What to do if Hach Laboratory Equipment displays ERR09?
If the Hach Laboratory Equipment displays error ERR09, try these steps: First, gently pull up on the paper in the internal printer to remove any obstruction. Second, verify that the external printer is correctly connected. Third, ensure that the external printer is selected and online.
What to do if Hach Laboratory Equipment displays ERR15?
If the Hach Laboratory Equipment displays error ERR15, make sure that the date is between 01-00 and 12-31.
What to do if Hach Laboratory Equipment displays ERR14?
If the Hach Laboratory Equipment displays error ERR14, make sure that the set time is between 00-00 and 23-59.
What to do if Hach Laboratory Equipment displays ERR12?
If the Hach Laboratory Equipment displays error ERR12, use an application-specific calibration (ASC) unit name that is not one of the default units, such as NTU or EBC.
What to do if Hach Laboratory Equipment displays ERR11?
If the Hach Laboratory Equipment displays error ERR11, turn the instrument off and then back on. If the error occurs again, further assistance may be needed from Customer Service.
What to do if Hach Laboratory Equipment displays ERR04?
If the Hach Laboratory Equipment displays error ERR04, first, turn the instrument off and then back on. If the error persists, further assistance may be needed from Technical Support.
What to do if Hach Laboratory Equipment displays ERR10?
If the Hach Laboratory Equipment displays error ERR10, first, turn the instrument off and then back on. If the error persists, further assistance may be needed from Customer Service.
What to do if Hach Laboratory Equipment displays ERR02?
If the Hach Laboratory Equipment displays error ERR02, first, carefully inspect the preparation of your standards. Then, redo the calibration process. Remember that ERR02 can be ignored if the sample cell diameter is less than 25 mm. Press UNITS/Exit to return to measurement mode.
What to do if Hach Laboratory Equipment displays ERR01?
If the Hach Laboratory Equipment displays error ERR01, restart the calibration process using dilution water with lower turbidity. Note that ERR01 can be ignored if the sample cell diameter is less than 25 mm. Press UNITS/Exit to return to measurement mode.
What to do if Hach Laboratory Equipment shows ERR03?
If the Hach Laboratory Equipment displays ERR03, first, reinsert the sample into the instrument. Second, ensure the lamp icon is illuminated. Third, check for obstructions in the light path. Lastly, dilute the sample if needed.
Instrument accuracy specifications for various measurement modes.
Resolution specifications for turbidity, absorbance, and transmittance.
Available measurement ranges for FNU, FAU, NTU, EBC, Absorbance, and Transmittance.
Environmental operating conditions like temperature, humidity, and altitude.
Disclaimer regarding manufacturer liability for manual errors or product changes.
General safety precautions for unpacking, setup, and operation.
Explanation of hazard symbols (DANGER, WARNING, CAUTION).
Information on reading instrument labels and symbols.
Compliance with FCC Part 15 Class A limits and interference reduction.
Overview of the turbidimeter's measurement capabilities and units.
Identification of front and back instrument components.
Step-by-step instructions for loading paper into the printer.
Danger warning for installation tasks requiring qualified personnel.
Description of each key on the instrument's keypad.
Step-by-step guide to powering on the instrument.
Procedure to turn the keypad sound on or off.
Initial calibration procedure using StablCal standards.
Procedure to measure the Gelex stray light standard.
Detailed steps for cleaning sample cells.
Methods for removing air or gas bubbles from samples.
Important notes for accurate turbidity measurements.
Best practices for using sample cells for accurate readings.
Notes for accurate absorbance and transmittance measurements.
Explanation of manual versus automatic ranging.
How signal averaging affects readings and recommendations.
How to turn signal averaging on/off and adjust settings.
Advantages of using a flow cell for measurements.
Guidelines for flow cell maintenance.
Guidelines for storing the flow cell.
Instructions for using a manual flow cell.
Situations where using a cell adapter is recommended.
Procedure to calibrate using formazin standards.
Procedure for preparing 4000-NTU formazin stock solution.
Using application specific calibration (ASC) for custom units.
Procedure for cleaning the instrument's exterior.
Illustrated steps for replacing a fuse.
Table of error codes, descriptions, and solutions.
List of available replacement parts with quantities and item numbers.
List of available accessories with quantities and item numbers.
Instrument accuracy specifications for various measurement modes.
Resolution specifications for turbidity, absorbance, and transmittance.
Available measurement ranges for FNU, FAU, NTU, EBC, Absorbance, and Transmittance.
Environmental operating conditions like temperature, humidity, and altitude.
Disclaimer regarding manufacturer liability for manual errors or product changes.
General safety precautions for unpacking, setup, and operation.
Explanation of hazard symbols (DANGER, WARNING, CAUTION).
Information on reading instrument labels and symbols.
Compliance with FCC Part 15 Class A limits and interference reduction.
Overview of the turbidimeter's measurement capabilities and units.
Identification of front and back instrument components.
Step-by-step instructions for loading paper into the printer.
Danger warning for installation tasks requiring qualified personnel.
Description of each key on the instrument's keypad.
Step-by-step guide to powering on the instrument.
Procedure to turn the keypad sound on or off.
Initial calibration procedure using StablCal standards.
Procedure to measure the Gelex stray light standard.
Detailed steps for cleaning sample cells.
Methods for removing air or gas bubbles from samples.
Important notes for accurate turbidity measurements.
Best practices for using sample cells for accurate readings.
Notes for accurate absorbance and transmittance measurements.
Explanation of manual versus automatic ranging.
How signal averaging affects readings and recommendations.
How to turn signal averaging on/off and adjust settings.
Advantages of using a flow cell for measurements.
Guidelines for flow cell maintenance.
Guidelines for storing the flow cell.
Instructions for using a manual flow cell.
Situations where using a cell adapter is recommended.
Procedure to calibrate using formazin standards.
Procedure for preparing 4000-NTU formazin stock solution.
Using application specific calibration (ASC) for custom units.
Procedure for cleaning the instrument's exterior.
Illustrated steps for replacing a fuse.
Table of error codes, descriptions, and solutions.
List of available replacement parts with quantities and item numbers.
List of available accessories with quantities and item numbers.
General| Category | Laboratory Equipment |
|---|---|
| Measurement Range | 0 to 1000 NTU |
| Light Source | Tungsten filament lamp |
| Detector | Silicon Photodiode |
| Sample Volume | 10 mL |
| Power Supply | 100 - 240 VAC, 50/60 Hz |
| Display | LCD |
| Model | 2100AN IS |
| Type | Laboratory Turbidimeter |
| Resolution | 0.01 NTU |
| Accuracy | ±2% of reading |
| Operating Temperature | 0 to 50°C |
| Compliance | ISO 7027, USEPA Method 180.1 |
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