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Loading...Why is the BF Red LED flashing on my SMC Networks JXCP1?
If the BF Red LED on your SMC Networks Controller is flashing, it indicates that the PROFINET communication is abnormal (Bus Fault). To resolve this, ensure that the Device name is unique to prevent duplication.
What to do if the BF Red LED is ON on my SMC Networks JXCP1?
If the BF Red LED is ON on your SMC Networks Controller, it means that communication data has not been received. Check and correct the wiring or connection of the communication cable, or replace the cable. Also, keep the communication and power cables away from any noise source, or consider covering them. Finally, ensure that the power supply and power supply cables are correctly connected, referring to the PLC Operation Manual.
Why SMC Networks Controller does not operate at all?
If your SMC Networks Controller does not operate at all, the lock release may be faulty if there is no sound when it attempts to release. The lock brake may be broken. Also, external equipment may have failed. Unsuitable specification may be the cause. Refer to the controller operation manual and take appropriate measures. Take appropriate measures according to this manual.
How to fix SMC Networks JXCP1 actuator when it does not move to the correct position?
If the actuator on your SMC Networks Controller does not move to the correct position, it could be due to an incorrect origin position. Take measures to make the actuator operate normally. Another reason might be incorrect parameters, so modify the parameters and test the operation. The specification may be unsuitable, take appropriate measures according to this manual.
Why does my SMC Networks JXCP1 Controller operation stop intermittently?
If the operation of your SMC Networks Controller stops intermittently, it could be due to incorrect wiring. Ensure that the input/output of each signal is performed appropriately. It could also be due to electric noise. Also, incorrect parameters may be the cause, take appropriate measures according to this manual. Finally, a voltage drop could be the reason, if necessary, replace the power supply.
How to troubleshoot communication fault (JXC-W2) on SMC Networks JXCP1?
If you are experiencing a communication fault with your SMC Networks Controller (JXC-W2), first ensure that the USB driver of the communication unit is installed. The COM port allocated to the controller may be different for different PCs; check and confirm the COM port number with the controller connected to the PC. Also, confirm that the motor controller (JXC) = communications cable = communication unit = USB cable = PC is connected.
Why is the LED OFF on my SMC Networks Controller?
If the LED is OFF on your SMC Networks Controller, it may be due to a power fault. Use an appropriate voltage and power supply capacity in reference to the operation manual of the actuator and controller. Alternatively, there may be incorrect wiring. Please correct the wiring in reference to Controller Operation Manual.
What does it mean if the SF Red LED is ON on my SMC Networks JXCP1 Controller?
If the SF Red LED is ON on your SMC Networks Controller, it indicates that an alarm has been generated. Please take appropriate countermeasures in accordance with alarm content in reference to the controller Operation Manual.
What to do if ALM is on on SMC Networks Controller?
If the ALM is on on your SMC Networks Controller, it indicates that an alarm has been generated. Refer to the controller operation manual and take appropriate measures.
General| Brand | SMC Networks |
|---|---|
| Model | JXCP1 |
| Category | Controller |
| Language | English |
Overview of the controller's key capabilities and functionalities.
Information on how to specify and order the controller and related accessories.
Illustrates the system structure and components of the controller.
Step-by-step guide for initial installation, wiring, and setup.
Detailed technical specifications of the JXCP1 controller.
Identification and explanation of the controller's physical components and connectors.
Diagrams showing the physical size and mounting dimensions of the controller.
Instructions and guidelines for physically installing the controller.
Explains the need for GSDML files for PROFINET configuration.
Step-by-step guide for installing GSDML files using setting software.
Process of integrating the JXCP1 controller into a PROFINET network.
Steps to assign a device name and IP address to the controller.
Details on connecting the power supply to the controller.
Information on connecting motor and encoder cables.
Details on connecting the teaching box or PC via the serial port.
How to connect the controller to the PROFINET network.
Specifications of the power supply plug used for the controller.
Guidelines for preparing electrical wiring for the power supply.
Instructions for wiring the power supply plug and connecting to the controller.
Explains the status indicated by the controller's LEDs.
Table mapping LED status to controller operational states.
Introduction to the available modes for operating the actuator.
How to operate the actuator using pre-defined step data.
How to monitor the actuator's current position and speed.
How to control the actuator using direct numerical commands.
Details the mapping of input and output data in the controller's memory.
Information on setting up step data for actuator movement.
Configuration of fundamental operating parameters for the controller and actuator.
Settings related to the actuator's return-to-origin function.
Procedure for establishing the actuator's origin position.
How to perform positioning movements using step data.
Details on performing pushing operations with force control.
Factors affecting the controller's signal processing and response delays.
Different methods for safely stopping or interrupting actuator operation.
Example scenarios for performing positioning operations.
Example scenarios for performing pushing operations.
Introduction to the operation instruction methods.
Detailed procedures and timing charts for step-based operation.
Detailed procedures for operation using numerical instructions.
Specifications for various lengths and types of actuator cables.
Details about the software and hardware kit for controller setup.
Specifications and part numbers for the power supply plug.
Information and specifications for the teaching box accessory.
Classification of alarms and their corresponding output signals.
Method for diagnosing PROFINET communication issues.
Comprehensive list of alarms and their solutions.
Important safety and operational guidelines for handling wiring and cables.
Precautions related to designing systems with electric actuators.
Guidelines and warnings for mounting electric actuators.
General safety and handling advice for electric actuators.
Recommended and hazardous environmental conditions for operation.
Precautions to be taken during product maintenance.
Specific safety measures for actuators equipped with a locking mechanism.
Precautions for designing systems involving controllers and peripheral devices.
Safety guidelines for handling the controller and related equipment.
Guidelines for safely mounting the controller and peripheral devices.
Precautions to follow during the wiring process.
Guidelines for selecting and connecting the power supply.
Importance and methods for proper grounding.
Precautions for performing maintenance on the controller.
A guide to identify and resolve common product failures.
Examples and explanations for handling 1-byte, 2-byte, and 4-byte data.
Definitions of key terms used in the operation manual.
