Control and Automation
Control and automation systems often rely on Controller Area Network (CAN) for reliable, real-time communication among sensors, actuators, controllers, and other devices in industrial, automotive, and building automation.
If you want, I can help you design a CAN-based automation system, suggest hardware & software tools, or explain specific protocols like CANopen in more detail.
Mobile Controllers
CAN Interface Modules (Controller Area Network Interface Modules) are hardware components or devices used to connect a microcontroller, computer, or system to a CAN bus.
I/O Modules
CAN Bus Keypads are rugged, programmable keypads that communicate over the Controller Area Network (CAN), commonly used in automotive, off-highway, marine.
Displays
Here’s a comprehensive overview of CAN tools — software and hardware used to monitor, analyze, simulate, test, and interface with CAN (Controller Area Network) buses.
Industrial PCs
CAN (Controller Area Network) uses a bus topology, meaning all nodes (devices) are connected to a single communication line the CAN bus. This design supports reliable, real-time communication.
Joysticks & Accessories
Specialized devices that record messages transmitted over a Controller Area Network (CAN bus). They are widely used in automotive, industrial, agriculture, marine, and R&D environments.
Harness and Connector Kits
CAN gateways and wireless CAN modules are devices that connect one CAN network to another system or network (Ethernet, Wi-Fi, Bluetooth, 4G, LIN, etc.).
Radio Remotes
A protocol stack in a CAN-based system is the layered software that sits on top of the raw CAN frame layer, handling things like message formatting, communication.
Proportional Valve Blocks
Proportional Valve Blocks provide precise control of hydraulic flow and pressure, enhancing the performance and efficiency of mobile and industrial machinery.
All
Fieldbus Technique refers to a digital, serial, two-way communication protocol used in industrial automation systems to connect field devices.
