Carl Zeiss Jena JENAPOL, Operating Instructions Manual

Page 1: ...ZEISS JENAPOL Polarizing Microscopes Gebrauchsanleitung IIIHCTPYHU o tR no 3HcnnyaTaU o t o t Operating instructions Mode d emploi lnstrucciones para el uso...

Page 2: ...r products forbid illustrations and text herein to be binding as to detail of latest design Copyright and right of trans lation reserved Reproductions of illustrations as for as available will readily...

Page 3: ...ZEISS JENAPOL Polarizing Microscopes Gebrauchsanleitung iiiHCTpyKLUiiR no 3KCnnyaTaLV 1H Operating instructions Mode d emploi lnstrucciones para el uso...

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Page 5: ...5 Using the point counting device 4 Lamp voltage setting 5 filter changer 6 Centring the objectives 7 Using the 1 6X achromatic objective 8 Analyzer with internal angle reading 9 Conoscopy 10 Using i...

Page 6: ...16 Adjustable condenser stop 17 Adjusting the mechanical brakes 18 Maintenance 19 Instructions for unpacking and operation in damp and warm climates 20 Legends to illustrations Page 17 18 19 20 22...

Page 7: ...ew 23 by means of special wrench model B Attach binocular tube pol 43 and clamp it in position by means of screw 21 Attach stage carrier 34 with condenser guideway so that it is flush with the upper e...

Page 8: ...crew on stop again Insert slide for attenuation filter again Insert aperture diaphragm slide for incident light 24 Insert field diaphragm slide for incident light 25 Use special wrench 8 to take filte...

Page 9: ...in object plane and then turn stop screw 35 of condenser guideway upward to the stop Place Bertrand lens 29 into optical pat h and focus Close transmitted light aperture diaphragm 56 and centre it wi...

Page 10: ...The analyzer elide 2 is set to 11anelyzer or free passage not to angular reading the mide position detent 41 is not effective cf per 8 The Bertrand lens 20 is removed from the optical path The screw...

Page 11: ...ng with the Berek prism requires the aperture diaphragm to be adjusted asymmetrically i e the margin of the image of the aperture diaphragm narrowed down to at least 50 of the objective s entrance pup...

Page 12: ...ft with the aid of a small screwdriver Turning it to the right causes the detent pin to be disengaged For exchanging the pinion heads the two cheese head screilllls in the conical portion 4 lamp volta...

Page 13: ...fter placing the centring plate onto the rotary stage the plate s centre aligned IJIIith the cross hairs in the tube does usually not coincide with the stage centre Centring is quickly done by turning...

Page 14: ...maging rays If in this position the image should be too bright for observation it is possible to introduce an attenuation filter into the optical path by means of slide 1 Tho r otary knob of this filt...

Page 15: ...optical path Retain the focussed state of the specimen Swing out the objective in such a way that an adjacent low power objective engages into workinq position other ise there will be the danger of m...

Page 16: ...uipment please cf the instructions attached hereto In the calculation of the imaging scale M consider the tube factor q 0 8 of the photo tube for the photographic path of rays i e H Magn obj x 0 8 x M...

Page 17: ...and remove it Insert LD condenser 73 from the left into the dovetailed slideway awing it to the right into its correct position and make it rest on the stop pin Tighten clamping screw 15 Phase contras...

Page 18: ...tuating the centring Turn annular diaphragm turret until the magnification value of the objective used appears in the window In the objective pupil the annular diaphragm imoge bright ie now superimpos...

Page 19: ...ctives 20X 40X end HI lOOX by turning the annular diaphragm turret to symbol 15 Z Operation of the small phase contrast equipment Insert annular diaphragm into single diaphragm mount ao that the inscr...

Page 20: ...ers is to be utilized e g for exact Koehler illumination when using thicker object slides the set screw has to be screwed out to a length of about 10 mm The stop is thus removed 17 Ad iusting the mech...

Page 21: ...fringent dust particles will reduce the image _ quality Optimum conditions prevail at room temperatures between 18 and 28 C Remove dust from optical surfaces with the aid of a rubber blower or a natur...

Page 22: ...in tropical rain climate too but in order to keep it ready for operation continuous maintenance is necessary The optical elements are specially coated Because of their high precision particular functi...

Page 23: ...produce en overtemperature of about 5 K are suitable as depository Components small instruments and accessories can also be stored in exsiccators Steel parts that are bright burnished or phoephatized...

Page 24: ...3 lamp selector toggle switch transmitted light incident light 14 Stand 15 Hodel a d rear panel 16 Knurled screw for fastening lamp housing back panel 17 Clamping screw for photographic attachment 18...

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Page 26: ...42 43 38 37 44 45 46 422 r 5 23 24 25 26 1 _ J 14 _ l 27 29 35 34 3332 3130 2...

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Page 28: ...inocular tube pol 44 Incident light polarizer slide 45 Tube iris diaphragm setting control 46 Push pull rod for switching to photographic output 51 Object traverser pol 52 Rotary stage pol 53 Centring...

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Page 32: ...HLW 25 halogen lamp ith carrier plate 73 LD condenser 0 6 74 Heating and cooling stage 75 Objec tive revolving nosepiece 76 Slot for compensator 30 x 6 77 Slot for compensator 20 x 6 with rotary compe...

Page 33: ...oo No in objective mount Planachromet 20X O 40 oo 0 17 No in objective mount Planachromat 50X 0 95 oo 0 17 No in objective mount Planachromat HI lOOX 1 30 oo 0 17 No in objective mount Planachromat 3...

Page 34: ...Kombinat VEB Carl Zeiss JENA Cari Zeiss Str 1 Jena DDR 6900 Publication No 30 G0060o 2 englisch M p G 7 CBS 87 V 7 1 743 NJ M p G 7 214 86 V 11 28 1268 30 G0060a...