0 Mgmt Systems Flashcards
Three main causes of hazards
human error situational aspects environmental aspects
Manager
The person responsible for the work performance of one or more people in an organization.
Adams accident model
domino model with focus on mgmt. It focuses on the individual people in the management system. Relates to IRS
three main influences of mgmt ethics
Personal experience, the employing organization and the external environmen
ISO 14000
Sustainable development
Which organizations are best known for their sustainability indices?
AIChE and Dow Jones
failure of substance
A company that fails as a result of inadequate attention to the major strategic planning elements
controlling
monitoring work and comparing results to goals
planning
the process of determining what is to be achieved
what is a health and safety policy
It states the purpose of the hazard control program and describes the requirement for active participation of all those involved in the program’s operation
management models
accident causation theory usually represented by dominoes
what do middle managers do
interpret top mgmt directives and operating plans
key principles for a successful environmental management system
Top management commitment compatibility with organizational culture focus on continual improvement, employee involvement, flexibility
factors in a sustainability index
safety environmental performance social responsibility
Administrative Controls
Identify hazards, Company Policy, Program Objectives, Authority and Responsibility, Safety Comittees, Orientation, Enforcement
hazard Control Program Components
Identification and Evaluation, Risk Assessment, mgmt Decision Making, Establishing Control Measures, Monitoring Program, Evaluation
PPE Program Requirements
Written Policy, Process for selecting PPE, training, enforcement
8 PPE Categories
head Protection, eye and Face Protection, Hearing Protection, Fall Arrest Systems, Respiratory Protection, hand and Arm Protection, Foot Protection, Work Clothing
Passive Fall Arrest
Requires no action from workersafety nets
Active Fall Arrest
requires action on the workers partharness, lanyard, anchor points
Permeation rate
the rate at which a chemical will move through certain material
Safeguarding
Engineering controls, protecting a worker from coming into contact with moving parts, keep them out of energy zone
Point of Operation
the point at which material is placed for processing
Power transmission
moving mechanical parts on a piece of equipment
safeguard device
mechanism for safeuarding point of operation
guard
barriers used to safeguard the point of operation area
enclosure
barriers used to enclose moving parts
fencing
enclosure system placed around a piece of equipment
nip point
hazardous area created by mechanical parts moving in opposite directions
pinch point
hazardous area where a body part can come into contact with two or more moving mechanical parts
Safeguard Characteristics
integrated into equipment, well designed to handle equipment forces, allow for simple feeding and ejections, easy to inspect and maintain, tamper proof
barrier safeguard
fixed to equipment and only moved for service
Interlocking safeguards
like a barrier guard but parts can be moved, equipment will only run if all interlocked parts are closed
automatic safeguard
deviceuse different techniques to determine if worker is going to contact equipment, 1. Employee controlling devices, 2. Machine controlling devices, 3. machine controlling devices - precensce sensing, 4. Machine controlling devices - pressure sensing, 5. Employee and machine contorlling devices
Employee controlling devices
restraint or pullback device
machine controlling device
presence and pressure sensing devices, automatically shut down equipment when worker enters area
Employee and Machine Controlling Devices
two hand button press
Blanking and blinding
placing metal plates over sections of pipe to contain contaminants
HASP
lock out tool connect to primary isolator
Energy Isolation procedure8 steps
notify all people in area, identify isolation points, shut down, deactivate energy, lock isolation points, bleed lines, confirm zero energy, conduct work
group isolation 10 steps
notify all people in area,identify isolation points,shut down,deactivate energy,lock isolation points,place group key in group lockbox,bleed lines,confirm zero energy,place group key in group lockbox,conduct work
Hazard Vs Risk
Hazard - identifies what can cause harm Risk - identifies the potential degree of harm
Who developed the Swiss Cheese model
Reason
Safety Hazard
The easy to see hazards like falling or getting hit by something
Physical Hazard
A source of energy in the workplace great enough to cause harm niose, temp, etc
hierarchy of controls
Elimination,Substitution Engineering,Administration,PPE
employee and machine controlling device
machines that must be manually activated such as two button presses
Returning Equipment to Service Procedure
- Clear the area, 2. verify that workers are away, 3. verify that controls are in neutral, 4. remove energy isolation devices, 5. notify workers
most hazardous step of robotics operation
teaching the robot
5 categories of woodworking saw
- Table and Circular Saws, lots of kickback, 2. Overhead swing saws, Fucking crazy, 3. Radial Saws, cross cutting, 4. Band Saws, 5. Jigsawsfine cuts and details
Robot categories
nonservo-controlled point-to-point - pick and place,
servo-controlled point-to-point - loading and unloading,
servo controlled continuous path - assembly and painting
Two types of robot programming
Leadthrough - taking the robot through the movements and storing them , Textual - standard programming