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With the onset of winter and a sharp decrease in temperatures, there's a notable surge in the demand for explosion-proof air conditioners. Professionals from the Explosion-Proof Air Conditioner Technical Center recommend focusing on four essential aspects when purchasing these units in winter. 1. Power Capacity The power of an explosion-proof…

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…

As a specialized industrial electrical product, an explosion-proof air conditioner effectively remains a semi-finished good upon manufacturing completion. It only achieves finished product status after undergoing qualified installation. To ascertain the installation's adequacy, undertake the following checks: 1. Refer to the user manual or pertinent details to ensure the placement…

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,…

During the sweltering summer days, the inability of explosion-proof air conditioners to provide cooling is indeed a less than ideal experience. There are numerous factors that can impair the cooling efficiency of these systems, with one of the primary culprits being the condensing pressure within the cooling system. Outlined below…