Prólogo Serie 158 Microscopio biológico de investigación Las características de este microscopio, lo convierten en un equipo excepcional no solo por las prestaciones sino también por sus aplicaciones. Su diseño modular se adapta a las necesidades más exigentes y su alta ergonomía permite largos periodos de trabajo sin fatiga.
Ⅳ Instrucciones de uso 1. Ajuste intensidad iluminación Fig. 6 . 1)Pulse el interruptor general ① a posición “I” 2)Gire el mando de intensidad ② en el sentido de la ...
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○ Ajuste de tensión del mando macrométrico (Fig. 9. ) 1) La tensión del mando macro es ajustable. Ajuste el anillo ① en sentido de la flecha para aumentar la tensión y en sentido contrario para disminuirla ...
6. Ajuste de dioptrías (Fig. 12) . ◎ Ajuste la visión de los ojos derecho e izquierdo ○ 1)En primer lugar, observando con el ojo derecho, gire los mandos macro y micro hasta conseguir una clara imagen de la muestra 2)A continuación, observando con el ojo izquierdo, gire el anillo de dioptrías ①...
9. Ajuste del diafragma de campo ( Fig. 1) 6 . Ajuste el diafragma de campo para hacer coincidir el área de iluminación con el campo del ocular. Si el diafragma de campo es mayor que la apertura requerida, la luz externa entrará...
12. Ajuste de la fuente de luz ( Fig. 19 ) . Ajuste la posición del filamento para conseguir una mejor iluminación ○ 1)Mando de ajuste del filamento adelante-atrás ① 2)Mando de ajuste del filamente arriba-abajo ② ○ 3)Mando de ajuste del filamente derecha-izquierda ③ ...
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14. Conexión del cable de corriente ( Fig. 21. Fig. 22. & Fig. 23 ) . 1)Pulse el interruptor ① a la posición “O” (OFF) y tconecte el cable de corriente 2)Inserte el enchufe ② en la clavija ③, y asegúrese de que la conexión es buena.
Ⅴ Resolución de problemas Dependiendo del modo de uso, aunque no sea debido a un malfuncionamiento, el rendimiento del equipo puede no ser completo. Si ocurre un problema, intente localizar la causa. Problema Causa Solución pág. El objetivo no está en el paso de luz Asegúrese que el objetivo está...
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Operation Manual Research Biological Microscope Series 158 In order to exert performance of this microscope completely, please read Operation Manual carefully before use and make it well-kept after use.
Prologue Series 158 Research Biological Microscope The diversification of this model brings you enter into an epoch not only the performance, but also the application. The module design can meet your needs on all normal experiment and scientific research. Its humanized configuration design, reasonable control device and layout of every operation knob can keep your eyes, neck, shoulders, waist, arms and wrist against tiredness.
Ⅱ Configuration —158/7 Eyepiece Humanized binocular head Head locking screw Nosepiece Objectiv Mechanical stage Filament up & down adjusting knob Centering screw of Condenser Light Collector Filament left & right adjusting knob Main body Light source collecting lens focusing knob Light adjusting knob Condenser locking screw Base...
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—158/7 Fixing screw of lamp housing Lamp housing The rod of condenser diaphragm Swing type condenser Adjusting ring of light collector diaphragm Lock screw of lamp housing cover Condenser up & down adjusting knob adjusting knob Fine focusing knob Tension adjusting ring Coarse focusing knob Fig 2.
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Eyepiece Humanized trinocular head Head locking screw Nosepiece Objective Mechanical stage Filament up & down adjusting knob Centering screw of Condenser Light collector Main body Filament left & right adjusting knob Light source collecting lens focusing knob Base Condenser fixing screw Power switch Light adjusting knob Transversal movement adjusting knob...
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158/8 Fixing screw of lamp housing Lamp housing The rod of condenser diaphragm Swing type condenser Condenser up & down adjusting knob Lock screw of lamp housing cover Adjusting ring of light collector diaphragm Coarse focusing knob Tension adjusting ring Fine focusing knob Fig.
Ⅳ Detailed Observation steps 1. Brightness adjustment(Fig. 6.) “I” 1)Press main power switch ① to side. 2)Revolving brightness knob ② as per arrowhead to brighten and darkle rightabout. The arrowhead ○ on the switch panel shows voltage value. ○ Fig. 6. 2.
Adjusting tension of coarse focusing ○ knob(Fig. 9.) 1)Tension of coarse focusing knob is adjustable. Adjusting the ring ①as per arrowhead direction to make heavy tension and reverse way to make light tension 2) If you find the mechanical stage slides down ○...
6. Diopter adjustment(Fig. 12.) ◎ Adjust eyesight of left & right eye of observer ○ 1)Firstly observe right side eyepiece by right eye, rotating coarse & find focusing knob till you see clear image of specimen 2)Then observe left side eyepiece by left eye, rotating Diopter ring ①...
9. Field diaphragm adjustment(Fig. 16.) Adjusting Field diaphragm ring to make illumination area fitted with eyepiece field. If the Field diaphragm is bigger than aperture required, external light will come into the viewing field, that will interfere the quality of image and the contrast Fig.
12. Light source adjustment(Fig. 19.) Adjusting position of filament to obtain better illumination ○ 1)Filament forward or backward adjusting knob ① 2)Filament up or down adjusting knob ② ○ 3)Filament left or right adjusting knob ③ ○ Fig. 19. 13. Changing the bulb(Fig. 20.) ★...
14. Connecting power cable(Fig. 21. Fig. 22. & Fig. 23.) 1)Turn the power switch ① to “O” (OFF), then connect the power cable. 2)Insert the plug ② into the inlet ③, and make sure the connection is good. ○ 3)Insert another end plug ④ of the power wire to the power supply socket ⑤...
Ⅴ Problems occurred in using and disposal method According to different use method, although it is not malfunction, the microscope performance may not be given out completely. If the trouble occurred, please try to find the cause. Problem point Cause Disposal method page Objective is not entered into the light path...
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