What to do if Novasina Measuring Instruments show -.-•C or -.-•F?
If your Novasina Measuring Instruments display '-.-°C' or '-.-°F', this indicates that the temperature measurement is outside the range of -20 to 80°C. It could also mean the sensor is disconnected or defective. To resolve this, connect or replace the sensor.
What to do if Novasina AW SPRINT RTD-502 display 03:CAL.ERROR: HUMIDITY?
If your Novasina Measuring Instruments show the error '03:CAL.ERROR: HUMIDITY', it means the humidity is outside the acceptable range. Ensure the humidity standard is in proper condition. Try a basic calibration. If the issue persists, consider replacing the sensor.
What to do if Novasina AW SPRINT RTD-502 display 03:CAL.ERROR: TEMPERATURE?
If your Novasina Measuring Instruments show the error '03:CAL.ERROR: TEMPERATURE', it indicates that the temperature range is not permissible for calibration. To fix this, adjust the temperature to be within the permitted range (15...30°C) and then repeat the calibration process.
How to fix a Novasina AW SPRINT RTD-502 when the red LED doesn't light up?
If the red LED on your Novasina Measuring Instruments doesn't light up after switching it on, the possible causes are: the mains cable is not plugged in, there is no mains voltage, or the instrument fuse is defective. Plug in the mains cable. Have the mains tested. Replace the instrument fuse.
What to do if recalibration is no longer possible in Novasina AW SPRINT RTD-502 Measuring Instruments?
If recalibration is no longer possible on your Novasina Measuring Instruments, it is likely that the measuring cell is defective. In most cases, the reference point 53% can no longer be calibrated first. Replace the measuring cell. If you are using a chemical filter, replace it when you replace the measuring cell.
How to enable calibration menu on Novasina AW SPRINT RTD-502 Measuring Instruments?
If your Novasina Measuring Instruments display '... DISABLED', it means the calibration menu is not enabled. You can enable it using the setting '02:Enable cal.'
Why do Novasina AW SPRINT RTD-502 Measuring Instruments show incorrect measurement results?
If your Novasina Measuring Instruments are showing incorrect measurement results, it could be due to the humidity sensor deviating from its original setpoint because of aging. Check the calibration values of the humidity reference points with the humidity standards, and recalibrate the instrument if necessary.
What to do if Novasina Measuring Instruments display ... NOT AVAIL.?
If your Novasina Measuring Instruments display '... NOT AVAIL.', it means the function is not available because the RS232 interface is configured to the PC. Configure the interface for the printer output.
General| Brand | Novasina |
|---|---|
| Model | AW SPRINT RTD-502 |
| Category | Measuring Instruments |
| Language | English |
Initial steps for setting up and beginning operation of the Novasina AW SPRINT.
Crucial information on product safety, intended use, and general precautions.
Identification and description of the main components and features of the AW SPRINT instrument.
List of items included in the standard package upon purchase.
Details on additional accessories that can be purchased to enhance instrument functionality.
Explanation of the working principles, measurement technology, and operational capabilities.
Guidelines for selecting an appropriate location to install the instrument.
Step-by-step instructions for connecting and powering on the AW SPRINT.
Description of the instrument's different modes: standby, analysis, and menu.
Critical handling and care instructions for the sensitive humidity sensor.
Procedure for conducting water activity measurements using the instrument's analysis mode.
Instructions on how to print measurement data and protocols from the instrument.
General introduction to navigating the menu system and its structure.
Configuring stability factors to determine when a measurement is considered stable.
Overview of calibration features, enabling, and disabling functions.
Steps to activate the calibration features within the menu system.
How to view current calibration data and print calibration reports.
Detailed procedures for performing routine and basic instrument calibration.
Process for removing stored calibration data from the instrument.
Setting up the voltage output signals for humidity and temperature.
Setting communication parameters for connecting to external devices via RS232.
Selecting display units for humidity and temperature measurements.
Adjusting advanced settings such as temperature stability and calibration correction.
Guidelines for cleaning the instrument housing and connectors.
Information on caring for the sensor and using humidity standards for checks.
Procedure for replacing filters to protect the sensor from chemical damage.
Steps for replacing the instrument's internal button-cell battery and fuse.
Description of the instrument's analogue output signals for humidity and temperature.
Details on connecting to printers and PCs via the RS232 interface.
A guide to identifying common operational faults and their corresponding solutions.
Interpretation of displayed error messages and actions to take.
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