TURBO AIRTECH

Corporate

Compressor Parts

Air compressor coolers (compressor intercoolers, air compressor aftercooler, & oil coolers) are mechanical heat exchangers used to remove air-flow heat and moisture to produce cool, dry air suitable for use in air-powered equipment. Basically, a compressor air cooler serves following purposes: Cools compressor discharge air or inter-stage temperature in a multi stage compressor helping in higher compression ratio. Air compressor after cooler reduce the moisture content of compressed air systems. Compressed air aftercooler make sure downstream equipment is protected from excessive heat and moisture providing clean dry air. Air compressor oil cooler keeps the compressor oil cool. Intercooler Reduces scheduled maintenance for compressor and compressed air after cooler ensures the same for downstream air tools connected to compressed air system by ensuring optimum operating conditions. Intercooler and Aftercooler reduces air lines, fittings corrosion in reciprocating compressors, rotary screw air compressors, Centrifugal air compressor and compressed air piping. Cooler for air compressor reduces the load on downstream equipment’s like air dryer

Usage of air compressor (Screw and Centrifugal) have increased steadily over the past decade and continues, due to the inherit limitations of reciprocating air compressors and their high maintenance requirements. Increasing usage of screw & Centrifugal compressors has led to increasing attention being paid to one of the major compressor components – compressor bearings. Bearings are vital components of compressors. Compressor reliability can be adversely affected by bearing-related problems. In the worst case, they can cause catastrophic failure, resulting in production being interrupted. Bearing types have always been a source of concern for Compressor and Pneumatic engineers. As a result, reliability-conscious professionals and operators in the industry want to avoid bearing-related issues before they occur. An important first step is becoming familiar with the basics of bearing operation in compressors as well as how to specify the correct bearing arrangement, bearing types and materials for compressor & turbine applications.

Industrial air compressor maintenance involves a number of practices that need to be performed to varying degrees on all models and makes of compressors. No matter how many compressors you have, you should regularly inspect and service the machine’s key components. A failure to do so could result in premature failures, unplanned downtime and expensive repairs. Maintaining your compressed air system preventatively will also help to ensure you are getting the most from it. Let’s be honest. Compressor replacements are expensive and time-consuming. If you don’t absolutely need to fix or replace your unit, why would you want to do so?

Do you know what a compressor control valve is and how it works? If not, you’re not alone. But knowing about compressor control valves is essential if you own or work on a compressor, as they play an important role in loading and unloading cycles. we’ll outline the basics of these valves and explain their benefits. We’ll also discuss how they work and why it’s important to have one on your compressor. Finally, we’ll provide an overview of the installation process for these valves, so that you can be sure your compressor is equipped with the proper control valve.