What You Should Know About an Industrial Ethernet Switch?

There are many industrial Ethernet switch options in the market today. There are managed switches and unmanaged switches, and you can choose between PoE and Gigabit models. You should also look for IEC 61850 certification. Moreover, you should be familiar with the specifications of the Industrial Ethernet switch before you make a purchase.

Unmanaged switches

Industrial Ethernet switches are available in both managed and unmanaged models. Unmanaged models provide a basic connection to a network, pass information between devices, and have no management features. Managed switches have features such as packet prioritization and ERPS. They also come in a variety of configurations, including VLAN, IGMP snooping, QoS and PoE control.

SPIDER III industrial Ethernet switches are available with multiple ports and support for a wide range of operating temperatures. They are built with rugged metal housings and feature compact industrial design. Many models are also rated for hazardous locations, such as Class I Division 2 locations. These switches are a great option for a wide variety of industries, including wastewater treatment, packaging machines, oil and gas, elevators, power utilities, transportation, and more.

Gigabit

Industrial Ethernet switches are becoming an increasingly popular option for businesses in a variety of industries. These devices are designed for high throughput, minimum downtime, and rugged environments. OnV’s 1005TX is designed to meet the needs of the most demanding industrial environments and systems. Its five auto sensing ports are full/half duplex and use state-of-the-art Ethernet switching technology. The switch auto-negotiates speed and flow control capabilities for each port.

Gigabit industrial Ethernet switches come with a variety of features. The LNX-1802GN, for instance, is a ruggedized, 18-port SNMP managed Gigabit industrial Ethernet switch with 16 10/100TX ports and two GigE combo ports. In addition to supporting UPoE and 10/100TX networks, this model also supports dual-mode connectivity, which allows data traffic to pass through each uplink port independently.

PoE

Industrial Ethernet switches can be used in several different types of environments. Some of the common uses for these switches include smart city applications, highways, and other hazardous areas. They must withstand a wide temperature range and have other unique features. For instance, industrial PoE switches should feature shock and vibration immunity.

PoE-enabled switches usually cost more than non-PoE versions. Before selecting a PoE-enabled industrial Ethernet switch, network planners should consider how many PoE ports they’ll need, as a single PoE port is not enough to meet all of a company’s power needs. However, installing PoE injectors at strategic locations may be enough.

IEC 61850 certification

Industrial Ethernet switches with IEC 61850 certification have a number of advantages over other industrial-grade products. For instance, they are more reliable and robust. As a result, they are well suited for applications that require real-time transmission of important packets. In addition, they can withstand the electrical interference that can occur within power substations.

Designed for use in power plants, IEC 61850 certification for industrial Ethernet is a crucial requirement for industrial-grade switches. The certification ensures that these devices have the same high-reliability standards as other parts in a system. For example, industrial Ethernet switches must meet IEC 61850 requirements for shock and vibration.

Electrical isolation

Industrial Ethernet switches were originally designed for rugged locations. These devices are designed to keep power, data, and other components from escaping through the wires. The design of industrial Ethernet switches also allows for multiple connections. This allows companies to connect devices in various locations. Each of these types of switches is designed to operate independently of each other, but they are still able to work together in a network.

Industrial Ethernet switches are specifically designed to withstand high-speed transmissions and the high-frequency electromagnetic environments found in industrial settings. They are made of rugged steel enclosures and use panel or Din-Rail mounting to provide maximum reliability. Most of these devices are also guaranteed for at least ten years, according to ComNet. In contrast, standard commercial switches are only guaranteed for three to five years. Furthermore, these devices are usually not designed for use within an equipment enclosure, so they cannot be installed inside a machine.

Durability

Industrial Ethernet switches are a popular choice for industrial applications, and their high reliability, stability, and security make them an excellent choice for deployment in industrial environments. Industrial Ethernet switches have features that standard commercial switches do not have, including increased durability and greater scalability. They can also withstand harsh environments and withstand varying temperatures.

Industrial Ethernet switches have a high degree of ruggedness, which can make them a better choice for harsh environments. They are designed to withstand temperature extremes from -40degC to 75degC. They feature rugged steel housings and DIN-Rail or panel mounting options for a long service life. In addition, these industrial switches are typically covered by a Lifetime warranty from their manufacturer.

Cost

Industrial Ethernet switches are designed for high-performance and rugged applications. They are used for demanding automation tasks that require enormous speed, real-time control, and the timely transmission of massive I/O signals. Industrial Ethernet networks are often used in medical devices and robotics, among other applications. In these applications, reliability is crucial, because failures can cause bodily harm or loss of money. Therefore, it is important to purchase industrial Ethernet switches with high reliability ratings.

Industrial Ethernet switches are built to withstand the rigors of industrial environments, and are built with rugged steel enclosures. They can be panel or Din-Rail mounted and feature a service life of 10 years. They are also covered by a warranty, unlike standard commercial switches, which usually last only three to five years.