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Phase One H 20 Getting Started
H 20 GETTING START E D PostScript billede (black logo) Phase One A/S Phase One U.S. Roskildevej 39 24 Woodbine Ave DK-2000 Frederiksberg Northport, New York Denmark 11768 USA Tel +45 36 46 01 11 Tel +1 631-757-0400 Fax +45 36 46 02 22 Fax +1 631-757-2217 Notice The name Phase One is a trademark of Phase One A/S. The names Hasselblad, Mamiya and Rollei are registered trademarks of their respective companies. All specifications are subject to change without notice. Phase One takes no responsibility for any loss or damage sustained while using their products. This manual ©2003, Phase One A/S Denmark. All rights reserved. No part of this manual may be reproduced or copied in any way without prior written permission of Phase One. Printed in Denmark. Part #: 80016001 Table of Contents 1 Contents 1 I n t r o d u c t i o n . .2 2 Special Phase One H 20 features . .3 ISO Settings . .3 Double exposure protection . .3 IR filter on CCD . .4 Large format photography . .4 3 Getting ready for taking pictures . .6 Mounting the viewfinder mask . .6 Mounting the H 20 on a Hsselblad Camera . .7 Cable mounting on Hasselblad . .8 Hasselblad 553 ELX . .9 Hasselblad 555 ELD . .10 Hasselblad 501 CM and 503 CW . .10 Mamiya RZ67 Pro II . .11 Rolleiflex 6008 AF/Integrale . .13 4 Maintenance . .17 Cleaning the IR filter . .17 5 Technical data . .18 1 H 20 Getting Started 1 Introduction The Phase One H 20 single shot camera back, is designed for high-end advertising studios with a need for productivity, flexibility and the absolute best in image quality. -
Carl Zeiss, 32, Wagnergasse, Jena, Germany. ((1847) Also: 29/II Dorotheen Strasse 29, Berlin, Germany
Carl Zeiss, 32, Wagnergasse, Jena, Germany. ((1847) also: 29/II Dorotheen strasse 29, Berlin, Germany. (1901) and 29, Margaret St, Regent St, London W (1901) The founder, Carl Zeiss (1816-1888) was born in Weimar, the son of a cabinet maker and ivory carver. He graduated from school in 1834, qualified to be apprenticed to the Grand Dukes Instrument maker, Dr Koerner, and attended academic courses as well as working as apprentice. Next he travelled from Jan. 1838 to Oct. 1845 to study in Stuttgart, Darmstadt, Vienna, and Berlin to broaden his experience. Back at home, he studied chemistry and higher mathematics. By May 1845, he felt well enough qualified to apply to the County Administration at Weimar for permission to found "An establishment for the production of advanced mechanical devices", hoping for a relationship with the University to advance designs. Money was tight with capital of 100 Thalers (possibly £100) only, but in Nov. 1846, he opened at 7, Neugasse. It remained a small business for years, as it took some 20 years for the University relationship to be productive, and he often grew weary of the trial and error methods traditionally used in the trade. Much of the production was of microscopes- often relatively simple ones by modern standards, such as dissection viewers. Then in 1863, a young lecturer Ernst Abbe (1840-1905) joined the University to teach physics and astronomy. Zeiss approached him in 1866 for cooperation in the design of improved systems and this lead to new ideas, eg in the Abbe refractometer (1869), a comparator and a spectrometer. -
User Manual Hasselblad CF Digital Camera Back Range C O N T E N T S
User Manual Hasselblad CF Digital Camera Back Range C O N T E N T S Introduction 3 5 MENU—ISO, White balance, Media, Browse 31 1 General overview 6 Menu system overview 31 Parts, components and control panel 8 Navigating the menu system 31 Initial setup 10 Language choice 33 Shooting and storage modes 11 ISO 33 White balance 34 2 Initial General Settings 14 Media 34 Overview of menu structure 15 Browse 35 Setting the menu language 17 6 MENU—Storage 36 Delete 37 3 Storage overview – Format 42 working with media and batches 18 Copy 42 Batc hes 18 Batch 43 Navigating media and batches 18 Default Approval Level 44 Creating new batches 20 Using Instant Approval Architecture 21 7 MENU—Settings 45 Reading and changing approval status 22 User Interface 46 Browsing by approval status 22 Camera 48 Deleting by approval status 23 Capture sequence 50 Connectivity 51 4 Overview of viewing, deleting Setting exposure time/sequence 54 and copying images 24 Miscellaneous 56 Basic image browsing 24 About 57 Choosing the current batch 24 Default 58 Browsing by approval status 24 Zooming in and out 24 8 Multishot 59 Zooming in for more detail 25 Thumbnail views 25 General 59 Preview modes 26 Histogram 27 9 Flash/Strobe 60 Underexposure 27 General 60 Even exposure 27 TTL 60 Overexposure 27 Full-details 27 10 Cleaning 61 Battery saver mode 28 Full-screen mode 28 11 Equipment care, service, Overexposure indicator 28 technical spec. 63 Deleting images 29 General 63 Transferring images 29 Technical specifications 64 Inset photo on cover: © Francis Hills/www.figjamstudios.com.Not all the images in this manual were taken with a Hasselblad CF. -
Possibilities of Processing Archival Photogrammetric Images Captured by Rollei 6006 Metric Camera Using Current Method
The International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences, Volume XLII-2, 2018 ISPRS TC II Mid-term Symposium “Towards Photogrammetry 2020”, 4–7 June 2018, Riva del Garda, Italy POSSIBILITIES OF PROCESSING ARCHIVAL PHOTOGRAMMETRIC IMAGES CAPTURED BY ROLLEI 6006 METRIC CAMERA USING CURRENT METHOD A. Dlesk 1,*, P. Raeva 1, K. Vach 2 1 Department of Geomatics, CTU in Prague - [email protected] 2 EuroGV s.r.o. - [email protected] Commission II, WG II/8 KEY WORDS: Rollei 6006 metric, Photo negatives, Structure from motion, Archival data, Close range photogrammetry ABSTRACT: Processing of analog photogrammetric negatives using current methods brings new challenges and possibilities, for example, creation of a 3D model from archival images which enables the comparison of historical state and current state of cultural heritage objects. The main purpose of this paper is to present possibilities of processing archival analog images captured by photogrammetric camera Rollei 6006 metric. In 1994, the Czech company EuroGV s.r.o. carried out photogrammetric measurements of former limestone quarry the Great America located in the Central Bohemian Region in the Czech Republic. All the negatives of photogrammetric images, complete documentation, coordinates of geodetically measured ground control points, calibration reports and external orientation of images calculated in the Combined Adjustment Program are preserved and were available for the current processing. Negatives of images were scanned and processed using structure from motion method (SfM). The result of the research is a statement of what accuracy is possible to expect from the proposed methodology using Rollei metric images originally obtained for terrestrial intersection photogrammetry while adhering to the proposed methodology. -
First Experiences with the New Digital Camera Rollei D7 Metric
FIRST EXPERIENCES WITH THE NEW DIGITAL CAMERA ROLLEI D7 METRIC Prof. Dr.-Ing. Guenter Pomaska FH Bielefeld, University of Applied Sciences Department of Architecture and Civil Engineering Artilleriestr. 9 D-32427 Minden eMail: [email protected] CIPA Working Group II / V Keywords: Digital camera,CCD-sensor, digital photography Abstract: Numerous digital cameras with megapixel resolution are available today. The requirements to a metric camera are a fixed focus and focal length, known lens distortion and known position of the principle point relative to the sensor elements. Application software has to provide correction of those deformations. Image quality can be very important when using correlation procedures. Focusing on new presentation technologies like texture mapping, panoramic images, digital stereo pictures and internet presentation is a legitimation for those kind of cameras. Rollei Fototechnic has introduced a new digital camera with SLR technique, fixed focus and focal length and a sensor with 1.4 million pixels. Images are stored in a raw data format and can be corrected under respect of the factory calibration parameters. Details of camera construction and handling are discussed. Some applications best suited for digital camera recording are presented. 1. OPTICAL AND MECHANICAL COMPONENTS OF THE CAMERA The camera is designed in separate groups all assembled in a sturdy metal body. Lens, mirror, viewfinder and sensor are connected to the front plate of the body, while monitor, storage media, electronic elements and interfaces are fixed at the back of the camera housing. Figure 1 displays a principle construction drawing, here with a zoom lens. The SLR single lens reflection principle displays the image in the viewfinder exactly as it will be on the CCD- sensor. -
Hugostudio List of Available Camera Covers
Exakta VX 1000 W/ P4 Finder Hugostudio List of Exakta VX 500 W/ H3.3 Finder Available Camera Covers Exakta VX IIa V1-V4 W/ P2.2 Finder Exakta VX IIa V5-V7-V8 _P3.3 Finder (1960) Exakta VX IIa V6 W/ H3 SLR Exakta VX IIb W/ P3 Asahiflex IIb Exakta VX IIb W/ P4 Finder Canon A-1 Exakta Varex VX V1 - V2 Canon AE-1 Exakta-Varex VX IIa V1-V4 Canon AE-1 Program Exakta Varex VX V4 V5 Canon AV-1 Exakta Varex VX W/ Finder P1 Canon EF Fujica AX-3 Canon EX Auto Fujica AZ-1 Canon F-1 Pic Req* Fujica ST 601 Canon F-1n (New) pic Req* Fujica ST 701 Canon FT QL Fujica ST 801 Canon FTb QL Fujica ST 901 Canon FTb n QL Kodak Reflex III Canon Power Winder A Kodak Reflex IV Canon TL-QL Kodak REflex S Canon TX Konica FT-1 Canonflex Konica Autoreflex T3 Chinon Memotron Konica Autoreflex T4 Contax 137 MA Konica Autoreflex TC Contax 137 MD Leica R3 Contax 139 Quartz Leica R4 Contax Motor Drive W6 Leica Motor Winder R4 Contax RTS Leicaflex SL Contax RTS II Mamiya ZE-2 Quartz Contax139 Quartz Winder Minolta Auto Winder D Edixa Reflex D Minolta Auto Winder G Exa 500 Minolta Motor Drive 1 Exa I, Ia, Ib Minolta SR 7 Exa II Minolta SRT 100 Exa IIa Minolta SRT 101 Exa Type 6 Minolta SRT 202 Exa VX 200 Minolta X370 Exa Version 2 to 5 Minolta X370s Exa Version 6 Minolta X570 Exa Version I Minolta X700 Exakta 500 Minolta XD 11, XD 5, XD 7, XD Exakta Finder H3 Minolta XE-7 XE-5 Exakta Finder: prism P2 Minolta XG-1 Exakta Finder: prism P3 Minolta XG 9 Exakta Finder: prism P4 Minolta XG-M Exakta Kine Minolta XG7, XG-E Exakta Meter Finder Minolta XM Exakta RTL1000 Miranda AII -
Rolleiflex-6000.Pdf
Rolleiflex 6000-System Lenses and Dedicated Accessories www.mr-alvandi.com Top-notch Lenses Only the best lenses are good enough for a profes- Glass sional camera system. A combination of proper lens curvatures and suitable For your Rolleiflex 6008 AF and Rolleiflex 6008 Integral glass types are your guarantee that the Rollei line of you may choose between lenses from ultra-wide-angle, lenses are optimally corrected for aberrations for sharp wide-angle and standard lenses to telephoto, zoom and brilliant pictures. Carl Zeiss, Schneider-Kreuznach and several special-purposes lenses. All of them cut- and Franke & Heidecke use advanced glass types, some ting-edge products made by Carl Zeiss and Schneider- of which with particularly high refractive indices. Kreuznach, the world-famous specialists for medium- format optics. All of them with Rollei HFT coating (High Mechanics Fidelity Transfer) for optimum flare suppression and bril- A lens consists of several elements, some of which may liant colors. be combined in components. These are axially shifted for focusing and zooming, sometimes even in opposite Our PQ (Professional Quality) and PQS lenses, the latter directions. All these motions have to be very precise in with a top shutter speed of 1/1000 s, are the result of order not to degrade the high performance of the advanced optical design techniques, innovative technol- lenses over their entire focusing and zooming ranges. ogy and permanent optimization. All of them use the Precise manufacturing techniques and high-quality unique Rollei Direct-Drive technology: The diaphragm materials make sure that the tight tolerances are met and shutter blades in the lens are driven by two linear even after many years of use. -
Battery Replacement for Mercury PX13, PX625, MR9 and PX27
The mercury cell problem and its solutions. Index. Page 1: Index and general information on mercury battery problems and solutions. 2: Detailed information on mercury, zinc-air, alkaline, rechargeable and lithium cells. 3: Information on silver-oxide cells, a battery comparison chart and options for replacing 625-mercury cells. 4: Battery adapters and various diodes for use in a camera, exposure meter or adapter. 5: Temperature influence on Schottky-diodes and PX27 battery problem and solutions. 6: Materials and tools needed for making a battery adapter and disclaimer. 7: Elaborate step-by-step guide for making a homemade PX13 / PX625 / MR9 battery adapter. 8: Last piece of the step-by-step guide for making a homemade battery adapter and a list of movie cameras and photo (still) cameras, exposure meters and accessories that use PX13 / PX625 / MR9 cells. 9: List of cameras, exposure meters and accessories that use PX13 / PX625 / MR9 cells. 10: For the more technically challenged: a step-by-step guide for making a battery adapter with tiny S.M.D. parts. 11: Ordering information and prices (incl. shipping costs) for ready-made adapters, kits or a hardcopy of this article. 12-14: F.A.Q. frequently asked questions: please READ this first before you place your order or ask questions. General information about mercury cells and various solutions for replacing the banned mercury cells. The now (for environmental reasons) banned mercury Most batteries that were available in mercury versions cells have caused problems for a lot of (vintage) camera are currently available in silver-oxide and/or alkaline and exposure meter owners who are now facing versions. -
Seite 52E.P65
156 Type list of all Rollei 35 cameras and accessories Prochnow Register Name Model Rarity Page PR 458 without Prototype, first design made by Heinz Waaske S5 29 PR 459 Rollei 35 Prototypes with various explanation S5 46, 89 PR 459/1 Rollei 35 Zero series, Germany by Rollei-Compur-Gossen-Zeiss, chrome S4 88, 89 PR 459/2 Rollei 35 Zero series, Germany by Rollei-Compur-Gossen-Zeiss, black S4 88, 89 PR 459/3 Rollei 35 T Prototype Denim S5 108 PR 459/4 Rollei 35 Prototype silver-finished controls S5 108 PR 459/5 Rollei Design study for new Rollei 35 S5 53 PR 459/6 Rollei 35 Prototype Green S4 108 PR 460/1a Rollei 35 Made in Germany by Rollei-Compur-Gossen-Zeiss series, chromeS3 90, 91 PR 460/1b Rollei 35 Made in Germany by Rollei series, chrome S1 90, 91 PR 460/2a Rollei 35 Made in Germany by Rollei-Compur-Gossen-Zeiss series, blackS3 90, 91 PR 460/2b Rollei 35 Made in Germany by Rollei series, black S1 90, 91 PR 460/3 Rollei 35 Special Made in Germany by Rollei series, gold plated S3 92, 93, 99 PR 460/4 Rollei 35 Special Made by Rollei Singapore series, black/ brown S3 92, 93 PR 460/5 Rollei 35 Made by Rollei Singapore series, chrome-finished S1 94, 95 PR 460/6 Rollei 35 Made by Rollei Singapore series, black S1 94, 95 PR 460/7 Rollei 35 S-Xenar Made by Rollei Singapore, chrome-finished S1 96, 97 PR 460/8 Rollei 35 S-Xenar Made by Rollei Singapore, black S1 96, 97 PR 460/9 Rollei 35 S-Xenar Made by Rollei Singapore, black/ brown S4 96, 97 PR 460/10 Rollei 35 Action Set series, Made in Germany S3 98 PR 461 Rollei 35 S Prototype 40mm Sonnar -
Before the Board of County Commissioners For
BEFORE THE BOARD OF COUNTY COMMISSIONERS FOR MULTNOMAH COUNTY, OREGON In the Matter of the Transfer of Certain Forfeited Property to Orient Elementary Grade School RESOLUTION 91-132 WHEREAS, Multnomah County Sheriff's Office has, through civil forfeiture laws, obtained right, title, and interest to certain personal property more particularly described in Exhibit A attached hereto; and WHEREAS, Multnomah County Ordinance No. 676 allows for the transfer of forfeited property to any government agency within the State of Oregon for a public purpose, and WHEREAS, the Sheriff of Multnomah County recommends that the property described in Exhibit A be transferred to Orient Elementary Grade School, who shall use the same for the following described public purpose; The excess and/or unusable cameras, which are not being used by the Multnomah County Sheriff's Office, will be used by a photography class at the Orient Elementary Grade School to learn the various techniques of photography. The students will also disassemble the cameras and learn the internal workings of cameras. THEREFORE BE IT RESOLVED, that the property described in Exhibit A attached hereto be transferred to Orient Elementary Grade School. ADOPTED this 12th day of September , 1991 . 2824-ASIU EXHIBIT A 1. One Minolta X-570 Model 35mm Camera 2. One Kodak VR35 35mm Camera, S/N 256628 3. One Argus/Cosina STL1000 35mm Camera, S/N 2310015 (Some parts of camera missing) 4. One Konica Autoflex A3 35mm Camera, S/N 742601: 5. One Bell & Howell Auto 35/Reflex 35mm Camera, S/N 218289 6. One Minolta SRT 102 35mm Camera, S/N 2092659 7. -
View Camera Solutions
DIGITAL CAMERAS View Camera solutions With digital photography it has become easier to work the tilt/shift New ground breaking developments on the H3D camera system mechanism of a view camera and hereby achieve a special photo- allow for direct tilt/shift work using the new HTS1.5 tilt/shift graphic expression. The digital solutions however, are still heavy to adapter, and the new HVC view camera adapter kit allows for bring into the field, and controls to place the wanted focus correctly classic view camera work both un-tethered and with new levels of are not optimal. focus control. View Camera Connectivity The CF/CF-MS/CFV digital back can also be mounted onto a view All Hasselblad digital camera products can work with view cameras. camera platform. Two options are available to physically attach the digital capture Both the H3D camera products and the CF range of digital backs have unit to the view camera. The first is known as a Live Video Adapter, a sophisticated interface, and allow micro-processor controlled connec- as the only method of composing and focusing the image is done via tions to electronic shutters for full control capture mode (single-shot, the Live Video controls in Phocus. The second is the Sliding Adapter multi-shot) and of aperture, shutter and exposure. that allows use of a conventional ground glass screen for composition The remaining digital products are triggered by a simple flash sync and the ability to then slide the back in place. These items are easily connection. A summary is outlined in the table below. -
Accessories Fo R Contax Photography
ACCESSORIES FO R IKON CONTAX PHOTOGRAPHY A"CCESSORIES FOR CONTAX PHOTOGRAPHY ZEISS IKON A G DRESDEN C 551 E CONTENTS PAR T I: Close-up Subjects, Copies and Photo micro Work Page Supplementary Lenses 6 Optical Near Focussing Equipment 8 Large Copying Stand and X-ray Plate Copying Apparatus 10 Special Copying Stand 16 Photo-micro Apparatus 18 Plate Adapter 21 List of separate parts 23 PART II: Projection, Enlargement and Colour Pictures Contabox Miniature Projector 26 Contax Large Projector 28 Magniphot Enlarger 30 Helinox Projection Printer 32 Colour Pictures 33 List of separate parts 35 PAR TIll: Miscellaneous Accessories Dark-room Appliances 38 Accessories for the Camera 42 List of separate articles 47 2 Jntroduction A camera which is universal in the truest sense of the word enables use to be made of lenses which can be inter changeably fitted to it as well as of a series of accessories for special purposes. For this reason the Contax has be come the base of an entire system of appliances with which the most varied branches of photography are at the command of the user From the following pages it will be seen that everything photographic can be done with the Contax and the acces sories for it. It will be clear that the Contax is not merely a camera with which the most diverse subjects can be taken but is also an instrument adapted for the purposes of serious scientific work. The special Contax construction-in particular, the de tachable back, with consequent accessibility of parts, and the bayonet-joint mount for lenses etc.-has the very great advantage that every accessory appliance is extra ordinarily convenient and reliable in use.