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Luigs & Neumann LNscope Operating Manual

Upright microscope
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Operating Manual
LNscope
Upright microscope

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Summary of Contents for Luigs & Neumann LNscope

  • Page 1 Operating Manual LNscope Upright microscope...

  • Page 2: Read This First

    - Power requirements........: 100/120/220/240 VAC, 50/60Hz This system may be operated only on AC grounded power. 1.6 Facility Requirements Follow these guidelines, setting up the LNscope system in order to get the best performance. The system must be screwed to a stable, rigid surface 1.7 Harmonization legislation...

  • Page 3: User Instruction

    2.2 Distribution configurations The system is offered in two versions: a - LNscope without Transmitted light unit (System for InVivo Setups) b - LNscope with Transmitted light unit (System for Invitro Setups) Accessories such as Olympus parts can be upgraded with any version.

  • Page 4: Table Of Contents

    2. User instruction..................3. Table of Contents......……………………....... 4. Instructions....................5. Overview LNscope..................6. LNscope-main body + accesories............. 7. Mount the LNscope onto the Breadboard..........7 / 8 9 / 10 8. Mount the transmitted light unit…............. 9. Mounting the condenser-carrier..............

  • Page 5: Instructions

    4. Instructions Special features for the new upright microscope from Luigs & Neumann 4.1 The LNscope microscope contains the following features: - Superior optical imaging properties by using original microscope components - Upgrade and retrofit of accessories from Olympus for the upright microscope BX51WI...

  • Page 6: Overview Lnscope

    5. Overview: LNscope Clamping lever Height adjustment Tubusplate Light shielding tube Hand wheel for the manual Nosepiece arm height adjustment Clamping screw Focus unit, motorized for the microscope head Unit Microscope Condenser arm main column Transmitted light unit Microscope mount...

  • Page 7: Lnscope-Main Body + Accesories

    6. LNscope-main body + accessories Overview C-mount 0,5" Camera OLYMPUS U-CMAD3 C-mount 1" Fourfold OLYMPUS changer U-TLU OLYMPUS U-TV1x-2 Reflected light Fluorescence illuminator Trinocular tube Lamphouse Tube-plate Condenser Nosepiece Condenser carrier manual / motorized Objective LNscope microscope main body incl. motorized focus-drive...

  • Page 8: Mount The Lnscope Onto The Breadboard

    7. Mount the LNscope onto the Breadboard 7.1 Fasten the LNscope-main body onto the breadboard with the four screws metric: 4x M6x40 inch : 4x 1/4" -20 UNC x1 1/2" LNscope main body...
  • Page 9 100mm 4" 50mm 2"...

  • Page 10: Mount The Transmitted Light Unit

    8. Mount the transmitted light unit 8.1 Place the transmitted light unit onto the microscope mount and screw it tightly. metric: M6x25 inch : 1/4"-20 UNC x1" transmitted light unit microscope mount...

  • Page 12: Mounting The Condenser-Carrier

    9. Mounting the condenser-carrier 9.1 Slide the condenser-carrier onto the condenser-adapter and fix it with the clamp-screw on the side condenser adapter condenser carrier clamp screw...

  • Page 13: Holder For Infraredfilter

    10. Holder for Infraredfilter spring washer Infra-red filter Holder Infraredfilter FL-000 100 Holder for Infraredfilter...

  • Page 14: Motorized Focus Axis

    11. Motorized Focus-axis 11.1 The Focus axis can be moved finely and quickly over the LN-Keypad. Focus axis traverse path: 28mm 11.2 Connect the motor cable of the motorized Focus axis onto the appropriate LN-Controller SM10. LN-Controller SM10 Connecting cable motorized Focus axis...

  • Page 15: Ln Scope Without Trinocular Tube

    12. LN scope without Trinocular tube Overview Camera C-mount 0,5" or 1" LN fourfold changer Olympus U-CMAD3 Olympus U-TV1x-2 Olympus U-TLU...
  • Page 16 12.1 U-TLU 12.2 12.3 U-TV1x2 12.4...
  • Page 17 12.5 U-CMAD3 12.6 12.7 Camera...
  • Page 18 13. LNscope with Trinocular tube Overview...

  • Page 19: Trinocular Tube

    13.1 Trinocular tube 13.2...

  • Page 20: Condenser

    14. Condenser Mounting the Condenser condenser carrier condenser 14.1 Slide the Condenser onto the Condenser carrier and fix it with the clamping screw on the side clamp screw...
  • Page 21 14.2 Adjust the Condenser 1) Move the Condenser upwards to the maximum level 2) Adjust the specimen in focus with the 10X objective. Should a pivoted condenser U-SC3 be used, make sure that the front lens in the microscope beam path is folded down. 3) Close the field iris diaphragm ring so that the diaphragm image comes inside the field of view...

  • Page 22: Swing Nosepiece

    15. Swing nosepiece 15.1 Slide the swing nosepiece into the nosepiece arm and fix it with the set screw. Olympus swing nosepiece - WI-SRE3 swing nosepiece - Typ 1 - Typ 2...

  • Page 24: Manual Setting Of Height With The Handwheel

    16. Manual setting of Height with the Handwheel 16.1 Move the motorized focus axis right down with the keypad. LN-keypad max. 16.2. Loosen both clam levers...
  • Page 25 16.3 Set the desired height with the handwheel Höhe 0 mm 70 mm 70mm 16.4 Tight both clamp levers firmly again.

  • Page 26: Set The Height Of The Microscope Head Unit

    17. Set the Height of the microscope head unit 17.1 Lossen both clamp screws with an Allen wrench (SW7) 17.2 Lossen the clamp lever 17.3 Hold the microscope unit tightly with one hand so that it cannot slip down, loosen the second clamp lever with the other hand.
  • Page 27 17.4 Set the desired height and clamp one of the clamp levers again. 17.5 Clamp the second clamp lever again. 17.6 Screw both clamp screws tightly.

  • Page 28: Lamp Housing

    18. Lamp housing 18.1 Loosen both clamp screws on the lamp flange of transmitted light unit. 18.2 Push the lamp housing in the transmitted light unit from behind and fix it with both clamp screws...

  • Page 29: Mounting The Dodt-Grandient-Contrast (Dgc)

    19. Mounting the Dodt-Gradient-Contrast (DGC) 19.1 Loosen both clamp screws 19.2 Push the DGC into the transmitted on the lamp flange of the light unit from behind transmitted light unit 19.3 Fix it with both clamp screws 19.4 Push the lamp housing into the DGC from behind 19.5 Fix it with both clamp screws...

  • Page 30: Frost Filter

    20. Frost Filter Low observation light can be brightened by turning the frost switching lever which controls the built-in frost filter, in the direction of the arrow. However, although the brightness is increased, irregularity in lighting may also increase. Frost filter “on“ The red lever points upwards.
  • Page 31 21. Mounting of the Reflected light fluorescence illuminator (BX-RFA) 21.1 Unscrew the four Allen screws and remove the tube plate with the light shield tube light shield tube tube plate 21.2 Exchange the light shield tube type 1.0 for the delivered light shield tube type 1.1 Type 1.0 Type 1.1...
  • Page 32 21.3. Mount the RFA onto the LNscope with a long Allen wrench SW4...

  • Page 33: Mounting Of The Reflected Light Fluorescence Illuminator Bc-Rfa

    21.4 Place the light shield tube Type 3 into the RFA Light shield tube Type 3 - 1. Loosen the clamping screw at the side of the RFA with the Allen wrench. - 2. Remove the turret and place it carefully upside down - 3.

  • Page 34: Technical Data

    22. Technical data 0-30 300-330 0-30 110-140...
  • Page 36 247,5 213-238...

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