During the installation process of rooftop air conditioning units, electrical connections are a crucial aspect. It is not only related to the normal operation of the air conditioning system, but also directly affects the safety and energy efficiency.

As a high-efficiency, energy-saving large-scale air conditioning equipment, rooftop air conditioning units are widely used in various industrial and commercial places. In order to ensure the stable operation and long service life of the unit under various harsh environmental conditions, the manufacturer has taken a variety of protective measures during the design and production process, especially in the structure and surface area treatment of the unit, fully considering factors such as anti-corrosion, anti-exposure, and anti-heavy rain.

In today's society, as energy problems become increasingly severe and environmental awareness continues to increase, energy conservation and consumption reduction have become the focus of all walks of life. In the field of air conditioning systems, rooftop air conditioning units are an efficient and convenient air conditioning solution, and their energy efficiency ratio (EER) has become an important indicator to measure their energy-saving performance.

As an efficient and energy-saving air conditioning solution, rooftop air conditioning units are gradually becoming an ideal choice for all types of buildings, especially commercial buildings and industrial plants. These units not only have to withstand the pressure of daily operation, but also face the test of harsh outdoor environments. Therefore, during the design and manufacturing process, anti-corrosion, anti-exposure, anti-heavy rain and other measures have become indispensable key elements for rooftop air-conditioning units.

Rooftop air conditioning units have unique energy consumption characteristics due to their installation location and usage. First, since the unit is usually installed on the roof and directly exposed to the external environment, its energy consumption is greatly affected by the ambient temperature.

Rooftop air conditioning units take a variety of effective measures to ensure indoor air quality. First, such units are often equipped with high-efficiency filtration systems that remove dust, pollen, bacteria, and other particulate pollutants from the air, thereby preventing these pollutants from entering the indoor air circulation.

As a common air-conditioning equipment, rooftop air-conditioning units are suitable for use in complexes, depending on the specific circumstances. Complexes usually contain a variety of functional areas, such as shopping, dining, entertainment, etc., and the requirements for air conditioning systems are relatively complex. Rooftop air conditioning units have the advantages of compact structure and easy installation, and are suitable for some smaller complexes or specific areas.

A rooftop air conditioning unit is an air conditioning device installed on the roof that absorbs outside air and processes it to provide a comfortable indoor air environment. Rooftop air conditioning units usually consist of air handlers, fans, humidifiers, filters and other components, which can be combined as needed to meet different air treatment needs. Rooftop air conditioning units have the advantages of small space occupation, easy installation, and simple maintenance, so they have been widely used in commercial buildings, office buildings, hospitals, hotels and other places.

The lubricating oil system provides lubrication and cooling conditions for the moving parts of the air conditioning unit. Rooftop air conditioning units require lubricating oil to control energy conditioning devices or extraction air recovery devices. Therefore, whether the oil temperature, oil pressure difference and oil level height are suitable will have an important impact on the air conditioning unit.

The condensate outlet water seal for roof-mounted air conditioning units includes a shell. The side of the shell is connected to the corresponding end of the water outlet pipe. The other end of the water outlet pipe is connected to the corresponding end of the U-shaped pipe. The U-shaped pipe is fixedly connected to the outside with a fixed ring. The side of the shell is fixedly connected to the side corresponding to the installation plate, and the side of the installation plate is fixedly connected to the side corresponding to the connecting plate.