Summary of Contents for Mikroskop Technik Rathenow RMA 5 pol
- Page 1 RMA 5 pol Polarization Microscope RMA 5 Technical Incident Light Microscope User Guide...
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Page 3: Table Of Contents
Table of contents Safety Instructions 1.1. Characteristics and Applications…………………………………………….. 5 1.2. Assembly and Operation RMA 5 pol….……………………………………. 6 1.3. Technical Data RMA 5 pol…………………………………………………. 7 1.4. Assembly and Operation RMA 5……………………………………………. 8 1.5. Technical Data RMA 5………………………………………………………. 9 Starting Operations Assembly………………………………………………………………………... - Page 4 Intermediate Tubes 5.1. Angled tube…………………………………………………………………... 16 5.2. Photo-/TV tube……………………………………………………………….. 16 5.3. Wide field Photo Tube for M-Plan objectives……………………………….. 17 Measuring instruments 6.1. Eyepiece with measuring plate………………………………………………. 17 6.2. Object measuring plate………………………………………………………. 17 6.3. Measuring software………………………………………………………….. 17 Documentation 7.1. Photography over Photo-/TV tube…………………………………………… 18 7.2.
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Page 5: Safety Instructions
Safety Instructions Existing ventilation slits should not be obstructed. This also applies for ventilation slits on the bottom of the unit. No tools, loose objects or CAUTION! Please read following liquids should enter the unit through ventilation information carefully before using the unit and its slits or other openings in the unit. -
Page 6: Assembly And Operation Rma 5 Pol
(spectacles) for a research of objects. The microscope RMA 5 pol is assembled with a revolving nosepiece (quadruple) and four M-Plan ∞ objectives.. The ball bearing revolver has click stops for the positions of each objective. -
Page 7: Technical Data Rma 5 Pol
1.3. Technical Data RMA 5 pol With Semi- Apochromat ∞ Objectives (standard) Objective (incident light) M-Plan ∞ 5x; 10x; 20x; 50x Eyepiece GF-Pw 10x/ 20 Tube factor 1x Visuell 0,8x photo/TV Illumination Koehler principle with filter holder, field diaphragm and aperture diaphragm Total magnification 50x ... -
Page 8: Assembly And Operation Rma 5
1.4. Assembly and Operation RMA 5 The incident light microscope RMA 5 comes with Technical – Incident Light Microscope RMA 5 a fixed stand. All further components of the microscope are mount on this stand. There is a binocular straight tube with wide field eyepieces (spectacles) for a research of objects. -
Page 9: Technical Data Rma 5
1.5. Technical Data RMA 5 Microscope: E-Plan ∞ Objectives Microscope: Achromatic 160mm Objectives Objectives (incident light) M-Plan ∞ Objectives 5x; 10x; 20x; 50x 4x; 10x; 20x; 40x Eyepiece GF-Pw 10x/ 20 Eyepiece GF 10x/ 18 Tube Factor 1x Tube Factor 1,6x Illumination Illumination Koehler principle with filter holder,... -
Page 10: Starting Operations
Starting Operations The power connection of the incident light tube can be found on the backside of the microscope base (8). The intensity of the incident light 2.1. Assembly illumination can be set by the adjustment in front of the microscope base. Please open carefully the packaging of the microscope. -
Page 11: Incident Light Illumination
The field diaphragm is necessary to improve the Polarization units contrast (by reducing the scattered light on the object layer). The biggest effect is visible at the 2.4.1 Incident light polarization border of the field diaphragm. In case the illumination aperture is to high, there is too much scattered light in the object field and the pictures have a low contrast. -
Page 12: 2.4.2 Transmitted Light Polarization
2.4.2 Transmitted light polarization pic.5: overview – incident light tube Analyzer slide slide for compensator locking screw for analyzer The polarization microscope can only be used with transmitted light. The polarizer slide is placed in the condenser of the stage or can be used as rotatable polarizer which is directly mounted into the filter holder of the transmitted light illumination of the microscope. -
Page 13: General Operating Instructions
2.5. General Operating Instructions 2.5.1. The adjustment of the microscope in the High positioning can be done with the drive mechanism. 2.5.2. The illumination level can be changed by changing the adjustment in front of the microscope base or by using of different kind of filters. -
Page 14: Maintenance And Service
Maintenance and Service 3.2. Care of components 3.2.1. The dioptre rings are unscrewed, those The Technical Microscope RMA 5 and its threads easily greased and by repeated and supplemental equipment are service-free over a movement of the dioptre rings it is all greased long period of time, assuming normal use. -
Page 15: Supplementary Equipment
Supplementary 4.2.2. The polarized light able binocular straight tube requires the use of two oculars of Equipment the same enlargement [a fixed ocular for the left adjustable tube pipe and an adjustable ocular] 4.1. Eyepieces for the right fixed tube pipe. 4.1.1. -
Page 16: Objectives
4.3. Objectives 5.2. Photo-/TV tube There are different kind of objectives, e.g. M-Plan If binocular observation and photographic or ∞ achromatic objectives different video-technical recording should take place magnifications (5x ; 10x ; 20x ; 50x) simultaneously, you can use the photo tube. The tube is equipped with a 30°... -
Page 17: Wide Field Photo Tube For M-Plan Objectives
5.3 Wide Field Photo Tube for M-Plan 6.2. Object measuring plate Objectives The Object measuring plate serves for the The trinocular phototube 50/50 with image calibration of the measuring software for normal erection especially suited visual well microscopic linear observation well photo measurements. -
Page 18: Documentation
Documentation Digital photography The connection of digital single lens reflex cameras is done by a sensor fitted photo 7.1. Photography over Photo-/TV tube adaptation and camera suited T2 adaptation ring. Three different photo adaptation 1,0x; visual observation photographic 1,6x; 3,2x are available. photographs without changes are to be made, then the use of the Photo-/TV tube offers itself. -
Page 19: Tv - Transfer
TV – Transfer 8.1. TV – Transfer over Photo-/TV tube For the TV transfer is only a Photo-/TV tube and a TV with camera and a monitor adjustment are needed. For the right adaptation of the image detail of the camera in comparison to the image in the eyepiece there are four different TV- adapter available with magnification factor pic.14: Tv –... -
Page 20: Illumination
Illumination 9.2. Oblique incident light (dark field) For a lot of objects dark field will most suited – 9.1. 3W – LED Transmitted light contours have a high contrast; finest structures, reliefs, damages on surfaces are much more For a research of transmitted objects it can be better visible than with bright field illumination. -
Page 21: Stages
Stages 10.3. Stage carrier with rotary stage The stage carrier with rotary stage is usable for Gliding stage, stage carrier with object guide the research of translucent polarizing objects. and stage carrier with rotary stage can be The stage allows the determination of axial changed quickly without any problems about a attitudes from birefringent objects. -
Page 22: 10.5. Depth Measurement
10.5. Depth measurement 10.5.1 Depth measurement (z-axis) with the combination drive is done by reading the scale on the drive knob during fine focussing between the two or more certain object levels. The scale is divided into 100 units. When the fine drive is used One graduation mark equals 2,8 µm. -
Page 23: 11. System Overview
11. System overview... -
Page 24: Complaints, Warranty
Such alternations do not oblige us to make a special announcement. No liability is accepted for printing errors. Mikroskop Technik Rathenow GmbH Grünauer Fenn 40 Germany-14712 Rathenow Phone: +49 (0)3385 53710 Telefax: +49 (0) 3385 537122 Internet: http://www.askania.de...
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