How to unlock settings on Shinko Controller?
If you are unable to set the SV, P, I, D, or Event alarm value on your Shinko Controller, first release the lock in [Set value lock]. If AT (Auto-tuning) or auto-reset is in progress, cancel AT. Note that auto-reset takes approximately 4 minutes to complete.
Why is the PV display on my Shinko ACD-13A unstable?
If the PV display of your Shinko Controller is irregular or unstable, verify that the sensor input or temperature unit (, ) is correct and properly selected. Ensure the sensor correcting value is suitable. Check that the sensor specification is correct. If AC is leaking into the sensor circuit, use an ungrounded type sensor. Also, ensure that the ACD-13A or ACR-13A is kept clear of any potentially disruptive equipment that may cause interference or noise.
What to do if the temperature does not rise with Shinko Controller?
If the temperature does not rise when using your Shinko Controller, replace the sensor. Also, check whether the Sensor or control output terminals are securely mounted to the instrument input terminals and ensure that the wiring of sensor or control output terminals is correct.
Why does Shinko Controller PV Display show only scaling low limit value?
If the PV Display keeps indicating the value which was set in [Scaling low limit] on your Shinko Controller, check whether the input signal wire for DC voltage (0 to 5 V DC, 0 to 10 V DC) and current (0 to 20 mA DC) is disconnected. To check, input 1 V DC to the input terminals; if a value corresponding to 1 V DC is indicated, the signal wire may be disconnected. For direct current (0 to 20 mA DC), input 4 mA DC; if a value corresponding to 4 mA DC is indicated, the signal wire may be disconnected. Ensure the input lead wire terminals for DC voltage or direct current are securely mounted to the instrument input terminals.
What does flashing [ ] on Shinko ACD-13A Controller PV Display mean?
If [ ] is flashing on the PV Display of your Shinko Controller, check whether the input signal wire for DC voltage (1 to 5 V DC) or direct current (4 to 20 mA DC) is disconnected. To check, input 1 V DC to the input terminals; if a scaling low limit value is indicated, the signal wire may be disconnected. For direct current, input 4 mA DC; if a scaling low limit value is indicated, the signal wire may be disconnected. Also, ensure that the input signal wire for DC voltage or direct current is securely connected to the instrument input terminals.
How to fix blank PV Display on Shinko Controller?
To resolve the issue of nothing or PV not being indicated on the PV Display of your Shinko Controller, press the key for approximately 1 second to release the function.
General| Brand | Shinko |
|---|---|
| Model | ACD-13A |
| Category | Controller |
| Language | English |
Important points for instrument usage and safety.
Critical safety guidelines for operating the instrument.
Regulations regarding the export of the instrument.
Environmental conditions and mounting guidelines for safe installation.
Essential guidelines for correct and safe electrical wiring procedures.
Details on reading the model label for ACD/ACR-13A series.
Explanation of the model code structure and its options.
Description of the various displays and indicator lights on the controller.
Explanation of the functions of each key on the controller's panel.
Physical dimensions of the ACD-13A and ACR-13A units.
Required panel cutout dimensions for installation.
Physical dimensions of Current Transformer (CT) accessories.
Steps for securely mounting and removing the controller from a panel.
Recommended solderless terminals and their specifications for wiring.
Detailed diagram of terminal connections for ACD-13A.
Practical wiring examples for different setups.
Method for setting parameters using simplified procedures.
Method for selecting and setting parameter groups.
Default parameter values for various controller settings.
Detailed setup within the Engineering group for advanced configuration.
Mapping selected values to event input functions.
Mapping selected values to event output functions.
Selection between fixed value and program control modes.
Configuration of communication protocol, speed, and data bits.
Setting for controlling the unit remotely or locally.
Configuration of transmission output type and value limits.
Options for locking values and enabling PID zone functions.
Basic parameter setting procedures like SV and Event setup.
Configuration of PID parameters such as proportional band and integral time.
Setting SV and Event parameters within the SV, Event group.
Defining steps for program control, including SV, time, and wait values.
Setting PID zone values and associated control parameters.
Configuring AT/Auto-reset functions and AT bias values.
Steps for powering on and initializing the controller.
How to turn the control output ON or OFF without powering down the unit.
Switching between automatic and manual control modes.
Procedures for performing Auto-tuning and Auto-reset.
Setting up event outputs to function as independent high/low limit alarms.
How to select and manage set value memory numbers via terminals.
Explanation of how auto-reset corrects process offsets.
Steps and considerations for performing Auto-Tuning.
Explanation of OUT1 control actions in heating and cooling modes.
Configuration of high and low limit alarms with hysteresis.
How the heater burnout alarm functions and its output behavior.
Explanation of OUT2 actions in heating and cooling modes.
How dead band affects OUT2 heating/cooling control actions.
How overlap band affects OUT2 heating/cooling control actions.
Detailed technical specifications of the controller's features and ratings.
Details on features available with specific optional codes.
Accuracy ratings for inputs and sampling periods.
Specifics on OUT1 proportional band, integral, derivative times, and output types.
Overview of different alarm action types and their configurations.
Descriptions of error indications for input signal issues.
Details on connecting and using the console communication software.
Solutions for PV display errors and key input problems.
Troubleshooting steps for problems with button inputs and settings.
Troubleshooting for issues with control output status and temperature rise.
Display characters used for SV and Event setting modes.
Setting SV and Event parameters within the SV, Event group.
Defining parameters for each step in a program control pattern.
Setting PID zone values and associated control parameters.
Configuring AT/Auto-reset functions and AT bias values.
Selecting the appropriate input type for sensors and signals.
Configuring output parameters like proportional cycle and limits.
Mapping selected values to specific event input functions.
Mapping selected values to specific event output functions.
Settings related to program control, step time, and power restore.
Configuration of communication protocol, speed, and data bits.
Configuration for external analog signal input and remote bias.
Configuration of transmission output type and value limits.
Options for locking values and enabling PID zone functions.
Settings for output indication, backlight, and PV color.
Visual guide for simplified setting procedures (SV, Event, PID).
Flowchart for selecting and setting parameters via groups.
Flowchart for selecting and setting program control groups.
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