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With the development of science and technology such as computers, communications, automatic control, and microelectronics, the application of wireless gateways in industrial control is becoming more and more extensive. In industrial control applications, wired transmission is greatly affected by the environment, which is not conducive to industrial control. In order to strengthen the real-time monitoring and control of industrial control equipment and reduce the impact of the environment on transmission design, more and more wireless modules are used in industrial control.
Therefore, the wireless gateway has become the main research direction. Industrial gateways are a core component of IoT and industrial control systems. A gateway is a link between the front and back. The upper layer is the upper computer, computer, touch screen monitoring system, and the lower layer is the lower computer, including plc, sensors, and embedded chips. Its basic function is to transmit computer products under different protocols to the host computer. It is suitable for various industrial environments and can guarantee the reliability and security of the network even under extremely harsh conditions.
Industrial Gateway Function Introduction
.01 Realize the remote control of industrial field equipment
.02 Realize remote upgrade of device firmware, program upload and download
.03 Realize PLC remote programming and debugging on industrial site
.04 Remote control of touch screen in industrial field
.05 Remote mapping of industrial landscape configuration screens
.06 Realize Siemens, Mitsubishi and other mainstream protocol hardware analysis, flexible access to various equipment management platforms, remote communication and multiple plc or touch screen PLC remote monitoring, plc remote debugging, plc remote download, plc remote control, plc data acquisition, plc remote communication, etc. .
Industrial Gateway Features
.01 Data collection and data upload: the industrial gateway connects to the industrial equipment control system for data collection and uploads the read equipment information;
.02 Remote monitoring of equipment status: remote monitoring of equipment operating status, reducing equipment failures, ensuring normal operation of equipment, and improving equipment reliability;
.03 Remote management: The industrial gateway is connected to the cloud platform and can remotely manage equipment, including remote upgrade, remote debugging and remote control, etc.
4 Alarm push: formulate alarm trigger conditions, and push the alarm to relevant personnel
.05 Data interaction: Support dual-gateway information interaction through the cloud platform to realize data transmission between gateways;
.06 Fault self-diagnosis: It has rich LED indicator lights, and can quickly diagnose gateway faults according to the corresponding links of the indicator lights;
07 Strong environmental adaptability: supports WIFI, Ethernet, 4G, 5G, Bluetooth, LORA and other communication methods, and can adapt to various industrial environments;
.08 Flexible access methods: can connect to the cloud platform through MQTT protocol, MODBUS protocol and other methods
Industrial Gateway Application Scenarios
Industrial gateways are widely used in remote operation, monitoring and maintenance of plc, inverters, robots and other equipment; remote maintenance and management of construction machinery; remote maintenance and management of workshop equipment and process systems; remote monitoring of secondary water supply pumps, intelligent water supply , On-site monitoring of oil and gas fields and oil wells, power data monitoring systems, factory machinery and equipment, and production line operation monitoring systems; wireless monitoring and early warning such as production information collection systems; industry 4.0 applications such as intelligent buildings, elevator monitoring, intelligent transportation, industrial automation, and intelligent workshops .
How to make industrial gateway control more efficient, more convenient, and safer, you need an aluminum enclosure.
Industrial Gateway Housing
The wide range of applications means that the harshness of the environment varies greatly. Industrial gateways should be equipped with industrial-grade housings.
IP68 is the highest level of dustproof and waterproof level standards in GB/T 4208-2017 enclosure protection level (IP code). To evaluate the solid and waterproof performance of the shell, it mainly depends on the two digits XX behind IPXX. The first X is the dustproof level from 0 to 6, and the highest level is 6; the second X is the waterproof level from 0 to 8, the highest The grade is 8; the highest protection grade is IP68. The Yonggu M/L series waterproof case has obtained the IP68 certificate certification from Shenzhen Bureau Veritas International Testing Group (the current test is no problem at all when immersed in 1.5 meters of water for half an hour).
The shape of the shell meets the needs infinitely, and it can be called an industrial-grade shell.
Common industrial-specific gateway models include DIN rail gateways, wall-mounted gateways, and rack-mounted gateways. These specially designed gateways offer flexible mounting options for easy installation and are ideal for efficient use of cabinet space in harsh environments. Take the wall-mounted gateway as an example, the aluminum enclosure that can be used for wall-mounted use is the most suitable. Yonggu J series one-piece aluminum case has two unique "ears" on the side for easy placement. It can be hung on the wall as a wall hanging treatment.
IP68 Waterproof Enclosure Collection
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