
- Access to ABB technical documentation and support tools
- End-of-module assessments and certification exam
Module 1: Introduction to ABB ACS 1000 Drive System
Module 2: Power Electronics and Circuitry
Module 3: Installation and Commissioning
Module 4: Control Systems and Drive Parameters
Module 5: Fault Diagnosis and Troubleshooting
Module 6: Maintenance and Lifecycle Management
Module 7: Real-World Applications and Optimization
Our Methodology
- Make coaching and monitoring innovative and using modern
- Media training also using on the go training by using interactive means and focusing on
- The exercises, practical applications and real situations study
- Live delivery method, instructor-led training
- Experienced consultant, trainers, and professional
- Qualified trainer with high-level experience
Attendance Reports
- Send daily attendance reports to training departments
- Send full attendance report to training dep. by the end of the course
- Attend 100 % from the course days also provide daily
- Issue attendance certificate for participant who attend minimum 80% from the course duration
Pre/Post Reports
- Pre- assessment before starting training
- Post assessment after finishing training
- Full report for the difference between Pre-& Post assessment
Who Should Attend
- Electrical Engineers
- Maintenance Technicians
- Automation Engineers
- Instrumentation Specialists
- Plant Supervisors
- Field Service Technicians
- System Integrators
- Industrial Project Managers
