STEGO develops and manufactures products for control cabinet climatisation with innovative functions and intelligent design. Our products help users adjust the temperature and humidity perfectly to the conditions in their specific installation space. Our solutions are characterised by their small footprint, high serviceability, certified safety standards and, above all, a long service life due to their outstanding and sustainable quality.
STEGO is “SIMPLY INNOVATIVE. BETTER FOR SURE." If you have any sensitive electronic components that need to be protected from the cold, heat and moisture.
Here at STEGO, we work with our customers – in this case, wind turbine manufacturers – to shape the future of energy production. In doing so, we are playing a valuable role in driving the energy revolution. Find out how our climate control solutions ensure the reliable operation of wind power facilities and renewable energy plants.
KEEPING WIND TURBINES RUNNING SAFELY AND RELIABLYProtecting wind power facilities from external influences is becoming an increasingly important issue. Wind turbines are exposed to the harshest of climate conditions, with constant fluctuations in temperature leading to condensation and causing corrosion, leakage currents and short circuits. How can hazards like these be avoided?
The right “control cabinet climate” can only be achieved with the help of a temperature and humidity control system. The use of top-quality thermal management components in the various systems at play within a turbine ensures that it can keep functioning reliably over a long period.
Thanks to our long-standing and fruitful cooperation with our customers in the wind power sector, we are able to offer robust and tailored products for control cabinet climate management. STEGO products are renowned for being incredibly easy to use and install, as well as being reliable and durable and meeting high quality standards
Find out all about the Filter Fan Plus series – our innovative cooling solutions for your control cabinets. They say that any optimisation starts with improving what's already there. Our engineers were thinking along these lines when they developed the STEGO Filter Fan Plus series, creating some tangible "plus" points for you as the user.
The Filter Fan Plus series breathes new life into the tried-and-tested design, as well as adding a little extra horsepower. And we haven’t overlooked the user’s safety requirements in the process. The Filter Fan Plus series securely prevents dust and spray water from intruding. This is proved by successfully passed protection class tests by independent inspection and certification institutions such as VDE and Underwriters Laboratories (UL).
Optimal climatisation of your control cabinet: the Filter Fan Plus blows cooler air from outside into your control cabinet. The warmer air inside the control cabinet is expelled via the exit filter. The resulting airflow cools the control cabinet and protects the components from overheating.
Filter fans are used to provide an optimum climate in enclosures and cabinets with electrical/electronic components. The interior temperature of an enclosure can be reduced by channelling cooler filtered outside air into the enclosure thus expelling heated internal air. The resulting airflow prevents formation of localised hot pockets in installations and protects electronic components from overheating.
Optimal filter fan for control cabinets: the Filter Fan Plus sucks warm air out of the control cabinet and expels it. Cooler air from the outside moves into the control cabinet via the entry filter. The airflow protects the electronic components.
Filter fans are used to provide an optimum climate in enclosures and cabinets with electrical/electronic components. The interior temperature of an enclosure can be reduced by channelling cooler filtered outside air into the enclosure thus expelling heated internal air. The resulting airflow prevents formation of localised hot pockets in installations and protects electronic components from overheating
Stainless steel hose-proof hood increases the protection class of the Filter Fan Plus FPI 018 and FPO 018 series to IP56. Application: outdoors and in industrial applications with harsh environmental conditions.
The roof Filter fan ensures even air circulation inside the control cabinet or enclosure. The resulting airflow cools electrical components. Please note: using roof filter fans always requires pressure equalisation, either in combination with an entry filter or an entry filter fan.
Compact, high-performance fan tray for air circulation in 19-inch electronics cabinets for targeted heat dissipation of component groups. Improves natural convection of the cabinet’s surface and prevents the formation of heat pockets. Also available with integrated thermostat.
When the temperature gets too low inside control cabinets, enclosures and technical installation spaces, this can lead to the formation of harmful condensation. Here's how you can achieve the perfect control cabinet climatisation at subnormal temperatures and critical humidity levels: use our PTC heaters and resistance heaters to heat your control cabinet. Enclosure heaters with a fan also strengthen the convection effect and distribute the warmed interior air more quickly.
Get to know our new enclosure heaters with an innovative heater body design for thermal management applications in the power range from 10 W to 150 W. The novel LOOP design grants reliable performance even under harsh conditions and high vibration loads. Touch-safe versions for comprehensive user protection are also available.
Compact heater for the protection of electrical and electronic components in enclosures. Its design ensures great convection resulting in excellent heat dissipation. A touch-safe plastic cover provides for low surface temperatures on the side of the device. The practical push-in clamping terminal enables quick and easy electrical connection
Compact heater with PTC heating elements for heating enclosures with electrical or electronic components. The heater prevents too low temperatures and thus condensation harming the components. The design of the aluminium profile creates a chimney effect, which ensures even temperature distribution within the enclosure.
Compact loop heater for heating enclosures with electrical and electronic components. Its design ensures great convection resulting in excellent heat dissipation. Touch-safe plastic housing minimises surface temperatures to 80 °C. Also available in versions with thermostat (LTF 065 series).
Compact loop heater with PTC heating elements for heating enclosures. The heater prevents low temperature and thus condensation. The practical push-in clamping terminal enables quick and easy electrical connection.
Compact heater with PTC heating elements for heating enclosures with electrical or electronic components. The innovative aluminium profile in loop design creates a chimney effect, which ensures great convection resulting in excellent heat dissipation within the enclosure. The practical push-in clamping terminal ensures quick and easy electrical connection.
This compact enclosure heater with a PTC heating element prevents condensation in control cabinets. It is a convection heater for small control cabinets and enclosures. The heater body has an anodised aluminium profile.
This compact PTC enclosure heater is designed to protect against condensation inside your control cabinet and installation space. Safety: the surface of the plastic-sheathed heater reaches a maximum temperature of +85 °C and reliably protects users against heat.
This is a compact enclosure heater with PTC heating element for guaranteed protection against condensation inside control cabinets and enclosures. The convection heater is safe to touch thanks to its plastic casing, protecting users from heat exposure. This heater is also available as a series with pre-set thermostat (tamper-proof thermostat): CSF 060
The compact PTC enclosure heater with integrated, tamper-proof thermostat for guaranteed protection against condensation inside control cabinets and enclosures. Practical: the integrated, pre-set thermostat makes an external thermostat superfluous. Two proven pre-sets are available (switch-off and switch-on temperature: +15 °C and 5 °C; +25 °C and 15 °C).
This compact PTC convection heater is designed to be used in control cabinets and enclosures. It prevents condensation, providing effective operational safety for electrical equipment and installations.
Flat heater: this flat enclosure heater can be used in control cabinets and enclosures. The resistance heater is designed to transmit heat via convection and contact. Its space-saving, flat form makes it suitable for use in installation spaces tightly fitted with components.
The small and flat enclosure heater provides the best protection against condensation in small control cabinets, enclosures and installation spaces. The PTC heating element transmits its heat onto an anodised aluminium profile. The compact contact heater is designed for long-term use.
This compact cartridge heater is used to control the temperature of small enclosures and control cabinets, and protects against condensation. The PTC heating element embedded inside the aluminium heater body is temperature-limiting (self-regulating).
The HVL 031 is a space-saving fan heater for controlling the temperature of control cabinets, enclosures and technical installation spaces. It is designed to protect against condensation. This resistance heater is available in five performance levels, each in both AC 230 V and AC 120 V. All HVL 031 models are fitted with a fan.
The space-saving fan heater for controlling the temperature of control cabinets, enclosures and technical installation spaces is designed to protect against condensation. Resistance heater available in five performance levels, each in both AC 230 V and AC 120 V. HV 031 enclosure heaters are delivered without a fan. The installation of a fan is essential for operation.
The compact fan heater heats air inside the control cabinet or enclosure to protect against harmful condensation. The convection effect of this resistance heater is maximised by the integrated fan.
This heater with PTC element is designed to prevent frost and condensation inside the control cabinet and enclosure. The installed fan also intensifies the effect of the heat by convection. The integrated, adjustable thermostat saves space in the application.
This compact enclosure heater with fan and PTC heating element prevents condensation inside control cabinets with high component densitiy. The touch-safe plastic casing ensures the safety of users by protecting against heat.
This PTC enclosure heater with fan and tamper-proof thermostat protects against condensation inside control cabinets and enclosures. It makes particularly good use of space. The integrated tamper-proof thermostat is available in two temperature pre-sets. The heater is safe for the user to touch thanks to the heater body's touch-safe plastic casing.
The space-saving fan heater is designed to provide guaranteed protection against condensation inside control cabinets and enclosures. Achieves a high heating capacity in small dimensions using a high-performance cartridge heater. The versions of the HVI 030 shown here are designed for self-installation of the fan. A suitable axial fan must be installed by the operator. Please note: The heater cannot be operated without a fan.
The space-saving fan heater is designed to provide guaranteed protection against condensation inside control cabinets and enclosures. Achieves a high heating capacity in small dimensions using a high-performance cartridge heater combined with a fan. Versions designed for fan self-installation are available. Please note: the heater must always be operated in conjunction with a fan.
This compact, high-performance fan heater is designed to protect against frost and condensation in enclosures and control cabinets. It combines a high-performance cartridge heater and fan, achieving a high heating and air capacity. CR 130 versions make it easy to mount to the enclosure wall of a control cabinet. Available with integrated tamper-proof hygrostat or as a thermostat version.
This compact, high-performance fan heater is designed to protect against frost and condensation in enclosures and control cabinets. It combines a high-performance cartridge heater and fan, achieving a high heating and air capacity. CR 030 versions make it easy to mount the heater onto the enclosure floor of a control cabinet. Available with integrated tamper-proof hygrostat or as a thermostat version.
The compact enclosure heater with fan and PTC heating element helps prevent frost and condensation in enclosures and installation spaces. The plastic casing makes the heater safe to touch while in use. Quick electrical connection using cold-device plug.
This is a compact PTC enclosure heater with fan and tamper-proof thermostat for preventing frost and condensation in enclosures and installation spaces. Plastic casing makes the heater safe to touch while in use.
The high-performance fan heater for evenly distributed temperature control of enclosures and control cabinets is designed to protect against harmful condensation. Versions with integrated thermostat are available. Heating technology: PTC for dynamic response behaviour. Safe for user to touch thanks to touch-safe plastic casing.
The high-performance fan heater for evenly distributed temperature control of enclosures and control cabinets is designed to protect against harmful condensation. Versions with integrated thermostat are available. Heating technology: PTC for dynamic response behaviour. Safe for user to touch thanks to touch-safe plastic casing.
This resistance heater with fan is designed to be connected to a DC power supply. With optional integrated thermostat or hygrostat. Accessory: external sensor. Mounting type: enclosure floor mounting using screws.
The mechanical thermostat opens when the temperature rises and is used for regulating heaters or switching signal devices in the event that the temperature limit is exceeded. Supply lines are prevented from coming loose by push-in terminals.
The mechanical thermostat closes when the temperature rises and is used for regulating filter fans, heat exchangers, coolers or switching signal devices in the event that the temperature limit is exceeded. Supply lines are prevented from coming loose by push-in terminals.
The mechanical thermostat opens when the temperature rises. Used for regulating heaters or switching signal devices in the event that the temperature limit is exceeded. The bimetal thermostat has a small hysteresis and an anti-frost setting.
The mechanical thermostat closes when the temperature rises. Used for regulating filter fans, heat exchangers, coolers or switching signal devices in the event that the temperature limit is exceeded. The bimetal thermostat has a small hysteresis.
The thermostat opens when the temperature rises. Used for regulating heaters or switching signal devices in the event that the temperature falls below the minimum limit. The temperature is pre-set, allowing for high-precision control.
The thermostat closes when the temperature rises. Used for regulating filter fans, heat exchangers, coolers or switching signal devices in the event that the temperature limit is exceeded. The temperature is pre-set, allowing for high-precision control.
Thermostat NC (normally closed) and thermostat NO (normally open) in a single enclosure. Unlike thermostats with change-over contact, the dual thermostat switches independently. This allows heaters and coolers to be switched in different temperature ranges.
Pre-set thermostat NC (normally closed) and thermostat NO (normally open) in a single enclosure. Unlike thermostats with change-over contact, the dual thermostat switches independently. This allows heaters and coolers to be switched in different temperature ranges.
The set value corresponds to the upper switch point at which the contact breaker opens. The set value, minus the switch temperature difference of 5 K (and tolerances) corresponds to the lower switch point at which the contact breaker closes. The mechanical thermostat is used for controlling heaters, coolers, filter fans or signal devices.
Electronic thermostat for controlling heaters, coolers, filter fans or signal devices. Records the ambient temperature and switches via the output relay using a change-over contact. If a heater is in operation, for example, the integrated LED lights up.
The hygrostat is used to prevent condensation and regulates heaters and fans. From a critical relative humidity of 65%, the temperature is increased so as to raise the dew point.
The hygrostat is used to prevent condensation and monitors relative humidity inside control cabinets and enclosures. When the set value is reached, the heater is switched on and the integrated LED lights up.
The electronic hygrotherm simultaneously monitors the temperature and humidity in enclosures and control cabinets. Condensation is prevented by switching heating and fans on or off as needed.
The version with an external sensor can be installed anywhere in the control cabinet and enables precise measurement.
Electronic thermostat with integrated switch module for regulating DC-powered devices in enclosures and control cabinets. Switches all common consumers inside control cabinet applications: heaters, fans, signal devices, etc. Contact maker versions (NO) in two versions with broad range of temperature settings. Contact breaker versions (NC) with secondary switch function: pre-set relative humidity of 65%.
Electronic hygrostat with integrated switch module for regulating DC-powered devices in enclosures and control cabinets. Designed as contact maker (NO), switches all common consumers in control cabinet applications: fans, coolers and signal devices.
Switch module for switching DC-powered devices with high capacities in control cabinet applications. Can be used as a thermostat or hygrostat: controlled via potential-free, external contact.
Explosion-proof thermostat of temperature class T6 (max. 85 °C). High switching capacity for direct control of connected heaters. For use in: switch cabinets and control cabinets in potentially explosive environments. Mechanical thermostat with high response accuracy and speed.
Compact LED enclosure lamp. Electrical connection per plug with locking mechanism. Enclosure lamp (LED) with long service life of 60,000 hours. Mounted by magnet, screw or clip. 180°-rotatable light fixture, 120° beam angle for optimal illumination.
Space-saving Ecoline LED enclosure lamp for use in control cabinets, enclosures and panels tightly fitted with components. Enclosure lamp (LED) with long service life of 60,000 hours, mounted by magnet, screw or clip. Cage clamps for electrical connection and feed-through wiring.
The perfect lamp for control cabinets: the compact and bright Varioline LED enclosure lamp. Up to 1,700 lm luminous flux for good visibility and workplace safety inside large control cabinets. The glare-free, 360°-rotatable light fixtures is fitted with mid-power LEDs. Long, zero-maintenance service life of 60,000 hours.
CONNECTION FOR EXTERNAL DOOR SWITCH
The perfect lamp for control cabinets: The compact and bright Varioline LED enclosure lamp with integrated socket. Available in seven country-specific versions. High luminous flux of up to 1,700 lm for good visibility and workplace safety inside large control cabinets. Mid-power LEDs ensure a long, zero-maintenance service life of 60,000 hours.
The perfect lamp for control cabinets: The compact and bright Varioline LED enclosure lamp with integrated socket. Available in seven country-specific versions. High luminous flux of up to 1,700 lm for good visibility and workplace safety inside large control cabinets. Mid-power LEDs ensure a long, zero-maintenance service life of 60,000 hours.
The perfect lamp for control cabinets: The compact and bright Varioline LED enclosure lamp with integrated socket. Available in seven country-specific versions. High luminous flux of up to 1,700 lm for good visibility and workplace safety inside large control cabinets. Mid-power LEDs ensure a long, zero-maintenance service life of 60,000 hours.
Available with and without switch
Slimline enclosure lamp with on/off switch and energy-saving bulb as light source. A luminous flux of 900 lm is emitted to illuminate control cabinets and enclosures for the purpose of safe working conditions. Electronic ballast and optional socket are integrated inside the enclosure lamp's slimline housing.
The slimline enclosure lamp with PIR motion sensor uses the tried and tested energy-saving bulb as a light source. A luminous flux of 900 lm is emitted to illuminate control cabinets and enclosures for the purpose of safe working conditions. Electronic ballast and optional socket are integrated inside the enclosure lamp's slimline housing.
Control cabinet socket for mounting onto 35 mm DIN rail. Faster, screwless electrical connection using cage clamps. Versions with or without fuse available.
Plastic pressure compensation device for use inside enclosures. In tightly sealed control cabinets, changes in temperature can lead to unfavourable pressure conditions. Via its membrane, the DA 084 equalises pressure differences from the inside out with a high level of protection.
Snap-in pressure compensation device for control cabinets and enclosures. Quick and easy installation using locking mechanism, without screws. Watertight EPDM membrane prevents condensation and the ingress of water and dirt.
Passive pressure compensation device for enclosures and control cabinets. Evens out temperature-induced pressure differences between the inside and outside of the cabinet. Humidity escapes through a watertight membrane. Condensation is prevented from forming.
Passive pressure compensation device for enclosures in environments with requirements: food-safe and corrosion-resistant. Evens out temperature-induced pressure differences between the inside and outside of the cabinet. Humidity escapes through a watertight membrane. Condensation is prevented from forming.
Drainage device for draining condensation from enclosures. Conforms to protection type IP66. No spray water can enter as a water-permeable membrane drains the cabinet via capillary action.