Why is the lamp flickering on my Nikon Eclipse 50i POL Microscope?
If the lamp of your Nikon Microscope flickers or the brightness is unstable, replace the lamp with a new one if it has reached the end of its operational life. Ensure the power cord is securely connected. Also, make sure the lamp is correctly plugged into its socket.
How to reduce eye strain when using Nikon Eclipse 50i POL?
If you experience eye strain while viewing through your Nikon Microscope, adjust the interpupillary distance and perform the diopter adjustment. Also, adjust the brightness using the brightness control knob or ND filters to a comfortable level.
Why is the image quality of my Nikon Eclipse 50i POL Microscope poor?
If the image quality of your Nikon Microscope is poor, with too much or too little contrast, or poor resolution, start by cleaning any dirt or dust from the lens or other optical elements, including the container. Adjust the objective correction ring to match the thickness of the container’s bottom plate. Focus and center the condenser. Ensure you are using a cover glass suitable for the objective, with a thickness of 0.17 mm if specified. If using an oil immersion objective, apply Nikon Immersion Oil, removing any bubbles present. Finally, ensure there is no immersion oil on the tip of a dry type objective.
How to fix a double image in my Nikon Microscope?
If the image from your Nikon Microscope does not resolve into a single image when viewing through the binocular eyepiece, adjust the interpupillary distance and perform the diopter adjustment.
How to remove dust from the viewfield of Nikon Microscope?
If you see dirt or dust in the viewfield of your Nikon Microscope, clean the lens and other optical elements, including the container, to remove any contaminants. Additionally, focus and center the condenser to ensure optimal image clarity.
Why can't I focus my Nikon Microscope with high-power objectives?
If focusing is not possible with high-power objectives on your Nikon Microscope, ensure the specimen is placed correctly on the stage with the cover glass facing up. Also, verify that you are using the specified type of cover glass with a thickness of 0.17 mm.
Why Nikon Eclipse 50i POL Microscope has no power?
If your Nikon Microscope has no power even when the power switch is on, ensure the power cord is properly connected.
Why does the lamp burn out so quickly in my Nikon Eclipse 50i POL?
If the lamp in your Nikon Microscope burns out quickly, replace it with the specified lamp type.
Why is the image elongated in my Nikon Microscope?
If the image from your Nikon Microscope appears elongated, ensure the specimen is correctly located on the stage and is not tilted. Verify that the nosepiece is correctly attached and rotated to the click-stop position. Center the condenser, and ensure the stage is installed correctly.
Why is my Nikon Eclipse 50i POL Microscope image yellow?
If the image from your Nikon Microscope is tinged yellow, increase the lamp voltage using the brightness control knob or push the preset switch. Also, ensure an NCB filter is placed in the optical path.
General| Microscope Type | Polarizing Microscope |
|---|---|
| Optical System | CFI60 optical system |
| Eyepiece | 10x (Field number 22) |
| Objective Turret | Quintuple (5-position) |
| Nosepiece | Quintuple (5-position) |
| Stage | Rotating stage with vernier scale (360° rotation) |
| Focusing Mechanism | Coaxial coarse and fine focus knobs |
| Condenser | Swing-out type condenser |
| Polarizer | Built-in polarizer, rotatable |
| Bertrand Lens | Swing-in Bertrand lens |
| Illumination | Transmitted light |
| Power Supply | AC 100-240V, 50/60Hz |
Explains warning and caution symbols for safety.
Defines the primary applications and intended environments for the microscope.
Details safety guidelines for using the power cord and electrical connections.
Warns about hot components and safe handling practices around the light source.
Advises on handling hazardous specimens and decontamination procedures.
Provides step-by-step instructions for performing bright-field microscopy.
Explains the procedure for orthoscopic observation, a key method for polarizing microscopes.
Details the steps for performing conoscopic observation using the Bertrand lens.
Guides on performing microscopy using the epi illuminator.
Covers the operation of polarizers and analyzers for polarization microscopy.
Provides detailed instructions and safety precautions for replacing microscope lamps.
Lists common problems related to the optical system and their solutions.
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