Posts By:

Proper gearing lubrication demands proper gear alignment. An uncentered gear may cause out-of-design contact and friction, which brushes the oil from the gear’s teeth and deprives the mesh of lubrication. The damage caused by this issue gets progressively worse over time, eventually requiring the equipment to be replaced.

Gearing is the single most important component used for decreasing gearbox speed and increasing torque. When this happens, the gear burns up a specific amount of energy. Just how much power is lost is gauged in watts. In terms of encased gearing, efficiency is the proportion of output energy (or the usable energy carried through a gearbox) to input energy. The amount of lost power is easily calculated by deducting the output energy from the input energy. The less energy a gearbox loses, the better the efficiency.

The overall functionality of improperly stored gear reducers is greatly decreased compared to equipment that is properly stored. It has been reported by Motion Industries, following its borescope studies of poorly stored gear reducers, that up to 33.3% of this equipment is defective. Understanding the importance of keeping your gear reducers stored safely and how to inspect your equipment will keep it running efficiently.

There are several elements that work together in order to create a functioning, efficient cooling tower. Many of these elements will need to be repaired or replaced in the cooling tower’s lifetime. Here is a closer look at some of these parts, including the gearboxes, fill media, drift reducers, nozzles, fans, and more.

Gearboxes are essential to many industrial operations because they enhance the speed of motors used in various industries. In order to function at optimal performance, an industrial gearbox must be properly lubricated. Without regular lubrication, friction would affect the integral parts of the gearbox and lead to lowered efficiency and failure. The following will explain how lubrication keeps the internal components cool, protects the metal from corrosion, and lengthens the life of an industrial gearbox.

Your gear drives can make or break the performance of your cooling towers. Gear drives should be inspected and maintained to prevent issues. The following are some common issues that arise when dealing with cooling tower gear drives, depending on their specific operations. It is important to know how to prevent these issues from becoming a problem by having regular maintenance and inspection schedules.

In order to function efficiently, industrial gearboxes must be aligned precisely with motors and other drives. The alignment of your gearbox refers to its positioning in relation to the drive unit. Correct positioning ensures the gearbox input and output shafts are properly aligned with the respective shafts of adjoining components.

Motors and gearboxes are critical to the operations of many industrial processes. To ensure these systems function properly, they should be protected with correct lubrication and maintenance. Your computerized maintenance management system may classify your motor driven gearbox system as two separate units: motor and gearbox. This classification is correct because you must treat your motors and gearboxes as separate pieces of equipment. In this way, you can determine a detailed lubrication schedule for both.

Cold weather and freezing weather risks should be addressed by all industrial operations as winter approaches. It is especially important to address the needs of counterflow cooling towers, because special procedures are required in order to minimize ice formation. If a sufficient amount of ice builds up on a cooling tower, it can cause structural damage. Proper maintenance in freezing weather is essential for keeping your equipment in good shape. The following are three steps you can take to maintain your cooling tower in freezing conditions.

Cooling towers are an important tool in most industrial processes. These heat rejection devices extract heat waste into the atmosphere by cooling a water stream to a lower temperature. The towers use either evaporation of water to remove heat and cool working fluid, or they rely on air. Cooling towers have similar major components including water basins, fill surfaces, and gear drives. Many industries have been advanced through the addition of cooling towers. Read on to learn more about their essential role in industrial processes.