To Next PageTo Next PageWhat to do if Hach Measuring Instruments displays W1: Unstable reference pressure?
If the Hach Measuring Instruments displays warning W1, it means there is unstable reference pressure. This is because the variation of reference pressure is too high, so check the pressure stability of the input reference gas.
What to do if the bottle goes up with the piercing head in Hach ORBISPHERE 6110 Measuring Instruments?
If the bottle goes up with the piercing head, you can: * Stop the analysis by pressing the emergency STOP button, disconnect the instrument from the power supply, remove the bottle, check that the piercing spike is in place and not unscrewed, release the emergency STOP button by turning it clockwise, and restart the instrument. * Open the front door to stop the process, remove the bottle, check that the piercing spike is in place and is not unscrewed, close the front door, and press the Abort button on the screen.
What to do if Hach Measuring Instruments displays E4000: Calibration fails?
If the Hach Measuring Instruments displays error E4000, it means that calibration fails because a leak during the headspace determination prevents a correct measurement. This can happen due to a bad piercing position, so pierce the package in a different position and change the Goretex filter.
What to do if Hach Measuring Instruments displays E200: Motor error - High limit?
If the Hach Measuring Instruments displays error E200, it indicates a motor error - High limit. This means that the motor is above the reference position, so go to the maintenance menu and initialize it.
What to do if Hach Measuring Instruments displays E40: Check gas supply, current pressure: nn?
If the Hach Measuring Instruments displays error E40, you should check the gas supply. This error indicates that before filling the reference volume, the pressure is lower than 1.5 bar, so check the purge gas pressure.
What to do if Hach Measuring Instruments displays W4: Measurement timeout?
If the Hach Measuring Instruments displays warning W4, it means there was a measurement timeout and the accuracy of dissolved O2 is not guaranteed. This can be due to: * The measurement pressure is lower than 3.5 bar: Check the black seal on the piercing unit, the purge gas pressure, the forcing gas pressure and the Goretex filter. * Gas path not airtight: Check the airtightness of the gas path between the piercing unit and the measurement chamber.
What to do if Hach ORBISPHERE 6110 Measuring Instruments displays E800: Measurement stopped. The needle pressure is too low?
If the Hach Measuring Instruments displays error E800, it indicates that the measurement stopped because the needle pressure is too low. This is probably caused by air leaking from the piercing position, so pierce the package in a different position.
What to do if Hach Measuring Instruments displays E10: Foam has been detected in the gas path?
If the Hach Measuring Instruments displays error E10, it means that foam has been detected in the gas path, and the measurement process is canceled. This can be due to several reasons: * There is a problem with the antifoam injection: Try another measurement. * Incorrect tilt of the sonotrode: Check the tilt of the sonotrode. * There is no more antifoam: Check the antifoam level and refill if necessary. Prime the antifoam pump. * The pressure in the package is greater than the purge gas pressure: Increase the purge gas pressure.
What to do if Hach ORBISPHERE 6110 Measuring Instruments displays E20: Not enough pressure in the system?
If the Hach Measuring Instruments displays error E20, it means there is not enough pressure in the system, so the measurement process is canceled. This can be due to a problem of flow regulation during the measurement, so check the purge gas pressure and change the Goretex filter. It can also happen if the gas path is partially or totally blocked, in this case control the antifoam injection.
What to do if Hach Measuring Instruments displays E4: The front door has been opened?
If the Hach Measuring Instruments displays error E4, it means the front door has been opened, stopping the measurement process. This can occur if the front door was opened before the measurement process completed, in which case you should close the front door. Alternatively, the front door might not be closed properly, so check the front door mechanism.
General| Measurement Parameters | Dissolved Oxygen, Ozone, Hydrogen Peroxide |
|---|---|
| Measurement Range (Ozone) | 0-20 mg/L |
| Response Time | <60 seconds |
| Power Supply | 24 V DC |
| Communication Interface | Modbus |
| Application | pharmaceutical |
Provides general notes on manufacturer liability and manual updates.
Covers hazard symbols, warnings, and precautions for safe operation.
Steps for preparing calibration standards, gas supplies, and sensor kits.
Instructions for connecting the instrument to power and initial startup.
Covers language setup, security configuration, and initial sensor calibration.
How to switch the instrument on/off and the auto-check startup sequence.
Using the virtual keyboard and logging in as an authorized user.
Overview of available instrument options and status indicators.
Setting display units and resolution for measured parameters.
Defining parameters for package types, dimensions, and alarms.
Creating formulas and defining measurement result display settings.
Enabling access rights, auto logoff, and managing user accounts.
Configuring USB and Ethernet for data download and network connectivity.
Recommended calibration intervals and steps for key sensors.
Detailed calibration steps for CO2, Oxygen, Flow, and Pressure sensors.
Instructions for preparing and starting a package measurement.
Guidance on positioning bottles and cans for accurate piercing and measurement.
Viewing measurement results, comments, and historical data.
Daily, weekly, and periodic maintenance tasks for instrument upkeep.
Using guided wizards for maintenance and preparing antifoam.
Checking manual displacement, antifoam system, ultrasound, and lasers.
Lists error messages, their probable causes, and recommended solutions.
Details warning messages, probable causes, and suggested actions.
Explains common measurement issues and their underlying causes.
