OverviewCompatible with most functions of the XL5E series, the XL5N series integrates two independent CAN communication channels. It supports up to 1 Mbps communication speed, multiple nodes, a simple node structure and short-frame format for improved real-time performance and reduced interference. The controller provides robust error detection and one-click scanning of slave devices to streamline commissioning.
Key features- Two independent built-in CAN channels to increase communication throughput.
- Supports CANopen protocol and free-format CANbus communication (CAN2.0A and CAN2.0B).
- CAN communication available without an external CANopen module, reducing data exchange latency.
- CAN1 defaults to CANopen and can switch between CANopen master and slave modes.
- CAN2 supports free-format CANbus communication.
- Maximum communication speed: 1 Mbps.
- Supports multiple communication nodes, simple node topology and short-frame structure for good real-time response and low interference risk.
- Simple wiring and maintenance: models such as XL5N-32T can act as CANopen master or slave and support linear topology and cascading of devices.
- Includes a system configuration/programming environment for straightforward programming and rapid startup.
Related capabilities- Feature-compatible with XL5E series controllers.
- One-click scanning of slave devices for quick detection and configuration.
Technical specifications- Series: XL5N series
- Communication channels: 2 independent CAN channels
- Supported protocols: CANopen; CANbus (CAN2.0A, CAN2.0B)
- CAN1 default: CANopen (switchable between master and slave)
- CAN2: CANbus free-format communication
- Maximum communication speed: 1 Mbps
- Topology: linear (supports cascading devices)
- Role capability: can operate as CANopen master or slave (e.g., XL5N-32T)
- Features: error detection mechanism; one-click slave scanning; compatibility with XL5E feature set