Friday, November 30, 2012

Scaffold-Sidewalk Shed Daily Inspection

 Scaffold-Sidewalk Shed Daily Inspection Log
All supported Scaffolds and Sidewalk Sheds must be inspected daily and results of the inspection logged and readily available on the jobsite at all times. Maintenance Logs minimally must include the following info:
General Information
Permit #

Name of Scaffold Erector:

Installation Date:
Expiration: 
Renter Name: 

Phone #
Shed Type:   Light [  ]  Med [  ]  Heavy [  ]  Duty

Are Drawings on Jobsite for Inspection
Yes  [   ]   No  [   ]
Specific Information:

Scaffold Height:  
Number of Platforms Decked:

Base Plates and Mudsills Secured?
Yes  [   ]   No  [   ]
Are the Signs on the Parapets?
Yes  [   ]   No  [   ]
Are all Scaffold Pins and Bolts installed?
Yes  [   ]   No  [   ]
Maintenance Information

Are Legs and Poles Plumb, Braced & Not Displaced?  Yes  [   ]   No  [   ]
Are Cross Braces fully attached – not distorted and not missing?   Yes  [   ]   No  [   ]
Tie –Ins correctly spaced, properly secured and the correct number required?    Yes  [   ]   No  [   ]
Are Pipe Clamps Tight?         Yes  [   ]   No  [   ]
Are Window Jacks Tight?     Yes  [   ]   No  [   ]
Are all the Planks secured?  
Yes  [   ]   No  [   ]
Are Decking and Planks in Good Condition?    
Yes  [   ]   No  [   ]
Is the Deck Fully Planked?
Yes  [   ]   No  [   ]
Are there Gaps or Open Spaces on Decking?
Yes  [   ]   No  [   ]
Are Guardrails and Toe Boards Secured at all places as required?
Yes  [   ]   No  [   ]
Is the Netting Extension of full length & height?
Yes  [   ]   No  [   ]
Is the Netting Secured?   
Yes  [   ]   No  [   ]
Is the parapet of proper height and secured?
Yes  [   ]   No  [   ]
Are the lights working properly?
Yes  [   ]   No  [   ]
Is the Deck clean and free of debris?
Yes  [   ]   No  [   ]
Name:  

Title:
Signature:

Date:


Emergency Symbol Recognition - ICE

ICE - In Case of Emergency  Job Site Safety Tool

ICE4SAFETY.com trademarked emergency icon was created in 2005 by safety professionals wanting a “Best Practice” highly recognizable and memorable symbol to represent emergency preparedness.
This is especially important for our highly diverse as well as our aging members of society who may find the plethora of new safety symbols confusing.

ICE4SAFETY has created a very useful and easy to understand representative safety icon and here is the short form reasons why:

1. Symbols should be visually simple & representational. Simple and direct is best.
ICE symbol is comprised of representative safety colors (Orange, Blue with White lettering) found on OSHA/ANSI signage. ICE represents medical emergency preparedness and reflects the extensively used NHTSA “Star of Life”. 
ICE = In Case of Emergency.

Independent study has shown that the term “ICE” is widely recognized by the majority of American citizenry. The concept continues to get coverage in the national media. For those who may not be immediately cognizant of the symbol’s meaning it is a simple and easy task to understand and recall in an emergency situation.

2. Increased Complexity should be relevant and necessary in communicating the symbol’s meaning.
We kept the symbol simple. You only need to know that ICE and Emergency are synonymous.

Text denoting ICE is in plain sight – not obscured by any other symbology, notices, graphics or distracting irrelevant advertising.
In fact any such sponsorship of the printing of ICE images is relegated to one line (only) of non-distracting text on the bottom edge of the symbol. Creations of promotional materials for community groups or EMS/Fire is strictly that – promotional. Actual use materials are strictly function oriented. Once again KISS.

3. Symbols should not be arbitrary if they are abstract.
The six bars of the NHTSA Star of Life and safety color scheme are representative of safety in all sectors of our society and have been for decades.

4. Using abstract or arbitrary symbols – using contextual or verbal cues in design may facilitate initial symbol comprehension and increase training effectiveness.
Training and awareness “uptake” for the ICE symbol representing emergency preparedness, workplace safety, emergency medical-contact and related safety/preparedness uses rapid and long term. We advocate KISS and REDUNDANCY as prime concepts of preparedness. The use of “ICE” is promoted for cell phone use and is incorporated in phone design and as an ITU international communication standard E.123 that electronic devices are programmed to recognize by design. 

5. “Learnability” can aid in selection of the best symbol from a set of symbols of similar comprehensibility.
One need only review a list of the various symbols used on job sites and workplaces to see there are conflicting and confusing symbols that can be misunderstood. Not with ICE.

Learning what ICE represents can be as easy as one 5 second training at a visitor station at any hospital, workplace, business, school, vehicle safety, government facility or home. It IS that simple. A doctoral study in hospitals in Amsterdam has shown that even an uninformed medical professional easily comprehends ICE and immediately agrees to the use of this term and the concept of preparedness that is represented. 

Recommendations for symbol design were adapted from an article by fellow ASSE members in the March 2012 Professional Safety Magazine - The Aging Workforce by Mary F. Lesch, William J. Horrey, W. Ryn Powell and Michael Wogalter. Page 45-49 www.asse.org

Job Hazard Analysis - Simplified

Conducting a Job Hazard Analysis (JHA) is one of the most cost effective safety tools any manager can have at their disposal.  The process involves reviewing the basic steps needed to perform a particular task while working.  Next, the identification of potential hazards associated with the various job tasks is compiled.   Finally, steps to mitigate the loss potential are taken through various means like job redesign, use of PPE or elimination of tasks if necessary.
Steps to Conducting the JHA
The simplest and most straightforward method for conducting the JHA is to break it down into 5 steps.
1.  Choose the Job to Review
Selecting a job is as easy as listing then by categories – new jobs, risk prone jobs, those with a history of prior accident/injury and those with highest risk of serious injury!
 2.  Deconstruct the Job
By simply listing the basic steps involved with the particular job task and placing them in the order in which they are performed you can then describe what is being done in brief but informative steps.  You will then need to observe a worker that is accomplished in the particular task. Make sure the employee is informed about what you are doing and why.  Observe the steps being taken and record them. Verify with the employee that what you have recorded is in fact what is being done.

3.  Identify the Hazards & Potential Risks
Hazards that might present themselves during each of the steps can consist of factors associated with job site conditions or the very methods used to complete tasks. 
Potential hazards include, but not limited to: Being struck by objects, falls, ergonomic (material handling) issues, trip hazards, exposure to chemicals or hazardous dusts or fumes, being trapped in confined spaces or in between objects or surfaces.  Working alone might be also considered a hazard unto itself.
Once you have identified these hazards you will need to list them (yes there is a simplified form to do that). 
4.  Take Corrective Measures
Last but not least is the step that involves developing practical solutions for removal of the hazards and preventing accidents. 
Finding another way of completing the job – or eliminating it altogether is the first thing to consider to remove the risk.  Having another contractor complete the job is another solution that eliminates your risk. Changing the job site dynamics, work flow, housekeeping and organization of work schedules is a third consideration.  Yet another way is by completing tasks less often, at different times or through a combination of various solutions. Lastly if nothing can be done to completely remove the hazard – the use of PPE can be adopted as a part of the work process.
5.  Document What Work You Have Completed
Be sure to take all the lessons learned and record them so others can benefit in the future - no sense in doing this simply as an exercise when valuable lessons can be learned and passed along to others in your workforce or new hires.
 Advantages of Conducting the JHA  
Once completed this now valuable tool can be employed at various times afterwards.
·         Use to train new hires about the hazards associated with the job.

·         Use as a basis for retraining after an accident or for reference when investigating an accident involving a particular job being done.

·         If the JHA needs revision at some later date, then all employees associated with the work procedures should be retrained.    Involving employees in the hazard analysis process can be advantageous in that they will take ownership in the process as well as it contributing to overall recollection and practice of the safety measures.  
·     Jobs that are not done on a regular basis should allow workers to review  the JHA before completing tasks so they can refresh their memory of the safety precautions or PPE required for working safely.
·         Video or photographic recording of the various steps can also prove to be effective as many persons are more apt to be visual learners.

See following partially completed document sample that illustrate the process:
 * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *

Date Completed:                                        Reviewed By:
Conducted By:                                            [    ] New    [    ] Revised JHA           
Job Title:                                                                                                         
Department or Work Group:                                                 

Basic Job Sequence Steps
Break the job into a sequence of identifiable steps. All of the steps should accompany some major task which will consist of a series of movements. Look at each and every series of movements within that basic task.
Potential Hazards
Completing a JHA effectively requires that you identify the hazards or potential hazards associated with each step. All sources of energy must be identified. It is essential to assess the entire work environment in order to find every possible hazard that might exist.
Safety Procedures
Decide what actions
are necessary to eliminate, control, or reduce hazards that might lead to accidents, injuries, damage to the
environment or possible occupational illness. Each safe job procedure or action
must correspond to the job steps and identified hazards.

1.  Remove Ladder From Truck
1.  Material Handling Issues
1.  Use Proper Techniques
2.  Inspect Ladder
2. Defective Ladder
2.  Require Regular Inspections of all ladders by Supervisors and Employees
3.  Carry Ladder to Site
3. Strains, Slip/Fall
3. Use 2 person lift if needed
4.  Set Up Ladder
4. Strains, Slip/Fall
4.  Develop proper sequence for erecting ladder per mfg instructions – train workers.

continue


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Fall Protection: Safety Harness Expiration Date


Full-body safety harnesses are a highly effective and reliable piece of any fall protection plan but, while you may frequently inspect and maintain your safety harness, it will only be safe to use for a matter of years — five years according to the majority of manufacturers.

(Note: These recommendations do not apply to safety harnesses that have visual damage or have been exposed to chemicals, abnormal heat, or excessive ultraviolet light. A damaged harness can and will eventually fail.)

Although a well cared for or seldom used safety harness can last longer than five years, it is still recommended that you remove it from service at the five year mark. Not only may your safety harness be out of warranty, but you have no way of knowing that the internal structure of your safety harness is sound — even if it’s passed regular inspection and shows no outward signs of damage. When it comes to personal fall protection, it’s always better to be safe than sorry.

To ensure that your safety harness makes it to its expiration date, store your harness at room temperature away from all chemicals, moisture, ultraviolet light, and anything that may cause damage when not in use; regularly inspect your harness and perform any maintenance that may be required, even if you think your harness is good enough to use.

After your full-body safety harness has reached the end of its life expectancy, remove it from service and dispose of it in such a manner that it can’t be mistakenly used in the future. Keep your equipment in good shape to keep your work site safe.

Source:  ezsafetysupply.com 

Safe Material Handling – Lifting Force Dynamics

All employees should be aware of the physical principles involved in lifting objects manually.  In this diagram you will see that the figure which has outstretched (hyper or over – extended) arms lifting the 40 pound object has to exert a greater amount of force in order to lift the object.  Lifting at this angle also exerts a considerable amount of force onto the lower spine and back muscles.
The other figure is depicting the object being lifted while holding it closer to the center of the body, requiring less effort and less pressure placed on the lower back and spine.  Reaching out makes the 40Lb object feel like 80Lbs. 
Lesson:  When lifting objects, the least injury potential is realized when the objects lifted are done so while positioned close to the center mass of the body.
This material handling best practice causes less strain on the lower back, arms and joints; the object lifted does not feel heavier than it actually is and it contributes to reducing fatigue over the course of the workday.     
Look to make lifting objects more efficient and less stressful.

Thursday, November 29, 2012

Why Fall Protection?

For Roofers – falls are the number one cause of serious physical injury and death.  There are many different opportunities for workers to fall off roofs – be it roof edges, ladders, open holes or sky lights.  Over 70% of deaths in the roofing industry have been caused by falls.  These were largely a result of not using any means of fall prevention for workers.  On December 15, 2012 new Federal OSHA Regulations for Residential Roofers go into effect.
Get one thing straight - once a fall begins – it is virtually impossible to stop the fall yourself.  It is impossible due to one of the unbending laws of physics – gravity. 
Human Reaction Time is about ½ second - in just that short span of time the distance and forces accumulated are considerable!   You can forget what you've seen on tv - this is for real.
In that .5 seconds, a 200 Lb roofer will fall roughly 4 feet and the force on impact (if you struck the ground) would be 3,200Lbs!  There is just no way a human can recover and self-arrest a fall when acting against these forces.  
Look at a representative chart of Fall Distance versus Impact Force:
Distance
Time in Seconds
Arresting Force on Impact
7.6”
.10  sec
512 lbs
17”
.30  sec
1,152 lbs
31”
.40  sec
2,048 lbs
4 feet
.50  sec
3,200 lbs
6 feet
.62 sec
4,800 lbs
8 feet
.71 sec
6,400 lbs
10 feet
.79 sec
8,000 lbs

As your fall progresses, the speed at which you fall increases as does the forces of impact that will be exerted upon you when you hit the ground.  You will only stop when you hit a lower surface – be it the ground or another roof/vehicle etc.