Industriel berøring alt-i-maskiner har en række industrielle anvendelsesscenarier. Blandt dem er indlejret installation mere i elektromekanisk udstyr på grund af dets stabile og pålidelige ydeevne, lille størrelse, nem installation og ingen ventilatorstruktur, så varmeafledningen er ikke dårlig. , Så status for indlejret industriel berøring alt-i-et bliver mere og mere vigtig.
So, next, let's take a look at the editor, what to pay attention to and what advantages the embedded industrial touch all-in-one machine has in terms of installation methods, product advantages and application scenarios!
Installation method of embedded industrial touch all-in-one machine
By embedding the industrial touch all-in-one machine into the user equipment, such as the control cabinet, the embedded industrial touch all-in-one machine only needs to install the panel outside the equipment, and the rest are embedded in the equipment, and the rear is fixed with a hook (large control cabinets only need to follow the size Open a large square hole) No mounting holes are needed in other places.
Advantages of using embedded industrial touch all-in-one
1. Good functional adaptability of the product. Embedded industrial touch all-in-one machines are generally used in the user's own original equipment as a touch center device, which requires the product to be almost completely matched to the user's equipment, with a certain degree of scalability but not for the main purpose of expansion. Therefore, the product is very cost-effective;
2. Small footprint and high efficiency. The appearance of the industrial touch all-in-one machine will adopt a compact design, and the structural design will be used as reasonably as possible, and the external interface and the reasonable use of the installation space will be fully considered;
3. High reliability requirements. On the basis of the electrical function satisfying the reliability design, the reliability design content such as heat dissipation design, electromagnetic compatibility design, dustproof and waterproof design, anti-vibration design, etc. should be carefully considered;
4. Ultra-low power consumption fanless design is the mainstream. Due to the miniaturization of the device, the heat dissipation capacity is limited, and the embedded system
MTBF (Mean Time Between Failures) is also very demanding, especially in unattended applications, ultra-low power consumption fanless design becomes a must;
5. For specific applications, it can be flexibly customized according to needs. Based on the advantages of no fan, the restart time is short, and it can run stably for a long time in various harsh environments.
Main application scenarios of the product
