Condensate drains are a commonly overlooked and forgotten component in a compressed air system, nevertheless they play a critical role in ensuring an efficient and reliable system. No matter how much investment is made in efficiency boosting features like Variable Speed Drive (VSD), correctly sized air receivers or lowering system pressure for example, neglecting to install and manage condensate drains correctly will offset some or all of your efficiency gains and cause ongoing headaches due to poor system reliability and increased operating costs.
Air Compressor News
When buying a new air compressor, to select the right air compressor is vital to ensure you keep your energy and maintenance costs to a minimum and to deliver long term operating cost savings. Selecting the wrong compressor for your application can lead to thousands of dollars wasted in inefficiencies.
There are a number of things to consider to ensure you get the right air compressor for you, 10 important considerations include:
1) What are you using compressed air for?
How you are going to use the compressed air will dictate the best type of air compressor for your application. Gaining a thorough understanding of your usage by determining how much air you need and when you use it will guide you to the type of air compressor best suited to deliver it efficiently. For existing systems a thorough air audit will help you identify an exact usage profile which can then be used to make informed decisions on requirements.
For customers looking for a new air compressor in the 5-15 kW power range this is a common question.
The answer is it depends on the amount and frequency you require compressed air that dictates the type of compressor suited to your application.
If you are a frequent user of compressed air, as in you require compressed air for long durations of time, such as an entire shift, generally a rotary screw compressor would be best suited to your application. Rotary screw compressors perform at peak efficiency when run for long periods of time and are not suited to short periods of demand and long periods off duty. The majority of rotary screw compressors are oil lubricated so not unlike an engine the warmer it gets the better the lubrication and higher the efficiency. Running a rotary screw compressor in short bursts can cause excessive wear and tear due to running cold, decreasing efficiency and increasing maintenance costs. Rotary screw compressors are generally more expensive than reciprocating compressors but they also come with advantages such as superior efficiency (in suitable applications), and can be programmed to turn off during breaks or at the end of the shift to avoid energy usage when no compressed air is required.
Southern Cross Compressors has now launched an e-commerce shop on their website to enable customers to buy reciprocating compressors online making the buying process quick and efficient, saving time and money.
The e-commerce platform has been designed to assist informed buyers who do not require the assistance of a Southern Cross expert to quickly and easily select, purchase and take delivery of the reciprocating compressor model suitable for their needs.
Southern Cross Compressors (Australia) Pty Ltd has initiated a distributor program to appoint licensed distributors to sell and support the Southern Cross range of compressed air products & services in selected Australian regions to expand brand exposure and increase geographical footprint.
All new distributors have been selected on strict criteria to ensure that the Southern Cross brand is represented and quality service is delivered to all customers nationally, the criteria all new distributors meet includes:
There are many types of control method utilised in compressed air systems. Over the last 20 years a number of different control methods have been developed, so identifying the right technology for each individual site can result in significant gains in efficiency and reduction in operating costs.
Understanding the Relationship between Pressure Drop and an Increase in Operating Costs
Compressed air is one of the most expensive energy sources in any plant. With the rising costs of electricity maintaining efficiency to minimise operating costs is critical for any compressed air user. One of the biggest issues for compressed air users and a major source of decreased efficiency is pressure drop.
A key feature of the new Southern Cross Keysborough operation is a state of the art airend rebuild centre. This specialised workshop is where customers rotary screw air ends will be returned to original manufacturers specifications.
Rebuilding a rotary screw airend requires specialist skills, tools and equipment. Southern Cross has invested in a first class facility to gives us the best chance of getting the optimum service life out of an airend. Rotary screw air ends, like any rotating equipment, require overhaul from time to time. These precision engineered components are the heart of any screw compressor. Correct bearing replacement must be undertaken in a controlled environment to prevent dust and other contaminants from impacting the life of new bearings.
Some environments and applications have requirements that cannot be met from a factory standard air compressor package; therefore, a customised solution is required. At Southern Cross Compressors we have been designing, constructing and installing custom engineered compressed air packages for over 30 years.
Industries such as mining, oil & gas and other harsh environments typically require customised solutions.. At Southern Cross we have designed customised air compressor solutions for a myriad of different industries to meet specific air and efficiency demands.
Whether a skid mounted compressor, containerised package or a weatherproof compressor solution, we have the expertise to meet a customer’s specific requirement.
Refrigerated air dryers are the most popular choice in removing condensate (water) from a compressed air system. Removing water from a compressed air system is crucial in the majority of applications as water can cause instrument/tool damage, product spoilage, pipe corrosion and higher maintenance costs.