Pedoman untuk itu Aman Menggunakan Machinery Pekerjaan itu Tempat kerja

Pedoman Penggunaan Mesin yang Aman di Tempat Kerja

Dalam Kursus Gratis Ini, Anda Akan Belajar Cara

  • Understand the life cycle of machines, from acquisition through to disposal, and the importance of safety at each stage.
  • Learn how to conduct effective risk assessments to identify and manage machine-related hazards.
  • Explore the statutory duties and responsibilities under relevant machine safety legislation and regulations.
  • Gain insights into identifying mechanical hazards such as entanglement, cutting, crushing, and impact, as well as non-mechanical hazards like noise, electrical risks, and ergonomic factors.
  • Implement control measures across the machine’s life cycle, including design, installation, operation, and disposal to reduce risks.
  • Understand the importance of maintenance programs, training for workers, and lock-out tag-out procedures to ensure ongoing safety.
  • Explore safeguarding techniques, including machine guards, presence-sensing devices, emergency stop systems, and safety signage to prevent accidents.
  • Learn to apply safe work procedures, personal protective equipment, and energy lock-out/tag-out protocols to enhance machine safety.
  • Review real-life case studies to understand common machine-related accidents and how to prevent similar incidents.
 

This course aims to provide a comprehensive understanding of safe use machinery, focusing on its purpose, legislative framework, and effective safety practices.

The first section covers the scope and objective of machine safety, outlining its importance and the relevant laws and regulations that govern machinery operations. Understanding these frameworks is crucial to ensuring safe practices are followed throughout the machine’s life cycle.

Next, the course discusses the life cycle of machines, from acquisition to disposal. Participants will learn about safety considerations at each stage, including installation, use, and decommissioning, ensuring safe operations throughout the machine’s lifespan.

Manajemen risiko is a key aspect of the course. Participants will be taught how to conduct effective penilaian risiko, identify potential hazards, and manage changes in machinery operations. This step is essential for preventing accidents and maintaining a safe working environment.

The course then focuses on identifying machine hazards. Participants will learn to recognize both mechanical hazards (such as entanglement, cutting, and crushing) and non-mechanical hazards (including falls, noise, heat, electrical risks, chemicals, ergonomic issues, and fatigue). Recognizing these risks helps in developing strategies to mitigate them effectively.

Dalam risk control section, participants will discover how to implement effective control measures throughout the machinery’s life cycle. This includes proper installation, safe use, regular maintenance, and appropriate disposal methods, ensuring that all stages are managed safely.

A well-designed maintenance program is vital for machine safety. This part of the course highlights the importance of regular maintenance, proper training, and the use of lock-out tag-out procedures to protect workers during maintenance activities.

Kursus ini juga mencakup tindakan pengendalian that mitigate risks, such as inherently safe machine designs, safeguarding devices (like guards, emergency stops, and warning systems), and clear operating instructions. These measures help prevent accidents and ensure the safe operation of machinery.

Terakhir, kursus ini mencakup case studies of real-world incidents involving machines. By analyzing these accidents, participants will learn from past mistakes and improve their safety practices, ensuring a safer working environment.

By the end of this course, participants will have a thorough understanding of how to ensure the safe use of machinery in the workplace, from acquisition to disposal, while maintaining compliance with safety regulations and minimizing risks.

Modul 1: Pendahuluan

  • Ruang Lingkup dan Tujuan
  • Life Cycle of Machines
  • Legislation on Machine Safety

Module 2: Risk Management for Machines

  • Penilaian Risiko atau Risk Assessment (RA) :
  • Risk Management and Change

Module 3: Identifying Machine Hazards

  • Mechanical Hazards: Entanglement, Cutting, Crushing, Impact, Shearing, Draw-in
  • Non-mechanical Hazards: Fall, Noise, Heat, Electrical, Chemical, Ergonomic, Fatigue

Module 4: Controlling Risks

  • Machine Acquisition, Installation, Use, and Disposal
  • Maintenance & Lock-out Tag-out

Module 5: Control Measures

  • Design Measures: Safer Design, Reduced Man-machine Interaction
  • Safeguards: Guards, Safety Devices, Emergency Stops
  • Information for Use: Procedures, Signs, PPE

Module 6: Case Studies

  • Examples of Machine-related Injuries: Power Press, Food Cutter, Table Saw, Die-casting, Disc Cutter