What to do if my HBM WE2108 Scales show measured value above the maximum display range?
If the measured value is above the maximum display range, reduce the load on the scale. You can test the set nominal load using the 'CAP 1' and 'CAP 2' parameters in the Func menu.
What to do if HBM Scales zeroing is unsuccessful?
If zeroing is unsuccessful, remove any disturbing influences on the scale, such as vibrations or wind. You can also try setting a higher filter and observing the zero setting range, which is 2% of the nominal weight.
What to do if HBM WE2108 show measured value below the minimum display range?
For net display issues where the measured value is below the minimum display range, switch over to gross or recalibrate the scale.
What to do if HBM WE2108 display 'Sum overflow'?
If a 'Sum overflow' error occurs, delete the sums.
What to do if my HBM counting scale shows that the weight of the reference quantity is too low?
If the weight of the reference quantity is too low on your counting scale, use a larger reference quantity, aiming for at least 1/10 000 of the nominal range.
What to do if HBM WE2108 show that the entered value is larger than the setting range of the parameter?
If the entered value exceeds the parameter's setting range, repeat the entry while observing the correct setting range.
What to do if HBM WE2108 display shows an error on new entry of the factory calibration?
If there's an error during a new entry of the factory calibration, enter or measure the values in the order sza, szu, sfa.
What to do if HBM Scales show 'Unusable values in calibration or linearization'?
Repeat the calibration. When linearizing, place weights on the scale in ascending order.
What to do if HBM WE2108 show 'Analog digital converter not working'?
Check the contact and polarity of the load cell connections. Ensure all terminals are connected. If using a four-wire connection, refer to Section 3.2.3 'Load cell connection'.
What to do if HBM WE2108 show 'Error on writing into the non-volatile memory'?
Test the supply voltage for losses.
General| Accuracy class | III |
|---|---|
| Maximum number of verification intervals | 3000 |
| Minimum load cell impedance | 350 Ω |
| Material | Stainless steel |
| Display | LCD |
| Interface | RS-232 |
Information regarding the proper use of voltage supply cables and shielding.
Details on the items included in the original packaging for WE2108 units.
Description of the functions of the keys on the WE2108 control panel.
Details on wiring the load cell, including terminal assignments and cable preparation.
Configuration and pin assignment for the RS-232 serial interface.
Instructions for mounting the WE2108 unit on a wall using its housing design.
Procedure for mounting the WE2108 unit on a stand for free-standing scales.
Covers essential operations like switching on/off, zeroing, taring, and display modes.
Detailed guide on navigating the WE2108's menu structure and parameter settings.
Explanation of how display limits are set based on the scale standard and nominal value.
How the tare function operates and how manual tare values are activated and used.
Step-by-step guide for performing a two-point calibration with zero and final values.
Advanced calibration methods to correct linearity errors in scale attachments.
Requirements for load cell supply voltage and output signal span for optimal performance.
How dead load and nominal values affect calibration and scale design.
Explanation of analog and digital filter functions for achieving stable measurements.
Setup and usage of the printing function for outputting weight data and additional information.
Technical specifications for the WE2108 unit with an ABS housing.
Dimensional drawings and measurements for the WE2108 unit in ABS housing.
Technical specifications for WE2108S/WE2108M units in steel housing.
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