How To Improve Machine Performance Through Grease Application
The importance of consistently applying the right amount of grease to machines with industrial usage can’t be emphasised enough. Under or over lubrication is one of the main causes of premature bearing/machine failure.
What’s the main reason machines don’t get their correct dose of lubricant?
Human error.
It’s not that we don’t have the right intentions, but there are a number of factors that lead to under or overdosing a machine with grease:
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Difficult access, making it difficult to supply the correct amount
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Safety issues, adding an additional layer of complexity to do the job
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Time or staff shortages which can easily lead to a scheduled greasing being put off or missed.
The best solution to improve safety, reliability, and the performance of your machines is to use automatic lubricators. The benefits of an automatic lubrication system are:
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Consistency of application – set your application rate for automatic dispersion between 0.3 ml/day (12 months) up to 4 ml/day (1 month)
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Safer, easier & faster application – it’s much safer, easier and faster to change out the automated lubrication system, and this is done less often than manual lubrication.
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Cost effective – the time savings and improved machine performance from having consistent and correct lubrication often make automatic lubrication systems the more cost effective solution to manual lubrication.
GREASOMATIC®96
We recommend the GREASOMATIC®96 which is a battery-free, single point automatic lubricator.
Why battery free?
For reliability….with a couple of added bonuses
Traditional automatic lubricators which operate using batteries have been known to have issues with circuitry failure caused by corrosion of the batteries. The GREASOMATIC operates using it’s own unique chemical expulsion unit, so there are no springs or mechanisms to corrode:
Built into the top of each GREASOMATIC is a flexible rubber expansion chamber containing a liquid electrolyte and a galvanic element. The unit is activated by injecting the galvanic element into the electrolyte.
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The resultant electro-chemical reaction generates a steadily increasing amount of gas, which gradually expands against a piston, to extrude the lubricant slowly but surely into the bearing to which the GREASOMATIC is fitted.
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The chemicals and gas remain hermetically sealed within the expansion chamber so that no contamination of the lubricant can occur, even after the unit itself is spent.
During the working life of the GREASOMATIC, an indicating ring on the ejection piston shows through translucent windows in the body to enable the discharge state to be monitored.