Industrial communication new weapon: NiMotion SCM-EthernetCAN-H converter new release!
In the field of industrial automation, systems often contain different types of communication devices. For example, on a production line, there are sensors and actuators that support the CAN protocol, as well as monitoring systems and management platforms based on Ethernet networks. How can these devices exchange information in real time and achieve collaborative operation across the entire production line?
The SCMH series Ethernet-to-CAN converter is designed to solve this challenge. It enables bidirectional data transmission between CAN bus and Ethernet, integrating two CAN bus interfaces and one Ethernet interface, with support for TCP/IP or UDP protocol stacks. By using this converter, users can easily interconnect CAN bus networks with Ethernet networks, establishing an Ethernet-CAN two-layer network architecture that enables remote control and greatly expands the application scope of CAN bus networks.
Key Product Features
Supports TCP Server / TCP Client / UDP and Flexible Topologies
Supports TCP Server, TCP Client, UDP working modes and flexible topological structures. Users can flexibly configure relevant parameters via configuration software.
High-Performance Frame Throughput
Up to 8,000 frames per second per channel (at 1M baud rate, standard data frames).
Supports Receive Timestamp Messages
Enables precise recording of data reception times, meeting high real-time application requirements.
TCP Supports Multiple Connections
The high-performance model supports up to 254 connections per route.
Open Data Communication Format
Socket mode supports operation from any operating system. Refer to the technical specifications for details.
2-Channel 3000VDC Electrical Isolation
CAN interfaces feature 3000VDC electrical isolation, with ESD protection up to ±8KV contact discharge.
Configurable CAN Baud Rate
Supports a range from 5kbps to 1Mbps, with selectable preset CAN baud rates.
Broad Compatibility
Comprehensive support for multiple industrial communication protocols: Seamlessly connects with various CAN bus devices and Ethernet devices. Whether it's industrial automation equipment, smart instruments, or industrial control systems, interconnection can be easily achieved to build a complete industrial communication network.
Flexible configuration options: Adapts to devices of different brands and models, providing users with more options and facilitating integration and upgrades within existing industrial systems, protecting user investments.
Wide Application Scenarios
(1) Industrial Automation
In industrial automation production lines, the SCMH series converter enables efficient communication between various automation devices such as PLCs, sensors, drives, and robots. Through seamless connection between CAN bus and Ethernet, it achieves real-time data transmission and centralized management, improving production efficiency, optimizing processes, and reducing costs.
(2) Smart Grid
Applied in substation automation, power monitoring, distributed energy management, and other areas. Devices such as smart meters, relay protection devices, and frequency converters can be connected via CAN bus and converted to Ethernet communication, enabling remote data collection, monitoring, and control of grid data, improving grid intelligence and operational reliability.
(3) Transportation
In automotive manufacturing, rail transit, shipbuilding, and other transportation industries, applied in vehicle control systems, on-board equipment networks, and traffic signal control systems. Enables communication between different on-board electronic systems such as engine management, body control, and safety assistance systems, improving vehicle performance, safety, and comfort.
(4) Smart Buildings
In smart building automation systems, it can connect elevator control systems, HVAC systems, lighting control systems, security monitoring systems, and other devices, enabling centralized management and remote monitoring of building equipment, improving energy efficiency, and enhancing building intelligence and occupant comfort.
(5) Other Fields
Also widely applicable in medical equipment, industrial robots, aerospace, military, and other fields, providing reliable solutions for various complex industrial communication needs and supporting the intelligent and automated development of various industries.
