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Industrial Ethernet Switches From Industrial Switches Dealers?

by econtroldevices
Industrial Ethernet Switches From Industrial Switches Dealers?

In recent times we have seen the evolution of Ethernet switches, and we also hear more use of the term “commercial Ethernet switches” and “industrial Ethernet switches.” Both are used as the PoE switch, but data transactions, like sending and receiving information using MAC addresses, work differently. The topology is different, which is primary for the data transfer function. 

Why Do We Need Industrial Ethernet Switches?

The modern manufacturing and business world is functioning on cloud-based computing for manufacturing and other commercial needs. The efficient and quick transmission of data and information is the key to effective and efficient work. 

Ethernet switches enable high-capacity networks for the controlled transmission of communication and data transmission. These have become quite a crucial part of network transmission. 

The industrial ethernet switches applications like factory automation, communication among different locations of the same company, security and surveillance networks, etc., have made Ethernet switches quite significant. 

The use of Ethernet switches is set to see a rise despite that there might be some challenges along the way. The industry experts can foresee and work towards providing solutions for the same. 

The challenges are mostly due to changing and evolving communication technologies. The demand for industrial Ethernet switches increases, and industrial switch dealers can fulfill this increasing demand. 

 

What is the Difference between Commercial and Industrial Ethernet Switches?

Two basic types of Ethernet switches are used in different processes. The standard one is commercial, but this is not based on real-time because it uses carrier sense/ multiple access with collision detection or CSMA/CD. 

This enables it to find the destination address and detection of the network. It also helps to determine if a collision has occurred, and if communication ceases, it transmits again after some time when the line is better and free from noise.

The slight delay is usually for about 1 millisecond, and for commercial uses, we never look into that and overlook this. 

Even the slightest delay is noticeable and unwanted. This changes the automation and control system setting, which depends on the exact time of the arrival of the information. For example, we can look at the Modbus industrial Ethernet switches, the best in this category.  

 

Outer Layout

The commercial ones use plastic housing bodies, and they also use fans as their go-to cooling method, which is not suitable for the industrial grade. 

 

Working environment

Industrial switches are best to use in harsh working environments; these are also good for their features of vibration resistance, impact, corrosion, dust, water, etc. The commercial or regular cannot work with dust and moisture. 

 

Ambient Climatic 

The industrial switches can adapt to poor weather conditions like temperature, humidity, etc.

 

Electromagnetic Field

Industrial switches have very strong anti-electromagnetic interference capabilities.

 

Operating Voltage

Industrial Ethernet switches can work at high voltage levels and have the capability of voltage surge interruption. 

 

Power Supply 

The commercial or regular switches have only a single power supply; the industrial switch works on a dual power supply and has a power backup. 

 

Installation 

The industrial ones are compatible with DIN rails and racks. The commercial switches work only with the rack or can be mounted to the desktop.

 

Thermal Solution

The industrial switches have advanced heat dissipation methods, and the regular ones use fans to remove the heat.

 

Product Life Cycle

The industrial switch can work perfectly for more than 10 years, and these also have smaller maintenance costs than commercial ones; these can only work for 3 to 5 years. 

 

What Are The Different Types of Industrial Switches?

Industrial network switches or Ethernet switches also have variations based on the specifications and suitability of the application. There are managed and unmanaged types of industrial Ethernet switches, and purchasing from the industrial switches dealers is helpful as they have the expertise with technicality and other points that have strong relationships with the suitability. Here we explain the difference:

 

Unmanaged / Managed Industrial Switches

The managed switches provide the feature to configure and monitor the local network and change the settings as per the changes and requirements. On the other hand, the unmanaged switch has no such thing, and you need to power up the electricity supply and start working. 

 

Industrial PoE / Non-PoE Switches

The next category is PoE switches for networking, and it has a passthrough that connects the ports to the network and its segments. It supplies power along with data transmission. Alternatively, with the non-PoE switches, there is no need for an electric power supply for the end-user. 

 

Din-Rail Switch / Rackmount Switch / Wall-Mount Switch

These are different mounting types and support you need to mount the switches. The most common one is the DIN rail mount. These specially designed switches have flexible options for mounting for easy and flexible mounting styles. 

 

Conclusion

The communication network comprises multiple layers of links, protocol, network layers, etc. the real-time needs of industries can only be fulfilled by industrial Ethernet switches. A commercial Ethernet switch is also available, but it has its limitations. 

The industrial-grade switches also provide network security and technology that are explosion-proof. 

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