Instruction Manual
Page 4
Infrared focusing index 4. Distance scale 9. Aperture ring 15. Recommended f/number scale (for lens only) 10. Aperture-direct-readout scale 2. EE servo coupling post 14. Tightening screw 18. Focusing ring 4 Aperture scale 6. Distance index line 8. Reproduction ratio scale (for PN-11 ring attached) 19. Lens hood 12. Aperture indexing post 13. Depth-of-field indicators 17. Meter coupling ridge 3. Aperture index 5. Mounting ring 16. NOMENCLATURE 1. Meter coupling shoe 7. Reproduction ratio scale (for PN-11 ring attached) 11.
Infrared focusing index 4. Distance scale 9. Aperture ring 15. Recommended f/number scale (for lens only) 10. Aperture-direct-readout scale 2. EE servo coupling post 14. Tightening screw 18. Focusing ring 4 Aperture scale 6. Distance index line 8. Reproduction ratio scale (for PN-11 ring attached) 19. Lens hood 12. Aperture indexing post 13. Depth-of-field indicators 17. Meter coupling ridge 3. Aperture index 5. Mounting ring 16. NOMENCLATURE 1. Meter coupling shoe 7. Reproduction ratio scale (for PN-11 ring attached) 11.
Instruction Manual
Page 5
...disturbing your photography immediately. With NIC (Nikon Integrated Coating) applied to the air-to-glass surfaces of the lens element, not only do you 're focusing at full aperture, with its long focal length, the Micro-Nikkor 105mm stands out as compact and ...34ft) with a 1:2 reproduction ratio, even at close -up photography-the Micro-Nikkor 105mm f/2.8. BEFORE USING THE LENS (Read the following carefully and get the same operation with suitably equipped Nikon cameras, this lens offers "Automatic Maximum Aperture Indexing" (AI), permitting full aperture exposure measurement through ...
...disturbing your photography immediately. With NIC (Nikon Integrated Coating) applied to the air-to-glass surfaces of the lens element, not only do you 're focusing at full aperture, with its long focal length, the Micro-Nikkor 105mm stands out as compact and ...34ft) with a 1:2 reproduction ratio, even at close -up photography-the Micro-Nikkor 105mm f/2.8. BEFORE USING THE LENS (Read the following carefully and get the same operation with suitably equipped Nikon cameras, this lens offers "Automatic Maximum Aperture Indexing" (AI), permitting full aperture exposure measurement through ...
Instruction Manual
Page 6
... (Al-type), make sure that the camera's meter coupling lever is correctly positioned; To remove, depress the lens release button on the camera and twist the lens clockwise. • When mounting the lens on a camera with the lens mounting index on a camera without this lever (non Al-type), you need "manual" maximum aperture indexing...
... (Al-type), make sure that the camera's meter coupling lever is correctly positioned; To remove, depress the lens release button on the camera and twist the lens clockwise. • When mounting the lens on a camera with the lens mounting index on a camera without this lever (non Al-type), you need "manual" maximum aperture indexing...
Instruction Manual
Page 7
... on the focusing ring is loosened. These figures indicate the distance from the subject to 0.41m (1.34ft) for convenience when precise measurement of 1:2. The Micro-Nikkor 105mm f/2.8 operates continuously from infinity («>) to the camera's film plane. Then, turn the focusing ring with the screw tightened, do not attempt it is... a reproduction ratio of the distance is required. (For more details, check your camera's instruction manual). • Although it . • At the closest distance setting, the lens focal length is indicated on the focusing screen appears sharp.
... on the focusing ring is loosened. These figures indicate the distance from the subject to 0.41m (1.34ft) for convenience when precise measurement of 1:2. The Micro-Nikkor 105mm f/2.8 operates continuously from infinity («>) to the camera's film plane. Then, turn the focusing ring with the screw tightened, do not attempt it is... a reproduction ratio of the distance is required. (For more details, check your camera's instruction manual). • Although it . • At the closest distance setting, the lens focal length is indicated on the focusing screen appears sharp.
Instruction Manual
Page 8
...;= Acceptable focusing The split-image rangefinder, microprism or crosshair area is attached to this lens, use with Nikon cameras other than F3and F2-series cameras (e.g., Nikon FA, FE2, FM2 and FE), refer to this . For screens used with your lens are listed below. But the image on the surrounding matte area. 0 = Acceptable focusing Slight...
...;= Acceptable focusing The split-image rangefinder, microprism or crosshair area is attached to this lens, use with Nikon cameras other than F3and F2-series cameras (e.g., Nikon FA, FE2, FM2 and FE), refer to this . For screens used with your lens are listed below. But the image on the surrounding matte area. 0 = Acceptable focusing Slight...
Instruction Manual
Page 9
...pages 32 and 33. 9 Using either side of the distance index line correspond to the f/numbers of the same color on your camera and the lens will close distances, however, so little is , numerically, the relationship between the image size (to be more useful to check the depth-of ... the reproduction ratio is to read the color-coded indicators inscribed on the focusing ring. For example, to 0.88) represent possible ratios when the lens and PN-11 ring are inscribed in your shot. The reproduction ratio is in focus. Two reproduction scales are used alone. At close to the...
...pages 32 and 33. 9 Using either side of the distance index line correspond to the f/numbers of the same color on your camera and the lens will close distances, however, so little is , numerically, the relationship between the image size (to be more useful to check the depth-of ... the reproduction ratio is to read the color-coded indicators inscribed on the focusing ring. For example, to 0.88) represent possible ratios when the lens and PN-11 ring are inscribed in your shot. The reproduction ratio is in focus. Two reproduction scales are used alone. At close to the...
Instruction Manual
Page 10
...; focal length A 1:2 reproduction ratio is achieved with PN-11 ring The Micro-Nikkor 105mm f/2.8 goes from a 1:2 reproduction ratio down the lens partially compensates for reproduction ratios from 1:2.2 to 1:1, stop the lens down, referring to the recommended f/number on the PN ring will be focused to ... not found in general photography. Stopping down to 1:1.1. Because the Close-Range Correction System is calculated by turning the lens focusing ring to a closer distance setting, without lengthening the bellows extension. The recommended f/number scale engraved above the ...
...; focal length A 1:2 reproduction ratio is achieved with PN-11 ring The Micro-Nikkor 105mm f/2.8 goes from a 1:2 reproduction ratio down the lens partially compensates for reproduction ratios from 1:2.2 to 1:1, stop the lens down, referring to the recommended f/number on the PN ring will be focused to ... not found in general photography. Stopping down to 1:1.1. Because the Close-Range Correction System is calculated by turning the lens focusing ring to a closer distance setting, without lengthening the bellows extension. The recommended f/number scale engraved above the ...
Instruction Manual
Page 11
...ratio) is achieved when the bellows is required for general close a distance as possible. For maximum benefits from the Close-Range Correction System, the lens should be focused at as close -up photography. For a reproduction ratio higher than for duplication work More precise accuracy is extended to approx. ...) rings. For example, if the bellows extension is 165mm: o2 + 0.5 = approx. 2.5 In other words, you get a reproduction ratio of the lens. For the most precise accuracy, use the PN-11 (with 52.5mm thickness), PK-12 (with 14mm thickness) and PK-13 (with the bellows extension...
...ratio) is achieved when the bellows is required for general close a distance as possible. For maximum benefits from the Close-Range Correction System, the lens should be focused at as close -up photography. For a reproduction ratio higher than for duplication work More precise accuracy is extended to approx. ...) rings. For example, if the bellows extension is 165mm: o2 + 0.5 = approx. 2.5 In other words, you get a reproduction ratio of the lens. For the most precise accuracy, use the PN-11 (with 52.5mm thickness), PK-12 (with 14mm thickness) and PK-13 (with the bellows extension...
Instruction Manual
Page 12
... -down method is used , the exposure measurement method is mounted in TTL metering The Micro-Nikkor 105mm f/2.8 has a fully automatic diaphragm with settings from f/2.8 to the through-the-lens meter of any Nikon AI or F/F2 Photomic camera for full aperture exposure measurement over the entire range of aperture settings...Some AI camera bodies will enter. Camera Close-up attachments such as a PN ring or bellows are used at the right. • When the lens is shown in the table at small apertures, attach a finder eyecup to the eyepiece so no stray light will not accept the PN-1 ring. ...
... -down method is used , the exposure measurement method is mounted in TTL metering The Micro-Nikkor 105mm f/2.8 has a fully automatic diaphragm with settings from f/2.8 to the through-the-lens meter of any Nikon AI or F/F2 Photomic camera for full aperture exposure measurement over the entire range of aperture settings...Some AI camera bodies will enter. Camera Close-up attachments such as a PN ring or bellows are used at the right. • When the lens is shown in the table at small apertures, attach a finder eyecup to the eyepiece so no stray light will not accept the PN-1 ring. ...
Instruction Manual
Page 13
...Nikon/Nikkormat or Photomic TTL meter, compensation is not necessary since the meter will give accurate readings of the amount of light reaching the film decreases as the lens-to-film distance increases. If you have compensated for this decrease. (When the Micro-Nikkor 105mm f/2.8 lens... is used with exposure increases in f/stops for a 1:1 reproduction ratio, use 2steps slower shutter speed and then open the lens by 2/3 stop . Lens only Reproduction ratio 1/10 1/8 1/6 1/4 1/2 With PN-11 ring ...
...Nikon/Nikkormat or Photomic TTL meter, compensation is not necessary since the meter will give accurate readings of the amount of light reaching the film decreases as the lens-to-film distance increases. If you have compensated for this decrease. (When the Micro-Nikkor 105mm f/2.8 lens... is used with exposure increases in f/stops for a 1:1 reproduction ratio, use 2steps slower shutter speed and then open the lens by 2/3 stop . Lens only Reproduction ratio 1/10 1/8 1/6 1/4 1/2 With PN-11 ring ...
Instruction Manual
Page 14
...with alcohol to the infinity (°°) setting. 14 The lens hood also helps to protect the lens. • Keep the lens cap in place whenever the lens is not in use ether in the leather lens case, set the lens' focusing ring to remove grease or fingerprints from dirt or damage,...is stored separately. • To ensure proper fit of the lens when stored in cleaning the lens, a smudge sometimes appears on the surface of a multi-coated lens. If you should always keep the lens surfaces clean, rough cleaning must be avoided. LENS CARE • Although you use . • Attach both the...
...with alcohol to the infinity (°°) setting. 14 The lens hood also helps to protect the lens. • Keep the lens cap in place whenever the lens is not in use ether in the leather lens case, set the lens' focusing ring to remove grease or fingerprints from dirt or damage,...is stored separately. • To ensure proper fit of the lens when stored in cleaning the lens, a smudge sometimes appears on the surface of a multi-coated lens. If you should always keep the lens surfaces clean, rough cleaning must be avoided. LENS CARE • Although you use . • Attach both the...
Instruction Manual
Page 15
... scales Diaphragm: fully automatic Reproduction ratios: Scales provided; 1:10 to 1:2 for lens only; 2 to 1:0.88 for non-AI cameras Attachment size: 52mm (P=0.75mm) Mount: Nikon bayonet Dimensions: Weight: Accessories Supplied 52mm snap-on front lens cap Rear lens cap LF-1 Snap-on lens hood HS-14 Approx. 66.5mm dia. \ 83.5mm extension from 0.4lm...
... scales Diaphragm: fully automatic Reproduction ratios: Scales provided; 1:10 to 1:2 for lens only; 2 to 1:0.88 for non-AI cameras Attachment size: 52mm (P=0.75mm) Mount: Nikon bayonet Dimensions: Weight: Accessories Supplied 52mm snap-on front lens cap Rear lens cap LF-1 Snap-on lens hood HS-14 Approx. 66.5mm dia. \ 83.5mm extension from 0.4lm...
Instruction Manual
Page 28
....0-14.8 32.1-13.8 18.8-12.3 31.3-13.6 18.5-12.1 40.6-15.0 84.1-14.5 63.6-14.5 19.4-14.6 20.8-18.1 20.0-18.9 20.0-27.4 33.5-16.1 Lens in reverse position Reproduction ratio Subject field - - - - - - - - - - - - - - - - - - 1/--1.9 °°x ~-0.50x0.76 1/--1/1.5 » x - - 1 . 4 x2.1 ...1/--3.5 - For PK-ring combinations, see Table 2. *** The figures shown here represent the ranges obtained with the subject on the baseplate, using the lens without any close-up attachment. 28 Focused distance - =-15.8 --15.0 --20.2 - * The first values are for the Kl ring used ...
....0-14.8 32.1-13.8 18.8-12.3 31.3-13.6 18.5-12.1 40.6-15.0 84.1-14.5 63.6-14.5 19.4-14.6 20.8-18.1 20.0-18.9 20.0-27.4 33.5-16.1 Lens in reverse position Reproduction ratio Subject field - - - - - - - - - - - - - - - - - - 1/--1.9 °°x ~-0.50x0.76 1/--1/1.5 » x - - 1 . 4 x2.1 ...1/--3.5 - For PK-ring combinations, see Table 2. *** The figures shown here represent the ranges obtained with the subject on the baseplate, using the lens without any close-up attachment. 28 Focused distance - =-15.8 --15.0 --20.2 - * The first values are for the Kl ring used ...