MACHINE SAFETY RISK ASSESSMENT TRAINING

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INTRODUCTION FOR MACHINE SAFETY RISK ASSESSMENT TRAINING

The purpose of this course is to provide manufacturing and its maintenance staffs with the knowledge to tackle machinery safety control problems at a basic and practical level whilst following the best available international standards.

The training begins with an overview of machinery safety issues, introducing the concepts of hazard identification and risk reduction.  The training highlights the major international standards that are used to support compliance with Malaysia regulations and uses these standards as a basis for the design procedures. This approach will assist industry staffs to follow best practices for safety system applications in industry  plant is situated such as EN954–1, EN13849, EN62061 and ANSI/ISO 12100:2012

The training looks at the risk assessment processes used to identify hazards and to quantify the risks inherent in a machine. This enables engineers to evaluate the need for risk reduction and hence define the safety functions to be provided by safety related electrical controls. The training then introduces the concepts of safety categories as defined by safety standard  and illustrates the principles of failsafe design, fault tolerance and self-testing. With design procedures established the training now provides an introduction to machinery protection devices such as guards, enclosures with interlocks and guard monitoring relays, locking systems, safety mats, photo electric and electro sensitive principles and the application of light curtains. 

The training continues with a study of Safety Control System techniques. Application examples such as guard door interlocking applications, two hand controls, muting, area protection of robot installations and motion detection are then discussed.

 

LEARNING OBJECTIVE

The participant will learn how to: 

  • Identify hazards that occur with machinery and know how to deal with them
  • Perform simple risk assessment and hazard design methods for your projects
  • Specify appropriate safety systems for your applications
  • Understand the basic of  EN954–1, EN13849, EN62061 and ANSI/ISO 12100:2012
  • Apply basic principles of Machinery Safety Risk Assessment

 

COURSE OUTLINE

  Time

Topic

08.45 – 09.00

Introduction to course and the delegates

09.00 – 10.15

Course outline and objectives

  • Definition of a machine and the scope of machinery controls
  • Examples of common hazards & typical safety system solutions
  • Applicable standards & sources of information
  • OSHA 1994 and Regulations for the safe use of machinery at work   examples
  • The European Machinery Directive. Its scope, implications & outline requirements.
  • Discussion on end user practices & employer’s obligations

Practical 1: Checkout a machine example or compliance.

10.15 – 10.30

COFFEE BREAK

10.30 – 12.45

  • Methods for Identifying Hazards, Machinery concept hazard analysis, activity analysis, human error analysis
  • Practical example of hazard study
  • Risk assessment & the selection of protection measures
  • Explanation of safety categories
  • Introduction in safety rules EN954–1, EN13849 and EN62061
  • Introduction to ANSI/ISO 12100:2012— Safety Of Machinery – General Principles For Design – Risk Assessment And Risk Reduction 
  • Introduction to safety integrity levels 

Practical 2: Trial hazard study & selection of safety categories

12.45 – 13.45

LUNCH BREAK

13.45 – 15.15

  • Guard Door Interlocking Applications; Examination of circuits & operating principles
  • Power press application with light curtain.
  • Area protection of robot installations.
  • Motion detection with run down protection system

Practical 3: Maintenance proof testing of a typical application

15.15 – 15.30

TEA BREAK

15.30 – 16. 45

  • Guards & Enclosures with interlocks
  • Fixable & moveable Guards
  • Users responsibility
  • Emergency Stops & Guard Interlocking
  • Guard monitoring relays
  • Locking systems
  • Safety Mats
  • Photo-electric & electro sensitive principles
  • Light curtains & proximity sensors
  • Instructions, warnings & labels
  • Evaluation of approach speeds, safety distances & times

Practical 4: Application examples, selection of devices

16.45-17.00

DISCUSSION AND CLOSE

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