25919 - 2-channel CAN to Ethernet industrial server, CAN + RS485 port - 2-CH-CAN-TO-ETH

2-way CAN + RS485 + Ethernet port

Supports CAN/CAN to RS485 Repeater, Dual Socket

The 2-CH-CAN-TO-ETH is a CAN bus server to Ethernet port to realize data communication between CAN device and network server. Built-in 2-channel CAN ports, 1-channel Ethernet port and TCP/IP protocol stack, enabling interconnection and communication between CAN bus and Ethernet to extend the range of CAN-bus network. Industrial grade metal housing design, supports wall-mounted installation, compact size, easy to install, suitable for applications such as building automation system, industrial automation system, air conditioning monitoring food, etc.

Primary Function

Supports CAN to Ethernet and RS485, CAN Repeater (Bidirectional Transmission Between CAN Bus Interfaces), Etc.

Functional Block Diagram

Wide temperature and power range

Industrial Grade Standard Design to Meet Temperature and Voltage Requirements in Various Application Fields

Several Integrated Protections

Interface protection

Anti-reverse power supply, surge protection, CAN interface surge protection, digital isolation protection

Electrical Fast Transient (EFT) Group

Protects equipment hardware from damage caused by instantaneous current in the circuit, resistant to lightning and transient voltages

ESD protection

Prevents damage to equipment caused by static electricity, such as dust static electricity, electric arc, etc.

Software and hardware Dual monitoring

Built-in external monitoring circuit, 7 x 24 hours stable operation without downtime, stronger anti-interference ability

Multiple Working Modes

TCP Server Mode

The CAN to Ethernet Server will listen to the configured ports and wait for TCP client connections, the CAN device data will be transferred through the CAN server to each connected client.

TCP Client Mode

The CAN to Ethernet Server will attempt to establish a TCP connection with the configured IP address to achieve two-way transparent transfer between the server and the CAN device, and will retry if unsuccessful.

UDP mode

The CAN to Ethernet Server will send data from the CAN device to a specific IP network device via UDP packets, simultaneously listen to the port, and send all received data back to the CAN device.

Application Examples

Charging Station Solution

Expands the Scope of Charging Station Management to Reduce Costs;

Supports CAN Repeater Function to Increase Communication Distance;

Real-time Monitoring of the Status of Each Charging Station to Control the Status of the Project

Building Control Solution

Industrial Grade Design That Can Adapt to Harsh Outdoor Environments;

Takes into account real-time information from different buildings and transmits it to the remote server for global coordination

For further

http://www.waveshare.com/wiki/2-CH-CAN-TO-ETH