Elektrik und Elektronik

Cleaning electrical and electronic equipment involves technical requirements that differ from those of general surface cleaning. When selecting a product, the solvent’s evaporation characteristics, tendency to leave residues, cleaning performance and compatibility with the metals, plastics, elastomers, coatings and insulation materials used in the equipment should be evaluated together. The application method and operating condition of the equipment should be determined in accordance with the product’s technical documentation. Regular technical cleaning helps limit the uncontrolled accumulation of contaminants on equipment and connection areas while supporting planned maintenance processes.

During use, the type and level of contamination, the material of the surface to be cleaned, the application method and the cleaning requirements of the process should be evaluated together. Different methods such as wiping, spraying, brushing or parts cleaning in suitable systems may be applied. The solvent’s evaporation behavior, tendency to leave residues and compatibility with materials such as metals, plastics, elastomers, paints and coatings are technically important. Controlled use helps prepare parts appropriately for maintenance, assembly, surface preparation or subsequent production stages.

The primary function of the product is to support a controlled maintenance process that takes into account the characteristics of electrical insulation materials while helping remove contaminants from windings and motor components. In addition to its cleaning and protective properties, material compatibility, drying behavior and residue formation on surfaces should be considered during application. Before use on motors, generators, coils and similar electromechanical equipment, the product’s technical documentation, the equipment’s insulation system and applicable maintenance procedures should be evaluated together.

The product can be used on suitable surfaces to form a protective layer that helps limit direct contact with moisture and environmental contaminants while supporting electrical insulation. Before application, the surface should be clean, dry and properly prepared. The 35 kV/GA designation should not, by itself, be interpreted as a safe operating voltage for specific equipment; the product’s dielectric properties, application thickness, equipment voltage class and operating conditions should be evaluated together with the relevant technical documentation and verified test data.