With the global spread of the New Coronavirus, the medical field has become the focus of public attention, and medical equipment has become a top priority in this field. This is because most medical devices use electronic energy, such as automated external defibrillators, blood glucose meters, and blood pressure monitors. Since most advanced medical devices have integrated heating solutions, Motor Thermal Protector have become a critical component of medical devices to ensure reliable and safe performance.

1. The Motor Thermal Protector is a special device sensitive to current and temperature. When the motor's heat rises too high, the Motor Thermal Protector will turn off the power. Thus it can prevent the electrical equipment from overheating and catching fire. Thus it plays an indispensable role in controlling and protecting medical equipment.

2. The Motor Thermal Protector is important for medical equipment and patients.

(1) Motor Thermal Protector for the significance of the equipment: medical equipment is usually designed with high-temperature limits because it must support strict operation with other heating processors. If the device overheats, it can burn and melt different internal components, damaging the device. In addition, it can risk catching fire, threatening the safety of hospital property and patients' lives.

(2) The significance of Motor Thermal Protector for patients: Overheated medical equipment will never provide accurate readings, which can interfere with patient care and even cause loss of life.

In addition, more and more medical devices are designed with built-in communication capabilities to ensure seamless communication between physicians and patients, regardless of location. On the other hand, medical devices that overheat can impede communication, making Motor Thermal Protector a necessity.

3. What medical devices use Motor Thermal Protector?

(1) MRI machines. MRI machines are an important part of the diagnostic medicine department. The key to MRI is the magnetic field's construction and the magnet's heating to release energy. The magnet needs overtemperature protection as overtemperature can lead to demagnetization and failure of the magnet.

(2) Ultrasonic diagnostic equipment. Diagnostic ultrasound equipment applies special ultrasound waves to the patient and maps internal organs based on reflected waves. A complaint is added to the patient's body surface during the examination and treatment. Complaints that are too hot or too cold can cause patient discomfort.

(3) Oxygenator. The oxygenator is used to provide additional oxygen to the patient. The oxygenator works together with the compressor, and it will naturally generate heat by operating the compressor. So Motor Thermal Protector has become a basic requirement and routine to install a thermal protector switch in the oxygenator.

In summary, Motor Thermal Protector are particularly important in the medical field.