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What Should Industrial PoE Switch Feature?

Industrial PoE switches have a set of features. The key points are summarized as the following:

Multiple PoE Standards Available

Industrial PoE switches support multiple poe standards, can carry multiple poe power and current, and meets the access requirements of multiple powered device in industrial scenarios.

Fast Ring network, Fast Redundancy

ERPS (Ethernet Ring Protection Switching) links networks together for redundancy, which enables failover protection in sub-50ms. Since any network downtime (even just a few seconds) can cause critical errors and operational issues, ERPS are often used in some industrial scenario such as surveillance, automated facilitates, mining, utilities, and waste management.

Super Anti-interference Performance

Industrial PoE switches can work in harsh electromagnetic environments, and have high levels of protection in terms of lightning protection, waterproofing, corrosion protection, impact protection, and static electricity protection.

Adapting to a Wide Temperature Environment

Industrial Poe switches generally use a corrugated metal shell,a fanless design, better heat dissipation, stronger protection, and can work normally in the temperature range of -40°C~75°C, and can well adapt to complex temperatures and humidity.

Redundant Power Supply Design

Power supply is a very important part of industrial PoE switches. Power failures generally account for more than 35% of the equipment failure rate. In order to avoid the trouble caused by power failures, industrial PoE switches adopt dual power supply redundancy design to ensure stable and reliable operation of the system.

Long Service Kife

Industrial PoE switches adopt industrial-grade solutions from housing materials to supporting components, so the product is more reliable and has a longer service life.

Safety Performance

Industrial PoE switches can automatically detect whether to supply power and how much current it supplies. When the port does not need power supply, it can automatically stop powering. In this way, when multiple devices are connected in an industrial scene, it can avoid the situation that high power causes the device to burn out. (Not Limited to the Above Features)



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