Why is the Brix (%) value blinking on my ATAGO CM-800OL Monitor?
The Brix(%) value may be blinking because the prism temperature is below 5°C or above 100°C. When this happens, the displayed Brix(%) value is not properly corrected for temperature. To resolve this, ensure that you run a sample at a temperature between 5 and 100°C.
What to do if my ATAGO CM-800OL displays HH.H?
The ATAGO Monitor may display [HH.H] if a sample with a Brix(%) that exceeds the upper limit value of the indication range (Brix -2.0 to 80.5%) is being measured, or if the prism surface is dirty. Try running a sample with a Brix(%) that is known to be within the range of 0.0 to 80.0%. If [HH.H] continues to be displayed, the prism surface may need to be cleaned.
What to do if my ATAGO CM-800OL Monitor displays EE.E?
The ATAGO Monitor displays [EE.E] if a sample with a Brix(%) that significantly exceeds the upper limit value of the indication range (Brix -2.0 to 80.5%) is being measured or if the prism surface is dirty. Try running a sample with a Brix(%) that is known to be within the indication range (Brix 0.0 to 80.0%). If [EE.E] is displayed and the sample is known to have a Brix(%) within the indication range, the prism surface may need to be cleaned.
How to fix LL.L error on ATAGO CM-800OL?
The [LL.L] error on your ATAGO Monitor indicates that either the sample is not covering the prism surface completely, or a sample with a Brix(%) lower than the lower limit value of the indication range (Brix -2.0 to 80.5%) is being measured. Run a sample with a Brix(%) that is known to be within the indication range (Brix 0.0 to 80.0%) to resolve this. Confirm that the error code [LL.L] is replaced by the known Brix(%).
Introduction to the instruction manual for the In-line Brix-Monitor.
Explains the meaning of WARNING and CAUTION indications for safe operation.
Explains the meaning of warning, prohibition, and mandatory action symbols.
Defines a refractometer and its principle of measurement based on light refraction.
Explains the concept of Refractive Index and its mathematical representation.
Describes the Brix(%) scale, its relation to sucrose, and ICUMSA recommendation.
Explains how the instrument automatically corrects measurements for temperature variations.
Lists the main unit, standard accessories, and optional items included with the instrument.
Instructions for unpacking the main unit and confirming all parts are present.
Guidelines and precautions for installing the main unit and related components.
Details the parts and their respective functions on the main unit of the monitor.
Describes the digital display and operation keys for measurements and settings.
Details the AC adapter, its power cable, DC output cable, and pilot lamp.
Describes connecting the main unit with a sample inlet unit using fittings.
Step-by-step guide for mounting the main unit and sample inlet unit.
Instructions on using tie bands for securing the hose connector.
Details installation of the main unit directly to piping without a sample inlet unit.
How to connect the DC24V power input cable to the main unit and power supply.
How to connect the AC adapter's DC output cable to the main unit's power input.
Details the 4 to 20mA recorder output signal for Brix(%) and temperature.
Describes the RS-232C serial communication output for connecting to computers.
Steps for setting up a PC with terminal emulator for data transmission.
Instructions for powering the main unit using a DC24V input cable.
Instructions for powering the unit using an AC adapter.
Configures the time interval between measurements, from 1 to 5 seconds.
Adjusts the measurement stability level for fluctuating sample readings.
Procedure to restore the reference point to original factory settings.
Explains why temperature correction is necessary for accurate liquid measurements.
Details how instrument correction values are set, with default sucrose values.
Steps to input a new temperature correction factor for different sample types.
Steps to input a specific temperature correction factor for samples.
Procedure to derive correction factors for samples with constituents other than sugar.
Lists parts that are consumed during use and require periodic replacement.
Lists optional accessories available for purchase to enhance instrument functionality.
Information on the availability and process for obtaining replacement parts.
Recommendation for periodic maintenance and inspection for long-term performance.
Introduction to the instruction manual for the In-line Brix-Monitor.
Explains the meaning of WARNING and CAUTION indications for safe operation.
Explains the meaning of warning, prohibition, and mandatory action symbols.
Defines a refractometer and its principle of measurement based on light refraction.
Explains the concept of Refractive Index and its mathematical representation.
Describes the Brix(%) scale, its relation to sucrose, and ICUMSA recommendation.
Explains how the instrument automatically corrects measurements for temperature variations.
Lists the main unit, standard accessories, and optional items included with the instrument.
Instructions for unpacking the main unit and confirming all parts are present.
Guidelines and precautions for installing the main unit and related components.
Details the parts and their respective functions on the main unit of the monitor.
Describes the digital display and operation keys for measurements and settings.
Details the AC adapter, its power cable, DC output cable, and pilot lamp.
Describes connecting the main unit with a sample inlet unit using fittings.
Step-by-step guide for mounting the main unit and sample inlet unit.
Instructions on using tie bands for securing the hose connector.
Details installation of the main unit directly to piping without a sample inlet unit.
How to connect the DC24V power input cable to the main unit and power supply.
How to connect the AC adapter's DC output cable to the main unit's power input.
Details the 4 to 20mA recorder output signal for Brix(%) and temperature.
Describes the RS-232C serial communication output for connecting to computers.
Steps for setting up a PC with terminal emulator for data transmission.
Instructions for powering the main unit using a DC24V input cable.
Instructions for powering the unit using an AC adapter.
Configures the time interval between measurements, from 1 to 5 seconds.
Adjusts the measurement stability level for fluctuating sample readings.
Procedure to restore the reference point to original factory settings.
Explains why temperature correction is necessary for accurate liquid measurements.
Details how instrument correction values are set, with default sucrose values.
Steps to input a new temperature correction factor for different sample types.
Steps to input a specific temperature correction factor for samples.
Procedure to derive correction factors for samples with constituents other than sugar.
Lists parts that are consumed during use and require periodic replacement.
Lists optional accessories available for purchase to enhance instrument functionality.
Information on the availability and process for obtaining replacement parts.
Recommendation for periodic maintenance and inspection for long-term performance.
To Next Page
General
