Why won't my Horiba Measuring Instruments turn on?
If your Horiba Measuring Instruments device isn't powering on, first check the power supply voltage to ensure it's within the rated range. Then, inspect the power supply wiring for any faults. If these steps don't resolve the issue, it may indicate an internal abnormality or a blowout, and you should contact support.
What to do if horiba HT-110 shows 'UV Total Over'?
If your Horiba Measuring Instruments displays 'UV Total Over', it means the UV lamp's total usage time has exceeded 8800 hours. Replace the UV lamp and clear the total time to resolve this issue.
What does 'Cond Scale Over' mean on Horiba Measuring Instruments?
If your Horiba Measuring Instruments displays 'Cond Scale Over', it indicates that the sample's conductivity value is exceeding the device's input upper limit. You should check the conductivity value of the sample water.
How to fix 'Out of display range' on horiba HT-110?
If you see 'Out of display range' on your Horiba Measuring Instruments, it means the current display range isn't suitable for the TOC concentration of your sample. Configure the display range to be appropriate for the TOC concentration of the treatment sample solution.
What does 'Temp Scale Over' mean on horiba HT-110 Measuring Instruments?
If your Horiba Measuring Instruments shows 'Temp Scale Over', it means the sample temperature is out of the acceptable range. Check the temperature of the sample water.
What to do if horiba HT-110 Measuring Instruments shows 'System Error'?
If your Horiba Measuring Instruments displays a 'System Error', it indicates an internal system error within the device. Turn the power off and then back on to attempt a reset.
Why does my horiba HT-110 say 'No Sample'?
If your Horiba Measuring Instruments displays 'No Sample', it indicates that the sample flow is disrupted. Check the flow meter's float to confirm that the sample water is indeed flowing.
General| Brand | horiba |
|---|---|
| Model | HT-110 |
| Category | Measuring Instruments |
| Language | English |
Details the warranty terms and limitations for the product.
General statement about company and brand names being registered.
Outlines FCC compliance and potential interference warnings.
Specifies pollution degree for installation.
Explains the meaning of DANGER, WARNING, and CAUTION signals.
Defines common symbols used for safety instructions.
Details precautions against electrical hazards.
Highlights important points to avoid minor injury or damage.
Advises on improper use affecting performance and protection.
Instructs on following laws for product disposal.
Explains how to interpret manual symbols and notes.
Defines terms used in the manual.
Describes the UV oxidation and conductivity method.
Lists parameters shown on the display and their ranges.
Details the components included with the product.
Instructions for unpacking and checking the product.
Labels parts visible on the front panel.
Labels parts visible on the bottom panel.
Instructions for accessing the front panel and terminal board.
Details the power switch, maintenance switch, and fuse.
Describes the display area and user interface keys.
Describes connections for alarm and transmittance signals.
Details connections for power supply and input signals.
Explains the operation of POWER and MAINT switches.
Describes the use of MENU, ▲/▼, and ENT keys.
Describes states for Green lamp, Red lamp, and Not lit.
Describes the condition and function of measurement mode.
Explains how to select displayed items.
Describes how to access maintenance mode via the MENU key.
Lists the available setting menus within maintenance mode.
Lists parameters for system configuration.
Lists parameters for measurement conditions.
Lists parameters for output settings.
Details power supply, frequency, and consumption.
Lists ambient and sample water conditions.
Provides dimensions and method for wall mounting.
Details how to mount the unit on a pole.
Shows dimensions and method for floor installation using anchor holes.
Highlights important considerations for piping connections.
Explains how to connect alarm contact outputs.
Specifies wire gauge for terminal board connections.
Details 4-20mA DC and 0-1V DC outputs.
Emphasizes using shielded wire and connecting to FG terminal.
Illustrates series connection for multiple receiving instruments.
Illustrates parallel connection for multiple receiving instruments.
Specifies non-voltage contact signal and circuit details.
Shows how to connect to the terminal block.
Explains connecting the power cable and using a circuit breaker.
Details the importance of proper grounding.
Instruction to secure terminal covers for safety.
Guidance on connecting tube joints.
How to adjust the flow meter to the correct rate.
Lists pre-measurement checks.
How to begin and stop the measurement process.
Details entering the measurement mode.
How to customize displayed parameters.
Notes on behavior when in maintenance mode.
Steps to navigate through the setting menus.
Configures actions when measurement is stopped.
Sets UV lamp state during measurement stop.
Configures delay before UV lamp turns off.
Sets the time for the instrument to stabilize.
Configures behavior when no sample is detected.
Sets UV lamp state during no sample detection.
Sets delay before UV lamp turns off for no sample.
Sets warm-up time after measurement stop.
How to check accumulated UV lamp usage time.
How to reset the UV lamp usage timer.
Sets the target measurement range.
Configures moving average for TOC.
Sets moving average for temperature.
Sets moving average for conductivity.
Sets alarm for conductivity exceeding limits.
Sets alarm for temperature outside range.
Accesses settings for alarm contact outputs.
Configures the first alarm output.
Sets the threshold for alarm activation.
Configures delay for the first alarm output.
Configures the second alarm output.
Sets control value and delay for the second alarm.
Selects output signal format (0-1V or 4-20mA).
Configures how external signals control measurement.
Defines the TOC value for the span point.
Addresses problems with the instrument not turning on.
Explains behavior when measurement exceeds display limits.
Lists common error codes and their causes/actions.
Shows alarm, transmittance, and display lamp behavior for each error.
Lists message codes and their causes/actions.
Shows alarm, transmittance, and display lamp behavior for messages.
Step-by-step guide for replacing the UV lamp.
Completes the UV lamp replacement guide.
How to clean the device.
Lists key parameters of the analyzer.
Details installation, dimensions, and compliance standards.
Lists replaceable parts.
Details the core measurement technique.
Shows the path of sample water through the instrument.
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