JXC*1 EtherNet/IP™
JXC*1, Step Motor Controller, Fieldbus Direct-L4m2
The JXC*1 is a single axis controller for LE's 24VDC step motors compatible with serveral 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 Ethernet/IP capable functions include return to origin, alarm outputs and resets, parameter setup, status monitoring, and trial runs.
JXC*1, Step Motor Controller, Fieldbus Direct-LqbE
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, Step Motor Controller, Fieldbus Direct-LvdP
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, Step Motor Controller, Fieldbus Direct-LXSy
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, Step Motor Controller, Fieldbus Direct-LCas
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, Step Motor Controller, Fieldbus Direct-LI6J
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, Step Motor Controller, Fieldbus Direct-LUEr
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, Step Motor Controller, Fieldbus Direct-LYeW
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, Step Motor Controller, Fieldbus Direct-LFih
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.
