Kodak D-45 User's Manual
Contents
1. SBE SS See SSeS eee E see eee 500 550 0 100 1000 SPATIAL FREQUENCY cycles mm Wavelength nm NOTE 750 These photographic modulation transfer values were determined by using a method similar to the one described in ANSI NAPM PH2 39 1977 R1990 Photographic Modulation Transfer Function of Continuous Tone Black and White Photographic Films Method of Measuring The film was exposed with the specified illuminant to spatially varying sinusoidal test patterns having an aerial image modulation of a nominal 35 at the image plane with processing as indicated In most cases the photographic modulation transfer values are influenced by development adjacency effects and are not equivalent to the true optical modulation transfer curve of the emulsion layer in the particular photographic product D 45 Ordering Information Imagelink DL 1000 Microfilm Code Mil Format Spec Description Case Cat No 2482 4 0 105 mm x 125 m 987 Imagelink DL 1000 Microfilm 4 190 6718 105mm x200m_ 929K Imagelink DL 1000 Microfilm 2 820 0024 READ THIS NOTICE The sensitometric curves and data in this publication represent product tested under the conditions of exposure and processing specified They are representative of production coatings and therefore do not apply directly toa particular box or roll of photographic material They do not repres2. Computer Output Microfilm Data Sheet KODAK IMAGELINK DL 1000 Microfilm 2482 Description Kodak Imagelink DL 1000 Microfilm 2482 is a rapid access thermally processed dry silver computer output microfilm This film is designed to be exposed by a red helium neon laser When developed a positive appearing image is formed dark characters on a light background Kodak Imagelink DL 1000 Microfilm is an extremely fine grain high contrast microfilm which offers the highest quality thermally processed microimage available When DL 1000 is used with Kodak Premium 1000 Thermal Print Film 1323 a very high quality duplicate is achieved at optimum equipment throughput speeds Product Applications Kodak Imagelink DL 1000 Microfilm is designed to generate positive appearing camera originals in fiche format from helium neon lasers used in dry computer output microfilmers COM equipment such as the Kodak Komstar 100 200 300 Microimage Processors Kodak Komstar Microimage Processor IV Kodak Optistar Datawriter Kodak Optistar V Processor Kodak Komstar Processor V and the Kodak Optistar Image Writer This film can be handled in room light and the equipment it is used with does not require any special plumbing venting or dark rooms Imagelink DL 1000 Microfilm is primarily used to make masters for generating negative appearing distribution copies clear characters with dark background on thermal print film Posi
3. Company and by the ANSI NAPM IT9 4 subcommittee this film is estimated to maintain a usable image for at least 100 years when processed as recommended and handled and stored as described in ANSI NAPM IT9 11 1993 Storage at low temperature provides greater assurance of satisfactory image stability The recent specifications for Thermally Processed Silver Microfilm Specifications for Stability are listed in ANSI NAPM IT9 19 1994 NOTE Refer to the latest revision of each ANSI or ISO Standard specified 1000 100 Characteristic Curve Kodak Imagelink DL Microfilm 2482 HeNe Laser Heat Processed 5 sec at 119 C 246 F Status M Blue 2 00 1 00 0 00 1 00 2 Log Exposure lux seconds 00 3 00 Modulation Transfer Function Curve Kodak Imagelink DL Microfilm 2482 Heat Processed 5 sec at 119 C 246 F Status M Blue Status M Blue Spectral Sensitivity Curve Kodak Imagelink DL Microfilm 2482 HeNe Laser Heat Processed 5 sec at 119 C 246 F D 1 0 gt D min D 0 3 gt D min p
4. Data Unprocessed Film Base 4 0 mil Emulsion 0 5 mil Total 4 5 mil blue tinted Estar Base backing antistat layer and copolymer topcoat negligible Handling Film not in cartridges should be handled in total darkness Unexposed film in its cartridge can be handled in room light Storage Store unopened packages of film at 21 C 70 F If storage for longer than three months is needed 13 C 55 F or lower is recommended Keep the film at 50 relative humidity or below and protected from radiation and X rays To avoid moisture condensation on the film cold or frozen film should be warmed throughout to approximate room temperature before the package is opened six hours if refrigerated or overnight if frozen Once a package is opened do not refrigerate or freeze the film If the Kodak Komstar Microimage Processor will be shut down for four hours or more unthread the film from the film transport Image Structure Resolving power based on recommended process Test Object Contrast 1000 1 ISO RP 1000 lines mm These values were determined by a method similar to the one described in ISO Standard 6328 1982 Photography Photographic Materials Determination of ISO Resolving Power Diffuse RMS granularity 15 Read at a net diffuse density of 1 00 with a Kodak Wratten Gelatin Filter No 47B using a 48 micrometer aperture Processing Kodak Komstar Microi
5. Console As the Komstar is running and starts a new column of data determined by either counting frames or listening for the camera to change directions increase the Data Intensity setting by one This should produce a fiche with eight columns of data at eight different settings D 45 5 After you have produced a master fiche with varying densities the next step is to duplicate that data at the duplicator exposure setting which you determined yielded the proper background density Make three copies use the second and observe it in a viewer starting with the lowest exposure Look for the Komstar setting which yields the brightest and most defined character If necessary make paper prints to determine optimum settings 6 Once the Komstar data and forms intensity settings are determined produce a master and duplicate fiche at those settings for future reference After Processing Information Handling As with all photographic products exercise care to avoid scratches abrasions and fingerprints It is recommended that camera originals be handled as little as possible and with lint free nylon or cotton gloves Print up Because this is a heat processed film with incorporated developers extreme heat or an intense light source i e readers and printers can cause further development of the background area Darkening of the background is called print up Print up is cosmetic in nature and does not duplicate on
6. ent standards or specifications which must be met by Eastman Kodak Company The company reserves the right to change and improve product characteristics at any time EASTMAN KODAK COMPANY Document Imaging Rochester New York 14650 Kodak Imagelink Optistar Estar Komstar and Wratten are trademarks of Eastman Kodak Company www kodak com go docimaging Kodak Imagelink DL 1000 Microfilm Kodak Publication No D 45 CAT No 810 3244 7 2001 Printed in U S A Eastman Kodak Company 2001
7. mage Processors contain a heated metal drum which processes this film at 1 8 meters 6 feet per minute Starting point recommendations are 119 2 C 246 1 2 F for five 5 seconds Duplicating Masters Print film density aims recommended when printing from Kodak Imagelink DL 1000 Microfilm 2482 Microfilm masters onto Kodak Premium 1000 Thermal Print Film 1323 Kodak Premium 1000 Thermal Print Film 1323 Optimum background density 2 20 Preferred background density range 1 90 to 2 25 Minimum background density 1 80 Kodak Imagelink DL 1000 Microfilm 2482 Microfilm Densitometry Diffuse Status M Blue Kodak Thermal Print Film 1353 1323 Film Densitometry f 4 5 Visual Projection See Kodak Publication D 49 for a description of Kodak Thermal Print Films Photographic Properties The following data are based on development in the Kodak Komstar Microimage Processor as recommended Exposure Kodak Imagelink DL 1000 Microfilm 2482 is exposed inside a computer output microfilmer using a helium neon laser for characters and a tungsten light or helium neon laser exposure for the forms slide The optimum exposure intensity setting is determined by selecting from a complete intensity series produced according to procedures as indicated under Exposure Optimization below Spectral Sensitivity Optimum sensitizing for helium neon lasers 633 nm Exposure Optimization To determine the pr
8. oper COM and duplicator exposure settings perform the following procedure Produce a processed BLANK master fiche from the COM Run an exposure series on the duplicator e Request 11 copies in the semiautomatic or manual mode e Set the exposure to 1 0 e Using the fresh Kodak Imagelink DL 1000 fiche start the copy cycle e After each exposure increase the exposure setting by 0 1 e There should be 11 fiche produced with increasing background densities Using either a densitometer or the Kodak Thermal Print Density Comparator select the fiche which has a density of 2 2 or close to but not darker than the Upper Limit patch on the Kodak Comparator This will become the background onto which the Komstar characters will be printed Produce an exposure series of Komstar data onto Kodak Imagelink DL 1000 Microfilm such that it can be duplicated onto a fiche with the proper background density Depending on the Komstar being used this can be done in several ways Kodak Optistar Image Writer Note the current intensity settings Run either a test job or the Quality Monitor Test from the Optistar Systems Console Run the job several times and vary the intensity up or down in increments of 10 each time Komstar 100 200 300 Microimage Processors Komstar Microimage Processor IV and Optistar Processor V Run either a test job or the Quality Monitor Test from the Optistar Systems
9. tive or negative appearing copies can also be made on diazo or silver films depending on customer preference This film is not intended to be used as the primary working copy or for frequent use in reader printers D 45 Features and Benefits e High contrast e Extremely fine granularity e Ultra high resolving power e Very slow speed Optimum sensitization for helium neon lasers 633 nm for character exposure and filtered tungsten source for forms overlay e Blue tinted 4 mil Estar Base of 0 1 nominal visual density e The sensitized layer of this film contains an organic silver compound and an incorporated developing agent When properly handled and stored information on this film can be retrieved for at least 100 years Meets requirements of ANSI NAPM IT9 19 1994 for thermally processed silver microfilms Reformulated emulsion layer Improved image tone resulting in blacker characters reduces post process print up improves raw stock keeping resulting in invariant speed improves halation protection New conductive antistat layer and copolymer backing Reduces dirt attraction resulting in cleaner dupes improves transport and handling lowers duplicator exposure time increasing productivity reduces Newton s Rings on dupes patented technology Improved overcoat Improves overcoat adhesion on processed fiche patented technology D 45 Physical Properties before process Nominal Thickness
10. to the second generation copy Kodak Imagelink DL 1000 Microfilm has properties which reduce print up Viewing and Printing Readers and viewers are a source of heat and light at the film plane and can possibly cause print up A reader whose gate temperature does not exceed 65 C 150 F will even after the film has been viewed for several hours maintain sharp and easily read images Readers and viewers can be a source of scratches and abrasions For these reasons it is recommended that whenever possible only test fiche be used in a reader f the heat at the film plane is kept at 65 C 150 F or lower when measured as specified in ANSI NAPM IT9 19 1994 this print up has no practical effect when viewing on a reader or in making duplicates on a printer D 45 Keeping Life Expectancy For optimum storage life store processed film in the dark at 70 F 21 C 50 relative humidity or below with other conditions as specified in American National Standard ANSI NAPM IT9 11 1993 Imaging Media Processed Safety Photographic Films Storage The useful life of Kodak Imagelink DL 1000 Microfilm can only be estimated from incubation tests at accelerated conditions since the film has not been manufactured long enough to have experienced practical losses of the image Extrapolation of high temperature keeping behavior to room temperature storage is always subject to some uncertainties On the basis of work done at Eastman Kodak
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