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هاتف : +86 13729892225
البريد الإلكتروني : export@dtechelectronics.com
البريد الإلكتروني : hermadi57@gmail.com(Indonesia Local Zone)
البريد الإلكتروني : 2938155912@qq.com(Amazon After-Sales Service Zone)
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Industrial Ethernet Switch for PLC, CNC, AGV and Industrial Automation
Industrial Ethernet networks are increasingly used to connect PLCs, HMIs, industrial cameras, CNC machines, robots and other automation equipment.
But the networking requirements are different from those of a typical office environment.
The switch may need to fit inside an industrial cabinet, work with DC power, support DIN-rail installation and operate within a specified temperature range.
The DTECH SW1000 Series was designed for industrial and outdoor edge-network applications, with documented use cases covering industrial automation, security monitoring, intelligent transportation and infrastructure applications.
One documented application of the SW1000 Series is the integration of production-line PLC controllers with industrial cameras for visual inspection.
A typical local network can include:
PLC
↓
Industrial Ethernet Switch
↓
Industrial Camera
↓
HMI / Industrial PC
The product documentation identifies 5-port and 8-port industrial switches as a local network convergence option in this type of production-line environment.
Before choosing the switch, determine:
CNC machine tools are another documented SW1000 application.
The switch can provide additional Ethernet connectivity for compatible CNC equipment and associated automation devices.
The appropriate configuration depends on the number and speed of the Ethernet devices in the system.
Automated production lines may integrate industrial robots with PLC controllers and other Ethernet-enabled equipment.
The SW1000 Series lists industrial robot networking among its typical application areas.
For a compact robot-cell network, the switch can serve as a local Ethernet connection point.
Because the SW1000 is unmanaged, it is intended for plug-and-play deployment rather than advanced network management.
The SW1000 documentation also identifies AGV vehicle integration as an application.
For AGV-related projects, engineers should verify:
• The SW1000 is specified for DC 12–52V input.
The actual suitability of a switch for a specific mobile application should be evaluated against the complete system design.
Security monitoring networks can contain multiple Ethernet-connected cameras and network devices.
The SW1000 documentation identifies parking security monitoring network configuration as an application.
The 8-port Gigabit model provides eight 10/100/1000 Mbps RJ45 ports and a 16 Gbps switching capacity.
For camera networks, the engineer should calculate the expected network traffic and confirm that the selected switch architecture matches the application.
The SW1000 Series is documented for outdoor network edge-access applications and outdoor intelligent power-distribution cabinet networking.
The series provides:
IP40 should not be interpreted as waterproof or suitable for direct exposure to rain.
For outdoor installations, the switch should be installed within an appropriate enclosure whose overall environmental protection meets the project's requirements.
This kind of limitation statement is worth keeping in the article because it makes the technical content more useful and prevents overclaiming.
The SW1000 specification lists intelligent storage networking as another application.
A storage automation system may contain multiple network-connected controllers and equipment. The required switch configuration should be determined according to the number and speed of Ethernet devices.
The SW1000 application documentation also includes networking for purification equipment in wastewater treatment plants.
In this type of project, engineers should consider not only the Ethernet switch but also:
The SW1000 specification lists working humidity of 10%–90% RH without condensation.
| Application | Key Selection Considerations |
|---|---|
| PLC + HMI | Port count, Ethernet speed |
| Machine Vision | Network bandwidth, port speed |
| CNC | Port expansion, cabinet installation |
| Industrial Robot | Port count, network architecture |
| AGV | Power, environment, network architecture |
| Security Monitoring | Number of devices, bandwidth |
| Intelligent Storage | Port count, network architecture |
| Wastewater Equipment | Temperature, humidity, enclosure |
There is no single industrial Ethernet switch configuration that is automatically suitable for every industrial application.
For example:
A small PLC cabinet may only need 5 ports.
A larger automation cell may require 8 ports.
A system using Gigabit-capable devices may require the GT version.
An installation using compatible industrial DC power may benefit from the 12–52V input range.
The correct selection therefore starts with the actual application.
The SW1000 family provides:
5-port / 8-port
10/100 Mbps / 10/100/1000 Mbps
DC 12–52V
DIN 35 Rail
Fanless Natural Cooling
IP40
-30°C to +70°C Operating Temperature
The product specification also documents ESD and network surge protection characteristics.
Yes. PLC and industrial-camera networking is one of the documented application scenarios.
CNC machine-tool network expansion is listed in the product application documentation.
AGV vehicle integration is listed as an application. Actual suitability should be confirmed against the AGV's power, temperature, mechanical and networking requirements.
The product specification lists IP40, so it should not be described as a waterproof switch. For outdoor applications, an appropriate external enclosure should be considered.
-30°C to +70°C.
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