Best solution for cleaning finned heat exchangers.
Specifications
- Application: Medium to big lamella heat exchangers.
- Water consumption: 0.25-1.00 lit/min
- Compressor air flow: 3000 to 6000 lit/min
- Pressure: 3-7 bar
- Cleaning Depth: Up to 600mm
- Weight: 34 kg
- Noise Level: 85 to 125 dB
- Height: 100 cm (54 cm without the detachable handle)
- Length: 65 cm
- Width: 45 cm
JetMaster is a gentle cleaning system from mycon GmbH for intensive, chemical-free cleaning of the sensitive finned surfaces of heat exchangers. JetMaster only uses compressed air and a small amount of water during cleaning. All heat exchanger units can become dirty quickly, depending on the ambient conditions in which they are operated. Industrial dust, pollen, and other influences continuously form deposits, with negative impacts on the function and efficiency of the heat exchanger, and ultimately on your budget as well! The contamination on an air condenser or liquid cooler forms an insulating layer, reducing energy efficiency and increasing costs for power, maintenance and service. In addition, using the JetMaster prevents corrosion from forming on sensitive fins. Gentle, chemical-free low-pressure cleaning using compressed air at approx. 3-7bar and water protects the surfaces and sensitive structure of the finned heat exchanger during cleaning. Over the long-term, this preserves the service life of your equipment and saves the significant costs associated with needing to purchase a new heat exchanger prematurely.
JetMaster AS
The JetMaster AS represents an automated evolution of the JetMaster system, offering either partial or full automation features depending on specific needs. Tailored for cleaning large-surface air condensers commonly found in energy generation facilities, this advanced technology streamlines the cleaning process through automation.
By incorporating automation into its operations, the JetMaster AS eliminates the need for constant manual intervention. This ensures a consistent and thorough cleaning performance without human oversight, making it particularly efficient for cleaning tasks in the energy generation sector.
Cleaning through coarse dust contamination
in the wood & paper industry
Table Heat Exchanger after Partial Cleaning
Table Heat Exchanger before Cleaning
Wind Speed after Fully Cleaning
Wind Speed Before CleaningJetMaster – Cleaning of limescale deposits on hybrid coolers
Heat exchanger cleaning in the wood industry with the JetMaster
Kipp Umwelttechnik, the sister company of mycon GmbH, is active nationally and internationally and also serves customers in Austria using mycon equipment. Kipp Umwelttechnik regularly receives orders from the paper and wood industries. The JetMaster process from mycon offers customers considerable advantages:
- Can be used in very confined spaces
- Thorough, fast and gentle cleaning of finned heat exchangers of any design and depth
- Low water consumption of approx. 1.00 l / min. is unproblematic even in sensitive areas.
Gentle Intensive Cleaning System of Heat Exchangers
JetMaster works using a gentle, yet extremely powerful process. High-power nozzles inject compressed air and small quantities of water which have been specially pre-treated in the device up to supersonic speeds at a low pressure of approx. 3-7bar. The high speed, which can be faster than the speed of sound, and the cavitation effect caused when the beam hits the surface, result in outstanding cleaning effectiveness.
JetMaster AS
The JetMaster AS, the partially- or fully-automated version of the JetMaster system is used, for instance, to clean large-surface air condensers like those used in energy generation.JetMaster AS works fully automatically in the field of energy generation.
JetPower
Fast cleaning of large-areas
mycon GmbH developed the JetPower for cleaning large surfaces. The JetPower allows for rapid cleaning of large, heavily contaminated surfaces of finned heat exchangers, as well as of glass and façade surfaces of all kinds. The new system combining the JetPower & JetMaster can be used to generate a beam width of up to approx. 0.50m when the beam hits the surface. This makes it possible to clean even large surfaces in a cost-effective manner.
