Why You Need M12 Ethernet Switches
Posted by Travis Gaerke on
For many networks, the weak point is its connectors. Learn more about M12 ethernet switches and why you need them to keep your network secure.
As industrial environments drive the capability of device communication forward, connectivity is a constant concern. More companies are producing networking devices to keep the industry moving forward, so sensor connectors are as vital as ever. Learn why you need M12 ethernet switches for your industrial network.
Best Industrial Uses for M12 connectors
Due to extreme environments, many industries need the highest levels of port connections in their networking devices. Industries such as oil and gas, rail, and automation produce moisture, vibrations, and extreme temperatures. In these intricate systems, a loose connection can lead to costly downtime or incorrect sensor readings.
What Makes M12 Connectors Durable?
M12 connectors are ideal for connecting network devices. Connectors can withstand rigorous demands industrial environments present. Manufacturers design M12 connectors to handle intense levels of shock and vibration. Many connectors follow IP65 and IP68 ratings, making these connectors ideal for production environments with moderate levels of moisture, dust, or corrosive materials. Performance in extreme temperatures factors into the durability of M12 connectors as well. Many M12 switches have an operating temperature range from -40 to 75°C.
Coding Protocols for M12 Connectors
While there are several types of coding for M12 connectors, two of the most common are X-coded and A-coded with PoE. PoE (Power over Ethernet) serves as the Ethernet connection and power source, meaning it requires less cable run for connectivity.
Some of the other types of coding including:
- A-coded for sensors, DC power, and 1 Gigabit Ethernet
- B-coded for Profibus
- C-coded for AC power
- D-coded for 100 Megabit Ethernet
- X-coded for 10 Gigabit Ethernet
- S-coded for AC power (will eventually replace C-coded power parts)
- T-coded for DC power (will eventually replace A-coded power parts)
As you design your industrial network, ensure to make the proper investment in devices, industrial switch and connectors to keep connectivity consistent and minimize down time.
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