What to do if I get a Turbidity sensor wiper motor error on my horiba U-53?
If you encounter a turbidity sensor wiper motor error, it indicates that the turbidity sensor wiper is not operating. First, press the ESC key and check for any obstacles near the wiper. Then, attempt the measurement again. If the error continues, the motor likely needs replacement, and you should contact your nearest sales outlet to have the sensor probe repaired.
What to do if I get a Probe EEPROM error on my horiba U-53?
If you receive a Probe EEPROM error, it is due to an internal IC failure. First, press the ESC key and redo the operation. If the error persists, turn the power OFF, then restart the system (note that the current data will not be saved). If the error continues, contact your nearest sales outlet to have the display repaired.
What to do if I get a Turbidity sensor light source error on my horiba U-53?
If you encounter a turbidity sensor light source error, it means there is a failure with the turbidity sensor light source. Turn the power OFF, then wipe off any water droplets on the probe. Remove the turbidity sensor and check for water droplets around the turbidity sensor connector, then mount the sensor again. If the error persists, replace the turbidity sensor.
What causes a Probe capacitor error on Horiba Measuring Instruments?
A Probe capacitor error is caused by low battery voltage or internal IC failure. To address this, turn the power OFF and replace the display's batteries. If the error persists, contact your nearest sales outlet to have the sensor probe repaired.
How to fix Probe EEPROM error/User on Horiba Measuring Instruments?
A Probe EEPROM error/User is caused by an internal IC failure. Turn the power OFF, then restart the system. If the error persists, initialize the system from the 'System' menu. If the error still persists, contact your nearest sales outlet to have the sensor probe repaired.
How to fix Probe EEPROM error/Factory on Horiba Measuring Instruments?
A Probe EEPROM error/Factory is caused by an internal IC failure. Turn the power OFF, then restart the system. If the error persists, initialize the system from the 'System' menu. If the error still persists, contact your nearest sales outlet to have the sensor probe repaired.
What to do if I get a Probe board error on my horiba U-53 Measuring Instruments?
If you encounter a probe board error, it indicates a probe board failure. Turn the power OFF and contact your nearest sales outlet to have the sensor probe repaired.
What causes a Probe ADC error on horiba U-53 Measuring Instruments?
A Probe ADC error is caused by an internal IC failure. Contact your nearest sales outlet to have the sensor probe repaired.
Explains hazard classification levels (DANGER, WARNING, CAUTION) and warning symbols.
Lists product labels and their corresponding hazard types and ID numbers.
Details a warning about falling and how to avoid it, with instructions.
Warnings about disassembly, glass sensor handling, ingestion, and USB communication safety.
Explains compensation functions and how to configure salinity compensation for DO.
How to compensate DO for atmospheric pressure and conductivity for temperature.
Important notes before calibration and steps for the auto calibration process.
Steps for manual calibration of temperature and pH sensors.
Steps for manual calibration of ORP and conductivity sensors.
Guide for turbidity calibration, including standard solution preparation.
Guide for dissolved oxygen calibration, including solution preparation.
Lists common errors, their causes, and solutions for the unit.
Lists errors specifically related to zero-point calibration failures.
Lists errors for span, stability, turbidity, and wet check issues.
Technical specifications for pH, DO, Conductivity, Salinity, TDS, and SG measurements.
Technical specifications for Temperature, Turbidity, Depth, and ORP measurements.
Explains DO principle, conditioning, salinity, and pressure compensation.
Explains measurement methods and standard solutions for turbidity.
Explains ORP principle and standard electrode types.
Explains hazard classification levels (DANGER, WARNING, CAUTION) and warning symbols.
Lists product labels and their corresponding hazard types and ID numbers.
Details a warning about falling and how to avoid it, with instructions.
Warnings about disassembly, glass sensor handling, ingestion, and USB communication safety.
Explains compensation functions and how to configure salinity compensation for DO.
How to compensate DO for atmospheric pressure and conductivity for temperature.
Important notes before calibration and steps for the auto calibration process.
Steps for manual calibration of temperature and pH sensors.
Steps for manual calibration of ORP and conductivity sensors.
Guide for turbidity calibration, including standard solution preparation.
Guide for dissolved oxygen calibration, including solution preparation.
Lists common errors, their causes, and solutions for the unit.
Lists errors specifically related to zero-point calibration failures.
Lists errors for span, stability, turbidity, and wet check issues.
Technical specifications for pH, DO, Conductivity, Salinity, TDS, and SG measurements.
Technical specifications for Temperature, Turbidity, Depth, and ORP measurements.
Explains DO principle, conditioning, salinity, and pressure compensation.
Explains measurement methods and standard solutions for turbidity.
Explains ORP principle and standard electrode types.
General| Brand | horiba |
|---|---|
| Model | U-53 |
| Category | Measuring Instruments |
| Language | English |
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