Fieldbus and IO-Link Controllers - JXC*F for Fieldbus, IO-Link with STO Function - Incremental Encoder
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JXC*F with STO Function, for Fieldbus and IO-Link - for LEY with 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 the IO-Link protocol. Further compatible functions include return to origin, alarm outputs and resets, parameter setup, status monitoring, and trial runs.
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JXC*F with STO Function, for Fieldbus and IO-Link - for LEF with 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 the IO-Link protocol. Further compatible functions include return to origin, alarm outputs and resets, parameter setup, status monitoring, and trial runs.
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JXC*F with STO Function, for Fieldbus and IO-Link - for LEH with 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 the IO-Link protocol. Further compatible functions include return to origin, alarm outputs and resets, parameter setup, status monitoring, and trial runs.
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JXC*F with STO Function, for Fieldbus and IO-Link - for LES with 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 the IO-Link protocol. Further compatible functions include return to origin, alarm outputs and resets, parameter setup, status monitoring, and trial runs.
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JXC*F with STO Function, for Fieldbus and IO-Link - for LESH with 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 the IO-Link protocol. Further compatible functions include return to origin, alarm outputs and resets, parameter setup, status monitoring, and trial runs.
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JXC*F with STO Function, for Fieldbus and IO-Link - for LER with 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 the IO-Link protocol. Further compatible functions include return to origin, alarm outputs and resets, parameter setup, status monitoring, and trial runs.
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JXC*F with STO Function, for Fieldbus and IO-Link - for LEM with 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 the IO-Link protocol. Further compatible functions include return to origin, alarm outputs and resets, parameter setup, status monitoring, and trial runs.
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JXC*F with STO Function, for Fieldbus and IO-Link - for LEP with 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 the IO-Link protocol. Further compatible functions include return to origin, alarm outputs and resets, parameter setup, status monitoring, and trial runs.