Difference Between industrial ethernet switch and Regular Ethernet Switches

Devices in challenging situations and weather can be connected using an industrial switch. They are designed to go beyond the limitations of standard switches and have received clearance for hazardous environments and industrial safety certification, making them perfect for usage in regions with challenging environmental circumstances. Any industrial environment will likely be physically harmed when a normal Ethernet switch is placed instead of an industrial poe switch, causing data loss and downtime.

Differences 

• Industrial Ethernet switches are more resilient to the challenging mechanical environment, including tremors, shock, rust, dirt, moisture, and other things. The protection level of the standard switch is inadequate since it cannot be used to resist dust and humidity.
• Poor climatic conditions, such as temperature, moisture, and other factors, can be better accommodated by industrial Ethernet switches than regular switches.
• Unlike standard Ethernet switches, industrial Ethernet switches provide effective anti-electromagnetic interference properties.
• The working operating voltage of an industrial ethernet switch is much wider than that of conventional switches, which need higher voltages.
• Compared to industrial switches, which often include a standby dual power supply, ordinary switches normally have a single power source.
• DIN rails and racks are both compatible with industrial Ethernet switch installation. Rack and desktop switches are the norm for regular switches.
• Regarding heat dissipation, industrial Ethernet switches often have a fanless casing, whereas standard switches require a fan.
• A typical industrial switch has a service life of more than 10 years, compared to only 3 to 5 years for a regular switch.

Features of Industrial Switches

• Industrial PoE switches allow network communication and power via a single ethernet cable. Industrial ethernet switches can power all sizes of networks.
• Ethernet switches used in the industry are robust. They can survive a wider range of severe temperature swings.
• Twisted wire and fibre optic connections are compatible with industrial Ethernet switches. For distances up to 100 metres, twisted wire cabling—the most popular kind—is suitable. In contrast, fibre optic cabling is used in many industrial settings.
• Simple, low-priority networks operate well with unmanaged industrial switches. Five to ten ports can be connected with AETEK unmanaged industrial ethernet switches. Basic packet filtering is possible with unmanaged Industrial PoE switches.

Industrial Ethernet switches are selective in their component selection and product design. They are created to meet the demands of the industrial sector and can continue to function properly in harsh mechanical, climatic, electromagnetic, and other situations. As a result, they may be widely employed in scenarios of harsh industrial production.