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High Voltage
November 7, 2024
Jadwal Pelatihan High Voltage
| Tanggal | Tempat | Kota | | Belum ada jadwal terbaru |
INTRODUCTION
The High Voltage (HV) training course is designed for professionals working in environments with integral highvoltage systems. It equips participants
with the knowledge and skills to safely manage, operate, and maintain high voltage systems. They will learn the principles and applications of high-voltage engineering, engage with high voltage engineering and testing strategies, and imbue the theory and practice of high-voltage engineering into their professional activities. Exploring high-voltage engineering can help individuals anticipate successful careers after pursuing a master’s, solidifying their foundation with high-voltage engineering fundamentals.
The High-Voltage (HV) training certificate program, packed with HV concepts, ensures those involved acquire high-quality HV training pertinent to their roles. It could be specialized as high-voltage training for electricians a broadened. The High-Voltage (HV) training solutions are imbued with the ability to cover details and adhere to the industry’s high-voltage definition standards. They emphasize theoretical understanding and practical application and cover a wide range of topics, including the principles of high-voltage engineering, safety protocols, maintenance procedures, and troubleshooting techniques. Participants will understand high-voltage safety regulations, learn to identify and mitigate potential hazards and develop proficiency in using specialized equipment and tools. This HighVoltage (HV) course combines classroom instruction, hands-on exercises, and real-world simulations to ensure that learners are well-prepared to handle the complexities and challenges of high-voltage systems.
This high-voltage (HV) training course is ideal for electrical engineers, maintenance technicians, safety officers, and other professionals responsible for the operation and safety of high-voltage equipment. Participants will be confident and competent to apply best practices in high-voltage environments, ensuring personal safety and operational efficiency.
COURSE OBJECTIVES
- Understand the principles of high-voltage engineering.
- Learn safety protocols and best practices for working with high-voltage systems.
- Develop skills in operating and maintaining high-voltage equipment.
- Identify and mitigate potential hazards associated with high voltage systems.
- Gain proficiency in troubleshooting high-voltage issues.
- Familiarize oneself with regulatory requirements and compliance standards.
- Acquire knowledge of emergency response procedures for high-voltage incidents.
- Enhance competency in the use of specialized tools and equipment for high-voltage work.
- Apply high voltage system design principles in practical scenarios.
- Achieve certification in high voltage safety and operation upon completion of the course.
COURSE CONTENT
1. Introduction to High Voltage Systems:
- Overview of high voltage systems and their applications.
- Understand voltage ratings and classifications.
- Importance of safety measures in high voltage environments.
- Intro to relevant regulations and standards.
- Common types of high voltage equipment.
2. High Voltage Safety Procedures:
- Risk assessment methodologies for high voltage work.
- Personal protective equipment (PPE) requirements.
- Safe handling and operation of high-voltage equipment.
- Emergency shutdown procedures.
- Lockout/tagout (LOTO) procedures.
- Importance of grounding and bonding.
3. High Voltage System Operation:
- Fundamentals of high voltage system operation.
- Principles of electrical insulation.
- Voltage regulation techniques.
- Load management in high voltage systems.
- Transformer operation and maintenance.
- Switchgear operation and control.
4. Maintenance and Inspection Techniques:
- Scheduled maintenance procedures for high-voltage equipment.
- Insulation testing methods.
- Thermographic inspection techniques.
- Lubrication and cleaning protocols.
- Condition monitoring and predictive maintenance.
5. Troubleshooting High Voltage Systems:
- Common high voltage system faults and failures.
- Diagnostic procedures for identifying faults.
- Use of diagnostic tools such as oscilloscopes and multimeters.
- Fault location techniques.
- Repair and replacement of faulty components.
6. Regulatory Compliance and Standards:
- Overview of relevant safety regulations and standards.
- Compliance requirements for high voltage installations.
- Documentation and record-keeping obligations.
- Inspection and certification processes.
- Updates on industry best practices.
7. Emergency Response Planning:
- Develop an emergency response plan for high-voltage incidents.
- Coordinate with emergency services and personnel.
- Evacuation procedures.
- First aid and medical response protocols.
- Communication strategies during emergencies.
8. Specialized Tools and Equipment:
- Overview of tools and equipment used in high voltage work.
- Select and use insulating tools.
- Test and measurement equipment.
- High voltage cable splicing and termination tools.
- Protective barriers and enclosures.
9. High Voltage System Design Principles:
- Factors influencing high voltage system design.
- Voltage drop calculations.
- Select appropriate equipment and components.
- Design considerations for reliability and safety.
- Compliance with electrical codes and standards.
10. Practical Application and Case Studies:
- Hands-on exercises to reinforce theoretical concepts.
- Simulate high voltage scenarios.
- Analysis of real-world case studies.
- Group discussions and problem-solving sessions.
- Assessment of practical skills through simulations and scenarios.
TRAINING METHOD
Pre Test
Presentation
Discussion
Case Study
Post Test
Evaluation
FACILITIES
Training Kit
Handout
Certificate
1x Lunch & 2x Coffee Break
Souvenir
