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First, there is a misconception that explosion-proof motors are universal products. While explosion-proof motors do possess explosion-proof properties, this doesn’t mean they can be used in any environment. Different environments present different levels of danger, and it is necessary to select the appropriate explosion-proof rating and model based on the actual conditions. Second, ignoring the certification standards for explosion-proof motors designed to address specific hazards: there are generally two types of such certifications, namely international explosion-proof certifications and domestic ones, each addressing different market demands and environmental requirements. When selecting an explosion-proof motor, it is necessary to determine the required certification standards and verify whether the product meets the respective requirements. Third, there is a misconception that explosion-proof motors are less durable than ordinary motors. Some people believe that due to their explosion-proof properties, explosion-proof motors are less durable than regular motors. In reality, the design and manufacture of explosion-proof motors differ little from those of ordinary motors; improvements are made only in aspects such as housing materials and sealing performance. As long as the operation is proper and maintenance is adequate, the lifespan of explosion-proof motors will not be shorter than that of ordinary motors. Fourth, the misconception that all explosion-proof motors are suitable for gas explosion environments. Explosion-proof motors are mainly divided into two categories: those suitable for gas explosion environments and those suitable for dust explosion environments. When selecting an explosion-proof motor, it is necessary to determine the explosive nature of the working environment in order to choose the appropriate one. Fifth, neglecting the proper installation and maintenance of explosion-proof motors is crucial for their proper operation and service life. Some users often overlook this, resulting in malfunctions or decreased performance of the motor during use. Sixth, incorrectly using non-explosion-proof motors in place of explosion-proof motors. Some users, out of cost considerations, may opt to use cheaper non-explosion-proof motors as substitutes for explosion-proof motors. However, doing so poses potential security risks to the work environment, and costs should not be placed ahead of safety. Seventh, the misconception that explosion-proof motors do not require regular inspection. After being in use for a certain period of time, explosion-proof motors also need to undergo regular maintenance and inspection. These tests include insulation resistance testing, ground resistance testing, and comprehensive testing, etc., to ensure the safety and reliability of the motor. Eighth, ignoring the ambient temperature requirements for explosion-proof motors. During operation, explosion-proof motors generate a certain amount of heat. If the temperature in the working environment exceeds the rated temperature of the explosion-proof motor, it may lead to accidents. Therefore, when selecting and installing explosion-proof motors, the impact of ambient temperature must be taken into account. Ninth, the misconception that explosion-proof motors can replace other safety measures: As part of safety equipment, explosion-proof motors cannot substitute for the functions of other safety measures. In the workplace, other appropriate safety facilities should also be provided to ensure the safety of workers and equipment. Tenth, neglecting personnel training and safety awareness education. Cultivating safety awareness and conducting personnel training are crucial aspects in the application of explosion-proof motors. Only through training to enhance employees’ safety awareness and operational skills can the safe use of explosion-proof motors be better ensured. In summary, explosion-proof motors are widely used in the industrial sector, but there are many misconceptions regarding their use. This article introduces the top ten misconceptions in this regard. By being aware of these mistakes, it is hoped that people can better understand and use explosion-proof motors correctly, thereby ensuring the safety of both personnel and equipment.