Reducing overall operating time with high-speed link scan
The advanced protocol built into CC-Link IE TSN is complemented by the time-sharing method functionality that enables bidirectional communications between network stations. This realizes fast communication cycle time of just 31.25 μs and high-speed processing 16 times faster than current network performance, resulting in high‑speed, highly accurate motion control. Productivity is simultaneously improved owing to a substantial increase in control performance, which reduces overall operating time.
*1. Comparison with CC-Link IE Field Motion
*2. Comparison with CC-Link IE Field Network
Deterministic control even when mixed with TCP/IP communication
Deterministic performance of cyclic communication is maintained even when mixed with slower information data (non real-time). This enables TCP/IP communication devices to be used without affecting overall control.
Optimum control when mixing devices with different communication cycles
High-speed communication devices ideal for high-speed, highly accurate control and slower response devices ideal for monitoring can be connected using the same line by separating the communication cycle according to speed. This can maximize productivity by using optimum communication cycles based on device performance, such as remote stations that require high-speed control and status monitoring stations that operate at lower communication speeds.
Realize high-accuracy synchronous control
Servo amplifier and other slave stations can be connected on the same network, enabling synchronous motion control between servo motors and slave stations.