What to do if GE Novaspec Plus Measuring Instruments shows a flashing Absorbance reading of 2.00 Abs?
If you observe a flashing Absorbance reading of 2.00 Abs, it indicates that the sample needs to be diluted.
What to do if GE Novaspec Plus Measuring Instruments shows Error code 001 symbol?
If Error code 001 appears, it means the lamp needs changing.
Why does GE Measuring Instruments switch off after calibration?
The instrument may be switching off after calibration because the ON/OFF button is being held for too long. This can cause the instrument to receive both ON and OFF signals. Try adjusting the timing of your finger press at switch on.
How to fix GE Novaspec Plus Measuring Instruments failing start up calibration check?
If the instrument fails the start up calibration check, ensure that the sample and reference beams are clear when the instrument is switched on.
What to do if GE Novaspec Plus shows X against Lamp on initialisation screen?
If an 'X' appears against the lamp on the initialization screen, it indicates that the lamp needs to be replaced.
What to do if GE Novaspec Plus shows Absorbance readings unstable?
If you are experiencing unstable absorbance readings, ensure that Reference QA is switched on, background correction is enabled, and that a 2 µl sample is being used.
Why does GE Novaspec Plus show a negative reading?
Negative readings can occur if the Reference and Test cuvettes are mixed up.
What to do if GE Measuring Instruments instrument will not zero?
The instrument may not zero if the cuvette is placed in the wrong orientation or if the wrong cuvette material is used for the wavelength.
What to do if GE Measuring Instruments shows REF is displayed when T is pressed?
If 'REF' is displayed when 'T' is pressed, it means the instrument was not zeroed before a sample measurement was attempted.
What to do if GE Measuring Instruments gives Poor reproducibility on DNA concentration and purity measurements?
Poor reproducibility in DNA concentration and purity measurements can occur if the wrong cuvette is used (not a 15 mm beam height or wrong material not letting UV light pass through), if background correction mode is not switched on, or if the measured absorbance is too low (should be >0.1 A for accurate results).
General| Wavelength Range | 190-1100 nm |
|---|---|
| Spectral Bandwidth | 2 nm |
| Detector | Silicon photodiode |
| Bandwidth | 2 nm |
| Display | LCD |
| Photometric Accuracy | ±0.005 A at 1 A |
| Power Requirements | 100-240 V, 50/60 Hz |
| Type | UV-Visible Spectrophotometer |
| Data Output | RS-232 Interface |
Details the range of spectrophotometer instruments covered by this document.
Explains the function of spectrophotometers and their typical applications in labs.
Defines Warning and Caution symbols to alert users to potential hazards.
Lists relevant EU directives and international standards the equipment complies with.
Highlights potential dangers including UV sources, high voltage, and hot surfaces.
Provides initial steps for inspecting and setting up the instrument.
Outlines the procedure for powering on the instrument and selecting software modules.
Details the process of using cuvettes for sample measurement.
Explains sample measurement using micro volume ports on specific models.
Describes cleaning steps for cuvettes, sample ports, and plates after use.
Lists maintenance tasks that users can perform for different instrument types.
Step-by-step instructions for replacing the lamp in Novaspec III/Plus models.
Step-by-step instructions for replacing the lamp in Ultrospec 8000/9000 models.
Actions to take in case of a malfunction or spill of hazardous material.
Guidelines for decontaminating and scrapping equipment according to regulations.
Information regarding hazardous substances within the spectrophotometers.
Proper methods for disposing of electronic waste.
Technical specifications for various spectrophotometer models.
Details about the manufacturer, notified bodies, and declaration of conformity.
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