How to adjust the strength of the double membrane gas cabinet high frequency heat sealing machine

When using the high-frequency heat sealer for double-membrane gas cabinets, adjusting the strength is a key step, which directly affects the heat sealing effect and the sealing performance of the gas cabinet. The following are specific methods for adjusting the strength of the high-frequency heat sealer:

Ⅰ. Adjusting voltage and current

1.Voltage adjustment:

。Most high-frequency heat sealers are equipped with a voltage adjustment knob or button. By rotating or pressing these controls, the output voltage of the high-frequency heat sealer can be adjusted.

。Generally, the higher the voltage, the greater the heat generated, and the heat sealing strength increases accordingly. However, it should be noted that excessive voltage may cause the membrane material to burn or be damaged.

2.Current adjustment:

。Current is another key factor affecting the heat sealing strength. By adjusting the current controller, the current passing through the membrane material can be changed.

。The larger the current, the more heat the membrane material generates, and the heat sealing strength increases. However, it should also be noted that excessive current may also cause damage to the membrane material.

Ⅱ. Adjust the heat sealing time

1.Set the heat sealing time:

。Most high-frequency heat sealers are equipped with a time controller that can accurately set the heat sealing time.

。The longer the heat sealing time, the longer the membrane material is heated, and the heat sealing strength increases accordingly. However, too long heat sealing time may cause excessive melting or deformation of the film material.

2.Flexible application of time controller:

。According to different film materials and heat sealing requirements, the setting value of the time controller can be flexibly adjusted.

。During the debugging process, the optimal heat sealing time can be determined by observing the heat sealing effect and testing the sealing performance.

Ⅲ. adjust the pressure and frequency

1.Pressure adjustment:

。Pressure is another important factor affecting the heat sealing strength. By adjusting the pressure controller of the high-frequency heat sealing machine, the pressure on the film material during the heat sealing process can be changed.

。Appropriate pressure can ensure that the film materials are tightly combined to form a firm sealing structure. But excessive pressure may cause the film material to deform or rupture.

2.Frequency adjustment:

。Frequency refers to the number of oscillations of high-frequency electromagnetic waves. By adjusting the frequency controller of the high-frequency heat sealing machine, the oscillation frequency of the electromagnetic wave can be changed.

。Electromagnetic waves of different frequencies have different heating effects on the film material. Therefore, during the debugging process, the heat sealing effect can be optimized by adjusting the frequency.

Ⅳ. precautions

1.Safe operation:

。When adjusting the strength of the high-frequency heat sealing machine, be sure to comply with the safety operating procedures to ensure the personal safety of the operator.

。Avoid touching electrodes or other live parts when the high-frequency heat sealing machine is working.

2.Regular maintenance:

。Maintain and service the high-frequency heat sealer regularly to ensure that it is in good working condition.

。Check whether the electrodes, transformers and other components are intact, and whether the adjustment parameters are accurate.

3.Material selection:

。Selecting high-quality membrane materials is the basis for ensuring the quality of high-frequency heat sealing.

。Ensure that the membrane material meets the manufacturing requirements and standards of the double-membrane gas cabinet.

By adjusting parameters such as voltage, current, heat sealing time, pressure and frequency, the strength of the high-frequency heat sealer of the double-membrane gas cabinet can be accurately controlled. During the debugging process, it is necessary to carefully observe the heat sealing effect and test the sealing performance to determine the best parameter combination.