Installation Specifications

Explosion-proof air conditioners are widely used and serve as a safeguard against various types of explosion incidents. However, certain issues often neglected by consumers can impact their optimal functioning. 1. Vibration Many manufacturers aim to reduce costs by minimizing the materials used for explosion-proof air conditioners, resulting in less robust…

1. When operating explosion-proof air conditioners, avoid setting the cooling temperature excessively low. Lowering the set temperature on the air conditioner increases electricity consumption, so typically reducing indoor temperature by 6 to 7 degrees (cooling at 26-28 degrees, heating at 18-23 degrees) is adequate. 2. Raising the set temperature by…

The most prevalent leakage issue in explosion-proof air conditioners arises from the indoor unit, as the leakage can seep into the flooring and potentially within the walls, leading to extensive wall surface swelling and peeling. Tackling leaks in air conditioners is challenging, hence today's guidance on understanding and resolving such…

1. Overloading In instances where manufacturers operate explosion-proof air conditioners continuously for 24 hours, due to the expansive spaces they are meant to cool, these units often fail to reach the desired temperatures, leading to prolonged overloading of the compressor. This overexertion can culminate in internal electrical failures and burnouts,…

Explosion-proof air conditioners, extensively used in hazardous environments, boast unmistakable advantages. These units integrate sophisticated explosion-proof technologies such as flameproof, intrinsic safety, and encapsulation methods. The entire control system is intrinsically safe, eliminating any risk of electric sparks and ensuring safety. These air conditioners are developed from established domestic brands…