User Clocks Relay Flags
User Clock Relay Flags (F010)
The user clock flags, F010, allow users to configure and cycle custom clock signals using the DUTY instruction.
These flags are used for user-defined time-based operations.
| User Clock Relay Flags | |||
|---|---|---|---|
| Flag Bit | Name | Description | Use Case |
| F010.0 | User Clock 0 | User-configurable clock controlled by the DUTY instruction | Used for custom periodic tasks |
| F010.1 | User Clock 1 | User-configurable clock controlled by the DUTY instruction | Used for custom periodic tasks |
| F010.2 | User Clock 2 | User-configurable clock controlled by the DUTY instruction | Used for custom periodic tasks |
| F010.3 | User Clock 3 | User-configurable clock controlled by the DUTY instruction | Used for custom periodic tasks |
| F010.4 | User Clock 4 | User-configurable clock controlled by the DUTY instruction | Used for custom periodic tasks |
| F010.5 | User Clock 5 | User-configurable clock controlled by the DUTY instruction | Used for custom periodic tasks |
| F010.6 | User Clock 6 | User-configurable clock controlled by the DUTY instruction | Used for custom periodic tasks |
| F010.7 | User Clock 7 | User-configurable clock controlled by the DUTY instruction | Used for custom periodic tasks |
F010.0 - User Clock 0
Description
The user clock 0 flag is ON (1) and OFF (0) based on a user-defined value during RUN mode.
Use Case
- Allows for custom timing in parallel operations.
- Useful for managing time-sensitive processes.
- Suitable for creating multi-clock systems in a single PLC.
- Useful for asynchronous timing of processes.
- Useful for timing individual subsystems or tasks.
- Enables precise control over time-based operations.
Clock Setup
The DUTY instruction initializes the user clock 0 flag, F10.0, to be ON (1) for 10 scans and OFF (0) for 10 scans.
F10.0 OFF
F10.0 ON
F010.1 - User Clock 1
Description
The user clock 1 flag is ON (1) and OFF (0) based on a user-defined value during RUN mode.
Use Case
- Allows for custom timing in parallel operations.
- Useful for managing time-sensitive processes.
- Suitable for creating multi-clock systems in a single PLC.
- Useful for asynchronous timing of processes.
- Useful for timing individual subsystems or tasks.
- Enables precise control over time-based operations.
Clock Setup
The DUTY instruction initializes the user clock 1 flag, F10.0, to be ON (1) for 20 scans and OFF (0) for 20 scans.
F10.1 OFF
F10.1 ON
F010.2 - User Clock 2
Description
The user clock 2 flag is ON (1) and OFF (0) based on a user-defined value during RUN mode.
Use Case
- Allows for custom timing in parallel operations.
- Useful for managing time-sensitive processes.
- Suitable for creating multi-clock systems in a single PLC.
- Useful for asynchronous timing of processes.
- Useful for timing individual subsystems or tasks.
- Enables precise control over time-based operations.
Clock Setup
The DUTY instruction initializes the user clock 2 flag, F10.2, to be ON (1) for 35 scans and OFF (0) for 10 scans.
F10.2 OFF
F10.2 ON
F010.3 - User Clock 3
Description
The user clock 3 flag is ON (1) and OFF (0) based on a user-defined value during RUN mode.
Use Case
- Allows for custom timing in parallel operations.
- Useful for managing time-sensitive processes.
- Suitable for creating multi-clock systems in a single PLC.
- Useful for asynchronous timing of processes.
- Useful for timing individual subsystems or tasks.
- Enables precise control over time-based operations.
Clock Setup
The DUTY instruction initializes the user clock 3 flag, F10.3, to be ON (1) for 1,532 scans and OFF (0) for 6,432 scans.
F10.3 OFF
F10.3 ON
F010.4 - User Clock 4
Description
The user clock 4 flag is ON (1) and OFF (0) based on a user-defined value during RUN mode.
Use Case
- Allows for custom timing in parallel operations.
- Useful for managing time-sensitive processes.
- Suitable for creating multi-clock systems in a single PLC.
- Useful for asynchronous timing of processes.
- Useful for timing individual subsystems or tasks.
- Enables precise control over time-based operations.
Clock Setup
The DUTY instruction initializes the user clock 4 flag, F10.4, to be ON (1) for 7,830 scans and OFF (0) for 6,712 scans.
F10.4 OFF
F10.4 ON
F010.5 - User Clock 5
Description
The user clock 5 flag is ON (1) and OFF (0) based on a user-defined value during RUN mode.
Use Case
- Allows for custom timing in parallel operations.
- Useful for managing time-sensitive processes.
- Suitable for creating multi-clock systems in a single PLC.
- Useful for asynchronous timing of processes.
- Useful for timing individual subsystems or tasks.
- Enables precise control over time-based operations.
Clock Setup
The DUTY instruction initializes the user clock 5 flag, F10.5, to be ON (1) for 3,056 scans and OFF (0) for 1,542 scans.
F10.5 OFF
F10.5 ON
F010.6 - User Clock 6
Description
The user clock 6 flag is ON (1) and OFF (0) based on a user-defined value during RUN mode.
Use Case
- Allows for custom timing in parallel operations.
- Useful for managing time-sensitive processes.
- Suitable for creating multi-clock systems in a single PLC.
- Useful for asynchronous timing of processes.
- Useful for timing individual subsystems or tasks.
- Enables precise control over time-based operations.
Clock Setup
The DUTY instruction initializes the user clock 6 flag, F10.6, to be ON (1) for 6,541 scans and OFF (0) for 2,105 scans.
F10.6 OFF
F10.6 ON
F010.7 - User Clock 7
Description
The user clock 7 flag is ON (1) and OFF (0) based on a user-defined value during RUN mode.
Use Case
- Allows for custom timing in parallel operations.
- Useful for managing time-sensitive processes.
- Suitable for creating multi-clock systems in a single PLC.
- Useful for asynchronous timing of processes.
- Useful for timing individual subsystems or tasks.
- Enables precise control over time-based operations.
Clock Setup
The DUTY instruction initializes the user clock 7 flag, F10.7, to be ON (1) for 6,043 scans and OFF (0) for 11,632 scans.
F10.7 OFF
F10.7 ON
