The X-rays of most Tongda analyzers are only emitted directly through the glass package. Choosing a Tongda analyzer has a flawless window depending on the application. Some factors such as low energy flow and equipment conditions will affect the choice. For example, if your Tongda analyzer has an output window, you must pay special attention to its environmental requirements. The 铍 output window consists of a high-purity base metal, typically a 125-μm thick sash. In the metal composition, bismuth, including water, alcohol and acid, is extremely fused. Therefore, if the window exposure time is too long, when they will damage the output window, it will endanger the built-in vacuum purity of the Tongda analyzer and cause damage to the Tongda analyzer. If your window needs to be cleaned, use a copper-copper swab (non-fused) cleaning.
General safety warning
- In addition to generating radiation from the output port, the Tongda analyzer also generates radiation from other areas. Any design must incorporate appropriate radiation protection. Don’t assume that the radiation is only emitted from the output port. Be sure to review the Tongda Analyzer Radiation Response Sheet before implementing your design.
2.Tongda analyzes the opportunity to generate heat. In fact, most of the energy input into the Tongda analyzer is consumed in the form of heat. One reason for the premature failure of the Tongda analyzer was caused by improper cooling. Please check in time to ensure that your cooling design is appropriate.
- The Tongda analyzer or X-ray source is a high voltage device, so be sure to ground properly. This means that the grounded Tongda analyzer power supply is packaged. Regardless of the X-ray source or its user, the deviation introduced by the power supply can cause serious damage.
- The Tongda analyzer requires that its maximum filament current not be exceeded during use. If it exceeds, the filament will overheat, melt and separate, causing the Tongda analyzer to not work. To prevent this from happening, your filament power supply must have an ultra-high current limiter circuit. This ultra-high current circuit value must be set above the published data sheet value, but below the maximum filament rating. It can only be run if your Tongda analysis machineis protected by an ultra-high current circuit.