Call now for special pricing on all courses through November 30, 2014

Prices for AVO Courses will be increasing effective Oct. 1, 2014!  Contact us today and take advantage of 2014 pricing on courses scheduled through Nov. 30, 2014.  On top of that, we’ll throw in an additional 10% off as a thank you for your business.  This offer applies to only new enrollments and cannot be used in conjunction with any other discount currently offered by AVO Training.

Protecting Electrical Workers from Getting Shocked

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This informative blog post by Robert LeRoy, CESCP dives into working on energized and deenergized equipment, “live work policies”, PPE and glove selections.

“Putting workers in insulated rubber gloves is not the answer to shock protection. Sounds a bit strange I know, but the answer to shock protection is to turn the circuits off, not work them energized with a mechanical device that can fail. The sad reality is at times we have no choice. Even in the isolation process exposing workers to energized parts is inevitable. The chosen meter must…..”

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Counterintuitive Maintenance

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This article by John Crossan looks at how counterintuitive some proactive maintenance procedures may appear to be, and how that can lead to the difficulty in sustaining those practices.

“Obsessing about the counterintuitive nature of golf (no kidding) led me to begin thinking about the counter intuitiveness of other things in my life—including my work in the field of proactive maintenance (PM). To that end, I soon began to see that the biggest reason PM processes don’t occur naturally in our world (and when they do occur, often have trouble being sustained) is that they’re almost all counterintuitive. Examples include, but…”

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OSHA Unveils New Requirements for Reporting Severe Injuries

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OSHA has announced a final rule that will require new procedures and timelines for notifying the agency of workplace fatalities, hospitalizations, amputations and loss of an eye. These new rules will go into effect on Jan. 1, 2015. Read more to find out what has changed and how these changes will affect you.

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Moving to Condition Based Maintenance

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As outlined in the April issue of Plant Engineering, “in the beginning there was preventative maintenance (PM). And PMs were good. Every week, month or year, a task was put into place that would improve the longevity of the machine, reduce the likelihood of a failure, and result in fewer money-grabbing breakdowns. Sounds great, right? But those regular, scheduled PMs come with a price tag of their own. Each time a task is performed, such as a filter changed, a pump or motor overhauled, or bearings lubricated, money is spent on replacement components, man hours, and often done during the available production time to perform the actions.

Predictive maintenance, (PdM) is a step up on the maintenance pyramid from preventive maintenance toward improved efficiency. Within the PdM strategy is the practice of condition-based maintenance (CBM). The concept here is to look, listen and feel the machines to know what needs to have service work and when. By doing so you will keep your finger on the pulse of the equipment and allow the maintenance staff to make sound judgments on when and what needs to be done.”

It goes on to say in the article Preventative Maintenance vs. Predictive Maintenance, “Condition monitoring, also known as predictive maintenance (PdM), is the application of condition-based monitoring technologies, statistical process control or equipment performance for the purpose of early detection and elimination of equipment defects that could lead to unplanned downtime or unnecessary expenditures. And generally speaking, you must conduct this while the equipment is in normal operation, with little to no process interruption. The purpose of these tools (vibration analysis, infrared thermography, motor circuit analysis, etc.) is to find defects not possibly found through previously available inspections methods, specifically while the machine is in normal operation.

Taking advantage of the available technology lets you accurately assess the condition of parts and the presence of defects heretofore impossible to detect. An example of the advantage these tools have in the area of quantitative inspections or sensory inspections is the use of vibration analysis to determine the presence of a defect on a rolling element bearing. Previously, mechanics and millwrights relied on “lift checks” to determine the amount of clearance in a bearing.

Unfortunately, this technique is only valid for bearing defects that resulted in the removal of material from the raceways of the bearing; this bearing would be pretty bad off to have thousandths of inches of play in it. Sub-surface fatigue is easily seen with vibration analysis and at this point in the failure propagation has resulted in no removal of material from the raceways. This is the most common example of the advantages of condition-monitoring technologies.

A failure modes, effects and criticality analysis (FMECA) can help you determine which inspection techniques should be applied, how often and with what degree of redundancy. Remember, the trick is to balance risk with rigor. How much risk you are willing to take with a given failure mode coupled with how much you are willing to pay for the inspection determines the appropriate strategy.”

Top OSHA Violations: Electrical – General Requirements

featuredImageWide_OSHAelectricalEach month, ISHN Magazine highlights one of the 12 most frequently cited OSHA standards for fiscal year 2013.   One of the most cited is the standard for electrical, wiring methods, components and equipment, general industry 1910.303. Violations of this standard can lead to fatalities, burns and disabling injuries, and ultimately also led to $3, 479, 620 of total penalties proposed by OSHA for violations of this standard (October 2012 through September 2013).

This article covers information including:

  • Most penalized industries
  • Generator Safety
  • Electrical Incidents
  • Power line safety
  • Citations and inspections
  • OSHA’s announcement of the final rule revising standards for electric power generation, transmission and distribution

Click here to read the full article…

New Training Location – Peterson University, San Leandro, CA

image-3186.jpgANNOUNCING A NEW OAKLAND AREA TRAINING LOCATION: PETERSON UNIVERSITY, SAN LEANDRO, CA

AVO Training and Peterson CAT®, one of Caterpillar’s® flagship Dealers, announced that they will partner to offer training courses at Peterson University’s state-of-the-art training facility located in San Leandro, CA. Courses are already underway and will continue throughout the entire year. These courses will feature both electrical safety and electrical maintenance oriented subject matter.

For more information about the courses being offered, to see a full schedule or to register, click here.