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On-Site Training Information
When you have several employees to train, onsite training at your facility is often your
best solution. AVO Training Institute provides quality on-site training courses that:
- eliminate employee travel time and expenses
- are customized to address your facility’s equipment and issues
- ensure consistent content for all attendees
- provide privacy to discuss company-specific concerns.
Our onsite training is flexible.
- We tailor the training program to meet your budget and specific training needs.
- We work to your schedule - mornings, afternoons, evenings, weekends: you choose the time.
Benefits of onsite training by AVO Training Institute include:
- Elimination of travel time and travel related costs
- Focused on your needs, your facility, and your equipment
- Scheduled when you want it
- Presented at the knowledge level of those attending
- Your personnel are available should an emergency situation occur.
We present any of the 50+ electrical training courses at your facility
that are conducted at our
Dallas Learning Center.
We can also present the following additional courses: |
| ELECTRICAL POWER EQUIPMENT SEMINAR – 4 ˝ Days | - Circuit Breaker Fundamentals
- Circuit Breaker Testing
- Insulation Liquid Sampling
- Transformers Insulation Liquid Testing
- DC and AC Testing of Transformers
- Gas Testing
- Relay Fundamentals
- Storage Battery Systems
- System Grounding
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| ELECTRICAL SAFETY FOR MINING – 3 Days | - Hazards of Electricity
- Electrical Safety Standards
- Protective Equipment
- Energized and Deenergized Work
- Personal Protective Grounding
- Permanent System Grounding
- General Requirements
- Specific Equipment Hazards
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| ELECTRICAL SAFETY, LOW-VOLTAGE – 3 Days | - Electrical Safety Standards
- Terms and Definitions
- Hazards of Electricity
- Introduction to 29 CFR 1910.331.-.335
- 1910.335 Safeguards for Personnel Protection
- 1910.333 Selection and Use of Work Practices “Energized Work”
- 1910.333 Selection and Use of Work Practices “Deenergized work:
- Specific Equipment Hazards
- Additional Safety Requirements
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| ELECTRICAL SAFETY REGULATIONS AND STANDARDS - 4 ˝ Days | - Introduction to Electrical Safety
- Design Safety Standards for Electrical Systems
- Electrical Safety Related Work Practices
- Control of Hazardous Energy source
- Electrical Power Generation, Transmission and Distribution
- NFPA 70E2000
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| ENERGIZED CATENARY SAFE WORK PRACTICES AND MAINTENANCE PROCEDURES - 4 1/2 days | - Introduction to Electrical Safety
- Personal Protective Equipment
- Energized Work
- Procedures
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| LEAD CABLE SPLICING AND TESTING – 4 ˝ Days | - Introduction to Lead Cable
- Splicing Materials
- Procedures using Lead
- Splicing PILC
- Installing End Caps
- Installing Single Phase Terminations
- Cable Testing
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| NEC CODE CHANGES – 2002 | - Administration, Enforcements and Introduction
- Wiring and Protection
- Wiring Methods and Materials
- Equipment for General Use
- Special Occupancies
- Special Equipment
- Special Conditions
- Communications Systems
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| OSHA ELECTRICAL REGULATIONS FOR MANAGERS – 1 ˝ Days | - Hazards of Electricity
- About OSHA
- Source of Regulations
- Electrical Regulations
- Industry Issues for Compliance
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| OSHA ELECTRICAL SAFETY FOR NON-ELECTRICAL PERSONNEL – 1 Day | - OSHA 29 CFR 1910.331-.335
- OSHA 29 CFR 1910.147
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| OSHA ELECTRICAL SAFETY RELATED WORK PRACTICES – 2 Days | - Electrical Safety-Related Work Practices
- OSHA 29 CFR 1910.137 – Electrical Protective Equipment
- Additional Safety Requirements
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| OSHA GENERATION, TRANSMISSION AND DISTRIBUTION ELECTRICAL SAFETY REQUIREMENTS – 2 Days | - Hazards of Electricity
- Protective Equipment
- OSHA 29CFR 1910.269
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| PROGRAMMABLE LOGIC CONTROLLERS – 4 ˝ DAYS | - History of Industrial Control
- Five Basic Parts of a Programmable Controller
- Flow of Information Within a Programmable Controller System
- Memory Organization and Numbering Systems
- Six Steps to Wiring Successful Programmable Controller Program
- Programmable Languages
- Relay Type Instructions
- Counter and Timer Instructions
- Data Manipulation
- Common Troubleshooting Techniques
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| VARIABLE FREQUENCY DRIVES - 4 ˝ Days | - System Considerations
- Types of Applications
- Terms Associated with AC Drives
- Inverter Configurations
- Analysis and Troubleshooting
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| PULSEMASTER I – 4 ˝ Days | - Relay Testing Review
- Windows Basics
- Getting Started with PulseMaster
- Relay Testing with PulseMaster
- Database Management
- Setting up Test Modules
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| PULSEMASTER II – 4 ˝ Days | - Review of PulseMaster I
- Computer Operations Advanced
- Using the Multi-Amp Macro File Language
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To discuss having a training program conducted at your facility,
please contact us. |
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