To Next PageTo Next PageWhat to do if my ROBONIK Measuring Instruments shows 'Memory Full'?
If your ROBONIK Measuring Instruments displays 'Memory Full,' it means the number of saved tests has exceeded the memory limit. To resolve this, delete any unwanted tests before saving the new one.
Why does my ROBONIK prietest TOUCH show 'Invalid Assay'?
If you encounter an 'Invalid Assay' error on your ROBONIK Measuring Instruments, especially in Multi standard mode, it indicates a problem with the standards. Check the calibrators and rerun the test to correct this.
What does 'Filter Wheel Error' mean on ROBONIK prietest TOUCH?
A 'Filter Wheel Error' on your ROBONIK Measuring Instruments indicates a problem with the rotation of the filter wheel or the IR LEDs during initialization or a test run. The error message will be displayed and printed.
How to fix poor lamp intensity in ROBONIK Measuring Instruments?
If the lamp intensity is poor on your ROBONIK Measuring Instruments, clean the cuvette or thoroughly wash the flow cell. Also, verify that the instrument is properly aspirating the solution.
General| Brand | ROBONIK |
|---|---|
| Model | prietest TOUCH |
| Category | Measuring Instruments |
| Language | English |
Details the warranty period and conditions for the instrument.
Information on obtaining technical support and service for the instrument.
Explains safety symbols used throughout the user manual.
Overview of the prietest TOUCH Biochemistry Analyser.
Lists the key features and capabilities of the instrument.
Details the functionality and operation of the instrument's touch screen interface.
Guidance on correctly positioning the instrument for optimal operation.
Instructions for connecting the instrument to a power source.
Importance and procedure for proper electrical grounding of the instrument.
Steps to follow for the initial power-on and self-test sequence.
Options related to performing and managing tests.
Functions for instrument diagnostics and error checking.
Using Levy Jennings charts for quality control data analysis.
Understanding standard deviation for variability assessment.
Measures sample absorbance at a specific wavelength.
Measures absorbance changes at fixed time intervals for concentration calculation.
Measures absorbance changes over time for kinetic assays.
Measures absorbance at the end of a reaction for concentration calculation.
Calculates concentration based on the difference between sample and blank absorbance.
Calculates results based on the ratio of two measurements.
Performs coagulation tests, calculating PT and INR based on ISI values.
