I believe that we have a certain understanding of RoHS2.0 tester, especially its price is not expensive, dozens of millions have. That so expensive a RoHS2.0 tester equipment it uses the environmental requirements? In fact, each brand of RoHS2.0 tester is different, for example, RoHS2.0 liquid chromatograph, its use of environmental requirements are more stringent, the need for independent laboratories and sewage systems. ICP DAS RoHS2.0 instruments use thermal cracking technology, there is no special requirement for the environment, as long as there are the following two simple requirements.
1. Strong magnetic field interference: A reasonable environment for the use of the instrument requires that it be installed in a place where there are no motors, vibrations, high magnetic fields, high pressure or high frequency welders and other electromagnetic interference, or else it will interfere with the spectral shape of the instrument or cause the instrument to fail to work properly.
2, the impact of the environment: the use of the environment should be maintained at 20-25 ℃. Beyond this temperature range will affect the normal operation of the instrument, so it is best to have constant temperature equipment to maintain; the relative humidity in the air should be kept <70%. Excessive humidity will cause high-voltage arc discharge inside the unit.
1, around the strong magnetic field interference: the instrument reasonable use of the environment, the requirements of no motor, vibration, high magnetic field, high pressure or high-frequency welding devices and other electromagnetic interference in the place of installation, otherwise it will interfere with the spectral shape of the instrument or cause the instrument can not work properly.
2, the impact of the environment: the use of the environment should be maintained at 20-25 ℃. Beyond this temperature range will affect the normal operation of the instrument, so it is best to have constant temperature equipment to maintain; the relative humidity in the air should be kept <70%. Excessive humidity will cause high-voltage arc discharge inside the unit.