Busbars are reliable and efficient systems for transmitting electrical power in various conditions. However, climatic factors can significantly affect their performance, lifespan, and safety. When selecting equipment, it is important to consider temperature, humidity, dust levels, and possible aggressive environmental impacts.
TETIKA produces busbars adapted to a wide range of operating conditions. In this article, we will discuss how to properly select a busbar for operation in different climatic zones.
The Impact of Climate on Electrical Equipment
Any electrical equipment is sensitive to external conditions. Temperature fluctuations, high humidity, precipitation, wind, solar radiation, dust, and corrosive substances can all degrade the material, insulation, and connections of a busbar. Incorrect equipment selection can lead to failures, accidents, and significant repair costs.
Operating in Cold Regions: Freeze Resistance and Tightness
Low temperatures are especially relevant for busbars used in the northern regions of Russia or countries with harsh climates. In the cold, materials become more brittle, contacts may be disrupted, and insulation loses its flexibility.
TETIKA’s monorail busbars have a durable protective shell made of frost-resistant plastic that maintains flexibility and tightness even at temperatures below -30 °C. Copper conductors retain their conductivity in the cold and are not subject to destruction due to low temperatures.
High Humidity and Rain: Moisture Protection
Humidity and precipitation are major causes of metal corrosion. Condensation inside the busbar casing can lead to short circuits. In such conditions, it is essential to select hermetically sealed models with high protection ratings (for example, IP24 or higher).
TETIKA busbars are designed with a high degree of moisture protection: the hermetic construction prevents water penetration, and the casing materials are resistant to swelling and cracking under the influence of moisture. This is especially important for equipment installed outdoors or in areas with high humidity.
Hot Climate: Heat Resistance and Overheating Protection
When operating in high temperatures, it is crucial that the busbar structure does not overheat. The high-quality copper used in TETIKA products has excellent thermal conductivity, reducing the risk of overheating. The plastic casing retains its shape and strength even at temperatures above +50 °C. This makes our products suitable for southern regions and hot workshops.
Extreme Conditions: Dust, Sand, Salt Air
In environments with high dust levels, sandstorms, or coastal climates, sealing and chemical resistance are especially important. TETIKA busbar casings reliably protect internal components from dust, salt, and aggressive aerosols. The system remains stable even under heavy contamination and without regular maintenance.
Type of Busbar Based on Operating Conditions
The choice of the appropriate busbar type depends not only on the climate but also on the nature of the object:
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TETIKA Trolley Busbar
Ideal for use inside production facilities with a moderate microclimate. Easy to install and maintain, providing stable power supply under standard conditions. -
TETIKA Monorail Busbar
Designed for harsher conditions: outdoor use, workshops with high humidity, and facilities with high sealing requirements. Provides reliable protection from external elements. -
TETIKA Flexible Busbar
Used for moving elements: cranes, lifts, trolleys. Suitable for complex tracks and locations (e.g., dusty workshops) where mobility is required, but not for permanent outdoor use. -
U12 Contact Rail
An insulated rail designed for powering moving equipment indoors. Can be installed outdoors (e.g., on amusement rides), but not recommended for use in severe frost.
Conclusion
The proper selection of a busbar is fundamental to the reliability and safety of your power supply system. It is important to consider the climatic conditions in which the equipment will operate, as they directly affect its efficiency and durability. TETIKA products are designed with these factors in mind and are ready to withstand the most extreme conditions—from freezing temperatures in the north to the scorching sun in southern regions, from humid production facilities to dusty construction sites.
We use only the best materials—copper with high conductivity and plastic resistant to aggressive environments and temperature fluctuations. This guarantees the durability and stable operation of the system in any conditions.
If you need equipment that will reliably operate in any climatic zone and under any load, TETIKA specialists can help you select the optimal solution for your project, ensuring uninterrupted operation and maximum efficiency.
