Name: Hazard Identification, Risk Assessment, and Risk Control
Uploaded: 2024-08-30
Duration: 17 min 47 s
Description: Hazard Identification, Risk Assessment, and Risk Control.

[Audio] Hazard Identification, Risk Assessment, and Risk Control. 

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Hazard Identification, Risk Assessment, and Risk Control

[Audio] A. Directions: Identify the type of hazards. Match Column A with Column B Write only the letter of each correct answer on a separate sheet of paper. Column A Column B 1. cables running across the a mechanical hazard floor 2. hot components or sharp b physical hazard edges of computers 3. inkjet printer cartridge c electric shock hazards 4. exposed power cable d chemical hazard 5. open casing of computer e C-R-T monitor high voltage hazard monitor. 

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A. Directions: Identify the type of hazards. Match Column A with Column B. Write only the letter of each correct answer on a separate sheet of paper.  	Column A 						Column B  
 1. cables running across the		a. mechanical hazard   floor   2. hot components or sharp		 b. physical hazard   edges of computers   3. inkjet printer cartridge 			c. electric shock hazards  4. exposed power cable 			d. chemical hazard   5. open casing of  computer 		e. CRT monitor high voltage hazard  								monitor

[Audio] B. Identify the 5S principles.. B. Identify the 5S principles. 1. __________________________________________________________________ 2. __________________________________________________________________ 3. __________________________________________________________________ 4. __________________________________________________________________ 5. __________________________________________________________________. 

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B. Identify the 5S principles.   1. __________________________________________________________________  2. __________________________________________________________________  3. __________________________________________________________________  4. __________________________________________________________________   5. __________________________________________________________________

[Audio] Prestest A B . 1. b 1. seiri 2. a 2. seiton 3. d 3. seiso 4. c 4. seiketsu 5. E 5. Shitsuke. 

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PRESTEST  A.			 B .   1. b 		1. seiri   2. a 		2. seiton   3. d 		3. seiso   4. c 		4. seiketsu   5. E			5. Shitsuke

[Audio] Occupational safety and health (O-S-H--) Is a planned system of working to prevent illness and injury where you work by recognizing and identifying hazards and risks. Health and safety procedure is the responsibility of all people in the computer and technology industries.. 

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Is a planned system of working to prevent illness and injury where you work by recognizing and identifying hazards and risks. Health and safety procedure is the responsibility of all people in the computer and technology industries.

[Audio] There are three steps used to manage health and safety at work: 1. Spot the Hazard (Hazard Identification) 2. Assess the Risk (Risk Assessment) 3. Make the Changes (Risk Control). 

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There are three steps used to manage health and safety at work:

1. Spot the Hazard (Hazard Identification)   2. Assess the Risk (Risk Assessment)   3. Make the Changes (Risk Control)

Using the Think Safe Steps 1. Spot the Hazard. Key Point A hazard is anything that could hurt you or someone else. Examples of workplace hazards include:  frayed electrical cords (could result in electrical shock)  boxes stacked precariously (they could fall on someone)  noisy machinery (could result in damage to your hearing). 

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Using the Think Safe Steps 
1. Spot the Hazard

Key Point   A hazard is anything that could hurt you or someone  else.  Examples of workplace hazards include:    frayed electrical cords (could result in electrical shock)   boxes stacked precariously (they could fall on someone)   noisy machinery (could result in damage to your hearing)

[Audio] 2. Assess the Risk Key Point Assessing the risk means working out how likely it is that a hazard will harm someone and how serious the harm could be.. 

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Key Point   Assessing the risk means working out how likely it is that a hazard will harm someone and how serious the harm could be.

2. Assess the Risk. Key Point Assessing the risk means working out how likely it is that a hazard will harm someone and how serious the harm could be. Whenever you spot a hazard, assess the risk by asking yourself two questions: Assess  How likely is it that the hazard could harm me or someone else?  How badly could I or someone else be harmed?. 

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Key Point   Assessing the risk means working out how likely it is that a  hazard will harm someone and how serious the harm could  be.  Whenever you spot a hazard, assess the risk by asking  yourself two questions:   Assess   How likely is it that the hazard could harm me or  someone else?   How badly could I or someone else be harmed?

[Audio] 3. Make the Changes Key Point It is your employer's responsibility to fix hazards. Sometimes you may be able to fix simple hazards yourself, as long as you don't put yourself or others at risk. For example, you can pick up things from the floor and put them away to eliminate a trip hazard.. 

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Key Point   It is your employer's responsibility to fix hazards. Sometimes you may be able to fix simple hazards yourself, as long as you don't put yourself or others at risk. For example, you can pick up things from the floor and put them away to eliminate a trip hazard.

[Audio] Common hazards encountered by computer technicians and users One of the most common physical hazards involving computer technicians is cables running across the floor. If someone trips, falls, and hurts himself because of a cable you ran across the floor, someone (you, your employer, or your customer) has a serious legal negligence problem.. 

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Common hazards encountered by computer technicians and users

One of the most common physical hazards involving computer technicians is cables running across the floor. If someone trips, falls, and hurts himself because of a cable you ran across the floor, someone (you, your employer, or your customer) has a serious legal negligence problem.

[Audio] One of the most common physical hazards involving computer technicians is cables running across the floor. If someone trips, falls, and hurts himself because of a cable you ran across the floor, someone (you, your employer, or your customer) has a serious legal negligence problem.. 

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If you need to temporarily run a cable across the floor, place a Danger sign similar to those "wet floor" signs used by cleaning services. For cables that are temporary but will need to run across the floor for a longer period of time,  use "gaffers tape". Gaffers tape is  a heavy tape with strong adhesive to stick to the floor. It  comes in a wide range of colors, from unintrusive matte black to hazard warning red.  Although it has strong adhesive, it can be removed easily and cleanly.

[Audio] For long term cable routing there is a wide variety of cable organizing devices like cable ties, cable wraps, and cable raceways which can be used to run cable safely along the wall or ceiling. Other common physical hazards include leaving tools on top of ladders and placing electronic equipment in precarious positions. 

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For long term cable routing there is a wide variety of cable organizing devices like cable ties, cable wraps, and cable raceways which can be used to run cable safely along the wall or ceiling.  Other common physical hazards include leaving tools on top of ladders and placing  electronic equipment in precarious positions

[Audio] Mechanical Hazards When working on electronic equipment, ask yourself "Is there any way this equipment could hurt me?. You might stick your hand in a printer and suddenly the paper feed arm moves, feeding not only paper through the printer, but a piece of your finger too.. 

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When working on electronic equipment, ask yourself "Is there any way this equipment could hurt me?. You might stick your hand in a printer and suddenly the paper feed arm moves, feeding not only paper through the printer, but a piece of your finger too.

Mechanical Hazards. You might move your hand past a computer chassis and lose a chunk of flesh because it is razor sharp. When working on electronic equipment always be alert to any possibility of being hurt by moving parts, hot components, or sharp edges.. 

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You might move your hand past a computer chassis and lose a chunk of flesh because it is  razor sharp. When working on electronic equipment always be alert to any possibility of being hurt by moving parts, hot components, or sharp edges.

[Audio] Chemical Hazards Also be very careful when dealing with inkjet printer cartridges, or laser printer toner cartridges. Ink and toner can stain skin, clothing, and carpet.. 

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Also be very careful when dealing with inkjet printer cartridges, or laser  printer toner cartridges. Ink and toner can stain skin, clothing, and carpet.

[Audio] Chemical Hazards There is a wide array of chemicals used with electronic equipment. There are display cleaning chemicals, keyboard cleaning chemicals, compressed gas dirt and dust removers, and many cleaning solvents. Some of these chemicals can be harmful if accidentally swallowed, get on bare skin, or get in eyes. Before using any chemicals for electronic equipment always read the warnings and instructions on the label.. 

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There is a wide array of chemicals used with electronic equipment. There are display cleaning chemicals, keyboard cleaning chemicals,  compressed gas dirt and dust removers, and many  cleaning solvents. Some of these chemicals can be  harmful if accidentally swallowed, get on bare skin,  or get in eyes. Before using any chemicals for  electronic equipment always read the warnings and  instructions on the label.

[Audio] Electric Shock Hazard Inside computers and electronic equipment, there is a range of voltages from 3.3 volts to 25 volts, most of these are harmless. But at the power supply, you'll find line voltage, which is a lethal 220 volts.. 

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Inside computers and electronic equipment, there is a range of voltages from 3.3 volts to 25 volts, most of these are harmless. But at the power supply, you'll find line voltage, which is a lethal 220 volts.

[Audio] Electric Shock Hazard Most of the time while working inside computers and electronic equipment, you'll want them unplugged from the wall socket. If you need to work on equipment while it is still plugged in or powered up, remove all jewelry and wrist watches.. 

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Most of the time while working inside computers and electronic equipment, you'll want them  unplugged from the wall socket. If you need to work on equipment while it is still plugged in or powered up, remove all jewelry and wrist watches.

[Audio] Electric Shock Hazard If you must work inside a line power distribution box, wear an electrician's rubber insulated gloves and safety glasses. You might think you don't need these safety devices because you are going to be extra careful, but one little slip could cause a flaming explosion that could take off your hand, embed shrapnel in your eyes, or conduct electricity through your heart, where it takes only 10 milliamps (0.01) to kill a human.. 

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If you must work inside a line power distribution box, wear an electrician’s rubber insulated gloves and safety glasses. You might think you don't need these safety devices because you are going to be extra careful, but one little slip could cause a flaming explosion that could take off your hand, embed shrapnel in your eyes, or conduct electricity through your heart,  where it takes only 10 milliamps (0.01) to kill a human.

[Audio] C-R-T Monitor High-Voltage Hazard C-R-T monitors are becoming less common nowadays, but should you run into one, it is best Not to open it up. Instead, outsource any C-R-T repair job to a qualified C-R-T repair service. A CRT monitor has a high-voltage anode inside it, which can carry a charge of up to 25000 volts, and it can still be holding a high charge days after the power is removed.. 

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CRT monitors are becoming less common nowadays, but should you run into one, it is best NOT to open it up. Instead, outsource any CRT repair job to a qualified CRT repair service. A CRT monitor has a high-voltage anode inside it, which can carry a charge of up to 25,000 volts, and it can still be holding a high charge days after the power is removed.

[Audio] A. Direction: Read carefully each statement below. Place T on the line if the statement is TRUE. Place F if the statement is false. _____ 1. Health and safety procedure is the responsibility of all persons in the computer and technology industries. ______ 2. Spotting the hazards means working out how likely it is that a hazard will harm someone and how serious the harm could be. ______ 3. If you need to temporarily run a cable across the floor, place a Danger sign similar to those "wet floor" signs used by cleaning services. ______ 4. An L-C-D monitor has a high-voltage anode inside it, which can carry a charge of up to 25000 volts, and it can still be holding a high charge days after the power is removed. ______ 5. Inkjet printer cartridges, or laser printer toner cartridges are hazardous to users.. 

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A. Direction:   Read carefully each statement below. Place T on the line if the statement is  TRUE. Place F if the statement is FALSE.  _____ 1. Health and safety procedure is the responsibility of all persons in the computer  and technology industries.  ______ 2. Spotting the hazards means working out how likely it is that a hazard will harm  someone and how serious the harm could be.   ______ 3. If you need to temporarily run a cable across the floor, place a Danger sign similar  to those "wet floor" signs used by cleaning services.   ______ 4. An LCD  monitor has a high-voltage anode inside it, which can carry a charge of  up to 25,000 volts, and it can still be holding a high charge days after the power is removed.  ______ 5. Inkjet printer cartridges, or laser printer toner cartridges are hazardous to users.

[Audio] B. Direction : Identify what hazard is being illustrated in the situation below . __________ 1. Slippery computer laboratory floor __________ 2. Hot components, or sharp edges of computer devices __________ 3. Laser printer toner __________ 4. Obstructed electrical cables __________ 5. Open C-R-T monitor. 

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B. Direction : Identify what hazard is being illustrated in the situation below .   __________ 1. Slippery computer laboratory floor  __________ 2. Hot components, or sharp edges of computer devices   __________ 3. Laser printer toner   __________ 4. Obstructed electrical cables  __________ 5. Open CRT monitor

[Audio] Self-check 1.1 A B 1. T 1. physical hazard 2. F 2. mechanical hazard 3. T 3. chemical hazard 4. F 4. physical hazard 5. T 5. electrical hazard. 

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SELF-CHECK 1.1  A. 			B.  1. T 		1. physical hazard  2. F 		2. mechanical hazard  3. T 		3. chemical hazard  4. F 		4. physical hazard  5. T 		5. electrical hazard

Hazard Identification, Risk Assessment, and Risk Control 

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avatar

A. Directions: Identify the type of hazards. Match Column A with Column B Write only the letter of each correct answer on a separate sheet of paper. 
	Column A 						Column B  

1. cables running across the		a mechanical hazard  
floor  
2. hot components or sharp		 b physical hazard  
edges of computers  
3. inkjet printer cartridge 			c electric shock hazards 
4. exposed power cable 			d chemical hazard  
5. open casing of  computer 		e C-R-T monitor high voltage hazard 
								monitor

Occupational safety and health (O-S-H--) 
Is a planned system of working to prevent illness and injury where you work by recognizing and identifying hazards and risks. Health and safety procedure is the responsibility of all people in the computer and technology industries.

There are three steps used to manage health and safety at work: 1. Spot the Hazard (Hazard Identification)  
2. Assess the Risk (Risk Assessment)  
3. Make the Changes (Risk Control)

2. Assess the Risk Key Point  
Assessing the risk means working out how likely it is that a hazard will harm someone and how serious the harm could be.

3. Make the Changes  Key Point  
It is your employer's responsibility to fix hazards. Sometimes you may be able to fix simple hazards yourself, as long as you don't put yourself or others at risk. For example, you can pick up things from the floor and put them away to eliminate a trip hazard.

Common hazards encountered by computer technicians and users  One of the most common physical hazards involving computer technicians is cables running across the floor. If someone trips, falls, and hurts himself because of a cable you ran across the floor, someone (you, your employer, or your customer) has a serious legal negligence problem.

For long term cable routing there is a wide variety of cable organizing devices like cable ties, cable wraps, and cable raceways which can be used to run cable safely along the wall or ceiling. 
Other common physical hazards include leaving tools on top of ladders and placing 
electronic equipment in precarious positions

Mechanical Hazards   When working on electronic equipment, ask yourself "Is there any way this equipment could hurt me?. You might stick your hand in a printer and suddenly the paper feed arm moves, feeding not only paper through the printer, but a piece of your finger too.

Chemical Hazards  Also be very careful when dealing with inkjet printer cartridges, or laser 
printer toner cartridges. Ink and toner can stain skin, clothing, and carpet.

Chemical Hazards  There is a wide array of chemicals used with electronic equipment. There are display cleaning chemicals, keyboard cleaning chemicals, 
compressed gas dirt and dust removers, and many 
cleaning solvents. Some of these chemicals can be 
harmful if accidentally swallowed, get on bare skin, 
or get in eyes. Before using any chemicals for 
electronic equipment always read the warnings and 
instructions on the label.

Electric Shock Hazard  Inside computers and electronic equipment, there is a range of voltages from 3.3 volts to 25 volts, most of these are harmless. But at the power supply, you'll find line voltage, which is a lethal 220 volts.

Electric Shock Hazard  Most of the time while working inside computers and electronic equipment, you'll want them 
unplugged from the wall socket. If you need to work on equipment while it is still plugged in or powered up, remove all jewelry and wrist watches.

Electric Shock Hazard  If you must work inside a line power distribution box, wear an electrician's rubber insulated gloves and safety glasses. You might think you don't need these safety devices because you are going to be extra careful, but one little slip could cause a flaming explosion that could take off your hand, embed shrapnel in your eyes, or conduct electricity through your heart, 
where it takes only 10 milliamps (0.01) to kill a human.

C-R-T Monitor High-Voltage Hazard  C-R-T monitors are becoming less common nowadays, but should you run into one, it is best Not to open it up. Instead, outsource any C-R-T repair job to a qualified C-R-T repair service. A CRT monitor has a high-voltage anode inside it, which can carry a charge of up to 25000 volts, and it can still be holding a high charge days after the power is removed.

A. Direction:   Read carefully each statement below. Place T on the line if the statement is 
TRUE. Place F if the statement is false. 
_____ 1. Health and safety procedure is the responsibility of all persons in the computer 
and technology industries. 
______ 2. Spotting the hazards means working out how likely it is that a hazard will harm 
someone and how serious the harm could be.  
______ 3. If you need to temporarily run a cable across the floor, place a Danger sign similar 
to those "wet floor" signs used by cleaning services.  
______ 4. An L-C-D  monitor has a high-voltage anode inside it, which can carry a charge of 
up to 25000 volts, and it can still be holding a high charge days after the power is removed. 
______ 5. Inkjet printer cartridges, or laser printer toner cartridges are hazardous to users.

B. Direction : Identify what hazard is being illustrated in the situation below .  
__________ 1. Slippery computer laboratory floor 
__________ 2. Hot components, or sharp edges of computer devices  
__________ 3. Laser printer toner  
__________ 4. Obstructed electrical cables 
__________ 5. Open C-R-T monitor

Self-check 1.1 
A 			B 
1. T 		1. physical hazard 
2. F 		2. mechanical hazard 
3. T 		3. chemical hazard 
4. F 		4. physical hazard 
5. T 		5. electrical hazard