To Next PageTo Next PageWhat to do if dacell Measuring Instruments display shows 'OVER' or 'UNDER'?
If the dacell Measuring Instruments display indicates 'OVER' or 'UNDER', it could be due to a defective sensor, an open or short in the sensor's input/output line, or another issue. First, check the sensor wiring. If that doesn't resolve the problem, check the connection to the sensor. If the issue persists, consider exchanging the sensor for a new one.
Why does my dacell Measuring Instruments display drifts?
Display drift in dacell Measuring Instruments can stem from several causes: a defective sensor, AC noise in the power line, a faulty connection to the sensor (introducing noise), or an incorrect input filter setting. To address this, start by checking the sensor state and output. Then, examine the power line and connection for AC noise. Next, verify the connection to the sensor. Finally, check the filter DIP switch to ensure it is correctly set.
General| Brand | dacell |
|---|---|
| Model | DN-100 |
| Category | Measuring Instruments |
| Language | English |
Two calibration systems: actual load and rated sensor output (mV/V).
User can select between peak hold and sample hold modes for data retention.
Configure limit values via front panel keys and output contact signal from the rear panel.
Setup values stored on flash memory, retaining data after power interruptions.
Automatic reset function to counter system halts caused by external factors like electrical noise.
Ensure proper installation environment: avoid wetness, vibration, high temp/humidity, direct sun, dust, salt/ion. Ground properly.
During calibration, do not input unstable loads. Avoid pressing keys at discretion.
Explains labels and functions of keys and LEDs on the front panel for DN-100 and DN-200 models.
Explains labels and functions of keys and LEDs on the front panel for DN-150 and DN-250 models.
Important notes on wiring, grounding, and device handling to prevent malfunction and ensure safety.
Explains different hold modes (Peak Hold, Sample Hold) and their activation via front panel or external input.
Details comparison output modes (Decision, High/Low Limit) and hysteresis settings.
Outlines four setting modes: Function, Digital Calibration, Actual Load Calibration, and SPAN Constant Calibration.
Details how to set various functions (F-01 to F-15) within the device's Function Mode.
Explains calibration using sensor output value and rated output/capacity from the calibration sheet.
Describes calibration by applying actual load (standard weight) to the sensor.
Details calibration using the S.CAL value, without requiring standard weight.
Instructions for saving and restoring device setup values to prevent data loss.
Procedure to set up key lock to prevent accidental operation after calibration.
Describes the BCD interface for outputting weight values in BCD coding, available for PLC and computers.
Explains the RS232C interface, its wiring, communication parameters, and data stream format.
Details the RS485 interface, including its type, method, baud rate, parity, data bit, stop bit, and command form.
