Introduction 1 Introduction The CAMAG Visualizer 2 has been designed specifically for digital documentation of thin- layer chromatograms and similar flat objects. UVA (365 / 366 nm broadband) direct light. (see appendix) This type of illumination is used for thin-layer chromatograms and other fluorescent objects.
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Introduction use only (IP 20). Further, this device has passed the CAMAG Quality Assurance tests and has been delivered in a safe operating condition. For detailed instrument data see chapter technical data • Attention: For safety reasons the instrument may only be used for the purposes described in the operating manual •...
Ordinary goggles provide protection, but it is advisable to wear safety glasses or a face shield and gloves. 1.2 Parts supplied CAMAG TLC Visualizer 2 basic comprising: Part no Units Description 959.0520...
Unpacking/Installation 2 Unpacking/Installation 2.1 Unpacking • Observe the environmental requirements (2.2 Installation environment) when setting up the instrument • Carefully unpack all components and accessories listed on the shipping list. Make sure the shipment is complete • Carefully remove the instrument from the package and place it on a table Attention •...
• After unpacking the opaque glass plate insert it, opaque side down, into the open frame inside of the CAMAG TLC Visualizer 2 How to identify the opaque side: Hold the opaque glass over a piece of paper with printed text. The opaque side is down if you can read the text.
20x10 20x20 2.5 Digital camera When the CAMAG TLC Visualizer 2 is shipped the camera is already mounted in an adjusted position, therefore no mechanical adjustment is necessary. • In order to work with the USB Camera, visionCATS requires the installation of appropriate camera driver on the PC.
CAMAG TLC Visualizer, this option has to be disabled in visionCATS. The plate has to be inserted with the solvent front first To change the reference point: •...
Getting started As colours are always seen subjectively, slight differences in perception of the plate seen through the viewing flap, the recorded image on screen and the printed image are possible. 3 Getting started 3.1 The Instrument Fig. 2: Front view 1: Control panel; 2: Sliding door; 3: Viewing flap; 4: Camera cover A sensor system controls and monitors the proper handling and ensures a stable illumination process.
Getting started 3.3 Illumination There are 5 different illumination sources available: R 254 Remission at 254nm R 366 Remission at 366/365nm R White Remission at white light T White Transmission at white light RT White Remission and transmission at white light 3.4 Operation •...
• Remove the HPTLC plate right after ending the evaluation 4.2 Maintenance Data Sheet CAMAG Maintenance data sheet CAMAG TLC Visualizer 2 October 2016/UB Purpose The maintenance data sheet informs about maintenance interval of the respective instrument as well as the proposal for IQ/OQ interval if applicable.
Ascertain which tube has failed • Switch off the instrument and remove the power cord! • Remove the opaque glass plate from the CAMAG TLC Visualizer 2 • The defective tube can be taken out of the socket by turning (approx. 90 degrees) •...
LEDs for three repetitions. Then the LEDs display a coded error number. If there is a tube defect, the corresponding lamp control LED is on as well. If all lamp control LEDs are on (ALon), the CAMAG TLC Visualizer 2 has a critical error and CAMAG service must be called.
Technical data 5 Technical data Line voltage 100-240V (see rating plate on instrument) Power capacity 50 W Illumination unit / 3.5 W Camera (USB 3) Frequency 50 – 60 Hz Lamps switching Frequency 65 kHz Timer settings 2/5/10/20/60 minutes and endless Dimensions Width 50 cm Depth 60 cm...
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