Why is the display unstable on my Shinko CUX II Scales?
If your Shinko Scales display is unstable, it could be due to several factors. First, check the location of the scales to ensure they are not affected by wind or oscillation, and adjust the response speed if necessary. Also, verify that the installation base is stable. Finally, make sure that the weighing pan or tare isn't touching anything.
How to fix no display on Shinko Scales?
If your Shinko Scales aren't displaying anything, there could be a couple of reasons. First, ensure that the AC adapter is properly connected and that the ON/OFF key is switched on. If you're using the battery option, the battery might be completely drained, so try charging it.
Why is the displayed value not correct on my Shinko Scales?
If the displayed value on your Shinko Scales is incorrect, it could be due to several factors. The unit might not be level, or the tare might not be properly reduced due to an incorrect taring operation. Additionally, relocation over a distance could have affected the span due to changes in gravity, or the sensitivity of the electronic circuit may have changed due to transportation or time. In such cases, calibrating the scale might solve the problem.
What does 'o-Err' mean on Shinko Scales?
If your Shinko Scales are displaying 'o-Err', it indicates that the weighing range has changed due to some damage on the weighing mechanism. Contact our service representative for assistance.
What does 'Wrong linearity' mean on Shinko CUX II Scales?
If your Shinko Scales are showing 'Wrong linearity', it indicates that the characteristics have changed, or the mechanism adjustment has been altered for some reason. Contact our service representative for assistance.
What does 'b-Err' mean on Shinko CUX II?
If your Shinko Scales are displaying 'b-Err', it indicates an electronic error, possibly due to static electricity or noise. Contact our service representative for assistance.
Details measuring system, sampling, memory, display, power, and options.
Presents model capacities, readabilities, minimum unit weights, and dimensions.
Instructions for unpacking the scale and verifying all components are present and undamaged.
Steps for correctly attaching the weighing pan and pan base to the main scale unit.
Guidance on using adjusters to ensure the scale is perfectly horizontal for accurate readings.
Steps to perform a self-test by connecting the AC adapter and activating the ON/OFF key.
Advice on selecting a suitable environment and surface to prevent inaccurate measurements.
Explains primary operational keys like ON/OFF, RE, SCS, T, R.M., No., TARE PRESET, UNT. W. SET, LMT, MODE, ADD, SMPL SET.
Covers ten numeric keys, decimal point key, and C/AC key for data input and clearing operations.
Details the meaning of different beep signals (short, long) and their corresponding operational conditions.
Explains the conditions indicated by symbolic letters like LIGHT, ADD, NON UNI, and EXCESS.
Outlines the four main procedures: Tare, Unit weight set, Re-Sampling, and Counting.
Lists other functions: Memory look-up, Memory store, Memory call-up, Limit set, and Function set.
Steps for taring the balance using an actual tare load via the T key.
Instructions for entering tare weight using numerical keys and the TARE PRESET key.
Procedures for clearing tare data and looking up the current tare value.
Method for setting unit weight by entering the quantity of samples.
Highlights benefits and considerations like using few pieces and the importance of re-sampling.
Procedure to clear unit weight data by pressing the C/AC key.
Discusses suitability and considerations for direct unit weight entry, recommending re-sampling.
Procedure to clear unit weight data by pressing the C/AC key.
Benefits of SCS: operator focus, accurate sampling, and no re-sampling needed.
Instructions for loading or adding samples and using the RE key to re-sample.
Procedure for loading remaining samples using the bar graph for guidance.
Steps for accumulating counts by loading, adding, and removing samples.
Method for counting using a fixed unit weight and the bar graph for limits.
Steps to enter unit weight using numerical keys and the UNT. W. SET key.
Procedure to enter tare weight using numerical keys and the TARE PRESET key.
Steps to save unit weight and tare weight to memory using an ID.
Instructions to clear memory data by calling up an ID and holding the C/AC key.
Method to clear data settings in the working area by holding the C/AC key.
How to enable limit function and set one or two points limits using LMT key.
Steps to view the set low and high limit values using the LMT key.
Explanation of how the scale ranks quantities as LO, OK, or HI based on set limits.
Instructions to enter function setting mode and change parameters using MODE and T keys.
Detailed table listing various functions and their selectable parameters for configuration.
Table detailing interface functions, display codes, and contents for output and control.
Detailed steps for calibration including mode selection, zero adjustment, and span adjustment.
Information about the Nicd battery pack, including charge and operation hours.
Important notes regarding calibration operation, error codes, and reference weight usage.
Troubleshooting for display not appearing or being unstable.
Addressing incorrect displayed values and wrong linearity issues.
Resolving issues with unavailable weigh up to capacity and specific error codes.
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