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What are the requirements for the selection of industrial switch housings

Update:12-08-2021
Summary:

Generally, when choosing an industrial switch, customer […]

Generally, when choosing an industrial switch, customers are concerned about the temperature range, EMC electromagnetic compatibility, installation method and power supply of your industrial Ethernet switch. .
Industrial switch shells have two material structures, one is aluminum alloy profiles, and the other is galvanized steel. These two shell materials are used more in industry, and their corrosion resistance can meet the requirements of industrial sites. Requirements. The difference is that the shell of the aluminum alloy profile can reach IP40, and the industrial switch of the two galvanized steel sheet is IP30. The shell is also related to the heat dissipation of the switch, so when choosing an industrial switch, you need to ask about the industrial switch. After confirming the parameters, the industrial switch can better adapt to the project site.
While determining the use of industrial switches, customers must choose the switches according to the on-site use environment, and confirm the parameters with the manufacturer. Industrial switches are important communication products for real-time transmission, so the selection must be careful. In addition, when we are selecting What influencing factors should be considered when a suitable industrial switch is?
1. Real-time
Data often has a certain delay when it is transmitted, so this factor must be taken into account when selecting products.In a standard factory automation system, the system generally takes no more than 10ms.
2. Compatibility
Industrial Ethernet switches and other components should use standard TCP/IP protocols for communication. In any case, there should be no compatibility issues between industrial switches and commercial switches.
3. Product reliability
In an industrial environment, reliability is very important.These factors to consider generally include: hardware tolerance, installation methods, redundancy methods, fault diagnosis, etc.

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