User manual LEICA ZOOM SYSTEMS DATASHEET

[. . . ] Leica Zoom Systems Technical Information Living up to Life Leica Z6 APO & Z16 APO, Z6 APO A & Z16 APO A Technical Data, Performance Characteristics Zoom system Type Leica Z6 APO Apochromatic zoom system with central beam path, lead-free 6. 3:1 0. 57× ­ 3. 6× for adjusting the depth of field Leica Z16 APO Apochromatic zoom system with central beam path, lead-free 16:1 0. 57× ­ 9. 2× for adjusting the depth of field 0. 57 / 0. 8 / 1 / 1. 25 / 1. 6 / 2 / 2. 5 / 3. 2 / 4 / 5 /6. 3 / 8 / 9. 2 ­ Leica Z6 APO A Apochromatic zoom system with central beam path, lead-free, motorized functions 6. 3:1, motorized 0. 57× ­ 3. 6× for adjusting the depth of field, motorized continuously motorized and approachable positions 1. 6 s for zoom range Leica Z16 APO A Apochromatic zoom system with central beam path, lead-free, motorized functions 16:1, motorized 0. 57× ­ 9. 2× for adjusting the depth of field, motorized continuously motorized and approachable positions 2. 5 s for zoom range Zoom Zoom factor Built-in iris diaphragm Switchable 0. 57 / 0. 8 / 1 / 1. 25 / 1. 6 / 2 / approachable positions for 2. 5 / 3. 2 / 3. 6 repetitive tasks Zoom travel speed Magnification Resolution Visible structural width Numerical aperture Object field ­ Visual data with 1× planapochromatic objective / 10× eyepieces / 1. 25× Y tube 7. 1× ­ 45× 60 ­ 351 Lp / mm 8. 3 ­ 1. 4 µm 0. 02 ­ 0. 117nA 32. 3 mm ­ 5. 1 mm 7. 1 ­ 115× 51 ­ 336 Lp / mm 9. 8 ­ 1. 49 µm 0. 017 ­ 0. 112nA 32. 3 mm ­ 2. 0 mm 3. 8 mm ­ 0. 05 mm 18. 4 mm ­ 0. 4 mm 57× ­ 920× 102 ­ 672 Lp / mm 4. 9 ­ 0. 74 µm 0. 034 ­ 0. 224nA 4. 2 mm ­ 0. 26 mm 0. 36× ­ 5. 8× 33. 3 ­ 336 Lp / mm 24. 5 mm × 18. 4 mm / 1. 5 mm × 1. 14 mm 1. 4 mm ­ 0. 03 mm 10. 9 mm ­ 0. 3 mm 7. 1× ­ 45× 60 ­ 351 Lp / mm 8. 3 ­ 1. 4 µm 0. 02 ­ 0. 117nA 29. 5 mm ­ 4. 7 mm 3. 1 mm ­ 0. 09 mm 18. 1 mm ­ 0. 4 mm 57× ­ 360× 120 ­ 702Lp / mm 4. 2 ­ 0. 7 µm 0. 04 ­ 0. 234nA 4. 2 mm ­ 0. 67 mm 0. 36× ­ 2. 3× 33. 3 ­ 210 Lp / mm 24. 5 mm × 18. 4 mm / 3. 9 mm × 2. 9 mm 1. 06 mm ­ 0. 03 mm 10. 7 mm ­ 0. 26 mm 7. 1× ­ 115× 51 ­ 336 Lp / mm 9. 8 ­ 1. 49 µm 0. 017 ­ 0. 112nA 29. 5 mm ­ 1. 83 mm 3. 8 mm ­ 0. 05 mm 18. 4 mm ­ 0. 4 mm 57× ­ 920× 102 ­ 672Lp / mm 4. 9 ­ 0. 74 µm 0. 034 ­ 0. 224nA 4. 2 mm ­ 0. 26 mm 0. 36× ­ 5. 8× 33. 3 ­ 336Lp / mm 24. 5 mm × 18. 4 mm / 1. 5 mm × 1. 14 mm 1. 4 mm ­ 0. 03 mm 10. 9 mm ­ 0. 3 mm Depth of field (diaphragm open) 3. 1 mm ­ 0. 09 mm Depth of field (diaphragm closed) 18. 1 mm ­ 0. 4 mm Magnification Resolution Visible structural width Numerical aperture Object field Magnification Chip: Object Digital resolution* Object field projected onto chip 57× ­ 360× 120 ­ 702 Lp / mm 4. 2 ­ 0. 7 µm 0. 04 ­ 0. 234nA 4. 2 mm ­ 0. 67 mm 0. 36× ­ 2. 3× 33. 3 ­ 210 Lp / mm 24. 5 mm × 18. 4 mm / 3. 9 mm × 2. 9 mm Visual data with 2× planapochromatic objective / 40× eyepieces / 1. 25× Y tube Data with Leica DFC490 digital camera / 1× planapochromatic objective / AS tube / 0. 63× video objective Depth of field (diaphragm open) 1. 06 mm ­ 0. 03 mm Depth of field (diaphragm closed) 10. 7 mm ­ 0. 26 mm Optical accessories Objectives Leica Z6 APO & Z6 APO ­ planapochromatic 1×, 2×, 0. 8×, 0. 5×, 5× ­ achromatic objectives M series 0. 63×, 0. 5×, 0. 32×, lead-free ­ ­ ­ ­ ­ 187 mm (planapochromat 0. 5×) 97 mm (planapochromat 1×) 112 mm (planapochromat 0. 8×) 39 mm (planapochromat 2×) 19 mm (planapochromat 5. 0×) Leica Z6 APO A & Z16 APO A ­ planapochromatic 1×, 2×, 0. 8×, 0. 5×, 5× ­ achromatic objectives M series 0. 63×, 0. 5×, 0. 32×, lead-free ­ ­ ­ ­ ­ 187 mm (planapochromat 0. 5×) 97 mm (planapochromat 1×) 112 mm (planapochromat 0. 8×) 39 mm (planapochromat 2×) 19 mm (planapochromat 5. 0×) Working distance Objective adapter ­ for M series achromats ­ for HR objectives 10× and 20× ­ for DM objectives 10× and 20× ­ HR 10×/0. 45, working distance 19 mm ­ HR 20×/0. 42, working distance 13 mm ­ DM objective N Plan L 20× /0. 40 corr ­ DM objective N Plan 10× /0. 25­/A5. 8 10-mm path, optional ­ inclined and straight binocular tubes ­ apochromatic ErgoTube® 10º ­ 50º with synchronous interpupillary distance adjustment ­ various ErgoModules® (optional) ErgoTube and ErgoModule are registered in the United States Patent and Trademark Office ® ® ­ for M series achromats ­ for HR objectives 10× and 20× ­ for DM objectives 10× and 20× ­ HR 10×/0. 45, working distance 19 mm ­ HR 20×/0. 42, working distance 13 mm ­ DM objective N Plan L 20× /0. 40 corr ­ DM objective N Plan 10× /0. 25­/A5. 8 10-mm path, motorized and integrated ­ inclined and straight binocular tubes ­ apochromatic ErgoTube® 10º ­ 50º with synchronous interpupillary distance adjustment ­ various ErgoModules® (optional) ErgoTube and ErgoModule are registered in the United States Patent and Trademark Office ® ® HR objectives* DM objectives* Fine focusing Binocular tubes, ergonomics Interpupillary distance Ergonomic wide-field eyepieces for persons wearing glasses Electrical Interface * suitable for upper zoom range only 55 mm ­ 75 mm 10×/ 21, 16×/ 14, 25×/ 9. 5, 40×/ 6, distortion-free plug-on eyecups to protect against infections 55 mm ­ 75 mm 10×/ 21, 16×/ 14, 25×/ 9. 5, 40×/ 6, distortion-free plug-on eyecups to protect against infections RS232, USB via motorized focus 3 Optical Data ­ Visual Data with Y Tube 1. 25× Objectives Working distances Eyepieces Zoom position Total mag. × 0. 57 0. 8 1 1. 25 1. 6 2 2. 5 3. 2 3. 6 4 5 6. 3 8 9. 2 0. 57 0. 8 1 1. 25 1. 6 2 2. 5 3. 2 3. 6 4 5 6. 3 8 9. 2 0. 57 0. 8 1 1. 25 1. 6 2 2. 5 3. 2 3. 6 4 5 6. 3 8 9. 2 0. 57 0. 8 1 1. 25 1. 6 2 2. 5 3. 2 3. 6 4 5 6. 3 8 9. 2 7. 1 10 12. 5 15. 6 20 25 31. 3 40 45 50 62. 5 78. 8 100 115 11. 4 16 20 25 32 40 50 64 72 80 100 126 160 184 17. 8 25 31. 3 39. 1 50 62. 5 78. 1 100 113 125 156 197 250 288 28. 5 40 50 62. 5 80 100 125 160 180 200 250 315 400 460 1× planapochromat 97 mm Object field mm 32. 3 23. 0 18. 4 14. 7 11. 5 9. 2 7. 4 5. 8 5. 1 4. 6 3. 7 2. 9 2. 3 2. 0 21. 1 15. 0 12. 0 9. 6 7. 5 6. 0 4. 8 3. 8 3. 3 3. 0 2. 4 1. 9 1. 5 1. 3 13. 3 9. 5 7. 6 6. 1 4. 8 3. 8 3. 0 2. 4 2. 1 1. 9 1. 5 1. 2 1. 0 0. 8 8. 4 6. 0 4. 8 3. 8 3. 0 2. 4 1. 9 1. 5 1. 3 1. 2 1. 0 0. 8 0. 6 0. 5 Total mag. [. . . ] touchscreen for status control and control of all settings and functions 10 450 298 Manual controller for motorized focus 33 000 038 USB cables Ergonomic accessories 10 447 431 Leica ErgoRest (handrest for fatigue-free work) 4 3 Connection to microscope carriers Connection to microscope carriers 5 10 450 217 10 450 048 Coarse / fine for swinging-arm stand 10 447 098 10 447 097 Connection to microscope carriers 3 3 10 447 260 10 446 436 10 447 008 10 447 097 10 447 098 10 447 006 10 447 007 10 446 437 10 447 230 10 447 014 10 447 099 10 450 217 10 450 048 Swiveling arm stands Baseplate, small Baseplate, medium Vertical column 470 / 35 mm Horizontal arm ESD Horizontal arm standard Flange Stage clamp Baseplate, large Vertical column 800 / 57 mm Vertical column 560 / 57 mm Horizontal arm, large Focusing drive with inclinable column Focusing drive coarse/fine for swiveling arm stand Connection to Microscope columns 10 447 008 5 4 10 447 230 10 447 014 10 450 260 Universal plate XL for specimens up to 300 × 300 mm 10 450 297 Adapter for universal plate 10 450 260 for all swinging-arm columns 10 450 297 10 447 006 10 447 007 10 450 260 10 446 437 10 446 436 10 447 260 Leica Z6 APO & Z16 APO Dimensions of Zoom System, Coaxial Incident Light Housing 58 58 118. 5 9. 5 58 37. 2 58 37. 2 8. 3° 50. 6 63 ° 155. 6 63 Leica Z6 APO Leica Z16 APO Coaxial incident light housing 58 20 39 11 7 20. 5 39 Interface for Zoom 13 Interface for light guide 9. 5 75 5. 3° 44. 6° 9. 5 60° 11 Leica Z6 APO A & Z16 APO A Dimensions of Zoom System 7. 5 72. 8 58 50 7. 6 27. 25 32. 9 60 ° Interface for Tubes Interface for Machine Mounting 72. 8 58 50 8. 8 3xM4, 6mm depth 85 128. 4 32. 9 7. 5 60 ° Interface for Tubes 85 Interface for Machine Mounting 3xM4, 6mm depth 51 165. 1 28 M42 Inter fa ec r Obj ce fo tive 12 113 67. 8 Dimensions of Objectives, Adapters 45 45 M42x3 6 6 M42x3 48 58 5. 5 M42 x 3 (P1) 12 LEICA 10 447 177 PLANAPO 0. 5× ­ WD 187 mm 12 57 f7 41. 5 32 LEICA 10 446 360 PLANAPO 0. 8× ­ WD 112 mm 58 85. 7 125 14. 8 13. 3 LEICA 10 447 243 PLANAPO 5. 0× ­ WD 19. 8 mm 45 M42x3 45 M42x3 57 f7 WD = 19. 8 100 6 9 38. 2 LEICA 10 447 176 PLANAPO 1. 0× ­ WD 97 mm 58 12 LEICA 10 447 178 PLANAPO 2. 0× ­ WD 39 mm 58 45 mm M42 (Fine Focus Interface) 40 mm 6 mm 11 mm 7. 5 max. 45 M42 (Zoom / Fine Focus Interface) 8 mm M60 (Achromat Objective Interface) 66 mm M25 × 0. 75 (DM Objective Interface) 37 Adapters for achromatic objectives Adapters for DM objectives 13 20 LEICA 10 447 179 9 12 54. 8 AS tube 39 (Interface for Zoom, Coaxial Illuminator, etc. ) 48 48 14 64. 5 64. 5 57. 5 31 31 44 37 8 min. 7. 5 48 87 (Interface for Video / Photo Objectives) 3x4. 5 87 57. 5 24 24 8. 5 8. 5 3x1 Dimensions of Tubes 12 12 20° 76 76 39 39 40 M38x1 28 58 3x 12 0° 75. 5 29 25. 5 25. 5 44 7. 5 7. 5 7. 5 44 44 Interface for Zoom, for Zoom, Interface Interface for Zoom, Coaxial Illuminator etc. Illuminator Illuminator etc. 28 28 28 39 39 39 76 M38x1 M38x1 76 76 M38x1 25. 5 25. 5 25. 5 7 7 7 min. 8 Interface for Video / Interface for Video / for Video / Interface Photo Objectives Photo Objectives Objectives for Microscope Carriers for Microscope Carriers Photo Interface Interface for Microscope Carriers Interface 87 75. 5 3xM4 Mounting Interface Y tube 87 87 A tube Dimensions of Carriers Carrier for AS tube 6 138 11 5. 5 6 20 55 3xM4 66 40 40 . 5 48 Interface for CMO Focus Drivers 2x47 2x90° 109 3x 0 12 ° Interface for AS Tube 10447204 Tiltable focusing arm Focusing arm for probers 15. 8 25 2x 90 ° 0. 5 Highest Focusing Position 121 43 51 11 10° 27. 5 95 33 47. 5 8 16 Interface for Swing-Arm Stand 43 26 71 37 148 76 Interface 77. 5 15 4x 4. 5 holes (M4) for Machine Interface 69 76 Interface 8 117 25 12. 3 87 150. 4 18 87 60 GA und Prospekt SM en_farbig 08. 04. 2010 "With the user, for the user" Leica Microsystems Leica Microsystems operates globally in four divisions, where we rank with the market leaders. · Life Science Division The Leica Microsystems Life Science Division supports the imaging needs of the scientific community with advanced innovation and technical expertise for the visualization, measurement, and analysis of microstructures. 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[. . . ] In addition, production meets the requirements of the international standard ISO 14001 for environmental management. www. leica-microsystems. com www. leica-microsystems. com 10 M1-000-0en © Leica Microsystems (Switzerland) Ltd CH-9435 Heerbrugg, 2009 Printed in Switzerland ­ IV. 2009 ­ RDV ­ Illustrations, descriptions and technical data are not binding and may be changed without notice. 10IDZ11020EN ·· © Leica Microsystems (Switzerland) Ltd ·· CH-9435 Heerbrugg, 2010 ·· Printed in Switzerland ­ XII. 2010 ­ RDV ­ Illustrations, descriptions and technical data are not binding and may be changed without notice. [. . . ]