Why is the measurement value inaccurate on my Tokyo Keiki KRG-10 Industrial Equipment?
An inaccurate measurement value on your Tokyo Keiki Industrial Equipment could be due to several factors. First, verify that the input parameter is correct. Next, check the device status. Also, the left down side dot indication might be showing a measuring error because the device isn't detecting or tracking the proper surface echo.
What to do if Tokyo Keiki KRG-10 is not connectable through HART communicated configuration software?
If your Tokyo Keiki Industrial Equipment isn't connecting through HART communication software, try the following steps: 1. Ensure the power line is on and connected. 2. Verify a proper size resistance is attached in the line for HART communication. 3. Confirm the driver software is installed correctly. 4. Check the correct COM port is selected. 5. Make sure the correct device number is selected. 6. Check the cable connection.
Why does the analog current output not change on my Tokyo Keiki KRG-10 Industrial Equipment?
If the analog current output on your Tokyo Keiki Industrial Equipment isn't changing, consider these potential causes: * Ensure analog lock mode is deactivated. * Ensure table check mode is deactivated. * Check the device status. * The left down side dot indication may signify a measuring error because the device isn't detecting or tracking the proper surface echo. * Ensure alarm mode is deactivated. If alarm mode is active, the LCD indication will be flickering.
What to do if parameter setting fails on Tokyo Keiki KRG-10 Industrial Equipment?
If you're experiencing parameter setting failures with your Tokyo Keiki Industrial Equipment, first ensure the value you're trying to input is within the acceptable range. Also, verify the communication status is OK; if there's a communication error, double-check the connection.
How to fix no LCD indication on Tokyo Keiki KRG-10?
If there's no display on the LCD of your Tokyo Keiki Industrial Equipment, first ensure the power line is turned on and properly connected. Also, check that the LCD connector is correctly inserted.
General| Brand | Tokyo Keiki |
|---|---|
| Model | KRG-10 |
| Category | Industrial Equipment |
| Language | English |
Emphasizes following manual instructions and prohibiting unauthorized modifications.
Warnings on handling toxic materials, O-ring selection, and gas leakage.
Precautions against gas leaks from process connections and safe device transfer.
Requirements for Ex application, including grounding and antenna sealing.
How to protect the device from shocks, voltage, and environmental factors.
Pre-use checks and operational advice, including accessory verification.
Important considerations and site selection criteria for optimal installation.
Configuring essential operational settings like basic and analog output parameters.
Configuring parameters for calculating tank volume based on geometry.
Configuring parameters for calculating flow rates using various methods.
Parameters for enhancing measurement accuracy and response times.
Filtering techniques for improving measurement quality by managing noise and echoes.
Features for monitoring and adapting to liquid level changes.
Detailed steps for calibrating analog output signals.
Configuring fundamental device parameters like LCD indication and antenna type.
Setting up and managing analog output signals, including parameters and range.
Parameters for enhancing measurement accuracy and stability.
Settings to filter out erroneous data points and improve measurement reliability.
Features for monitoring and predicting liquid level changes.
Accessing and performing analog calibration for output signals.
Configuring calibration for level measurements, including offset and span.
Analyzing echo data for measurement, including display range and echo curve.
Managing noise thresholds for better signal detection via editing or automatic settings.
Automatically generating noise table from echo data using various options.
How to initiate device measurements and manage measurement periods.
Methods for verifying measured data by value and by graph.
Halting measurement and saving data to files.
Calculating offset for double bounce echoes to improve accuracy.
Performing various reset functions like initialization, backup, recovery, and reboot.
Managing device parameters through initialization, backup, and recovery.
Reading and interpreting device status and error codes.
Strategies for reducing noise interference using antenna proximity and noise tables.
Precautions for tank bottom measurement, analog output calibration, and data smoothing.
Handling signal reflections and interference from tank structures.
Routine care, specific instructions for Ex parts, and peripheral maintenance.
Detailed technical specifications for the transmitter unit.
Explanation of how microwave pulses measure distance and level.
Checkpoints for resolving common issues and confirming device status.
Troubleshooting specific application-related errors like incorrect values and noise.
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