What to do if the display is blinking on my horiba HU-200TB-W SS-120-W (outside the measurement range)?
If the measured value of zero water is normal, it indicates that the measurement is outside the range. In this case, no remedial action is possible. For a measurement of water that is close to transparent, it is possible that a negative value is obtained. If this occurs, perform zero calibration again.
Why is there fluctuation in the measured value on my horiba HU-200TB-W SS-120-W?
To address fluctuations in the measured value of your Horiba Measuring Instruments, consider the following: * If the sample water is not uniform, run zero water and check for variations. Alternatively, pour in the turbidity standard solution and check its difference from the sample water. You can also increase the numerical value of the damping factor and check for variations. * If the sample water’s particle size is large and it subsides easily, stir the sample water. * If the average movement count is low, change dF (moving average count) to a larger value.
How to fix a horiba Measuring Instruments when the power is not turned ON?
If the power of your Horiba Measuring Instruments is not turning on, verify the power supply voltage to ensure it's within the rated voltage range. Also, check the power distribution line for any wiring errors.
What to do if the measured value is high on my horiba HU-200TB-W SS-120-W?
If the measured value is high on your Horiba Measuring Instruments, start by removing any solids that may be clogging the sensor. If condensation forms on the cell, replace the desiccant.
How to troubleshoot error code E-80 on horiba Measuring Instruments?
If you are receiving error code E-80 on your Horiba Measuring Instruments, check the wire connection between the detector and converter. The connection of the detector is always monitored. If connection is made under normal conditions, this error goes off 'Sensor cable connection'.
Why does the measured value not vary on my horiba HU-200TB-W SS-120-W?
If the measured value does not vary on your Horiba Measuring Instruments, verify that the commands are not in a hold state. If they are, cancel the hold mode to set operation to the meas mode. Also, ensure that the cell is supplied with the sample water.
What causes error code E-85 on horiba Measuring Instruments and how to resolve it?
If you encounter error code E-85 on your Horiba Measuring Instruments, check the wire connection between the sensor and cleaner, and correct it to a normal condition.
Why is the value of zero water high during calibration of my horiba HU-200TB-W SS-120-W?
To address a high zero water value during calibration of your Horiba Measuring Instruments, remove any dirt from the detector.
What does error code E-43 mean on horiba HU-200TB-W SS-120-W, and how can I fix it?
If you receive error code E-43 on your Horiba Measuring Instruments, be aware that this error remains activated until the next time zero calibration is performed properly or zero calibration is performed manually. The measured turbidity value is output by the previous calibration information and the transmission output is not held. If the criteria for stability of zero calibration are too strict, calibration may not be performed. Adjust to the optimum stability level and time.
How to resolve automatic calibration error on horiba HU-200TB-W SS-120-W?
To resolve an automatic calibration error on your Horiba Measuring Instruments, specify a shorter stability time if zero water measurement cannot be stabilized due to contaminated piping, etc.
General| Brand | horiba |
|---|---|
| Model | HU-200TB-W SS-120-W |
| Category | Measuring Instruments |
| Language | English |
Details HORIBA's warranty terms and limitations for the product.
Lists registered and unregistered trademarks mentioned in the manual.
Lists directives and standards the equipment conforms to, including EMC, Safety, and RoHS.
Explains hazard classifications (DANGER, WARNING, CAUTION) and warning symbols used.
Provides critical safety measures to prevent injury and product damage.
Provides essential precautions for operating the product safely and maintaining performance.
Advises on proper disposal of the product according to local laws and regulations.
Explains the meaning of notes, references, and tips used in the manual.
Defines key terms used throughout the manual for clarity.
Introduces the product, its measurement method, range, and standards.
Details the features of the converter and detector, including optional automatic cleaner.
Provides instructions for unpacking the product and checking its contents for completeness.
Identifies and describes the main parts and functions of the converter.
Explains the function of each key used for operation, settings, and calibration.
Describes the meaning of various indicators and lamps on the status display.
Details the different operation modes and menu items accessible from the measurement screen.
Specifies the required environmental conditions for installing the converter and detector.
Describes the methods for installing the converter and detector.
Covers piping for sample flow and considerations for sampling.
Details terminal block connections for power supply, outputs, inputs, and communication.
Outlines initial procedures for using the converter, including preparation and setup.
Guides on changing initial settings via the setup menu, including standard substance and unit selection.
Covers detailed settings for automatic calibration, contact output, transmission output, and cleaning.
Defines conditions for automatic cleaning and zero calibration start.
Describes how to turn on the power and enter the normal measurement mode.
Explains how to enter the setup menu to configure parameters like standard substance, units, display, and outputs.
Guides on entering the calibration menu for zero and span calibration.
Explains how to enter the user check menu to verify display, output, or initialize settings.
Covers calibration methods, focusing on zero and span calibration procedures.
Details the zero calibration process, including automatic and manual methods, and checking calibration data.
Explains the span calibration procedure, including standard solution preparation and SS adjustment.
Provides instructions for cleaning the detector's cell and sampling piping.
Details procedures for replacing the automatic cleaner's wiper and motor.
Lists common measurement issues, their possible causes, and remedial actions.
Lists various error codes displayed by the converter, their descriptions, and remedial actions.
Provides detailed technical specifications for the converter, detector, and optional accessories.
Explains the 90-degree transmission-scattering method using an LED light source.
Provides detailed steps for preparing Formazin and Kaolin calibration solutions.
Lists consumable and replacement parts with specifications and part numbers.
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