This laboratory is mainly used for constant temperature aging tests of switch components, and can also be applied to drying of general items. The workshop volume is 16m3It has the characteristics of large one-time experimental capacity, stable operation, and easy operation.
The outer shell and inner chamber of this laboratory are made of brushed stainless steel, with a beautiful appearance. The interlayer between the inner chamber and the outer shell is filled with polyurethane, which can simultaneously provide insulation and enhance the strength of the inner and outer chambers. The bottom of the laboratory is equipped with anti slip aluminum plates, which can ensure the stability of the laboratory after placement. The laboratory has four main doors, each with an observation window. The workspace is equipped with four lighting fixtures to facilitate timely monitoring of the test samples in the laboratory during experiments. There are 2 adjustable exhaust ports on the top of the laboratory, and users can adjust the exhaust volume according to their actual usage. There are two adjustable air intakes installed on the back to meet the ventilation requirements during experiments. This equipment uses stainless steel heating tubes for heating and is equipped with 4 sets of blower devices. Each set of blower equipment consists of 2 motors and 2 centrifugal impellers, ensuring temperature uniformity in the laboratory and ensuring the smooth and successful conduct of experiments.
Product features:
1. The air path in this laboratory adopts a hot air circulation method, and the excellent design of the air path ensures a good airflow circulation in the studio. The air outlet of the blower device is equipped with a grille, which can divide the hot air into several streams and evenly send them into the working room. The user blade can adjust the grille according to the actual situation to control the position of the hot air spray.
2. This laboratory adopts a warehouse board assembly structure. The connection method of the storage board adopts internal connectors, which have the characteristics of no surface connection traces and high connection strength. There are four independent doors in front of the box, each equipped with locking devices that do not affect each other and can be opened independently. There is an observation window on the entrance, which, in conjunction with four lighting fixtures in the studio, allows for observation of the laboratory samples.
According to the principle of natural rise of hot air, the exhaust port is set at the top of the box to ensure that the gas generated during the experiment is naturally discharged into the working chamber without affecting the progress of the experiment.
4. The back of the box is equipped with an air inlet that leads directly into the heating chamber, located below the heater. Under the influence of the rising airflow formed by the impeller, fresh air from the outside can smoothly enter the heating chamber. Before entering the working chamber, the fresh air must first pass through the heater and then be sent into the working chamber by the fan blades. This can reduce the impact of external "cold air" on the temperature uniformity inside the working chamber. At the same time, this design is convenient for the overall assembly of the equipment and for future maintenance and upkeep.
5. Digital temperature control, easy to set, control * *, equipped with printing device, monitoring the temperature curve in the studio at any time; Multi channel electrical control, connected to the trolley control circuit for easy observation, adjustment, and control of temperature at various testing points.
6. Equipped with sound and light over temperature alarm device and leakage protection device to increase the safety performance of the equipment.
