The original Oil Sight Glass handles most applications
Water wreaks havoc on lubrication systems, causing premature wear. With the Xtract® Oil Sight Glass (OSG), users have an immediate visual inspection of the oil and the ability to drain any accumulated water. The OSG is installed directly to a drain port located at the bottom of a reservoir or with an elbow for drain ports located on the side of the equipment. The spring loaded drain valve can be used to drain off any water contamination. Any sediment or particles in the lubricating fluid will matriculate to the OSG where, upon inspection, the user can determine the appropriate action. Constructed of brass hardware with optional stainless steel and a high-performance polyamide bottle, the Xtract Oil Sight Glass is effective in most operating environments with the maximum temperature rating of 230°F (110°C) and the maximum pressure rating of 265 psi. (Operating temperatures and pressures: 180°F to 265 psi, 203°F to 66 psi, 230°F at atmospheric pressure).
When industrial operations evaluate lubricant costs, the focus often falls on the price per drum, cartridge or container. Yet this purchase price represents only a fraction of what lubrication ultimately costs a business. The far bigger financial impact lies in how well a lubricant protects equipment, how long it lasts in service and the role it plays in
Mining is one of the harshest operating environments for any piece of machinery. Dust, shock loading, moisture and extreme mechanical demands place equipment in mining operations under near-constant stress. However, when machinery fails, lubrication is often one of the last things that is looked at, even though it is often at the root of the problem. Llewellyn Owen, New Business Development Manager (Coastal) at
At an industrial plant, lubrication is not always top of mind – until something breaks. Unfortunately, by then the damage is done. Sam Kekana, Technical Sales Representative at Lubrication Engineers (LE) South Africa, has spent years working with plant maintenance teams across a range of industries, and he has seen where lubrication goes wrong and what it costs companies when
Lubrication management has grown more sophisticated in recent years, with plants having access to better products, smarter monitoring tools and more advanced storage and dispensing systems. Yet equipment failure rates linked to lubrication problems remain stubbornly high. According to Colin Ford, Managing Director of Lubrication Engineers (LE) South Africa, the reason for this is that technology can only
