To Next PageTo Next PageWhat to do if the Shimaden SR92 displays an incorrect PV value?
If the displayed PV value seems incorrect, verify that the set measuring range code is correct for the input signal. Also, check the wiring to the input terminals of the sensor and correct if necessary.
What to do if the Shimaden SR92 Controller front panel display goes out and it stops operating?
If the display on the front panel goes out and the instrument does not operate, inspect the power source and wiring connections, checking the wiring. Additionally, examine the product for deterioration and repair or replace it as needed.
Why is my Shimaden SR92 key unable to be operated?
If a key is unable to be operated, it may be because the keylock is active, so release the keylock. Another reason could be deterioration of the product, in which case you should examine, repair, or replace the product. If the communication function is added, check if the communication mode (Com) has been set, and if so, change the communication setting to the local mode (Loc).
What to do if Shimaden SR92 indicates higher limit side scaleover?
If the controller indicates a higher limit side scaleover, check the thermocouple input wiring for breaks and replace if necessary. Also, check R.T.D. input A wiring for breaks and replace the R.T.D. if needed. For voltage or current input, verify the transmitting unit of measured values and ensure the set code of the measuring range is correct for the input signal; it may be that the input measured value exceeded higher limit of measuring range by 10%.
How to fix too fast ON-OFF action of Shimaden SR92 Controller control output?
If the ON-OFF action of the control output is too fast, increase the hysteresis value of the ON-OFF action.
What does it mean if the Shimaden Controller shows a lower limit side scaleover?
If the controller shows a lower limit side scaleover, check the wiring for reverse polarity or breaks in the measured value input; it may be that the input measured value fell from lower limit of measuring range by 10%.
What to do if Shimaden Controller displays higher limit side scaleover of cold junction (CJ)?
If the controller displays a higher limit side scaleover of the cold junction (CJ), reduce the ambient temperature to the level provided in the environment conditions for the product, if the ambient temperature of the product has exceeded 80°C. In case ambient temperature has not exceeded 80°C, examine the product.
What to do if Shimaden SR92 Controller displays higher limit side scaleover of cold junction (CJ) of thermocouple input?
If the Shimaden Controller displays a higher limit side scaleover of the cold junction (CJ) of thermocouple input, raise the ambient temperature to the level provided in the environment conditions for the product if the ambient temperature of the product has fallen to -20°C or lower. In case ambient temperature has not fallen to í20°C or lower, examine the product.
What to do if there is a break of R.T.D. input wiring in Shimaden SR92?
Check R.T.D. input terminals A, B and B for breaks. If wiring has no problem, replace R.T.D.
What does it mean if Shimaden Controller input value from heater current detector has exceeded 55.0A?
If the input value from the heater current detector has exceeded 55.0A, it indicates excess current. Reduce the current. Also, examine the product.
Specifies suitable and unsuitable environmental conditions for instrument installation.
Detailed instructions and precautions for wiring the instrument and its components.
Illustrates the terminal layout for different SR90 series models for wiring reference.
A table detailing terminal names, descriptions, and corresponding numbers for wiring.
Step-by-step guide for initial checks and settings before operating the controller.
Visual representation of the screen navigation and parameter setting flow.
Detailed steps for setting parameters within Screen Group 0.
Procedure for setting the target set value (SV) using the basic screen.
Steps for switching to manual mode and setting control output values.
Explains execution, stopping, unexecutable conditions, and automatic stop of auto-tuning.
Explains standby mode, event behavior during standby, and PV display settings.
Procedure for setting event types and corresponding alarm values.
Controls the execution and status of the auto-tuning function.
Sets the event type and value for Event 1 alarms.
Sets the event type and value for Event 2 alarms.
Sets the proportional band (P) for Output 1 control.
Selects the alarm type code for Event 1.
Selects the alarm type code for Event 2.
Sets the action for heater break/loop alarm (Lock/Real mode).
Sets the threshold value for heater break alarm.
Sets the threshold value for heater loop alarm.
Selects the type of signal to be output as analog.
Configures the mode for the digital input (DI) terminal.
Sets the communication mode (Local or Communication).
Selects the communication protocol (Shimaden, Modbus ASCII/RTU).
Explanation of Proportional (P), Integral (I), and Derivative (D) control parameters.
Details the soft start function for gradual output control during startup.
Identifies common problems, their causes, and suggested remedies.
Lists specific error codes and their corresponding causes and remedies.
Troubleshooting for issues related to incorrect input measured values.
Troubleshooting for heater break or loop alarm issues.
Specifies suitable and unsuitable environmental conditions for instrument installation.
Detailed instructions and precautions for wiring the instrument and its components.
Illustrates the terminal layout for different SR90 series models for wiring reference.
A table detailing terminal names, descriptions, and corresponding numbers for wiring.
Step-by-step guide for initial checks and settings before operating the controller.
Visual representation of the screen navigation and parameter setting flow.
Detailed steps for setting parameters within Screen Group 0.
Procedure for setting the target set value (SV) using the basic screen.
Steps for switching to manual mode and setting control output values.
Explains execution, stopping, unexecutable conditions, and automatic stop of auto-tuning.
Explains standby mode, event behavior during standby, and PV display settings.
Procedure for setting event types and corresponding alarm values.
Controls the execution and status of the auto-tuning function.
Sets the event type and value for Event 1 alarms.
Sets the event type and value for Event 2 alarms.
Sets the proportional band (P) for Output 1 control.
Selects the alarm type code for Event 1.
Selects the alarm type code for Event 2.
Sets the action for heater break/loop alarm (Lock/Real mode).
Sets the threshold value for heater break alarm.
Sets the threshold value for heater loop alarm.
Selects the type of signal to be output as analog.
Configures the mode for the digital input (DI) terminal.
Sets the communication mode (Local or Communication).
Selects the communication protocol (Shimaden, Modbus ASCII/RTU).
Explanation of Proportional (P), Integral (I), and Derivative (D) control parameters.
Details the soft start function for gradual output control during startup.
Identifies common problems, their causes, and suggested remedies.
Lists specific error codes and their corresponding causes and remedies.
Troubleshooting for issues related to incorrect input measured values.
Troubleshooting for heater break or loop alarm issues.
General| Brand | Shimaden |
|---|---|
| Model | SR92 |
| Category | Controller |
| Language | English |
