Heavy-duty connectors all have contamination grade characteristics. If the contamination grade of a heavy-duty connector is relatively high, attention should be paid during use. So, what is the contamination grade of a heavy-duty connector? Let's take a look together.
Air Pollution LevelNo contamination, or only dry, non-conductive pollution, has no impact. Such as in server rooms, equipment testing areas, etc.
Pollution levelsii Represents non-conductive pollution only, but occasional transient conductive pollution must be anticipated. This includes residential, commercial buildings, laboratories, precision machinery workshops, and more.
Air Pollution LevelIII Conductive or dry non-conductive pollution may become conductive due to expected condensation. This includes warehouses, workshops, or boiler rooms without heating, as well as the electrical equipment or machine tools of the unit. The KORE Industrial Connector is designed based on this pollution level.
Pollution Level AssessmentⅣ Persistent conductive contamination caused by factors such as conductive dust or snow/rain, for instance, students affected by such contaminants. This includes scenarios such as outdoor or open-air activity spaces, train information systems, or rooftop equipment on trams.
Overload connectors are widely used in many places, which demonstrates their extensive applications. Let's delve into them in detail! Today, every industry is heading towards automation, and even traditional connectors are becoming outdated. The emergence of these overload connectors provides new options for an increasing number of industries, from textiles to robotics and automation equipment. This suffices to show that the application of connectors spans across numerous industries.
Due to the versatility of the heavy-duty connectors, businesses have been saved from a lot of trouble. In the past, they were constantly searching for equipment suitable for their enterprises. Now, with just the heavy-duty connectors, they have nothing to worry about. They can manage complex circuit pre-installations in bulk, significantly enhancing installation efficiency and reducing wiring errors. Through highly integrated connections and rich combinations, they can effectively utilize the entire equipment space. Moreover, the current heavy-duty connectors are widely used in the power transmission and distribution field, offering a certain degree of protection that remains unaffected by severe weather conditions. With the above introduction, you should now understand why heavy-duty connectors are so extensively utilized!
