超声波清洗机中的超声波震荡器怎么维护？

目前市场上的超声波振荡器多用于大型水质纯化设备以及各种超声波清洗设备中，其经过应用超声波中止溶液搅拌，以抵达对所需物品中止清洁和消毒的作用，被普遍运用于各类工业消费、精密仪器清洁以及家庭生活中。
At present, the ultrasonic oscillators on the market are mostly used in large water purification equipment and various ultrasonic cleaning equipment. After the application of ultrasonic wave to stop the solution stirring, they can stop the thorough cleaning and disinfection of the required items. They are widely used in various industrial consumption, precision instrument cleaning and family life.
超声波清洗机中的超声波振荡器在底部和侧方位设计有特地的通风口，以保证仪器任务中的无效散热，因此超声波振荡器的侧风口能否清洁以及排风和排热能否迟滞将会间接关系到整个仪器的清洁效果和任务安全，关于任务较为频繁的超声波振荡器应坚持至多两个月清洗一次。
The ultrasonic oscillator in the ultrasonic cleaner is designed with special vents at the bottom and side to ensure the ineffective heat dissipation in the instrument task. Therefore, whether the side vents of the ultrasonic oscillator can be cleaned and whether the exhaust air and heat can be delayed will indirectly affect the cleaning effect and task safety of the entire instrument. The ultrasonic oscillator with frequent tasks should be cleaned at most once every two months.
质量好的超声波振荡器为了防止仪器因任务中过度发热而招致其零部件损坏，普通都会在仪器外部配备有特地的过热维护装置，但操作人员在运用超声波振荡器的进程中若发现其呈现异常发热的情况也应及时电源并反省发热缘由，以免因大功率任务使过热维护装置生效而构成仪器损毁。

In order to prevent the instrument from being damaged by its parts due to excessive heating during the task, high-quality ultrasonic oscillators are usually equipped with special overheating maintenance devices outside the instrument. However, if the operator finds that the ultrasonic oscillator is abnormally hot during the use of the ultrasonic oscillator, he should also promptly block the power supply and reflect on the causes of heating, so as to avoid the damage of the instrument caused by the effectiveness of the overheating maintenance device due to high-power tasks.
大少数人在运用超声波振荡器对物品中止清洗时都会在外部参与一定的酸性或碱性清洗剂来进步清洗效果，但是清洗剂在长时间敞口存放时可以会释放出具有挥发性的酸性或碱性气体对仪器外部构成腐蚀，因此超声波振荡器在单次运用之后应及时排空其外部贮放的清洗剂。
Most people will participate in a certain acid or alkaline cleaning agent externally to improve the cleaning effect when using the ultrasonic oscillator to stop cleaning articles. However, the cleaning agent can release volatile acid or alkaline gas to cause corrosion to the outside of the instrument when stored in an open environment for a long time. Therefore, the ultrasonic oscillator should be emptied of the cleaning agent stored externally in a timely manner after a single use.
所以，我们在对超声波清洗机中的超声波振荡器中止日常维护时，应该留意活期对其侧风口中止清洁、留意仪器的过热维护并及时排空清洗剂。完善的超声波振荡器售后有保证且具有愈加完善的清洁功用和愈加优质的清洁效果，是客户的理想选择。
Therefore, when we stop the routine maintenance of the ultrasonic oscillator in the ultrasonic cleaner, we should pay attention to the current suspension of cleaning of its side air outlet, the overheating maintenance of the instrument and the timely emptying of the cleaning agent. The perfect ultrasonic oscillator is an ideal choice for customers with guaranteed after-sales service and more perfect cleaning function and better cleaning effect.
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