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ritter & bader cooling systems
Accessory coolers by ritter & bader are distinguished by their excellent space efficiency. They offer an array of cooling options and so can be used in all manner of contexts. This means that reverse-cooling units can operate with air, water, glycols, or oils, while the transition points can also be defined according to customers’ individual requirements. The cooling technology is generally enclosed in secure housing, which means the coolers can be placed in a wide range of locations and used for a variety of purposes.
The units can also be built according to customers’ requirements in order to cover very specific uses.
Differently sized units can cover large output ranges, while different cooling technologies can be combined in the same compact housing, for example with multiple individually adjustable cooling circuits covering different requirements and working synchronously in an efficient way.
Our accessory coolers are designed for use in industry. Placed on the outside of the machine that is to be cooled and connected to it with pipes or tubes, they can be used to reverse-cool liquids including water, water/glycol mixtures, emulsions, and oils at different temperature levels. It is also possible to combine the substances to be cooled in one compact device.
These liquid coolers can be differentiated based on the type of cooling. Accessory coolers, for example, are mostly used outdoors as free coolers using air, but they can also be used in an economical way to heat air in indoor spaces. Active cooling through a refrigeration circuit makes it possible to set the temperature level of the liquid as low as required while still providing the possibility of recovering the heat of the condenser in an energy-efficient way. It is also possible to produce water-cooled condensers on request.
Liquid coolers by ritter & bader are used to cool machine tools, switch cabinets, charging stations, oil circuits and more, and cover a large output range. Individually adjustable cooling circuits offer a wide range of potential uses and permit compact, space-efficient devices.