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Model | XK3118K9 |
---|---|
Category | Measuring Instruments |
Type | Weighing Indicator |
Accuracy Class | III |
Operating Humidity | ≤85% RH |
Load Cell Excitation | DC 5V |
Max Capacity | Depends on load cell |
Power Supply | AC 220V, 50Hz or DC 12V |
Operating Temperature | 40°C |
Communication Interface | RS232 |
Set the division value (1/2/5/10/20/50/100) for calibration.
Initiate compensation calibration by pressing 0 and Input, leading to step 7.
Configure decimal places (0-4) for calibration values.
Enter system parameters like scale type, stability, and zero tracing range.
Input the full capacity value for the weighing indicator.
Confirm zero position with no load before calibration.
Add weights (>=50% of full capacity) for accurate calibration.
Set the communication address for the indicator (01-26).
Configure the serial communication baud rate (600-9600 bps).
Select serial communication mode: continuous sending or command response.
Adjust filter strength (0-6) for signal processing.
Configure special parameters like power saving, weight unit, and data record usage.
Set the lower limit for three-section division value switching.
Set the upper limit for three-section division value switching.
Finalize calibration and return to weighing status.
View the date of the last calibration.
Save current calibration parameters to the indicator.
Restore saved calibration parameters to the indicator.
View the date when calibration parameters were last backed up.
Set or revise the password for timing shut-down.
Configure the date for automatic timing shut-down.
Procedure to unlock the indicator using a random password.
Details on how overloading records are created and managed.
Information on deleting overloading records after re-calibration.
Steps to view stored overloading records, including date and weight.
Procedure to print the stored overloading records.
Indicates an issue with the division value setting.
Indicates an error in the decimal point setting.
Indicates that the allowed usage period has expired.
Manages unstable data during calibration steps 6 and 7.