Control cabinet heaters
Heaters for control cabinets with a radiator are designed for installation in free-standing cabinets, where they protect the interior from the negative effects of moisture and low temperatures. Els travail est à à un niveau que preveni la condensació d'eau de vapor et la freezing - dans la région de 15 à 45° C.
The housing is made of anodized aluminum, which provides effective heat conduction and protection against corrosion and mechanical damage.
Inside the heater there is a sputtered tile, acting as a heating element. Utilizing sputtering technology, it is possible to obtain a thin, precise resistance layer that generates heat at the moment of current flow. This solution ensures uniform heat emission and rapid thermal response of the device, which translates into its high efficiency and long service life.
Basic technical parameters
Heater cross section:
anodized aluminum, stainless steel, powder coated metal enclosures
Industries












Specification
- Food industry – sterilization and pasteurization of products, melting of ingredients (e.g. butter, chocolate, caramel), drying fruits and vegetables, maintaining hygienic conditions in controlled zones, preventing condensation and moisture in control cabinets of production equipment, ensuring stable temperature of thermal processes.
- Chemical industry – control and maintenance of temperature in control cabinets of chemical equipment, prevention of moisture condensation, protection of devices against low temperature effects, ensuring process stability.
- Pharmacology/Pharmaceutical industry – maintaining high hygiene standards, preventing microorganism growth in control cabinets of sensitive devices, stabilizing the temperature of critical applications, meeting sanitary standards (e.g. EHEDG, 3-A Sanitary Standards).
- Electronics industry – protecting control cabinets against corrosion and moisture, ensuring optimal operating conditions for electronic components through temperature control, preventing failures of automation devices.
- Wood industry – maintaining a dry and stable environment in control cabinets of machines and equipment, protection against moisture that promotes degradation of electrical components.
- Railway and tramway industry/Railway industry – preventing condensation and freezing in outdoor control cabinets, ensuring proper operation of control and safety systems, especially in harsh weather conditions.
- Aerospace industry – precise temperature control in control cabinets of aircraft and space devices, even heat distribution, preventing failures of critical systems in extreme conditions.
- Metallurgical and metalworking – maintaining constant temperature in control cabinets of equipment, preventing damage caused by moisture and condensation, stabilizing the operation of machine control systems.
- Energy and power plants/Power industry – ensuring optimal thermal conditions in automation and control cabinets, minimizing failures of energy equipment, preventing condensation and freezing.
- Industrial automation – maintaining constant, controlled temperature in control cabinets, protection against moisture, condensation and frost, which is essential for reliable operation and long service life of automation systems.
- Construction – protecting control cabinets of building installations against the effects of moisture and low temperatures, ensuring their reliable operation throughout the year in underfloor heating systems and temperature control systems in prefabricated structures.
- Industrial Warehouses and Cold Stories/Warehouses and Logistics – preventing condensation inside control cabinets of refrigeration and logistics equipment, protecting equipment against moisture and freezing, maintaining stable operating conditions of control elements.
- HVAC Industry – maintaining proper temperature in control cabinets of heating, ventilation and air conditioning systems, preventing damage caused by moisture and low temperature.
- Road and transport infrastructure – protecting control cabinets of traffic management and road lighting systems against condensation and frost, crucial for reliability and safety.
- Textile industry – maintaining proper temperature during fabric dyeing and printing processes, drying materials, ensuring stability of technological processes.
- Printing industry (proposed, not on your list) – temperature control in paint and coating drying processes, maintaining conditions for curing coatings.
- Plastics industry – temperature control in extrusion, molding and vulcanization machines, ensuring product quality.
- Petrochemical industry (proposed, not on your list) – maintaining heat in oil and gas processing installations, preventing freezing and condensation on equipment, temperature control in refining and chemical processes.
- Automotive industry – heating and maintaining temperature of control components in vehicles and production lines.
- Nuclear industry (proposed, not on your list) – temperature control in reactors and research equipment, ensuring safety and precise working conditions.
- Ceramic and glass industry – melting and forming of glass and ceramics, temperature control of furnaces and devices.
- Packaging industry – heating foils for package sealing, shrink processes and packaging sealing operations.
- Laboratories & Research/Laboratory Industry – use of heaters in ovens, incubators, dryers and other research equipment to ensure constant temperature conditions.
- Shipbuilding and offshore industry/Shipbuilding – protecting control cabinets on ships against moisture, ensuring proper operating conditions for automation systems.
- Road and transport infrastructure – heating control devices in traffic management systems, railways, airports.