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User Manual
Omegon® -I Nabla I Microscopes
English Version 04_2024 Rev. A Art.-Nr. 82922/82923
The complete or partial reproduction of the contents of this document outside of private use is expressly prohibited in any form. Subject to changes and errors. All texts, images and
symbols are the property of nimax GmbH.
Manual_82922_Omegon_Nabla_P_EN
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Summary of Contents for Omegon nabla I Series
- Page 1 User Manual Omegon® -I Nabla I Microscopes English Version 04_2024 Rev. A Art.-Nr. 82922/82923 The complete or partial reproduction of the contents of this document outside of private use is expressly prohibited in any form. Subject to changes and errors. All texts, images and symbols are the property of nimax GmbH.
- Page 2 * eyepiece magnification. For example, the combination of the 10x eyepiece with the 4x objective results in a total magnification of 40x. Microscope parts Omegon -I Nabla I M – Monoculare Version Base Transmitting light source XY Stage...
- Page 3 The monocular head can be rotated 360° Omegon -I Nabla I B – Binocular Version Base Transmitting light source Stage Stage clip Objective Nosepiece Head Eyepieces Frame 10. Incident light source 11. Stop 12. Course focus 13. Fine focus 14. Coaxial stage controls 15.
- Page 4 360° Features The biological microscopes of the Omegon -I Nabla I series have been specially developed for the sophisticated entry into the fascinating hobby of microscopy. This device has: A new, modern look, a design optimized by computer-aided finite element analysis, which increases mechanical stability.
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Page 5: Operation
Calibration Open the slide holder on the mechanical stage and place a slide with a specimen on the stage. When you release the lever, the slide is clamped onto the stage. Then position the part of the specimen you want to examine more closely under the objective. Turn the nosepiece until the 10x objective is in the microscope's light path and use the coarse focus to move the microscope stage to the highest position under the objective. - Page 6 for a monocular microscope, but calibration should depend on the focusing of the right eyepiece tube. After calibration is complete, insert an eyepiece of the same magnification into the left eyepiece tube and then perform binocular calibration (see Fig. 2 to see the structure of a binocular head): Hold the left or right part of the binocular head.
- Page 7 (Abb. 2) Binocular Head 1. Diopter adjustment for the left eyepiece 2. Left eyepiece 3. Vernier for the pupil distance 4. Right eyepiece Changing the LED-bulb This product uses a high-performance LED for illumination, which features high color temperature, long life and high luminous efficiency. However, the luminous efficiency may decrease after long-term use.
- Page 8 1. LED Module 2. Power cable of the LED Module (Fig. 4. LED module in the microscope base) 1. LED Module 2. LED Socket 3. LED Bulb (Fig. 5) LED Module (Fig. 6) LED bulb in the socket As shown in (Fig. 5), pull the LED module out of the microscope base; Pull the LED socket out of the module;...
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Page 9: Maintenance And Service
positive and negative electrodes of the LED bulb should be consistent with those of the lamp holder when inserting. To ensure the luminous efficiency of the LED bulb, the surface of the new bulb should be clean and transparent, without oil stains, fingerprints, scratches and other defects. - Page 10 Attachment 1: Troubleshooting Error Cause of the error Troubleshooting The nose piece is not Revolve the nose piece to rotated correct Uneven make objective lens location; there's dust or brightness in the positioned proper other contaminants on field of view of location;...
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