How to Choose an Offline Cooling System

How to Choose an Offline Cooling System


Offline Cooling Systems can reduce the operating costs of a machine by as much as 90% and improve machining accuracy. This technology is a proven and affordable way to cool equipment without affecting the mechanical action or damaging the environment. There are many different types of systems available to suit many different needs. A specialist can help you choose the best system for your needs.

First, you need to know the type of hardware you have. Whether you have an air-cooled or water-cooled system, you will need a supply of clean air. If you have a standby intermediate heat exchanger, you may not need to worry about this, but you will likely need a pump and an appropriate cooling fluid. The temperature of the air in the room will affect the overall efficiency of your system. In fact, if you live in a cold climate, you may need to install additional controls to handle colder temperatures.

Secondly, you need to figure out the correct heat load and the proper heat transfer. Many engineers inadvertently apply a safety factor when calculating the heat load. You will also need to consider the maximum ambient air temperature. Lastly, you will need to determine the appropriate cooling-fluid temperature. To do this, you can use a graph that will tell you the oil-to-water ratio and the flow ratio.

The ECO Offline Cooling System uses a combination of micron filtration and screw/transfer pump technology to maximize the cooling performance of your system. Ocs system This technology is an effective and efficient method of removing contaminants from your cooling fluid. It is also designed to be easy to install and operate. These are all features that make the ECO Offline Cooling System an excellent choice.

A liquid-to-liquid cooling system is another option for cooling your equipment. While this system does require a bit more maintenance than an air-cooled system, it can be an inexpensive solution. As long as you have a regulated supply of plant coolant, you should be able to use your system for most of the year without having to worry about running out. However, you may want to purchase a large enough pump and fluid cooler to handle the amount of glycol and water that you will need.

Depending on your specific application, you should be able to find a system that can satisfy your needs. For example, if you have a hydraulic reservoir, you should be able to connect your equipment directly to an Emmegi Silent EVO Series heat exchanger, which is one of the most energy efficient heat exchangers on the market. And because these are high-efficiency heat exchangers, you should see very little noise in the cooling process.

One of the first companies to manufacture a heat exchanger was Thermal Transfer Products. They offer a full line of cooling systems that range from pre-engineered mini systems to wall mount models. They offer a slew of features, including an integrated micron filtration system, a screw/transfer pump and a heat exchanger that is ready to be installed with a single part number.