What to do if a unit error occurs on Panasonic FP7 Controller?
To address a Unit error on your Panasonic Controller, monitor UM00064 and check the error code. For detailed information on error codes, consult "12.2.1 ERR LED Turns ON on the Unit".
What to do if the Panasonic FP7 Controller shows a warning?
To address the Warning on your Panasonic Controller, monitor UM00065 and check the warning code. For details of warning codes, refer to "12.2.3 ERR LED is Flashing on the Unit".
What to do if Panasonic Controller logging/trace starts or is complete right after the execution?
If the logging or trace function starts and completes immediately after execution on your Panasonic Controller, the autostart setting may be enabled. To resolve this, navigate to the logging/trace setting menu and set Autostart to "No".
What to do if Panasonic Controller shows 43 From PLC? Copy failed?
If your Panasonic Controller displays a "43 From PLC? Copy failed" error, it indicates that data from the SD memory card cannot be copied to the CPU unit. To fix this: * Create an "AUTO" folder in the SD memory card. * Verify that the setting file is saved in the SD memory card.
What to do if Panasonic Controller displays 78 From PLC ? Application error - No SD error?
If your Panasonic Controller displays a "78 From PLC ? Application error - No SD error", ensure that an SD memory card is properly inserted and that the card cover is securely closed.
What to do if Panasonic Controller displays 90 From PLC ? Application error - Logging error?
If your Panasonic Controller displays a "90 From PLC ? Application error - Logging error", depending on the situation, you may need to wait for the completion of the logging operation. Alternatively, you can download the setting parameters again after performing the logging stop operation.
What to do if Panasonic Controller displays 60 From PLC? Application error - Parameter error?
If your Panasonic Controller displays a "60 From PLC? Application error - Parameter error", check the box of the LOG number to be started.
What to do if Panasonic Controller displays 62 From PLC ? Application error - Registration error?
If your Panasonic Controller displays a "62 From PLC ? Application error - Registration error", verify that the settings match the LOG number to be activated.
General| Series | FP7 |
|---|---|
| Manufacturer | Panasonic |
| Input Voltage | 24 V DC |
| Data Memory | Varies by model |
| Dimensions | Varies by model |
| Weight | Varies by model |
| Type | Programmable Logic Controller (PLC) |
| Output Type | Relay, Transistor |
| Number of Inputs | Varies by model |
| Number of Outputs | Varies by model |
| Communication Ports | Ethernet, RS232C, RS485 |
Critical situations leading to death or serious injury.
Critical situations leading to injury or property damage.
Overview of positioning unit capabilities like stepping/servo motor control.
Details current consumption for different unit types.
Describes components like LEDs, switches, and connectors.
Table detailing LED descriptions, colors, and states.
Details wire specifications and connector parts.
Describes output terminal specifications for transistor and line driver types.
Diagrams showing power supply connections for different outputs.
Wiring diagrams for pulse input connections.
Illustrates safety circuit with over limit switch installation.
System configuration example and pre-power-on checks.
Step-by-step procedure for powering on the system.
Major steps for checking system after power-on.
Procedure for registering units in the I/O map for parameter settings.
Allocating axes for positioning unit use via Configurator PM7.
Allocating fundamental parameters using Configurator PM7.
Allocating parameters for synchronous control using Configurator PM7.
Describes the initial display and setting items for positioning data tables.
Saving and loading configuration information and I/O map allocations.
Procedure to check parameter and data values using Configurator PM7.
Transferring set parameters to the CPU unit and positioning unit.
Monitoring connection and input states of axes and terminals.
Performing commissioning with Configurator PM7 before program execution.
Overview of operation modes: single axis and interpolation control.
Overview of 2-axis, 3-axis linear, circular, and spiral interpolation types.
How positioning repeats based on dwell time and operation patterns.
Merits and functions of synchronous control (electronic gear, clutch, cam).
How electronic gear function works with master axis speed and gear ratio.
Engaging/disengaging clutch for output from electronic gear.
How electronic cam function uses cam patterns to determine slave axis movement.
Parameters for JOG operation including acceleration/deceleration.
Parameters for changing speed during JOG operation.
Home return patterns based on switch detection.
Parameters for home return operation including return code and speed.
Different pulser operation methods: standard, speed limits.
Table detailing stop functions like deceleration, pause, emergency, limit, error, system stops.
Setting the positioning unit operation with deceleration stop request signal.
Dwell time definition and behavior in different control modes.
Enabling/disabling software limits for different operations.
Auxiliary output contact operation in With or Delay mode.
Areas for current value update requests and coordinates.
Procedure to set coordinate origin after home return processing.
Types of pulse input: Pulser, Feedback pulse, High-speed counter.
Setting startup speed for different operations.
Notes on unit memory clearing, operation continuity, and PLC modes.
Comparison of standard and extended positioning data areas.
Occurrence and behavior of errors and warnings in the positioning unit.
Table of system errors, their descriptions, and countermeasures.
Table of unit warnings, descriptions, and countermeasures.
Solutions for motor not rotating or operating.
General specifications including operating/storage conditions and resistance.
I/O number allocation for common signals.
Memory areas for common settings like parameter control and axis group.
Configuration of common memory area for settings.
Memory map for axis information and monitor areas.
Configuration of axis setting area storing parameters and positioning data.
Dimensional drawings for the 2-axis and 4-axis units.
Basic wiring configuration for sample programs.
Sample program with settings done in the standard area.
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