What causes the BX-UCB’s Z/AF to get into error status on my Olympus BX61WI Microscope?
If the BX-UCB’s Z/AF gets into the error status immediately after the control box is turned on, and no operation is possible on your Olympus Microscope, turn the control box off and then on again to perform the initialization operation, because emergency stop is activated because the focus adjustment knob is operated during initialization.
Why does the field of view become only slightly brighter when the voltage is raised on my Olympus BX61WI?
If the field of view becomes only slightly brighter when the voltage is raised on your Olympus Microscope, it might be due to: * The condenser is centered incorrectly, so center it correctly. * The condenser is in too low a position, so adjust the condenser height.
What to do if the field of view is obscured on my Olympus Microscope?
If the field of view of your Olympus Microscope is obscured or not evenly illuminated, consider the following: * Ensure the light path selector knob is set to a click position according to its purpose. * Confirm the revolving nosepiece is in a click position. * Re-install the condenser if it is incorrectly installed. * Secure the revolving nosepiece by pushing in the sliding dovetail all the way until the stopper. * Ensure the filter turret or filter slider is correctly engaged in the light path. * Engage the frost filter correctly in the light path. * Use an appropriate condenser for the objective in use. * Adjust the centering of the condenser. * Open the field iris diaphragm until it circumscribes the field of view. * Push the halogen bulb terminals all the way into...
Why is the visibility of observed image poor on my Olympus BX61WI?
Poor visibility of the observed image on your Olympus Microscope, including lack of sharpness, poor contrast, and poorly visible details, can be due to several factors: * Replace the objective with a specified objective for UIS series if the current one is not designed for it. * Adjust the condenser height if it is set too low. * Open the aperture iris diaphragm sufficiently if it is closed too much. * Ensure the revolving nosepiece clicks into place correctly. * Remove any air from the objective front lens. * Ensure the specimen, such as a brain slice, is correctly fixed. * Remove any bubbles attached to the objective front lens. * Supply sufficient solution in the petri dish. * Place the petri dish correctly on the stage. * Clean any dirt/dust on the objective front ...
Identifies and illustrates the various modules and components of the microscope system.
General warnings and safety guidelines for microscope operation and handling.
Explanation of safety symbols and warning engravings found on the microscope.
Initial steps and considerations before operating the microscope.
Procedures for cleaning, maintenance, and proper storage of the microscope.
General cautions regarding improper use and symbols used in the manual.
Labels and identifies the main parts of the microscope and its connected modules.
Details operations for voltage indication, light switch, and preset brightness settings.
Explains controls like F/C button, objective up/down buttons, and escape/return button.
Instructions for placing the specimen and moving it using the X-axis and Y-axis knobs.
Procedures for grounding the stage and adjusting knob rotation tension for smooth movement.
Guides on how to switch objectives using different types of revolving nosepieces.
Steps for adjusting interpupillary distance and diopter for clear binocular vision.
Step-by-step guide to center the condenser for optimal illumination.
Guidance on using water immersion objectives and their specific requirements.
Procedures for setting up and performing DIC observation, including attaching prisms.
Instructions for attaching the polarizer and analyzer components for specific observation methods.
Explains the suitability of IR observation for deep specimens and necessary precautions.
Details modules required for IR observation and TV adapter combinations.
Overview of macro fluorescence observation using specific mirror units and objectives.
Steps for attaching low-magnification fluorescence mirror units and objectives.
Common problems related to the optical system and their solutions.
Troubleshooting for electrical problems like bulb issues or control box errors.
Details on the optical system, illumination, and focusing mechanisms.
Technical specifications for the stage, revolving nosepiece, observation tubes, and condensers.
Table showing optical performance for various objective and eyepiece combinations.
Important note on cleaning water immersion objectives to maintain performance.
A diagram illustrating the sequence of assembling microscope modules.
Detailed steps for setting up DIP switches and mounting the Z board onto the control box.
General| Brand | Olympus |
|---|---|
| Model | BX61WI |
| Category | Microscope |
| Language | English |
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