Industrial Switch Application Solutions

In the early stages of industrial network products, most emphasis was placed on the electrical, physical, and structural characteristics of industrial switches. Nowadays, industrial networks, in addition to standardizing hardware conditions in the past, are increasingly valuing software features such as network management, ring switching, redundancy, QoS, and platforms as they develop towards intelligence, flexibility, and efficiency.

Industrial switch products not only strictly adhere to industrial grade standards in the selection of product components and raw materials, for example, we have previously introduced in an article what to pay attention to when selecting industrial switch chips. And it has established many advantages in the richness and completeness of software functions. Based on the application characteristics in the industrial field, a series of technical issues that users are concerned about have been carefully studied and tackled, such as ensuring a ring network switching time of less than 50ms, effective multicast forwarding, suppression of broadcast storms, accurate flow control, long-term operation in a wide temperature range, anti electromagnetic interference, dust and shock prevention, and so on.

We provide comprehensive solutions in industries such as electricity, transportation, and energy. In the future, we will continue to focus on the field of industrial automation, continuously extending product research and application, and striving to develop in both technological depth and application breadth. Let's take a look at industrial switch application solutions together.

Industrial Switch Application Solutions

1. Electricity information collection

In order to further improve distribution efficiency, reliability, service level, and information interaction, power grids in various regions are constructing around the main links of power generation, transmission, transformation, distribution, consumption, and scheduling, as well as information technology. The first step is the construction of "distribution automation" and "electricity information collection" projects, with industrial Ethernet technology used in the communication part for information technology, automation An interactive and strong smart grid provides information and communication support.

2. Highway tunnel monitoring system

The highway tunnel monitoring system can generally be divided into various subsystems: lighting system, ventilation system, traffic guidance system, fire alarm system, fire control system, emergency telephone system, broadcasting system, etc. The entire system can include: on-site layer, communication layer, and management control layer. The on-site layer includes various testing equipment such as fire alarm probes, vehicle detectors, visibility meters, wind speed and wind direction meters, etc; Control equipment such as traffic area controllers, lighting area controllers, ventilation area controls, etc.

3. Expressway communication system

At present, the communication system of highways mostly adopts industrial Ethernet technology and fiber optic transmission. The communication equipment meets industrial grade requirements, including wide temperature, dust, humidity, high protection level, and strong battery interference. The network topology adopts multi ring technology, high stability, and high reliability to ensure real-time communication services on highways.