With the continuous advancement and improvement of technology, we have strict requirements for the operators of large thermal shock chambers. Operators need to be able to face and resolve these failures in a timely manner if used incorrectly.
1. Composition of large thermal shock chamber
The large-scale thermal shock Test Chamber is composed of a box body, an air circulation system, a refrigeration system and a heating system, forming a large-scale thermal shock Test Chamber.
When the large-scale cold and heat shock Test Chamber is used for high-low temperature experiments, the temperature rises very slowly. It may be that the air circulation system is not turned on properly. If the temperature change of the large-scale cold and heat shock Test Chamber does not reach the experimental temperature, a different state needs to be followed. One-to-one exclusion solution.
2. Troubleshooting of the Large Thermal Shock Chamber
If the temperature change of the large thermal shock chamber cannot reach the test index at low temperature, it may be that the temperature drops very slowly, or it may be that the temperature will rise again after reaching a certain value. When the above two situations occur, it is necessary to check whether the room of the large thermal shock chamber is in a dry environment before the low temperature test, and after the large thermal shock chamber maintains a dry environment, the test sample can be placed in the large thermal shock chamber. Tested in a thermal shock chamber.
Another reason is whether the samples in the large thermal shock box are placed too much, so that the air circulation in the large thermal shock box does not circulate.
If none of the above is the case, the operator should contact the manufacturer of the large thermal shock chamber for professional repair.
Another factor that may lead to the failure of the thermal shock Test Chamber is the poor temperature control of the thermal shock Test Chamber, and the temperature of the laboratory where the large thermal shock chamber equipment is placed is within 24 hours. The average environment is 25°C, and the humidity is about ≤85%RH. Even good large thermal shock test equipment needs a good place to place it, and large thermal shock Test Chambers are no exception. To prolong the service life of the Test Chamber equipment, every operator should maintain it well.
In the event of a failure of the vacuum chamber, the operator needs to perform professional troubleshooting to keep the chamber running smoothly.
