Leadshine’s drives with EtherCAT communication interface conform to CiA 301 application layer and CiA 402 device profile for drives and motion control, which use CANopen over EtherCAT (CoE) protocol. Connected in an EtherCAT network, two or more drives can be set at the same physical address, and the EtherCAT controller will automatically set the slave IDs. The communication cycle time is up to 250 µs (default). The terminator resistor switch is not required for EtherCAT drive. Currently, Leadshine can provide several EtherCAT drive models such as EM3E, CS3E and EL7-EC, except the servo drives that use a low voltage power supply (24–70 VDC).

EtherCAT

EM3E-870E

EtherCAT

EM3E-570B

EtherCAT

EM3E-556E

EtherCAT

EM3E-556B

EtherCAT

EM3E-522E

EtherCAT

EM3E-522B

EtherCAT

DM5-EC542

EtherCAT

DM5-EC532

EtherCAT

DM5-EC522

EtherCAT

2EM3E-870

EtherCAT

2EM3E-556

EtherCAT

2EM3E-522

EtherCAT

EL8-EC2000F

EtherCAT

EL8-EC1500F

EtherCAT

EL8-EC1000F

EtherCAT

EL8-EC750F

EtherCAT

EL8-EC400F

EtherCAT

EL7-EC7500NT

EtherCAT

EL7-EC5500NT

EtherCAT

EL7-EC4400NT

EtherCAT

EL7-EC3000NT

EtherCAT

EL7-EC2000NT

EtherCAT

EL7-EC2000N

EtherCAT

EL7-EC2000F