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General| Brand | TCL |
|---|---|
| Model | u Series |
| Category | Controller |
| Language | English |
Illustrates the terminal connections for the uTC52 model, detailing power, input, output, and communication interfaces.
Shows the terminal layout for the uTC62 controller, covering power supply, control outputs, inputs, and communications.
Details the terminal configurations for the uTC72 model, including wiring for various functions and communication.
Provides a diagram of the terminal connections for the uTC42 controller, covering its diverse input and output functions.
Illustrates the terminal pinouts for the uTC92 model, essential for proper system integration and wiring.
Explains the initial controller display sequence and status indicators upon powering up the device.
Guides users on how to modify the Set Value (SV) using the controller's front panel keys.
Details the procedure for adjusting alarm setpoints, specifically for AL1, to trigger based on PV deviations.
Describes the process of using the automatic tuning function to optimize PID control parameters for the system.
Explains how to configure and operate the RAMP/SOAK function for temperature profiling.
Visual representation of the controller's hierarchical operation levels and navigation between them.
Explains how to utilize the lock function to restrict access or changes to controller parameters.
Lists accessible parameters for the user level, including process value, set value, and autotuning settings.
Details parameters related to PID control, covering proportional band, integral, and derivative settings.
Explains how to configure the visibility of Level 2 parameters based on output mode and specific conditions.
Provides detailed explanations for Level 2 parameters, including their ranges and specific functions.
Covers parameters for input configuration, including type selection, calibration, and alarm settings for inputs.
Details parameters for setting and special functions, including hiding/displaying parameters and remote SV configuration.
Instructions on using SET1 through SET7 to control the display or hiding of specific parameters.
Explains the usage of special function parameters SET8, SET9, and SET0 for advanced controller configuration.
Guides on selecting the type of remote set value input, such as mA, V, or CT.
Details the options for configuring the controller's output mode, including single/dual output and phase angle control.
Details the parameters for the programmable controller's segment-based program patterns and execution.
Explains the operational aspects of the programmed patterns, including terminologies, operating functions, and alarm configurations.
Explains how to set alarm times, including flicker, continued, and delay time for alarms.
Describes the SETA parameter, used for configuring alarm relay action and program run/end alarms.
Details various alarm modes available, such as deviation high/low, band, process, and heater break alarms.
Illustrates the wiring diagram for implementing the Heater Break Alarm (HBA) function using a CT and relay.
Step-by-step guide on how to set the Heater Break Alarm (HBA) value and current monitoring.
Lists the parameters related to the HBA function, including AL1, ALD1, SET0, and INP2.
Specifies the conditions that must be met for the Heater Break Alarm (HBA) to be activated.
Provides important notes regarding HBA output types and alarm configurations.
Details the hardware modifications and pin assignments required to set the linear input type.
Guides on the calibration process for linear input types (mA and V) to ensure accurate measurements.
Details the setup and operation of the RAMP and SOAK functions for programmed temperature control sequences.
Describes how to use TTL communication for SV output and the RATE function in a multi-controller setup.
Illustrates the wiring and parameter settings for 1-phase phase angle control using an SCR module.
Shows the wiring diagram and parameter configuration for single-phase phase angle control using a TRIAC.
Details the wiring and parameter settings for 3-phase phase angle control using DIODE/SCR modules.
Explains the wiring and parameter settings for single-phase zero crossing control using an SCR module.
Illustrates the wiring and parameter settings for single-phase zero crossing control using a TRIAC.
Details the wiring and parameter settings for 3-phase zero crossing control using SCR modules.
Shows the wiring and data change parameters for controlling a 3-wire proportional motor valve.
Provides diagrams for establishing PC communication via RS232 and RS485 interfaces.
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