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Method to maintain temperature accurately by controlling output power based on PID values.
Function to analyze capacity and heat constant for precise temperature control.
PWM and SSR modes for precise control or low noise, respectively.
Normal operation mode for automatic temperature control according to set degree.
Reduces output power to stop production temporarily, saving energy.
Allows user to adjust power output manually for emergency operation.
Diagram and steps for accessing and modifying user-specific settings.
Activates when temperature exceeds the set high limit value.
Activates when temperature drops below the set low limit value.
Allows setting the duration and temperature rate for standby mode.
Prevents accidental changes to parameters by locking the control panel.
For integrated management of multiple controller units via a central system.
Selects the type of thermocouple (J or K) for accurate temperature measurement.
Allows selection between Celsius and Fahrenheit for temperature display.
Configures temperature display units to 1.0 or 0.1 precision.
Applies low power for a short period to prevent humidity damage to the heater.
Sets a high limit for current to detect heater disconnection or overcurrent.
Sets a low limit for current to detect heater disconnection.
Stops the buzzer sound for active alarms without removing the cause.
Reduces power supply for temporary production stoppage with single handling.
Provides security by preventing setting modifications across all modules.
Details the standard connector with integrated power and thermocouple wiring.
Details connectors with separated power and thermocouple wiring.
Illustrates wiring diagrams for connecting heaters and thermocouples.
Lists standard connectors (4P, 16P, 24P) and quantities for different zone configurations.
Discusses options for wiring and custom connectors based on customer preference.
Wiring diagram for a 240V 3-phase, 3-wire power supply.
Wiring diagram for a 240V single-phase, 2-wire power supply.
Wiring diagrams and steps for 380V/414V 3-phase, 4-wire systems.
Wiring diagrams and steps for 240V single-phase systems.
Displays default values for user-configurable settings like SV, AL-H, AL-L.
Lists default values for supplier-configured settings like Sensor Type, Units.
Method to maintain temperature accurately by controlling output power based on PID values.
Function to analyze capacity and heat constant for precise temperature control.
PWM and SSR modes for precise control or low noise, respectively.
Normal operation mode for automatic temperature control according to set degree.
Reduces output power to stop production temporarily, saving energy.
Allows user to adjust power output manually for emergency operation.
Diagram and steps for accessing and modifying user-specific settings.
Activates when temperature exceeds the set high limit value.
Activates when temperature drops below the set low limit value.
Allows setting the duration and temperature rate for standby mode.
Prevents accidental changes to parameters by locking the control panel.
For integrated management of multiple controller units via a central system.
Selects the type of thermocouple (J or K) for accurate temperature measurement.
Allows selection between Celsius and Fahrenheit for temperature display.
Configures temperature display units to 1.0 or 0.1 precision.
Applies low power for a short period to prevent humidity damage to the heater.
Sets a high limit for current to detect heater disconnection or overcurrent.
Sets a low limit for current to detect heater disconnection.
Stops the buzzer sound for active alarms without removing the cause.
Reduces power supply for temporary production stoppage with single handling.
Provides security by preventing setting modifications across all modules.
Details the standard connector with integrated power and thermocouple wiring.
Details connectors with separated power and thermocouple wiring.
Illustrates wiring diagrams for connecting heaters and thermocouples.
Lists standard connectors (4P, 16P, 24P) and quantities for different zone configurations.
Discusses options for wiring and custom connectors based on customer preference.
Wiring diagram for a 240V 3-phase, 3-wire power supply.
Wiring diagram for a 240V single-phase, 2-wire power supply.
Wiring diagrams and steps for 380V/414V 3-phase, 4-wire systems.
Wiring diagrams and steps for 240V single-phase systems.
Displays default values for user-configurable settings like SV, AL-H, AL-L.
Lists default values for supplier-configured settings like Sensor Type, Units.
General| Brand | Yudo |
|---|---|
| Model | CGF 560 |
| Category | Temperature Controller |
| Language | English |
