When Certifying High-Risk Construction Workers, Why Stop At Crane Operators?

As I wrote in this week’s analysis of the Occupational Safety and Health Administration’s new crane rules, the federal requirement that all crane operators be tested to a national, accredited standard barely passed through heated negotiations. But the requirement is there, and under the rules, employers must comply by November 2014.
Other workers are left somewhat off the hook, although anyone giving signals to a crane operator is required by this November to be “qualified.” Employers must also show proof that these workers have passed an oral or written and hands-on test of some kind that covers crane signals and basic crane functions, but that test does not necessarily need to be accredited.
So, then, experts say it came as a surprise to see new language in the rule that now requires riggers to be “qualified” as well (though not necessarily tested).
Why qualify riggers? Like a lengthy SEC filing that rewards secrets for those who are patient enough to read it, OSHA’s preamble to this week’s rulemaking (PDF) offers some interesting safety nuggets to chew on. It says “riggers are injured and killed more frequently than workers in any other occupation during construction crane activities. They are injured when cranes tip over or booms fall, by falling loads, by electrical shock from power line contact, and through falls.”
Does it sound as though regulators missed an opportunity to take the extra step of certification for riggers? Perhaps, OSHA says, but “no commenter who advocated certification for riggers provided more than a qualitative assertion that increased crane safety would result.”
Ditto for crane inspectors. “There was similarly no information in the record that inspection failures had resulted in accidents, save for one accident in New York City that resulted from an inadequate repair to a tower crane part,” the agency notes. Although regulators and industry experts alike have pointed to the need for crane signalpersons, riggers and inspectors to be certified nationwide in the same manner as operators, there simply is a lack of data to back it up.
This is so even as OSHA waves its finger at systemic signal, rigging and inspection problems. In a section of the rule dealing with the proper care and handling of synthetic slings, the agency notes that it found in its investigation of a deadly tower-crane collapse in New York City in March 2008 that improper use of nylon slings caused the accident. It even reiterated this point in the rule, published after William Rapetti, the master rigger in charge of the crane work, was acquitted on all criminal counts.
Like it or not, the rule now requires employers to protect fabric slings from sharp edges and “comply with all applicable manufacturer prohibitions.” But it stops short of requiring that riggers take a nationally accredited test.
Though some negotiators have recently told me they would have supported mandatory, accredited certification of riggers, signalers, inspectors and others, they say they didn’t fight for it for several reasons. First, no test yet existed beyond operators when the rule was negotiated.
That argument doesn’t really hold water anymore. Multiple accredited agencies now offer national rigging and signalperson tests, and an inspector exam is coming next year. So, employers, what are you waiting for?
Second, some felt that rigging qualifications were outside of the rule's charge; after all this was a crane rule, not a rigging rule, they argue. Third, the 2008 accidents brought new failures to light. The momentum for more certification grew out of those accidents.
And finally—let’s not forget—this was a "negotiated" rulemaking between OSHA and the industry. Many felt that it would be tough enough to get mandatory operator certification through the committee. Indeed, it was a nasty fight. Requiring certification for other workers may have been a true deal-breaker.
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All craftpersons should have to pass either a state, or federal certification exam before they are allowed to perform work that could cause a dangerous situation to others. This would ...
Just out of curiosity, what are your certifications to make such a comment?
If ALL employers required their employees to prove they have some training in rigging, then the amatures out there would either have to attend a rigging class of some kind or go find so...
Just another reason to hire Union Craftsmen, you know when hired they are qualified. Let the unions police the members.
Forget that OSHA mandates safety training of workers by their employers (Subpart C - 29 CFR 1926). It is an excellent business practice to have trained and qualified workers performing...
If a person has received proper training, including safety training, the individual will not only perform the work in a craftsman like manner, but the worker will be safer.
Too many times employers will send their employees to training courses to be "certified", but will not allow the workers to implement what they have learned. The employer wants a card or certificate to show that the individual has been through training.
I have conducted many safety courses for individuals in the construction industry. Sometimes I encounter the individuals who attended and passed the safety classes when I am on a construction project. The workers are not following what they learned in class. One of the reasons offered by the workers is that their employer would not allow them to implement the safety procedures they learned in the safety classes.
Some of the safety training classes that workers attend do not include or properly address the safety issues, yet the individuals leave the class with a certification or competent person card.
The comment by an anonymous individual on 8/13/2010 stated that Union Craftsmen are qualified. I disagree with that person. Unfortunately, I have encountered individuals who have been through Union and Merit Shop training programs that do not know the safety basics for the tasks the workers are assigned to perform. This includes OSHA 10 hour, OSHA 30 hour, fall protection, scaffolding, excavation/trenching, access (stairs & ladders), and many other topics. Some of the reasons for the improper safety training includes the instructors not knowing how to implement the safety requirements, how to properly erect scaffolding, how to set up and use Personal Fall Arrest Systems, how to properly protect workers in trenches and excavations. When it comes to crane operations and rigging, even those with "certifications" are not following the safety rules nor do they know what the proper safety requirements are.
This is not an indictment of Union or Merit Shop training. Rather it is a plea for better safety training by qualified instructors and better support from employers to keep job sites safe.
Respectfully Submitted,
Bob Harrell
Safety Management Services
San Diego, CA
The standard gives an incomplete definition of the all important "center of gravity"<br/><br/>It states " the center of gravity in any object is the point in the object around which<br/...
It states " the center of gravity in any object is the point in the object around which
the weight is evenly distributed. If you could put a support under that point, you could
balance the object on the support ".
The "center of gravity" need not reside in the object.
Nor is it impossible to support an object from "the center of gravity"
necessarily as the definition indicates. that point where the moments vanish
may be available without doing any surgery re constructive or otherwise on the body.
The greatest objection to this definition is that it is incomplete in a most important
particular: the restriction that the load be supported from BELOW the center of
gravity. This of course is unnecessarily restrictive but much more important can
guarantees an unstable load.
Do others interpret OSHA's definition of COG in the same way as this poster? From HowStuffWorks.com: "When an object is suspended so that it can move freely, its center of gravity is al...
Remember, this is a lifting-safety standard, so it goes without saying that objects are suspended, doesn't it?
It is not true that an object can be balanced on a sharp point<br/>placed directly beneath its center of gravity. Try balancing a pencil<br/>upon its point.<br/><br/>As Leonard Euler wr...
placed directly beneath its center of gravity. Try balancing a pencil
upon its point.
As Leonard Euler wrote in 1790 in His book on the construction and
properties of Vessels
""an Equilibrium of this Kind is like to that of a Needle which put
upon its Point,falls the Moment it has received the least Motion:
this Equilibrium is called unstable, or ready to fall"
Note also that OSHA definition speaks of weight evenly distributed
how is this informative?
That objects are lifted and suspended is not the point I wish to stress:
What I wish to stress is that in the process of lifting, the manner and arrangement
of supporting the load so that it is not in or tend to unstable equilibrium
is of the upmost importance and the OSHA definition is erroneous.
If the definition does no harm, then no harm will be done if it is taken out of the
standard.
Learning is hard enough as it is without sowing possible and avoidable error
in this standard.
I should have said "if the definition does no good then no harm will be done<br/>if it is taken out of the standard"<br/><br/>I am beginning to form an opinion that the term "center of ...
if it is taken out of the standard"
I am beginning to form an opinion that the term "center of gravity"
should be replaced by the term "center of mass".
The term "center of mass" has been in use at least since 1857 in preference
to "center of gravity" and the term "center of mass" instead of "center of
gravity" was in widespread use in college textbooks by 1900.
Thinking more about replacing "center of gravity" , I believe<br/>"balance point" has merit in being 100% precise although<br/>being perfectly concise - just 2 words for the 2 concepti...
"balance point" has merit in being 100% precise although
being perfectly concise - just 2 words for the 2 conceptions
point and balance and "point" & "balance" are everyday words
that don't have to be explained to anyone.
Rick H.<br/>Certifying riggers should be just as important as the crane operators since typically crane operators are not responsible for mishaps due to rigging errors by someone else. ...
Certifying riggers should be just as important as the crane operators since typically crane operators are not responsible for mishaps due to rigging errors by someone else. I would also like to point out that all "rigging certifications" are not equal. There are several programs available that require attending a class, doing some practical exams, and taking a multiple question test in order to become a "certified rigger" (after you pay the $195 fee) compared to the certification process administered by Local 136 machinery movers, riggers & machinery erectors union in the Chicago area which consists of 6000 hours of training (classroom and along side journeymen) from apprentice to journeyman plus OSHA forklift, aerial, 10 & 30 training. The local 136 apprenticeship program is registered and approved by the Department of Labor. So, who would you rather have performing the rigging on your job site? A "certified rigger" that performs rigging in between other tasks or a "True Certified Rigger" that performs rigging everyday with years of training and experience?
What I would prefer is someone who not only knows what to do<br/>but knows the reason why - not necessarily someone who has<br/>X amount of training and "sit by me" experience.<br/><br/...
but knows the reason why - not necessarily someone who has
X amount of training and "sit by me" experience.
The fact that the OSHA definition of "center of gravity" is glaringly
wrong and has gone unnoticed by the whole construction industry
tells me that industry is woefully,and may be dangerously, unprofessional.
Thinking further about replacing "center of gravity" I suggest<br/>"Tipping Point" ; it is the point about which the body becomes<br/>unstable.
"Tipping Point" ; it is the point about which the body becomes
unstable.
Thinking still further about replacing"center of gravity" with clearer<br/>language, "Tip Over Point " would seem to have merit from a safety<br/>point of view since it stresses that th...
language, "Tip Over Point " would seem to have merit from a safety
point of view since it stresses that this is the position where instability
sets in, and moreover has the memorable acronym TOP.