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BOPP film CommScope slitting installation JXD-EF90 long-distance electrostatic eliminator case
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The following is a case study on the installation of JXD-EF90 DC long-distance electrostatic eliminator on the BOPP film CommScope slitter.
Case background:
A company that manufactures BOPP film has purchased CommScope slitting machines to cut the film into the required size. However, during use, due to the friction between the film and the mechanical transition roller, static electricity is generated by the tool, which causes the film to adsorb dust and foreign objects, seriously affecting product quality. In order to solve this problem, the company has decided to install the JXD-EF90 DC remote static eliminator.
Solution:
1. Installation location selection: According to the actual situation, choose an appropriate location to install the JXD-EF90 DC remote static eliminator. It is usually recommended to install it above the film slitter to ensure effective elimination of static electricity.
2. Installation method: According to the equipment structure and design, appropriate installation methods should be adopted. Usually, it can be fixed above or on the side of the CommScope slitter. Ensure that the JXD-EF90 DC remote static eliminator maintains a certain distance from the film surface, and it is recommended to install it at a distance of 5-40 centimeters. In order to effectively eliminate static electricity.
3. Power connection: Connect the power cord of the JXD-EF90 DC remote static eliminator to a stable power socket, and ensure that the power cord has good contact, grounding, and is safe and reliable.
4. Connection debugging: According to the instructions in the product manual, connect the JXD-EF90 DC remote static eliminator to the film slitter and perform debugging. According to the actual situation, the output voltage and duty cycle of the eliminator can be adjusted to achieve the ideal electrostatic elimination effect.
5. Operation test: After installation and debugging, conduct operation test to observe the static electricity situation of the film slitting machine. If the electrostatic problem is effectively solved, the adsorption of dust and foreign objects on the film should be significantly reduced, thereby improving product quality.
Case Effect:
By installing the JXD-EF90 DC long-distance static electricity eliminator, the static electricity problem of the film slitter was successfully solved, effectively eliminating the adsorption of dust and foreign objects generated by static electricity. The quality of the film has been improved, the product qualification rate has significantly increased, and the company's production efficiency and competitiveness have been improved.
This is a case study about the installation of JXD-EF90 DC remote static eliminator on the BOPP film CommScope slitter. The above are the general steps to solve the problem, and specific operations need to be adjusted and implemented according to the actual situation.
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