What to do if PV and er05 are alternately displayed on Shinko PCB1?
If the PV Display indicates PV and er05 alternately, it means there's an overscale issue. The PV has exceeded the input range high limit value, which is the scaling high limit value for DC voltage or current inputs. Check the input signal source.
Why does my Shinko Controller show PV and er06 alternately?
If the PV Display indicates PV and er06 alternately, it indicates an underscale issue. The PV has dropped below the input range low limit value, which is the scaling low limit value for DC voltage or current inputs. Check the input signal source and the wiring of the input terminals.
What should I do if my Shinko Controller PV Display flashes and shows [er07]?
If the PV Display flashes and indicates [er07] alternately, it means the PV has dropped below the indication range and control range. Check the input signal source and wiring of input terminals.
Why is the PV Display indication irregular or unstable on my Shinko PCB1 Controller?
An irregular or unstable PV Display indication can be caused by several factors: * Incorrect sensor input or temperature unit ( or ). Make sure to select the correct sensor input and temperature unit. * Unsuitable sensor correction coefficient or value. Set them to suitable values. * Incorrect sensor specification. Use a sensor with appropriate specifications. * AC leaking into the sensor circuit. Use an ungrounded type sensor.
Why does the PV value not rise or fall on my Shinko PCB1 Controller?
If the PV value does not rise or fall, the sensor may be out of order, so replace the sensor. Also, check that the sensor or control output terminals are securely mounted to the instrument input terminals and that the wiring of sensor or control output terminals is correct.
Why is the step not progressing on my Shinko PCB1 Controller?
If the step isn't progressing, it could be due to a couple of reasons: * Program control is suspended (Hold function). If the PV Display and RUN indicator are flashing, press the RUN key to cancel the suspension and resume program control. * The Wait function is active. If the PV Display and PTN/STEP Display are flashing, press the RUN key for approximately 1 second to cancel the Wait function, allowing program control to continue.
Why does the program finish too quickly on my Shinko Controller?
If the program control is advancing too quickly and finishing sooner than expected, the step time of the performing pattern number may be set to 00:00. Set the step time to a suitable value.
What does er20 mean on my Shinko Controller PV Display?
If the PV Display indicates er20, it means that AT has not been completed even if approximately 4 hours have elapsed since AT started. You should manually set P, I, D, and ARW values.
Why is the control output OUT1 or OUT2 always ON on my Shinko PCB1 Controller?
If control output OUT1 or OUT2 remains constantly ON, the OUT1 or OUT2 low limit value may be set to 100% or higher. Set it to a suitable value.
Why is the control output OUT1 or OUT2 always OFF on my Shinko Controller?
If the control output OUT1 or OUT2 remains constantly OFF, the OUT1 or OUT2 high limit value may be set to 0% or less. Set it to a suitable value.
General| Type | PCB1 |
|---|---|
| Category | Controller |
| Input Voltage | 24 VDC |
| Output Voltage | 5 VDC |
| Current Rating | 1 A |
| Operating Temperature | 0 to 50°C |
| Weight | 200 g |
| Manufacturer | Shinko |
Lists abbreviations for terms like PV, SV, MV used in the manual.
Provides important usage instructions, warnings, and disclaimers for the controller.
Covers warnings, cautions, and general safety advice for device operation.
Details environmental conditions and precautions for safe panel mounting.
Lists safety guidelines and best practices for electrical wiring.
Advises on safe operation, cleaning, and maintenance procedures.
Explains the model designation and its components.
Describes how to read and understand the information on the unit's model label.
Explains the function of each display segment and indicator light on the controller.
Details the purpose and operation of each button on the controller's interface.
Identifies and describes the function of the unit's external connectors.
Provides external dimensions and panel cutout details for installation.
Shows external dimensions for Current Transformer (CTL-6-S-H and CTL-12-S36-10L1U).
Describes the process for attaching and detaching the controller from a control panel.
Lists safety guidelines and best practices for electrical wiring.
Details the layout and function of each terminal connection on the controller.
Explains the use of solderless terminals and terminal covers for wiring.
Summarizes various wiring configurations for power supply, outputs, and inputs.
Provides a flowchart and description of key operations and mode transitions.
Explains the different operating modes (RUN, Monitor, Setting) and their functions.
Describes how to register settings, navigate menus, and return to RUN mode.
Details the steps for initial setup in Engineering and Control parameter modes.
Outlines the sequence for basic configuration and operation.
Explains how to set up program patterns for sequential control.
Details how to set Step SV, Step time, and PID block numbers for program patterns.
Explains how to configure event outputs, alarm values, and time signals.
Describes settings for AT, PID blocks, and control actions like Direct/Reverse.
Covers setting Wait value and enabling/disabling wait functions for program steps.
Details settings for value lock, sensor correction, and communication parameters.
Covers input types, scaling, decimal points, and event output allocations.
Explains how to reset the unit to factory default values.
Describes methods for starting and managing program control sequences.
Explains how to perform and finish fixed value control operations.
Details how to cycle through different indications on the SV display.
Explains how to perform AT and its impact on control parameters.
Describes how to adjust input values using sensor correction methods.
Shows which settings are reset when other parameters are modified.
Explains the behavior of OUT1 for heating/cooling and ON/OFF control.
Describes the action taken when a heater burnout condition is detected.
Illustrates various alarm conditions and their output actions.
Explains OUT2 behavior for heating/cooling control with dead/overlap bands.
Lists the technical specifications for the controller's performance and structure.
Details the specifications for various optional features and communication.
Describes additional features like sensor correction, self-diagnosis, and input error handling.
Lists problems related to display indications and their possible causes/solutions.
Covers troubleshooting for problems encountered with button inputs.
Addresses issues where the control action does not behave as expected.
Provides a list of error codes, their meanings, and occurrence conditions.
Compiles setting items and their ranges for various configuration modes.
Guides on how to create and document program patterns.
Explains how to create data tables for PID blocks and other settings.
Illustrates the sequence of operations using the controller's keys.
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