Fieldbus and IO-Link Controllers
The JXC series of single axis controllers operate LE's 24VDC step motors. JXC offers compatibility with multiple fieldbus protocols, including Ethernet/IP™. IO-Link is also available for some models. Incremental and absolute encoders are supported. Actuator motors can be operated by calling a line of step data or by direct numerical instruction, each possible over the network. Further fieldbus compatible functions include return to origin, alarm outputs and resets, parameter setup, status monitoring, and trial runs.
JXC*1 for Fieldbus and IO-Link - Absolute Encoder
The JXC*1 is a single axis controller for LE's 24VDC step motors compatible with several fieldbus protocols including Ethernet/IP™ fieldbus. Actuator motors can be operated by calling a line of step data or by direct numerical instruction, each possible over the network. Futher fieldbus compatible functions include return to origin, alarm outputs and resets, parameter setup, status monitoring, and trial runs.
JXC*1 for Fieldbus and IO-Link - Incremental Encoder
The JXC*1 is a single axis controller for LE's 24VDC step motors compatible with several fieldbus protocols including Ethernet/IP™ fieldbus. Actuator motors can be operated by calling a line of step data or by direct numerical instruction, each possible over the network. Futher fieldbus compatible functions include return to origin, alarm outputs and resets, parameter setup, status monitoring, and trial runs.
JXC*H High Performance for Fieldbus - Absolute Encoder
The JXC*H controller pairs with high performance 24VDC step motors. These motors achieve higher acceleration, work load, and maximum speed than standard electric actuators. The absolute encoders included in the motors retain positional awareness during power-off using sensors, while eliminating battery replacement and recycling waste. JXC*H controllers offer compatibility with several Ethernet fieldbus protocols. Movements can be operated by calling a line of step data or by direct numerical instruction, each possible over the network. Further fieldbus compatible functions include return to origin, alarm outputs and resets, parameter setup, status monitoring, and trial runs.
JXC*H High Performance for Fieldbus - Incremental Encoder
JXC*H controllers pair with high performance 24VDC step motors. These motors achieve higher acceleration, work load, and maximum speed than standard electric actuators. The motors in this category include incremental encoders that will need to be re-homed after power loss. JXC*H controllers offer compatibility with several Ethernet fieldbus protocols. Actuator motors can be operated by calling a line of step data or by direct numerical instruction, each possible over the network. Futher fieldbus compatible functions include return to origin, alarm outputs and resets, parameter setup, status monitoring, and trial runs.
JXC*F for Fieldbus, IO-Link with STO Function - Absolute Encoder
The JXC*F single axis controller operates LE's 24VDC step motors with incremental or absolute encoders. The Safe Stop 1 (SS1-t) and Safety Torque Off (STO) sub-functions are included. Actuator motors can be operated by calling a line of step data or by direct numerical instruction, each possible via IO-Link or a fieldbus protocol. Further compatible functions include return to origin, alarm outputs and resets, parameter setup, status monitoring, and trial runs.
JXC*F for Fieldbus, IO-Link with STO Function - Incremental Encoder
The JXC*F single axis controller operates LE's 24VDC step motors with incremental or absolute encoders. The Safe Stop 1 (SS1-t) and Safety Torque Off (STO) sub-functions are included. Actuator motors can be operated by calling a line of step data or by direct numerical instruction, each possible via IO-Link or a fieldbus protocol. Further compatible functions include return to origin, alarm outputs and resets, parameter setup, status monitoring, and trial runs.
LEC-G, Fieldbus Gateway for LECA6 Servo Motor Controllers
LEC-G is a Fieldbus-compatible Gateway (GW) unit for electric actuators. Protocols include CC-Link Ver. 2.0, DeviceNet™, PROFIBUS DP, and EtherNet/IP™. Cables and branch connectors are available for connecting up to 12 controllers, depending on the selected protocol.