Gearboxes are used on various types of industrial machinery to provide increased torque while reducing speed from one type of rotating power source to another using gear ratios. A gearbox can be set up to do the opposite and provide an increase in speed with a reduction of torque. Some of the simplest gearboxes merely change the physical direction in which power is transmitted.
Gearboxes are used in many applications, such as wind turbines, conveyors, draglines, bridges, wastewater treatment pumping systems, and many other large pieces of machinery that require a power source.
In an effort to cut costs and improve system reliability, a manufacturer of high quality construction materials examined maintenance costs of their fifteen facilities. One of the findings showed spending in excess of $650,000 annually to maintain and repair 500 gearboxes across all plants.
Continue reading Air Sentry® Saves Manufacturer $340K
Air Sentry® set the industry gold standard with their first line of contamination control breathers in 1997, and now that standard is raised with GUARDIAN®.
Watch the video below to see how the Air Sentry® GUARDIAN® protects your process fluids from particulates and moisture.
Continue reading VIDEO: GUARDIAN® Contamination Control Breather in Action
Air Sentry® breathers should be an integral part of any proactive maintenance and reliability program. The breathers are designed to replace the breather cap or air filter on gear boxes, hydraulic fluid reservoirs, bulk storage tanks, oil drums, oil-filled transformers, and other fluid reservoirs. Most older style air venting methods provide minimal, if any, contamination control. Air Sentry® breathers provide the first line of defense in contamination control methodology, utilizing patented designs and featuring color indication silica gel and self-cleaning 2-micron filtration.
Why is Contamination Control Important?
There are two important threats to productivity that an Air Sentry breather can protect you from:
One research group found that greater than 75% of all machine wear related failures were due to particulate contaminants. Frequently the greatest cost of equipment failure is not the component replacement cost, but the labor production downtime. Most particles start off as dirt that becomes airborne, finds its way into lubricant and fuel reservoirs, and is later transported to bearings, bushings, seals, valves, and other machine components. There they become key ingredients in abrasion, erosion, and fatigue failures. The contaminants also cause lubricant degradation, shortening the life of the lubricant and decreasing its ability to lubricate.
Continue reading Protecting Fluid Reservoirs from Contamination