SMC二位五通电磁阀工作原理 EIW212-N02-X7日产

SMC二位五通电磁阀工作原理 EIW212-N02-X7日产

注1）用探头1000MΩ和5 pF测量。
注2）在0.3MPa的空气吹扫压力下，在被充电物体和离子发生器之间以100mm的距离测量。
有关静电消除时间，请参见“技术数据”。
注3）在0.3MPa的空气吹扫压力下距离喷嘴前部300mm的距离处测量的高于背景水平的值。
注4）如果没有空气净化，静电无法中和。
此外，空气吹扫的失败可增加内部臭氧冷凝，不利地影响离子发生器和外围设备。确保在给离子发生器通电时执行空气清洗。
当在离子发生器的操作期间空气清洗暂时停止时，在放电停止信号输入被关闭的情况下停止放电，以避免内部离子浓度的增加。
注5）喷嘴形状：管道内螺纹的工作压力上限（IZN10-11-）可能因安装材料而异。如果电极针周围的压力为0.1MPa以上，则离子产生效率降低，如1129页的注1）所示，请确认使用的安装材料的静电消除性能，使用喷嘴的压力水平保持静电消除性能。

SMC二位五通电磁阀工作原理 EIW212-N02-X7日产

Note 1) Measured with a probe of 1000 MΩ and 5 pF.
Note 2) Measured with a distance of 100 mm between the charged object and ionizer at an air purge pressure of 0.3 MPa.
For the static neutralization time, refer to "Technical Data".
Note 3) Value above background level, measured with a distance of 300 mm from the front of the nozzle at an air purge pressure of 0.3 MPa.
Note 4) Static electricity cannot be neutralized without air purge.
Also, failure of air purge can increase internal ozone condensation, adversely affecting the ionizer and peripheral equipment. Be sure to perform air purge while energizing the ionizer.
When the air purge is stopped temporarily during operation of the ionizer, the discharge is stopped with the discharge stop signal input turned OFF to avoid increase in internal ion concentration.
Note 5) Nozzle shape: The operating pressure upper limit of the female thread for the piping (IZN10-11-) may vary depending on the mounting material. Since the ion generation efficiency decreases if the pressure around the electrode needle is 0.1 MPa or more as described in Note 1) on page 1129, check the static electricity elimination performance with the mounting material to be used and use the nozzle at a pressure level that maintains the static electricity elimination performance.】