超声波清洗机使用操作规程简单，清洗能力强，能够对零件类，工具，家用首饰类等清洗，不伤及产品。下面来讲讲超声波清洗设备的使用什么。

The ultrasonic cleaning machine has simple operation procedures and strong cleaning ability. It can clean and disinfect parts, tools, household jewelry, etc. without damaging the products. Let's talk about the use of ultrasonic cleaning equipment.

（1）超声波清洗机电源及电热机电源须有良好接地装置。

(1) The power supply of ultrasonic cleaning machine and electric heating machine must be well grounded.

（2）超声波清洗机在槽中没有水或溶剂时，千万不要启动，否则会造成空振，造成振动头损坏或报废。

(2) Do not start the ultrasonic cleaning machine when there is no water or solvent in the tank, otherwise it will cause air vibration and damage or scrap the vibrating head.

（3）有加热系统的超声波清洗机严禁无液时打开加热开关。

(3) It is forbidden to turn on the heating switch when there is no liquid in the ultrasonic cleaning machine with heating system.

（4）禁止用重物（如铁件）撞击清洗机槽底，以免能量转换机晶片受损。

(4) It is forbidden to strike the bottom of the cleaning machine with heavy objects (such as iron pieces) to avoid damage to the wafer of the energy converter.

（5）超声波清洗机电源应单独使用一路220V/50Hz电源，配装2000W以上稳压机。

(5) One 220V / 50Hz power supply shall be used separately for the power supply of the ultrasonic cleaning machine, which shall be equipped with a voltage stabilizer above 2000W.

（6）清洗机槽底要定期冲洗，不得有过多的杂物或污垢。

(6) The bottom of the washing machine shall be washed regularly, and there shall be no excessive sundries or dirt.

（7）清洗机操作过程中请勿将手指放入清洗槽中，否则会感到刺痛或者不适。

(7) Do not put your fingers into the cleaning tank during the operation of the cleaning machine, otherwise you will feel tingling or discomfort.

（8）每次换新液时，待超声波起动后，方可洗件。

(8) When changing the new liquid each time, the parts can be washed only after the ultrasonic wave is started.

（9）采用清水或水溶液作为清洗剂，禁止使用酒精，汽油或其他腐蚀性强、易燃、易爆的液体作为清洗剂加入清洗机中，有可能造成火灾等危险情况发生。

(9) Clean water or aqueous solution shall be used as cleaning agent. It is prohibited to use alcohol, gasoline or other highly corrosive, flammable and explosive liquids as cleaning agents into the cleaning machine, which may cause fire and other dangerous situations.

（10）当需要用腐蚀性或挥发性强的清洗液时，可采用间接清洗的方法。即：在清洗槽内加水，再将所需清洗液倒入适宜的容机内并放入被清洗物，然后将装有清洗液和清洗物的容机浸入清洗槽中，即可开始清洗工作。

(10) When corrosive or volatile cleaning liquid is required, indirect cleaning method can be adopted. That is, first add water to the cleaning tank, then pour the required cleaning liquid into the appropriate container and put it into the object to be cleaned, and then immerse the container containing the cleaning liquid and the object into the cleaning tank to start the cleaning work.

（11）超声波清洗效果方式：超声波清洗槽的温度一般为30~50℃，根据不同的清洗对象正确选择清洗剂。清洗剂一般分为水基（碱性）清洗剂、有机溶剂清洗剂和化学反应清洗剂。通常使用多的为水基清洗剂，根据被清洗物的污染程度和污垢性质，选用不同的清洗时间。

(11) Ultrasonic cleaning effect mode: the temperature of the ultrasonic cleaning tank is generally 30 ~ 50 ℃, and the cleaning agent is correctly selected according to different cleaning objects. Cleaning agents are generally divided into water-based (alkaline) cleaning agents, organic solvent cleaning agents and chemical reaction cleaning agents. Usually, water-based cleaning agents are used, and different cleaning times are selected according to the pollution degree and dirt nature of the cleaned objects.

（12）尽量避免长时间连续工作，一般不超过30分钟为宜。每次使用完毕后应关机20分钟以上再次开机使用。

(12) Try to avoid long-time continuous work, generally no more than 30 minutes. After each use, turn off the machine for more than 20 minutes and then turn it on again.

（13）在使用时，清洗槽内清洗或脱气的溶剂不要放入过少，少应在槽内1/2以上，一般在槽内2/3处适宜。

(13) During use, the solvent for cleaning or degassing in the cleaning tank shall not be put too little. It shall be at least 1 / 2 of the tank and generally 2 / 3 of the tank.

（14）使用环境不能太潮湿，避免水蒸气等进入到机机内部损坏元机件。

(14) The operating environment should not be too humid to prevent water vapor from entering the machine and damaging the components.

超声波清洗机已被广泛地用于石油、化工、金属、电镀、胶、电子、机械、汽车等各工业部门以及医药、大专院校和各实验室等。您有需求可以来我们网站www.jnthcsb.com咨询了解。

Ultrasonic cleaning machine has been widely used in petroleum, chemical, metal, electroplating, rubber, electronics, machinery, automobile and other industrial departments, as well as medicine, colleges and universities and laboratories. You can come to our website www.jnthcsb.com for consultation.