Description
l Closed loop control technology to eliminate step loss phenomenon
Using an encoder as position feedback to compensate for real-time position deviation fundamentally solves the problem of
step loss.
l New generation control algorithms with superior performance
The motor runs smoother and the temperature rise is significantly reduced
l EtherCAT bus technology combined with the latest control algorithms
Compared to traditional open-loop stepping, the torque is increased, significantly improving the high-speed performance of the
motor, up to 2000rpm.
l Integrating EtherCAT bus technology for faster communication
Supports COE protocol, complies with CiA402 standard, supports 32 axes, supports standard EtherCAT protocol master station,
and the communication cycle between master and slave stations can reach up to 1ms for 32 axes at the fastest.
l Simple wiring and easier equipment maintenance
A network cable replaces the traditional pulse direction signal line, and is equipped with power and encoder lines, making
wiring simpler. It can significantly reduce cable costs, labor costs, and maintenance costs.
l Higher reliability and anti-interference ability
Relying on the EtherCAT bus’s low bus load and point-to-point physical layer, it can significantly suppress the generation of
interference and clutter, significantly improving the system’s reliability and anti-interference ability.
l Rich functionality to meet different customer needs
Equipped with 7 signal inputs and 7 signal outputs, it can achieve functions such as probe input, alarm output, position output, positive and negative limit, origin input, and brake signal output, meeting the needs of different customer groups.
There are no reviews yet.