The “problem” in the design and manufacturing of rolling diaphragm products is that scientific research can reduce the working efficiency of electromagnetic valve diaphragms to a certain value when there is no intermittent time for pulse control instruments and water treatment electromagnetic valve diaphragms.
The above is about the rubber diaphragm products currently produced in the rubber diaphragm industry, which I believe many people are not unfamiliar with. After all, in today’s society, almost all of them are quite similar. However, most enterprises will continue to develop and bring certain wear and tear, and the production enterprises above will encounter wear and tear. Therefore, what is the biggest characteristic of electromagnetic pulse valve diaphragms? For this issue, we can briefly introduce it to everyone.
The working pressure of the electromagnetic pulse valve can be provided from 01MPa to 07MPa, and the medium is air that has undergone oil and water removal treatment. 2. Under the pressure state of the air supply source of the electromagnetic pulse valve, the insulation resistance of the electromagnetic coil to the shell should be greater than 1M Ω. 3. Under specified environmental conditions, the insulation resistance of the electromagnetic coil to the shell should be greater than 1M. 4. Under the condition of room temperature ranging from 5 ° C to 35 ° C and relative humidity not exceeding 85%, the electromagnetic coil of the electromagnetic pulse valve can withstand a voltage of 50Hz and 250V to the shell for 1 minute without any breakdown phenomenon. 7. When the working voltage of the electromagnetic pulse valve is 85% of the rated voltage under the nominal gas source pressure state of the product, the opening response time should be less than 003s. 8. The electromagnetic pulse valve should be able to operate normally after withstanding a vibration with a frequency of 20Hz, a full amplitude of 2mm, and a duration of 30min. 9. When the working voltage of the electromagnetic pulse valve is 85% of the rated voltage under the nominal gas source pressure state of the product, it should be less than 003s. 9. Under specified environmental conditions, the electromagnetic coil can withstand a voltage of 50Hz and 250V on the shell for 1 minute without breakdown. 9. The electromagnetic pulse valve should be able to operate normally after withstanding a vibration with a frequency of 20Hz, a full amplitude of 2mm, and a duration of 30min. 9. Under the condition of room temperature ranging from 5 ° C to 35 ° C and relative humidity not exceeding 85%, the electromagnetic coil of the electromagnetic pulse valve can withstand a voltage of 50Hz and 250V to the shell for 1 minute without any breakdown phenomenon. 9. When the working voltage of the electromagnetic pulse valve is 85% of the rated voltage under the nominal gas source pressure state of the product, the opening response time should be less than 003s. 10. The electromagnetic pulse valve should be able to operate normally after withstanding a vibration with a frequency of 20Hz, a full amplitude of 2mm, and a duration of 30min. 9. Under specified environmental conditions, the electromagnetic coil can withstand a voltage of 50Hz and 250V on the shell for 1 minute without breakdown. 9. Under the condition of room temperature ranging from 5 ° C to 35 ° C and relative humidity not exceeding 85%, the electromagnetic coil of the electromagnetic pulse valve can withstand a voltage of 50Hz and 250V to the shell for 1 minute without any breakdown phenomenon. 10. When the working voltage of the electromagnetic pulse valve is 85% of the rated voltage under the nominal gas source pressure state of the product, the opening response time should be less than 003s.
