Nikon AF Micro-Nikkor 60 mm f/2.8D User manual

ϔಞႝơᎢѱƢ
Printed in Japan
SB3C01(27)
8MNJC625-01▲G12
Ck
ҋᅶᢪ೗Ϸ
ᰡᰁ᪞х
62mm ు୫ᮨ࠽֏ሣ
ᮨ࠽َሣ
AF Micro-Nikkor 60mm f/2.8D
En
User’s Manual
Supplied Accessories
Supplied Accessories
62 mm snap-on front lens cap
Rear lens cap
ଓᣖૣᨢᤑДڳˊᢜ๙᧍হᏲሇAF ᥭԎ
60mm f/2.8Dᥭᮨ࠽ಀ௄0.219mሇഡᨀၢᥭጌƥς
ظϛၯሮ സസ ᦳటҖ ᥭጌҴ ૉмᨆ ៞׾೎ 3Dቻ᯹༻ԍୈ
3D࠰љଓݥަ៣៧ԊᯂԍሇᯂԍఊցˊޗҋᅶലДڳ֏ƥ
᢭аᐷᯛᢱᨅЌெ׬ڔၯሮസᢪ೗ϷƥмҤૣޗᄕޗڔЪ
َ᪍ᕜԊթջᅶૣሇᮨ࠽ˊ
ҋᅶДڳ֏᢭аᐷᯛᢱലҋᅶᢪ೗Ϸƥৰ᢭࡭ܐұᎫˊ
ࣴԘᲉቹ
᢭ޗҋᅶ֏аᐷᯛᢱǼࣴԘᲉቹǽƥৰм ๡ ኵ ሇ ಲ ໿ ҋ ᅶˊ
ലǼࣴԘᲉቹǽϔᡫ᧏Ͻ󰩶ᠳሇԬƥظҋૣᕜ࠲ࣴԘˉ๡
ኵޞҋᅶДڳƥৰᲒ᯶ૣୈвОᨲୄОᦳћୈᤆД௬
࠼ˊ ᢭ ޗ ᯛ ᢱ ϥ َ ࡭ ܐ ұ Ꭻ ƥм Ҥ ല Д ڳ ሇ ୛ ണ ҋ ᅶ ᓥ ظ м
ᰡ೎ඇᯛˊ
ണԟெዥ
ലᗩϔඓ༉ሇெዥڔ٢Ϥ࡝λˊ
Aᡚٴ ៨ዥᘧνᩓࣳᢜᲇெዥୈ౯Ѹνƥմണظ
ᕜᨲୄОٽ๨Џୈᤄ󰩶ћሇԬˊ
A༉ଐ
៨ዥᘧνᩓࣳᢜᲇெዥୈ౯Ѹνƥմണظ
ᕜᨲୄОٽћˉмؠണظᕜᨲୄႪڳ௬
ሇԬˊ
ലᗩҋᅶмλތዥڔ፽ؿᲉᩓࣳሇԬѸթᏚڔᢪ೗ˊ
ތዥڔ፽ؿሇҐ
I
L፽ؿ៨ዥۥ᥎༉ଐơׇஷᡚٴƢሇԬˊ
ޗތዥϔୈތዥᰁᨀඓണԣѱሇ༉ଐԬơসތϥ
ҐϛᡌᆀƢˊ
E
F፽ؿ៨ዥጂ๠ơνԇᡲᨆ៞ሇƢሇ៞ϛˊ
ޗތዥϔୈތዥᰁᨀඓണԣѱሇጂ๠Ԭơসތϥ
Ґϛጂ๠ ஜᡊƢˊ
K
D፽ؿ៨ዥց୭៞ơ᱇ᨆ៞Ƣሇ៞ϛˊ
ޗތዥϔୈތዥᰁᨀඓണԣѱሇց୭៞Ԭơস
ތϥҐϛئՠᆀໆƢˊ
Aᡚٴ
Eጂ๠ஜᡊ
ժׅᖪ៞ஜᡊˉһᄮୈಅ᠆ˊ
ٞմѕᨲୄᡌᆀˉؤᅴಉᰧৰᖮا
ћˊ
G
C
ጂ๠ᡌዉ
፞׾ࡿ୩
һᄮ
ДڳᅽЃᥥᚽᓨኞ௬ҋԬ᪇࠮᱘೎ƥ
ժׅᅶୡᡌዉ࠮᱘᪇թˊ
ٞմѕᨲୄᡌᆀˉୈᅽЃኞ௬᪇թᓨ
ᖮاћˊئՠၯሮസᆀໆƥৰࡿ୩ᑀ᭖۵
ୈ௼഼ሇᑢһദ֩ϔᨆ៞һᄮˊ
K
C
ئՠᆀໆ
፞׾ࡿ୩
һᄮ
ؤᄕДڳبၔˉԱ၌ୈؤՠၢڇᎋয়೎ƥ
᢭፞ֆئՠၯሮസᆀໆˊ
ᘧޗ๢૮Ճλᑖᑛҋᅶƥѕᖮဟဨୈ
ဧћˊئՠᆀໆ೎ƥ᢭ׅ៿ၒћˊئՠ
ᆀໆƥৰࡿ୩ᑀ᭖۵ୈ௼഼ሇᑢһദ
֩ϔᨆ៞ һ ᄮˊ
Jጂ๠
ఉᡌາ
ժׅཐԗາϔୈఉᡌտາƥୈ៿᰾າཱུ
ྰˊ
ٞմѕᖮ᥎ဟୈᡌᆀˊ
Fጂ๠ҋᅶ
ժׅޗണظᕜ᥎ဟˉႍှሇޡ୛ҋᅶˊ
ޗണφၖພˉ໑໱ˉظႄપܢ᱆֋ᎋ೙ႄ
પພѱˉᏝሇޡ୛ҋᅶДڳƥѕᖮ
ႍှୈဟဨˊ
Fጂ๠ᠷሷ
ժׅᅶᮨ࠽ୈၯሮസርఉᠷሷ࠷᯷ୈ
ԍˊ
ٞմѕᖮ࠼೗ୈᠺᠽ௬ћˊ
A༉ଐ
Iᡌᆀ ժׅᅶྰୡᡌዉˊ
ٞմണظᕜᖮᡌᆀˊ
Fጂ๠ಇᒳ ժׅޗࢬ৴ԅѦୡظؠϥࠨұᎫДڳˊ
ٞմണظᕜᖮاћˊ
Aҋᅶ
ᨆ៞ᨡԍ஢ే೎ƥ֩ҋ࠷᯷Ԋթӝጌᠺ
ᡅˊ
᯷ԍѕޗၯሮസԬ᪇ᔎၢƥৰ ണظᕜ ᖮ
ဟဨˊ
࠷᯷ӝጌᠺᡅሇᥭጌ೎ƥϴണظᕜѕ
ᖮဟဨˊ
A࡭ܐұࣘ
νҋᅶ೎᢭ሣκᮨ࠽ሣƥୈұࣘޗ໢ണ᯷
ԍၯࠨˊ
᯷ԍѕᔎ ၢƥৰണظᕜᖮဟဨˊ
Aጥ֬
ᨆ៞ጥ֬೎ƥժׅၯሮസୈᮨ࠽ࣴ᠆ޗ
ιᕫ൳κˊ
౎Ӆˉዉౠ೎ണظᕜᖮاћˊ
Fጂ๠ಇᒳ
ժׅಇᒳЃᯄሇᦹ᧗ϔˉር᯷ԍλୈ
Ԣ࣯য়ᴱྛϥࠨˊ
ٞմԬ᪇᱃хᨲୄνᗟڻƥৰᖮ
ဟဨˊ
ʻ ᮨ࠽᪇х
q༻ԍᓶىᕠ
wCPUఉဿ
eԍޑљᨩഽ
rԍޑֆ
tԍޑርᢱֆ
yԍޑᄔ
uԍޑ /ᮨ࠽ࣴ᠆ඓᡫ
iၢᰊցժ௮ݥ
oၢᥭጌெዥፑح
!0 A-Mาᄔ󰩴ಇைᬋ
!1 EE ѧദᓶىഽ
!2 ഡԍޑ᭗ࣽഽ
!3 ᮨ࠽ᮨ᎑
!4 A-Mาඓᡫ
!5 ၢᄔ
!6 A-Mาᄔ
!7 ࠪցຈᄈெዥ
!8 ၢᥭጌெዥ
!9 ೽྄ெዥ
@0 ၢᥭጌඓᡫ
ʻ ༉ଐЀᲇ
• ᢭ұ௄ CPU ᮨ࠽ఉဿྊ༚ৰνᠳ௬ޫ CPU ఉဿˊ
• νᠳмλ᪞хርఉࣴ᠆ᖭലᮨ࠽ Ƴ
PK-1ୈPK-11ᖪ֬
ѦᄔˉBR-4ୈBR-2ᖪ֬ᄔˉK1ୈK2ᄔơPK-11AڔBR-2A
ظթռ кഠ PK-11 ڔBR-2ҋᅶƢˊᘧνᩓࣳ๢༉ଐЀᲇƥظ
ᕜѕᖮ௬ޫലᮨ࠽ሇCPU ఉဿୈԢв᪇хˊԢвᮨ࠽
᪞хظᕜξၯሮസνԧ ƴ᢭֩ޗҋᅶ֏Ԍඇᯛၯሮ
സሇᢪ೗Ϸˊ
• ޗൺЌၯሮസκƥԍޑ᭗ࣽЃഡӖ೎ು໿ࣴ᠆ᮨ࠽ˊ
ࣴ᠆ᮨ࠽֏֩Ԍᡊᰑԍޑ᭗ࣽˊണԟᢝᐷҴૉƥ᢭؝ᯛ
Ǽഡԍޑ᭗ࣽഽǽˊ
• ലᮨ࠽ು໿ξᅶЃ F3AFၯሮസሇ DX-1ئ೽ݥδ᥎
ҋᅶˊ
ʻ ၢ
ലᮨ࠽ಀ௄A-M าᨢஶˊᘧᠳᨢஶ A-M าƥ᢭ைѮ
A-M าᄔ󰩴ಇைᬋৰٌ೎಺ᦾA-M าᄔˊᨢஶAظ
ᨆ ៞ᖪ ֬ ၢƥᨢ ஶ Mմظᨆ៞ୡ֬ၢˊᨀేᮨႜᮨ࠽
νಀ௄ᖪ֬ၢ ƴҋᅶᨀేᮨႜᮨ࠽೎᢭ᨢஶM ˊ᢭༉ଐƥ
ޗᮨ࠽ࣴ᠆ЃF-501೎ᨢஶMظᕜ᥎ၯሮസಉᰧˊ
ʻ ၢᰊցժ௮ݥ
ၢᰊցժ௮ݥЭFULL ࿌ᖭ LIMIT ظᚊഛઉሇၢˊ
ၢᥭጌ᧔ᨀ೎ƥᨢஶLIMIT ظၢᰊցޗᐛ0.3mᖭ
0.219mሇᥭጌԬƥᓨၢᥭጌ᧔ᨇ೎ƥᨢஶ LIMIT մظ
ၢᰊցޗᐛ 0.3mᖭȤϥᯋሇѬᒳˊ
ʻ ࠪցຈᄈ
ࠪցຈᄈ೤ெႪѱሇ೪ዥ࠵ξԢᰂ࠵ሇຈӖˊҐ
࡝ƥᘧᕘ؁ơތӵљଓݥƢκሇތӵϛᰂሇ1/5ƥ
ࠪցຈᄈ׾ϛ 1Ƴ
5ˊᘧണ᱇ᠳƥૣظҋᅶࠪցຈᄈெዥ
ᨢஶࠪցຈᄈˊҐ࡝ƥᘧᠳм1Ƴ
5ሇࠪցຈᄈᨆ៞஢ేƥ
᢭ᨢஶୡ֬ၢৰ಺ᦾၢᄔርᖭၢᥭጌඓᡫξࠪց
ຈᄈெዥϔሇಚࣗǼ5ǽḌƥၦَّ֏ୈَّጥ֬ၯሮ
സርᖭ஢ేᣳྊ೾ၢˊǼᨀేǽ៨ඨϔղՠϽνٌ
ၢᥭጌ೎ሇࠪցຈᄈˊ
ʻ ၢ
мλၯሮസಀ ௄ᅶЃνٌᮨ࠽ୈνٌ૮Ճλሇ࠰ጕ  ၢˊ
мλၢ  ᨝ ᅶЃല ᮨ ࠽ơ
B2/B3
ˉ
E2/E3
ୈ
K2/K3

ၢᅶЃᱡ๢ࠨ୛ղၯሮസ೎ƥ᢭թռ؝ᓣ
B
ˉ
E
ୈ
K
ղƢƳ
ၢ
ၯሮസ
EC-B/
EC-B/
EC-E
EC-E
A/L
A/L
B
B
C
C
D
D
E
E
G1
G1
G2
G2
G3
G3
G4
G4
F6  
F5+ DP-30   
(+1.0)
F5+ DA-30 
(+0.5)

(+0.5)

(+0.5)

(+0.5)

(+0.5)
F4+ DP-20/
F4+ DA-20 
F3   {
ၢ
ၯሮസ
H1
H1
H2
H2
H3
H3
H4
H4
J
J
K
K
P
P
M
M
R
R
T
T
U
U
F
F
F6 
F5+ DP-30 
F5+ DA-30 
(+0.5)
F4+ DP-20/
F4+ DA-20 
F3 {
 U
Ƴ
ఋᙘҋᅶˊ
{Ƴ
ޗئ೽ݥϔظᠶྏೳơၯႜνѕاտڻƢˊ
UƳ
թ೪ዥνѕటᴱၢՋኵˊ
( )Ƴ ஷؿϔሇಚ௳೤ெᅶЃϔ࠺󰩶ဿ༻ԍሇകԍ
៧ӧӖˊᢹಜF6ሇകԍ៧ӧ೎ƥ᢭ޗᖪࣽ
Ϥᡷࣽ b6 ơǼၢ៧ӧǽƢϔᨢ ஶǼԢвၢ
ǽƴ᢭༉ଐƥҋᅶBୈEм࠮ሇၢ೎ƥ׾
ҋകԍ៧ӧӖϛ0 ƥϴ  Ᲊ ᨢ ஶǼԢвၢ
ǽˊF5ڔF4ሇᅶୗظթռҋᅶᖪࣽϤᡷࣽ18
ڔၢകԍ៧ӧவሥᢹಜകԍ៧ӧ ƴണԟ
ᢝᐷҴૉƥ᢭؝ᯛၯሮസሇᢪ೗Ϸˊ
ፄሄתԈ ඨ Ƴ
ν᨝ᅶЃലᮨ࠽ˊ᢭༉ଐƥޗಇ࠵Ӄᄈϛ1Ƴ
1
ୈഛᴱ೎ƥ
M߉ၢЬظᅶЃ೪஢ేڔ
ᥭ஢ేˊ
ʻ ೽྄
ၢᥭጌඓᡫчଐδ᧵ሇ೽྄ெዥ᪍ظ೪ዥᨀѨ೽྄ơ׾
஢ేᣳ֏َႪѱྊ೾ၢሇךߨᘲއƢˊ᢭༉ଐƥޗ᧔ᨀ
ၢᥭጌλᢜெዥು໿టҖՋኵҴૉ ƴᘧᠳኵࣽ೽྄ƥ᢭
؝ᓣ೽྄៨ඨˊᘧၯሮസಀ௄೽྄ᲒᠼơԍޑᒓƢƥմ೽
྄ᨄظޗئ೽ݥϔᨆ៞Გᠼˊ
ʻ ഡԍޑ᭗ ࣽഽơތ A Ƣ
ޗጫ৽ᖪ֬ୈઉᯀѓԌᖪ֬าλᨆ៞஢ే೎ԍޑ᭗ࣽ
ϛf/32 ˊ
1ԍޑᄔ಺ᦾᖭഡԍޑᡷࣽơ
f/32
Ƣˊ
2 ബԍޑᄔ࿌֬᭗ࣽഽƥмҤ᭗ࣽഽκሇሄဿξ฾ဿḌˊ
ᘧᠳᡊᰑ᭗ࣽƥ᢭ைሮأಲّ࿌֬᭗ࣽഽˊ
ʻ ᨀేξᨄ֧ؑᕜ
ᘧᠳᩕԏݿၯሮസ᱋֬᥎ሇา᏷ƥ᢭ၯሮസࣴ᠆Ѓι
ᕫ൳ৰҋ ᅶઉᯀᐰୈᩎఊᐰˊᨀే೎೽྄ᨭয়൚༶ ƴϛᚊ
ئ᧔ᮿ೽྄ƥ᢭ᒓᮨ࠽ԍޑƥᨢஶഛᮿകԍ೎ᯋƥၦَ
ࣽѬၯሮസƥмҤၢ৮ᱤξૣৌഫ஢ేሇ஢ేᣳ᪇թ৮
៞ˊ ണ ԟ ޗ ᮨ ࠽ ࠨ Ѓ ᨭ য় ಲ ّ ೎ ༻ ࣽ ക ԍơޗ ᮨ ࠽ أ ᠆ ೎
ҋᅶಃᒓԍޑ༻ԍƢሇҴૉƥ᢭؝ᯛλ៨ƥѫ೤᢭༉ଐƥ
F-401 sሇകԍ༻ԍᐄᑏޗҋᅶѦᒓᮨᕼୈᓥPK-11A
ˉ
PK-12 ୈPK-13 ೎ು໿ؤ௖Ѹᅶˊ
ၯሮസ ᪞х ༻ԍ
F90X
ˉF90ᐄղˉ
F70ᐄղˉF50ᐄղˉ
F4ᐄղˉF-801
ˉ
F-801s
ơ
CPU- AI
Ƣ
PK-11A
ˉ
12ˉ 13/
PN-11/TC-
201/
TC-14A
Ԙԍޑ༻ԍ
PK-2
ˉ
3/PN-1/
Ѧᒓᮨᕼ ಃᒓԍޑ༻ԍ1
F3ᐄղˉFEˉFMˉ
EL2
ˉNikkormat FT3 ˉ
F2Photomic A
ˉ
F2Photomic ASơ AI
Ƣ
PK-11A
ˉ
12ˉ 13/
PN-11/TC-
201/
TC-14A
Ԙԍޑ༻ԍ
PK-2
ˉ
3/PN-1/
Ѧᒓᮨᕼ ಃᒓԍޑ༻ԍ1
F-501
ˉFE2 ˉFAˉ
FM2
ˉFGˉFG-20ˉ
EM
ˉF-301 ơ
AI
Ƣ
PK-11A
ˉ
12ˉ 13/
PN-11/TC-
201/
TC-14A
Ԙԍޑ༻ԍ
ơୈԍأ᳝
༻ԍƢ
PK-2
ˉ
3/PN-1/
Ѧᒓᮨᕼ ಃᒓԍޑ༻ԍ1
ᱡAI
PK-11A
ˉ
12ˉ 13/
PN-11/TC-
201/
TC-14A/Ѧᒓᮨᕼ
ಃᒓԍޑ༻ԍ1
PK-2
ˉ
3/PN-1ಃᒓԍޑ༻ԍ1
Ԙԍޑ༻ԍ 2
1
ണԟெዥᢪ೗ƥ᢭؝ᯛၯሮസሇᢪ೗Ϸˊ
2
᱇ᠳᢹಜᮨ࠽ˊࣴ᠆ᑀᢹಜሇᮨ࠽َƥ᢭ୡ֬୭៞ഡ࠵
ԍޑљᨩˊ
ʻ കԍ៧ӧ
Ѧՠ ᥭڔԢв ᨀ ేᮨ࠽мᚊ ئ ഛᴱࠪցຈᄈ Րտ᧷
ᕘ؁ơୈތӵљଓݥƢሇԍᐰ󰩸ƥٌ೎ѕഛಅണಊ fӖơ᢭
؝ᯛλಞϔሇǼകԍᐄಚǽƢˊᮨَơTTL Ƣ༻ԍڔᯂԍఊց
ظᨭ᧼ට௳ᰂፅ᧼ᮨ࠽ሇԍᐰ󰩸ᢹಜകԍˉᯂԍᐜռڔ
കԍெዥᖪ֬៧ӧᢜК௬࠼ƥҋᅶ࠮᪇കԍ༻ԍ୛ᡷࣽ
ሇകԍڔᯂԍᐜռᲉට௳കԍᐄಚୡ֬ᨆ៞ᢹಜˊҐ࡝ƥ
ᘧЭ࠮ ᪇കԍ ༻ԍᢱ ئሇઉᯀᨱ ϛ /጗ƥմ ࠪ ցຈ ᄈ ϛ
1Ƴ 1೎ሇК௬࠼ظᨭ᧼ઉᯀᨱᰉѭ1඿ᖭ /጗ৰ
ԍޑࠖ֨ /EV ƥୈ  ઉ ᯀ ᨱ ᰉ ѭ 2඿ᖭ ½጗ৰԍޑࠖ
֨/EVൌᨆ៞៧ӧˊ
ʻ കԍᐄಚ
ᮨ࠽fӖ៨ዥၢᥭጌϛುፁᨇ೎஢ేᣳሇКƴࠪց
ຈᄈᥒᴱƥތӵКմᥒѭˊᰂК៨ዥϛǼണಊ fӖǽƥ
ϛ៧ӧК௬࠼ᓨᲉࠖ֨ሇകԍ៧ӧ󰩸ጣϛǼകԍᐄಚǽˊ
Ꭻലᮨ࠽ሇണ ಊԍޑѕᰡၢᥭơࠪցຈ ᄈƢሇ ν ٌ ᓨ ب ׎ ƥ
ѫၯሮസئ೽ݥୈఊցᱤ൙ϔ୛ዥԍޑѕᢜݿᐆᓣ᜺ޗ
Ԭᨆ៞ᖪ֬ᢹಜƥݿᓨԍޑᡷϛ࠮᪇കԍ༻ԍஎ ᩈሇ
Ӗ೎ᘧૣ؝ᓣᨅЌ೪ዥƥകԍᐄಚظ៿ઐᆒˊF-401ᐄղ
ၯሮസሇԍޑவሥٌඥට௳കԍᐄಚᨆ៞ᖪ֬ᢹಜƴು
᱇ᨆ៞ୡ֬៧ӧˊၦᓨƥ
F5ڔԣࠩئ೽ݥԍޑፑحሇԢв
ၯሮസሇ ᮨ࠽ԍޑᄔୈԍޑ೪ዥνѕᨆ៞ ᢜᢹಜƥݿ๢ޗ
ҋᅶᨅЌ೪ዥ೎ૣᲉകԍᐄಚᓣ᜺ޗԬˊλ៨೪ዥሇ
೤ࠪցຈᄈϛ1 Ƴ
10 мκ೎ሇകԍᐄಚڔᲉࠖ֨ሇԍޑ󰩸ˊ
ૣᨄظᨭ᧼ᢹಜઉᯀᨱൌҋԍޑұ௄ഡب׎ˊ
ࠪց
ຈᄈ
കԍ
ᐄಚ
ԍޑࠖ֨
৥
ၯሮസఊցᱤ൙ϔ୛ዥԍޑ
ơണ ಊ ԍ ޑƢ
ഡ࠵Ӗ
ơ
f/2.8
Ƣf/8f/16
ഡӖ
ơ
f/32
Ƣ
1 : 10 1.15 1/6 EV 3.2 11 16 32
1 : 7 1.23 1/3 EV 3.2 11 16 32
1 : 5 1.32 1/3 EV 3.2 11 16 32
1 : 4 1.41 1/2 EV 3.2 11 16 32
1 : 3 1.57 2/3 EV 3.5 11 22 45
1 : 2.5 1.71 2/3 EV 3.5 11 22 45
1 : 2 1.92 1 EV 4 11 22 45
1 : 1.8 2.04 1 EV 4 11 22 45
1 : 1.6 2.21 1+1/6 EV 4.2 11 22 45
1 : 1.4 2.42 1+1/3 EV 4.2 11 22 45
1 : 1.3 2.57 1+1/3 EV 4.5 11 22 45
1 : 1.2 2.73 1+1/2 EV 4.5 16 32 64
1 : 1.1 2.94 1+1/2 EV 4.8 16 32 64
1 : 1 3.20 1+2/3 EV 5 16 32 64
ʻ ᮨ࠽ұԦ
• ᅶ٬ພ ᄬؚᰑᮨ࠽៨ᱤሇဣڔཌˊᘧᠳ ؚᰑ໇ဿڔ
ெᐬƥظҋᅶδޮ࿜ണᡲϰ󰩟ୈᮨ࠽ྊ༚֋ሇ৭Չᧁ
ොৈୈᮨ࠽ྊ༚ᐫƥмސڄ᧿֬ಲЭ󰩵ّ࠮ᨆ៞ྊ༚ˊ
༉ଐνᠳᆎλ໇ྍƥϴνᠳᅶୡெᡌዉᄚᅒˊ
• ҋᅶϰ󰩧ظᕜᖮ࠰དྷᮨ࠽κДᅴ໇ྍˊᨅЌ໇ྍظ
ᨭ᧼ҋᅶδޮ࿜ണᡲϰ󰩟ሇොৈ԰๐ྊ༚ᮨ࠽ൌؚᰑˊ
• ժׅҋᅶདྷಥጧ󰩴֋ୈᘪᎋണസ࿂֋ྊ༚ᮨ࠽ˊ
• ᮨ࠽ᩑԍᒱୈ NC ࿗ᮨظᅶЃұ஍ᮨ࠽֏᪇Ԉхˊ
• νҋᅶᮨ࠽೎ƥ᢭ሣκᮨ࠽֏َሣˊ
• ұ௄ᮨ࠽৭ႉˊԬ᪇൛ᨲᅴ᭞ᖮು໿௞ݽሇ௬ޫˊ
• ᘧޗ᧔ᮿ೎ᯋԬνҋᅶᮨ࠽ƥ᢭Ԣࣘಇޗ᯸Ս৭ႉሇ
ޞಲм᯶๠ؤᱍڔᅴ᭞ˊժνظࣘಇޗር᯷ԍλƥϴ
νظξኀᕥ໱ୈัᕥϙδ᥎ࣘಇˊ
• ᮨ࠽ಇᒳޗ᧼Ѓီၔሇޞಲѕҋ׎ࠅಥ᪇хا௬
ୈبˊ
• ᧿᧢Дڳ೎ƥ᢭ޗׇ᠆ᎵԬ᠆ԗᥙ࠲࠰ሇᑾՁൃಥƥмՐ
ơᩕ ԏƢᅽЃՁաᖮДڳ௬ޫˊ
ʻ ԧሇ᪞х
• 62mm ಺ԗ࿗ᮨ
• 62mm ಺ԗᮨ࠽ᩑԍᒱHN-22
• ᧁࡐ CL-0815
ʻ ୼ഴᠸඨ
ײح Fײح
ၢᥭ 60mm
ഡ࠵ԍޑ f/2.8
ᮨ࠽ᑄ൛ 7ᐵ8ႜ
ᠺᡅ 39ă
40ಿ
ᥭጌҴૉ ᧢ՠտၯሮസ
ഡԍޑ᭗ ࣽ շࡺటҖ
ၢᥭጌெዥ Э0.219mᖭುፁᨇơȤƢƥм Ꮨ ڔ ᘫ  ϛ ת
Ѭ
ഡᨀၢᥭጌ 0.219m
ơᖭၢ৮ᱤƥ୛ണبၢѬᒳƢ
ࠪցຈᄈெዥ 1Ƴ
10 ᖭ1Ƴ 1
ơᰂƢ
ԍޑֆ ඓՋڔԍޑርᢱֆκަϛ f/2.8ᖭf/32
ԍޑ Ԙᖪ֬
ԍޑᘲއ f/2.8-32
༻ԍ • CPU/AIၯሮസƳԘԍޑ༻ԍ
• Ԣвၯ ሮസ Ƴഡԍޑ
࿗ᮨᰁх 62mm
ơP=0.75mmƢ
 ᐛ70mm
ơഡ࠵ርƢĆ
74.5mm
ơЭၯሮ
സᮨ࠽ײح᧵ᒃࡺሇᥭጌƢƴ઱ѱᮿ ϛ
82.8mm
󰩶󰩸 ᐛ440g
Ԛـұᆎظᰡ೎ഛಅᢪ೗ϷԬ᧏ϥኳх୼ഴᠸඨሇ഼
ջƥᓨು Ᲊ ЀԌ ᨭ ቹˊ
f/2.8 f/4
(f/5)
0.35m
1m
∞
(f/40) (f/57)
f/5.6 f/8 f/11 f/16 f/22 f/32
ၢᥭጌ
ഡᨀၢᥭጌ
ᡷϛഡᨀၢᥭጌ೎ሇԍޑᘲއ
ഡ࠵ԍޑ 1ᐜ2ᐜ3ᐜ4ᐜ5ᐜ6ᐜ7ᐜ
ၢᥭጌᡷϛȤ೎ሇԍޑᘲއ
Ȥ೎ሇၯሮസ೪ዥ
ഡᨀၢᥭጌ೎ሇၯሮസ೪ዥ
༉ଐƳഡ࠵ԍޑට௳ၯሮസ୛ᨢക
ԍࠖ󰩸࠵ሇνٌᓨب׎ˊᢜಚ௳
әࣽകԍࠖ󰩸ϛ/EV
ˊ
ތA
ʻ ೽྄ ơ
m
Ƣ
ၢᥭጌ ೽྄ ࠪցຈᄈ
f/2.8f/4f/5.6f/8f/11 f/16 f/22 f/32
0.219
0.219 0.219 - 0.219 0.218 - 0.219 0.218 - 0.219 0.218 - 0.219 0.218 - 0.219 0.218 - 0.219 0.218 - 0.219 0.218 - 0.219
0.1
0.1
0.22
0.22 0.220 - 0.220 0.219 - 0.220 0.219 - 0.220 0.219 - 0.220 0.219 - 0.220 0.219 - 0.220 0.219 - 0.220 0.219 - 0.220
1/1.1
1/1.1
0.225
0.225 0.225 - 0.225 0.225 - 0.225 0.225 - 0.225 0.225 - 0.225 0.225 - 0.225 0.225 - 0.225 0.224 - 0.225 0.224 - 0.225
1/1.3
1/1.3
0.23
0.23 0.230 - 0.230 0.230 - 0.230 0.230 - 0.230 0.229 - 0.230 0.229 - 0.230 0.229 - 0.230 0.229 - 0.230 0.229 - 0.230
1/1.4
1/1.4
0.235
0.235 0.235 - 0.235 0.235 - 0.235 0.234 - 0.235 0.234 - 0.235 0.234 - 0.235 0.234 - 0.235 0.234 - 0.235 0.234 - 0.235
1/1.5
1/1.5
0.24
0.24 0.239 - 0.240 0.239 - 0.240 0.239 - 0.240 0.239 - 0.240 0.239 - 0.240 0.239 - 0.240 0.239 - 0.240 0.239 - 0.240
1/1.7
1/1.7
0.25
0.25 0.249 - 0.250 0.249 - 0.250 0.249 - 0.250 0.249 - 0.250 0.249 - 0.250 0.249 - 0.250 0.248 - 0.251 0.248 - 0.251
1/1.9
1/1.9
0.27
0.27 0.269 - 0.270 0.269 - 0.270 0.269 - 0.270 0.269 - 0.270 0.269 - 0.271 0.268 - 0.271 0.267 - 0.272 0.267 - 0.273
1/2.3
1/2.3
0.30
0.30 0.299 - 0.300 0.299 - 0.300 0.299 - 0.301 0.298 - 0.301 0.298 - 0.302 0.297 - 0.302 0.296 - 0.304 0.294 - 0.305
1/2.8
1/2.8
0.35
0.35 0.349 - 0.351 0.349 - 0.351 0.348 - 0.352 0.347 - 0.352 0.346 - 0.354 0.344 - 0.355 0.342 - 0.358 0.339 - 0.361
1/3.7
1/3.7
0.40
0.40 0.398 - 0.401 0.397 - 0.402 0.396 - 0.403 0.395 - 0.404 0.393 - 0.406 0.391 - 0.409 0.387 - 0.413 0.382 - 0.419
1/4.6
1/4.6
0.50
0.50 0.496 - 0.503 0.495 - 0.504 0.493 - 0.506 0.491 - 0.509 0.487 - 0.513 0.487 - 0.519 0.475 - 0.528 0.466 - 0.541
1/6.3
1/6.3
0.70
0.70 0.692 - 0.708 0.688 - 0.711 0.684 - 0.716 0.677 - 0.724 0.669 - 0.734 0.657 - 0.750 0.641 - 0.773 0.620 - 0.809
1/9.7
1/9.7
1
10.981 - 1.020 0.973 - 1.029 0.963 - 1.041 0.948 - 1.059 0.929 - 1.085 0.903 - 1.126 0.868 - 1.189 0.825 - 1.293
1/14.7
1/14.7
2
21.914 - 2.096 1.880 - 2.138 1.835 - 2.202 1.774 - 2.298 1.696 - 2.421 1.597 - 2.709 1.477 - 3.189 1.336 - 3.281
1/31.4
1/31.4
∞
∞38.3 – ∞ 27.1 – ∞ 19.2 – ∞ 19.5 – ∞ 9.6 – ∞ 9.8 – ∞ 4.9 – ∞ 3.5 – ∞
1/∞
1/∞
ʻ ᨀే ơ
cm
Ƣ
᪞х ᨀే ᨀేơᮨ࠽أ᠆Ƣ
1
ࠪցຈᄈ ஢ేᣳᘲއ ၢᥭጌ ࠪցຈᄈ ஢ేᣳᘲއ ၢᥭጌ
No.5Tᨀేᮨႜᮨ࠽ 1/11– 1.1 26.6
× 39.9 – 2.16 × 3.25 79.1 – 21.5 –––
No.6Tᨀేᮨႜᮨ࠽ 1/5.7– 1.2 13.6
× 20.5 – 1.98 × 2.98 46.7 – 21.0 –––
No.5TڔNo.6Tᨀేᮨႜᮨ࠽21/3.8 – 1.3 9.1
× 13.6 – 1.84 × 2.76 35.9 – 20.9 –––
PK ᐄղᄔ 31/7.5 – 2.1 18.0
× 27.0 – 1.2 × 1.7 58.5 – 24.6 –––
PN ᄔ1/1.1 – 2.1 2.7
× 4.1 – 1.1 × 1.7 24.8 – 24.9 –––
PB-4ୈPB-5Ѧᒓᮨᕼ 1/1.4 – 3.1 3.3
× 5.0 – 0.78 × 1.2 25.3 – 33.1 1.7 – 4.0 1.5 × 2.2 – 0.60 × 0.90 26.2 – 38.3
PB-6Ѧᒓᮨᕼ 1/1.3 – 3.5 300
× 4.50 – 0.69 × 1.04 24.95 – 35.18 1.4 – 2.9 1.70 × 2.55 – 0.83 × 1.24 25.37 – 32.61
PS-4ୈPS-5৳ဢႜᓟ஢ఉᕼ 41/1.4 – 1.8 3.3
× 5.0 – 1.4 × 2.0 25.3 – 26.6 1.7 – 3.8 1.5 × 22 – 0.62 × 0.94 26.2 – 37.3
PS-6৳ဢႜᓟ஢ఉᕼ 1/1.3 – 1.8 300
× 4.50 – 1.37 × 2.05 24.96 – 26.60 1.4 – 1.8 1.70 × 2.55 – 1.37 × 2.05 25.37 – 26.60
PB-6Mᥭᓟ஢൳ 1/1.3 – 1.8 30.0
× 4.50 – 0.33 × 0.49 24.95 – 26.90 1.4– 1.8 1.7 × 2.55 – 1.31 × 1.97 25.37 – 26.90
PB-6EѦᮨᕼ 1/1.3 – 7.3 3.00
× 4.50 – 0.33 × 0.49 24.95 – 57.27 1.4– 6.7 1.70 × 2.55 – 0.36 × 0.54 25.37 – 53.99
PF-2
ˉ
PF-3ୈPF-4ᓟ஢᠆ᒳ 51/12.0 – 1.0 28.9
× 43.3 – 2.4 × 3.6 85.3 – 21.6 –––
1
أ᠆ᮨ࠽೎ƥ
PB-6
ˉPB- 6E ˉPB- 6MڔPS-6᱇ҋᅶذᤑሇBR-5᨝᪞ᄔƥԢвᮨᕼմ᱇ҋᅶذᤑሇ BR-2A᨝᪞ᄔˊ
2
νఋᙘҋᅶƴնሇᨀేၯႜν࠲ྊ೾ˊ
3
ᎁδϑಚ௳᨝ ᅶЃתვҋᅶ PK-11A೎ƥ Ԣ в ಚ ௳ մ ᨝ ᅶ Ѓ δ ᥎ ҋ ᅶ Э PK-11AտPK-13ˉPK-11 տPK-13 ୈPK-1տPK-3ሇPK ᄔ೎ˊ᢭༉ ଐƥPK-11 ڔPK-1ು໿ርఉࣴ᠆Ѓᮨ࠽ˊ
4
أ᠆ᮨ࠽೎᱇ҋᅶBR-3ୈBR-6ᥭ᨝᪞ᄔˊ
5 PF-2
ˉPF-3ڔPF- 4ᓟ஢᠆ᒳሇಚ௳᨝ᅶЃνҋᅶᨀేᮨႜሇ૮Ճλҋᅶᮨ࠽೎៿ᒳЃκሇ஢ేᣳˊᏡᢹၢఊցᡷϛഡӖৰᢹၢᰉѭᐛ 45mm׾ظᚊئ 1Ƴ
1ሇࠪ
ցຈᄈˊ
ၯሮസؠሮԟДڳϔണຆണႪᤌୈԈᐆሇٍጣˉ٢󰩸ؠᄔұҋᅶഭᰊᢪ೗
ᄔұҋᅶഭᰊ ᪇хٍጣ ണຆണႪᤌୈԈᐆ
ᬢ(Pb) ໄ(Hg) ᮘ(Cd) ԛцᭃ (Cr ( VI)) ࠰࿁ᔌ ᘪ (PBB) ࠰࿁Ёᘪ 󰩧 (PBDE)
1 ၯሮസ࠮ࠤڔᮨ᎑ơ󰩹ցƢ Ćˁˁ ˁ ˁ ˁ
ၯሮസ࠮ࠤڔᮨ᎑ơࠅಥցƢ ˁˁˁ ˁ ˁ ˁ
2 സ෗Ԉх Ćˁˁ ˁ ˁ ˁ
3 ԍࣣᮨ࠽ˉ෧ᮨˉ࿗ᮨᄚᅒ ˁˁˁ ˁ ˁ ˁ
4 ᆀ࣒៨ᱤ᠆᪞Ԉхơׇஷᆀ࣒ԈхƢ Ćˁˁ ˁ ˁ ˁ
5 സ෗Ԉхƥׇஷៀ󰪊ˉׇஷៀຄڔߖޑᎋ
ˁˁˁ ˁ ˁ ˁ
༉Ƴ
ണຆണႪᤌୈԈᐆඓ᡿ᢪ೗
ˁ៨ዥᢜണຆണႪᤌୈԈᐆޗᢜ᪇х୛ണަᤌൃಥϔሇ٢󰩸ަޗSJ/T113 6 3 -2006 ඓՋᠸࣽሇᰊ󰩸ᠳຸмλˊ
Ć៨ዥᢜണຆണႪᤌୈԈᐆᖭޗᢜ᪇хሇൺδަᤌൃಥϔሇ٢󰩸ᥑՠSJ/ T113 6 3 -2006 ඓՋᠸࣽሇᰊ󰩸ᠳຸˊѫ೤ƥмᄕണሇ୼ഴോхᠳҋၯሮസሮԟДڳࣶԘν٢ണκᨕണ
ຆണႪᤌ൚ϛޅᰯƥৰςκᨕДڳ᪍ׇ٢ޗˏԟЃᆀພᆀ࣒ᡷࠩϔႯࣽണႪᤌҋᅶᰊցெл2002/95/ECːሇᣬԏᘲއϥ Ԭˊ
ᄔұҋ ᅶഭᰊ
๢ඓ઀ሇಚࣗ೤߰ЃϔץОຜԞڔދᆀ࣒ҴૉДڳ໇ൽఊցᎫᄮ֦໿ؠሮԟඓՋƥ៨ዥᢜДڳሇᄔұҋᅶഭᰊሇ৯ಚˊ
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ᨆح۵ Ƴ ೟ӵоݥ᭖۩ơϔދƢണᰊԚـ ơκ ཏ ে ᠲ ᜦϔ ᥶ 268 ؿൌጆࠠ৶ޡ50 ซ01-04ƥ200001 Ƣ
ୗಀ௄ϔദ֩ၔᐰ Ƴ
4008-201-665
ơڄ δᖭ ڄೃ 9: 00 –18 : 00 Ƣ
http://www.nikon.com.cn/
ޗೃല ׼ւ
ՠႝೃഭ Ƴ
2013 ৯3ഢ1
ೃ

©1993 Nikon Corporation
English
Thank you for purchasing a Nikon product. The light, compact AF
Micro-Nikkor 60mm f/2.8D micro lens has a minimum focus dis-
tance of 0.219 m (0.72 ft.) and can supply distance information
to the camera body for instantaneous 3D matrix metering or 3D
multi-sensor balanced ll-ash ash control. Before using this prod-
uct, please carefully read both these instructions and the camera
manual so you can get the most out of your lens now and for years
to come.
■
■
For Your Safety
For Your Safety
A
A
CAUTIONS
CAUTIONS
• Do not disassemble. Touching the internal parts of the camera or lens
could result in injury. In the event of malfunction, the product should be
repaired only by a qualified technician. Should the product break open
as the result of a fall or other accident, remove the camera battery and/
or disconnect the AC adapter and then take the product to a Nikon-
authorized service center for inspection.
• Turnthe camera o immediately in the event of malfunction. Should you notice
smoke or an unusual smell coming from the equipment, immediately
unplug the AC adapter and remove the camera battery, taking care to
avoid burns. Continued operation could result in fire or injury. After re-
moving or disconnecting the power source, take the equipment to a
Nikon-authorized service center for inspection.
• Do not use in the presence of ammable gas. Operating electronic equipment
in the presence of flammable gas could result in explosion or fire.
• Do not look at the sun through the lens or the camera viewnder. Viewing the
sun or other bright light source through the lens or viewfinder could
cause permanent visual impairment.
• Keep out of reach of children. Particular care should be taken to prevent in-
fants from putting the batteries or other small parts into their mouths.
• Observe the following precautions when handling the lens and camera:
-Keep the lens and camera dr y. Failure to observe this precaution could
result in fire or electric shock.
-Do not handle the lens or camera with wet hands. Failure to observe
this precaution could result in electric shock.
-Keep the sun well out of the frame when shooting backlit subjects.
Sunlight focused into the camera when the sun is in or close to the
frame could cause a fire.
-I f the lens will not be used for an extended period, attach the front and
rear lens caps and store the lens out of direct sunlight. If left in direct
sunlight, the lens could focus the sun’s rays onto flammable objects,
causing fire.
■
■
Parts of the Lens
Parts of the Lens
qMeter coupling ridge
wCPU contacts
eAperture indexing post
rAperture scale
tAperture–direct-readout scale
yAperture ring
uAperture/mounting index
iFocus limit switch
oFocus distance indicator window
!0 A-M mode ring release button
!1 EE servo coupling post
!2 Minimum aperture lock lever
!3 Lens barrel
!4 A-M mode index
!5 Focus ring
!6 A-M mode ring
!7 Reproduction ratio indicator
!8 Focus distance indicator
!9 Depth-of-eld indicators
@0 Focus distance mark
■
■
Notices
Notices
• Keep the CPU lens contacts clean and be careful not damage the CPU
contacts.
• Do not attach the following accessories directly to the lens: PK-1 or PK-
11 auto extension rings, BR-4 or BR-2 auto rings, or K1 or K2 rings (the
PK-11A and BR-2A can be used in place of the PK-11 and BR-2, respec-
tively). Failure to observe this precaution will result in damage to the
CPU contacts or other parts of the lens. Other lens accessories may not
be compatible with the camera; be sure to consult the camera manual
before use.
• On some cameras, the lens can not be mounted with aperture locked at
the minimum value. Be sure to release the aperture lock before attaching
the lens. See“The Minimum Aperture Lock Lever” for details.
• The lens can not be used with the DX-1 viewfinder for Nikon F3AF cam-
eras.
■
■
Focus
Focus
This lens supports A-M mode selection. To choose the A-M mode,
rotate the A-M mode ring while pressing the A-M mode ring re-
lease button. Select Afor autofocus and Mfor manual focus. Au-
tofocus is not supported with close-up attachment lenses; select
Mwhen using a close-up attachment lens. Note that selecting M
when the lens is mounted on a Nikon N2020 (sold in the U. S. A.
and Canada only) or F-501 may cause the camera to malfunction.
■
■
The Focus Limit Switch
The Focus Limit Switch
For faster focusing, slide the focus limit switch from FULL to LIMIT. At
short focus distances, selecting LIMIT will restrict focus to distances
in the vicinity of 0.3 m to 0.219 m (1 ft. to 0.72 ft.), while selecting
LIMIT at longer focus distances will restrict focus to positions be-
tween approximately 0.3 m (1 ft.) and ∞.
■
■
Reproduction Ratio
Reproduction Ratio
The reproduction ratio is the ratio of the apparent size of an object
to its true size. If, for example, the image on the lm (image sensor)
is one-fth of actual size, the reproduction ratio is 1: 5. If desired,
the reproduction ratio can be selected using the reproduction ratio
indicator. To shoot at a reproduction ratio of 1: 5, for example, se-
lect manual focus and rotate the focus ring until the focus distance
mark aligns with the number “5”in the reproduction ratio indicator,
then move the camera forward or back until the subject is in focus.
The “Close-up Photography” table shows the reproduction ratios
for dierent focus distances.
■
■
Focusing Screens
Focusing Screens
The cameras below support a variety of focusing screens for use
with dierent lenses or in dierent situations.The following screens
are suited for use with this lens (when using B2/B3, E2/E3, or K2/K3
screens with cameras not listed here, refer respectively to columns
B, E, or K):
Screen
Screen
Camera
Camera
EC-B/
EC-B/
EC-E
EC-E
A/L
A/L
B
B
C
C
D
D
E
E
G1
G1
G2
G2
G3
G3
G4
G4
H1
H1
F6  
F5+ DP-30   
(+1.0)
F5+ DA-30 
(+0.5)

(+0.5)

(+0.5)

(+0.5)

(+0.5)
F4+ DP-20/
F4+ DA-20 
F3   { {
Screen
Screen
Camera
Camera
H2
H2
H3
H3
H4
H4
J
J
K
K
P
P
M
M
R
R
T
T
U
U
F
F
F6 
F5+ DP-30 
F5+ DA-30 
(+0.5)
F4+ DP-20/
F4+ DA-20 
F3  U
: Recommended.
{: Vignetting visible in viewfinder (photographs are not affected).
U: Split-screen display does not improve focus accuracy.
( ): Figures in parentheses give the exposurecompensation for cen-
ter-weighted metering. Select“Other screen” for Custom Setting
b6 (“Screen comp.”) when adjusting exposure compensation for
the F6; note that with screens other than B or E, “Other screen”
must be selected even when the value for exposure compensa-
tion is 0. Users of the F5 and F4 can adjust exposure compensa-
tion using Custom Setting 18 or the focusing screen exposure
compensation dial, respectively; see the camera manual for de-
tails.
Empty cell: Not suited to use with this lens. Note that type M screens can
however be used for photomicrography and macro photogra-
phy at magnifications of 1 : 1 or higher.
■
■
Depth of Field
Depth of Field
The depth-of-eld indicators on either side of the focus distance
mark show the approximate depth of eld (or in other words, the
extent of the area in which objects behind or in front of the subject
appear to be in focus). Note that the indicators do not provide ac-
curate information at short focus distances; to determine depth of
eld, refer to the depth of eld table. If the camera oers depth-of-
eld preview (stop down), depth of eld can also be previewed in
the viewnder.
■
■
The Minimum Aperture Lock Lever (Figure A)
The Minimum Aperture Lock Lever (Figure A)
Lock aperture at f/32 when shooting in programmed auto or shut-
ter-priority auto mode.
1 Rotate the aperture ring to the minimum aperture setting
(f/32).
2 Slide the lock lever toward the aperture ring so that the white
dot on the lock lever aligns with the orange dot.
To release the lock, slide the lever in the opposite direction.
■
■
Close ups and Reproduction Work
Close ups and Reproduction Work
To prevent blur caused by camera shake, mount the camera on a
tripod and use a cable release or remote cord. Close ups are gen-
erally associated with extremely shallow eld depths; for greater
depths of eld, stop down the lens, choose longer exposure times,
and position the camera so that the focal plane is parallel to the
portion of the subject you wish to photograph. See the following
table for information on metering exposure with the lens oriented
normally (use stop-down metering when the lens reversed), but
note that the exposure metering system for the F-401s/N4004s
3
does not function with bellows or with the PK-11A, PK-12, or PK-13.
Camera
Camera
Accessory
Accessory
Metering
Metering
F90X, N90s3, F90-Series/N903,
F70-Series/N703, F50-Series/N503,
F4 series, F-801/N80083,
F-801s/N8008s3(CPU- AI)
PK-11A,12,13/PN-11/
TC-201 /TC-14A Full-aperture
PK-2, 3/PN-1/Bellows Stop-down1
F3 series, FE, FM, EL2,
Nikkormat FT3, F2 Photomic A,
F2 Photomic AS (AI)
PK-11A, 12, 13/PN-
11/TC-201/TC-14A Full-aperture
PK-2, 3/PN-1/Bellows Stop-down1
F-501/N20204, FE2, FA, FM2, FG,
FG-20, EM, F-301/N20004(AI)
PK-11A,12,13/PN-11/
TC-201/TC-14A
Full-aperture
(or light inten-
sity feedback)
PK-2, 3/PN-1/Bellows Stop-down1
Non-AI
PK-11A,12, 13/PN-
11/TC-201/TC-14A/
Bellows
Stop-down1
PK-2, 3/PN-1 Stop-down1
Full-aperture2
1. See camera manual for instructions.
2. Lens modification required. After attaching modified lens, perform
maximum aperture indexing manually.
3. Sold in U. S. A. only.
4. Sold in U.S. A. and Canada only.
■
■
Exposure Compensation
Exposure Compensation
Extending macro and other close-up lenses for higher reproduc-
tion ratios decreases the amount of light reaching the lm (or im-
age sensor), changing the eective f-number (see“Exposure Factor”,
below). While through-the-lens (TTL) metering and ash control
automatically compensate for this drop in brightness by adjusting
exposure, ash level, and the exposure indicator according to the
amount of light actually passing through the lens, exposure and
ash levels set using external exposure meters must be adjusted
manually with reference to the exposure factor. For example, if the
shutter speed read from an external exposure meter is ⁄ s, the drop
in illumination at a reproduction ratio of 1 : 1 can be compensated
for by slowing shutter speed by one stop to ¼ s and increasing
aperture by ⁄ EV, or by slowing shutter speed by two stops to ½ s
and increasing aperture by ⁄ EV.
■
■
Exposure Factor
Exposure Factor
The lens f-number indicates the brightness of the subject at a focus
distance of innity; higher reproduction ratios result in reduced im-
age brightness. The actual brightness is referred to as the“eective
f-number”, and the amount that exposure compensation has to be
raised to account for the loss in brightness as the“exposure factor”.
Although the eective aperture of this lens changes with focal
length (reproduction ratio), the aperture shown in the camera
viewnder or control panel is automatically adjusted to take this
into account, with the result that the exposure factor can be ig-
nored if you reference these displays when setting aperture to the
value reported by an external exposure meter.The aper ture dials for
cameras in the F-401 series also automatically adjust for the expo-
sure factor; manual compensation is not required. This adjustment
is not however performed by the lens aperture ring or the aperture
displays for the F5 and other cameras with a viewnder aperture
window, and consequently you must take the exposure factor into
account when using these displays. The following table shows the
exposure factors and the amount by which aperture must be in-
creased at reproduction ratios above 1: 10. Changes to aperture
can be kept to a minimum by also adjusting shutter speed.
Reproduction
Reproduction
ratio
ratio
Exposure
Exposure
factor
factor
Increase
Increase
aperture
aperture
by
by
Aperture shown in camera control
Aperture shown in camera control
panel (eective aperture)
panel (eective aperture)
Max. (f/2.8)
Max. (f/2.8)
f/8
f/8
f/16
f/16
Min. (f/32)
Min. (f/32)
1 : 10 1.15 1/6 EV 3.2 11 16 32
1 : 7 1.23 1/3 EV 3.2 11 16 32
1 : 5 1.32 1/3 EV 3.2 11 16 32
1 : 4 1.41 1/2 EV 3.2 11 16 32
1 : 3 1.57 2/3 EV 3.5 11 22 45
1 : 2.5 1.71 2/3 EV 3.5 11 22 45
1 : 2 1.92 1 EV 4 11 22 45
1 : 1.8 2.04 1 EV 4 11 22 45
1 : 1.6 2.21 1+1/6 EV 4.2 11 22 45
1 : 1.4 2.42 1+1/3 EV 4.2 11 22 45
1 : 1.3 2.57 1+1/3 EV 4.5 11 22 45
1 : 1.2 2.73 1+1/2 EV 4.5 16 32 64
1 : 1.1 2.94 1+1/2 EV 4.8 16 32 64
1 : 1 3.20 1+2/3 EV 5 16 32 64
■
■
Lens Care
Lens Care
• Use a blower to remove dust and lint from the lens surfaces. To remove
smudges and fingerprints, apply a small amount of ethanol or lens
cleaner to a soft, clean cotton cloth or lens-cleaning tissue and clean
from the center outwards using a circular motion, taking care not to
leave smears or touch the glass with your fingers.
• The use of ether may cause smudges to develop on multi-coated lenses.
Such smudges can be removed by cleaning the lens again using a cot-
ton cloth dampened with a small amount of ethanol.
• Never use organic solvents such as paint thinner or benzene to clean
the lens.
• A lens hood or NC filter can be used to protect the front lens element.
• Attach the front and rear caps when the lens is not in use.
• Keep the lens dry. Rusting of the internal mechanism can cause irrepa-
rable damage.
• If the lens will not be used for an extended period, store it in a cool, dry
location to prevent mold and rust. Do not store in direct sunlight or with
naphtha or camphor moth balls.
• Leaving the lens in extremely hot locations could damage or warp parts
made from reinforced plastic.
■
■
Compatible Accessories
Compatible Accessories
• 62 mm screw-on filters
• 62 mm screw-on Lens Hood HN-22
• Soft Case CL-0815
■
■
Specifications
Specifications
Mount
Mount F mount
Focal length
Focal length 60 mm
Maximum aperture
Maximum aperture f/2.8
Lens construction
Lens construction 8 elements in 7 groups
Angle of view
Angle of view 39°40ಿ
Distance information
Distance information Output to camera
Minimum aperture lock
Minimum aperture lock Provided
Focus distance indicator
Focus distance indicator Graduated in meters and feet from 0.219 m
(8¾ in.) to infinity (∞)
Minimum focus distance
Minimum focus distance 0.219 m (0.72 ft) from focal plane at all zoom
positions
Reproduction ratio
Reproduction ratio
indicator
indicator 1:10 to 1:1 (life size)
Aperture scale
Aperture scale f/2.8–f/32 on both standard and aperture-di-
rect-readout scales
Diaphragm
Diaphragm Fully automatic
Aperture range
Aperture range f/2.8 – 32
Metering
Metering • CPU/AI cameras: Full aperture
• Other cameras: Minimum aperture
Filter-attachment size
Filter-attachment size 62 mm (P = 0.75 mm)
Dimensions
Dimensions Approx. 70 mmmaximum diameter × 74.5 mm
(distance from camera lens mountange); overall length
82.8mm
Weight
Weight Approx. 440 g (15.5 oz)
Nikon reserves the right to change the specifications of the hardware de-
scribed in this manual at any time and without prior notice.
Figure A
■
■
Depth of Field (Metric)
Depth of Field (Metric)
(m)
Focus distance
Focus distance
Depth of eld
Depth of eld
Reproduction ratio
Reproduction ratio
f/2.8
f/2.8
f/4
f/4
f/5.6
f/5.6
f/8
f/8
f/11
f/11
f/16
f/16
f/22
f/22
f/32
f/32
0.219
0.219 0.219 - 0.219 0.218 - 0.219 0.218 - 0.219 0.218 - 0.219 0.218 - 0.219 0.218 - 0.219 0.218 - 0.219 0.218 - 0.219
0.1
0.1
0.22
0.22 0.220 - 0.220 0.219 - 0.220 0.219 - 0.220 0.219 - 0.220 0.219 - 0.220 0.219 - 0.220 0.219 - 0.220 0.219 - 0.220
1/1.1
1/1.1
0.225
0.225 0.225 - 0.225 0.225 - 0.225 0.225 - 0.225 0.225 - 0.225 0.225 - 0.225 0.225 - 0.225 0.224 - 0.225 0.224 - 0.225
1/1.3
1/1.3
0.23
0.23 0.230 - 0.230 0.230 - 0.230 0.230 - 0.230 0.229 - 0.230 0.229 - 0.230 0.229 - 0.230 0.229 - 0.230 0.229 - 0.230
1/1.4
1/1.4
0.235
0.235 0.235 - 0.235 0.235 - 0.235 0.234 - 0.235 0.234 - 0.235 0.234 - 0.235 0.234 - 0.235 0.234 - 0.235 0.234 - 0.235
1/1.5
1/1.5
0.24
0.24 0.239 - 0.240 0.239 - 0.240 0.239 - 0.240 0.239 - 0.240 0.239 - 0.240 0.239 - 0.240 0.239 - 0.240 0.239 - 0.240
1/1.7
1/1.7
0.25
0.25 0.249 - 0.250 0.249 - 0.250 0.249 - 0.250 0.249 - 0.250 0.249 - 0.250 0.249 - 0.250 0.248 - 0.251 0.248 - 0.251
1/1.9
1/1.9
0.27
0.27 0.269 - 0.270 0.269 - 0.270 0.269 - 0.270 0.269 - 0.270 0.269 - 0.271 0.268 - 0.271 0.267 - 0.272 0.267 - 0.273
1/2.3
1/2.3
0.30
0.30 0.299 - 0.300 0.299 - 0.300 0.299 - 0.301 0.298 - 0.301 0.298 - 0.302 0.297 - 0.302 0.296 - 0.304 0.294 - 0.305
1/2.8
1/2.8
0.35
0.35 0.349 - 0.351 0.349 - 0.351 0.348 - 0.352 0.347 - 0.352 0.346 - 0.354 0.344 - 0.355 0.342 - 0.358 0.339 - 0.361
1/3.7
1/3.7
0.40
0.40 0.398 - 0.401 0.397 - 0.402 0.396 - 0.403 0.395 - 0.404 0.393 - 0.406 0.391 - 0.409 0.387 - 0.413 0.382 - 0.419
1/4.6
1/4.6
0.50
0.50 0.496 - 0.503 0.495 - 0.504 0.493 - 0.506 0.491 - 0.509 0.487 - 0.513 0.487 - 0.519 0.475 - 0.528 0.466 - 0.541
1/6.3
1/6.3
0.70
0.70 0.692 - 0.708 0.688 - 0.711 0.684 - 0.716 0.677 - 0.724 0.669 - 0.734 0.657 - 0.750 0.641 - 0.773 0.620 - 0.809
1/9.7
1/9.7
1
10.981 - 1.020 0.973 - 1.029 0.963 - 1.041 0.948 - 1.059 0.929 - 1.085 0.903 - 1.126 0.868 - 1.189 0.825 - 1.293
1/14.7
1/14.7
2
21.914 - 2.096 1.880 - 2.138 1.835 - 2.202 1.774 - 2.298 1.696 - 2.421 1.597 - 2.709 1.477 - 3.189 1.336 - 3.281
1/31.4
1/31.4
∞
∞38.3 – ∞ 27.1 – ∞ 19.2– ∞ 19.5– ∞ 9.6 – ∞ 9.8 – ∞ 4.9 – ∞ 3.5 – ∞
1/∞
1/∞
■
■
Depth of Field (Imperial)
Depth of Field (Imperial)
(ft)
Focus distance
Focus distance
Depth of eld
Depth of eld
Reproduction ratio
Reproduction ratio
f/2.8
f/2.8
f/4
f/4
f/5.6
f/5.6
f/8
f/8
f/11
f/11
f/16
f/16
f/22
f/22
f/32
f/32
8 ¾ in.
8 ¾ in. 8 ⁄ in.–
8 ⁄ in.
8 ⁄ in.–
8 ⁄ in.
8 ⁄ in.–
8 ⁄ in.
8 ⁄ in.–
8 ⁄ in.
8 ⁄ in.–
8 ⁄ in.
8 ⁄ in.–
8 ⁄ in.
8 ⁄ in.–
8 ⁄ in.
8 ⁄ in.–
8 ⁄ in.
1/1.2
1/1.2
9 in.
9 in. 9 in. –
8 ⁄ in.
9 in. –
8 ⁄ in.
9 in. –
8 ⁄ in.
9 in. –
8 ⁄ in.
9 in. –
8 ⁄ in.
9 in. –
8 ⁄ in.
9 in. –
8 ⁄ in.
9 in. –
8 ⁄ in.
1/1.4
1/1.4
9 ¼ in.
9 ¼ in. 9 ⁄ in. –
9 ⁄ in.
9 ⁄ in. –
9 ⁄ in.
9 ⁄ in. –
9 ⁄ in.
9 ⁄ in. –
9 ⁄ in.
9 ⁄ in. –
9 ⁄ in.
9 ⁄ in. –
9 ⁄ in.
9 ⁄ in. –
9 ⁄ in.
9 ⁄ in. –
9 ⁄ in.
1/1.5
1/1.5
9 ½ in.
9 ½ in. 9 ⁄ in. –
9 ⁄ in.
9 ⁄ in. –
9 ⁄ in.
9 ⁄ in. –
9 ⁄ in.
9 ⁄ in. –
9 ⁄ in.
9 ⁄ in. –
9 ⁄ in.
9 ⁄ in. –
9 ⁄ in.
9 ⁄ in. –
9 ⁄ in.
9 ⁄ in. –
9 ⁄ in.
1/1.7
1/1.7
10 in.
10 in. 10 in. –
9 ⁄ in.
10 in. –
9 ⁄ in.
10 in. –
9 ⁄ in.
10 in. –
9 ⁄ in.
10 in. –
9 ⁄ in.
10 in. –
9 ⁄ in.
10 in. –
9 ⁄ in.
10 ⁄ in. –
9 ⁄ in.
1/2.0
1/2.0
1 ft
1 ft 1 ft –
11 ⁄ in.
1 ft –
11 ⁄ in.
1 ft –
11 ⁄ in.
1 ft –
11 ⁄ in.
1 ft ⁄ in.–
11 ⁄ in.
1 ft ⁄ in.–
11 ⁄ in.
1 ft ⁄ in.–
11 ⁄ in.
1 ft ⁄ in.–
11 ⁄ in.
1/2.9
1/2.9
1 ¼ ft
1 ¼ ft 1ft 3 in. –
1 ft 2 ⁄ in.
1 ft 3 ⁄ in. –
1 ft 2 ⁄ in.
1 ft 3 ⁄ in. –
1 ft 2 ⁄ in.
1 ft 3 ⁄ in. –
1 ft 2 ⁄ in.
1 ft 3 ⁄ in. –
1 ft 2 ⁄ in.
1 ft 3 ⁄ in. –
1 ft 2 ⁄ in.
1 ft 3 ⁄ in. –
1 ft 2 ⁄ in.
1 ft 3 ⁄ in. –
1 ft 2 ⁄ in.
1/4.3
1/4.3
1 ½ ft
1 ½ ft 1ft 6 ⁄ in. –
1 ft 2 ⁄ in.
1 ft 6 ⁄ in. –
1 ft 2 ⁄ in.
1 ft 6 ⁄ in. –
1 ft 5 ⁄ in.
1 ft 6 ⁄ in. –
1 ft 5 ⁄ in.
1 ft 6 ⁄ in. –
1 ft 5 ⁄ in.
1 ft 6 ⁄ in. –
1 ft 5 ⁄ in.
1 ft 6 ⁄ in. –
1 ft 5 ⁄ in.
1 ft 7 ⁄ in. –
1 ft 4 ⁄ in.
1/5.6
1/5.6
2 ft
2 ft 2 f t ⁄ in. –
1 ft 11 ⁄ in.
2 ft ⁄ in. –
1 ft 11 ⁄ in.
2 ft ⁄ in. –
1 ft 11 ⁄ in.
2 ft ⁄ in. –
1 ft 11 ⁄ in.
2 ft ⁄ in. –
1 ft 11 ⁄ in.
2 ft 1 ⁄ in. –
1 ft 11 ⁄ in.
2 ft 1 ⁄ in. –
1 ft 10 ⁄ in.
2 ft 2 ⁄ in. –
1 ft 9 ⁄ in.
1/8.2
1/8.2
3 ft
3 ft 3 ft ⁄ in. –
2 ft 11 ⁄ in.
3 ft ⁄ in. –
2 ft 11 ⁄ in.
3 ft 1 ⁄ in. –
2 ft 10 ⁄ in.
3 ft 1 ⁄ in. –
2 ft 10 ⁄ in.
3 ft 2 ⁄ in. –
2 ft 9 ⁄ in.
3 ft 3 ⁄ in. –
2 ft 8 ⁄ in.
3 ft 5 ⁄ in. –
2 ft 7 ⁄ in.
3 ft 9 in.–
2 ft 6 ⁄ in.
1/13.3
1/13.3
7 ft
7 ft 7 ft 4 ⁄ in. –
6 ft 7 ⁄ in.
7 ft 6 ⁄ in. –
6 ft 6 ⁄ in.
7 ft 8 ⁄ in. –
6 ft 4 ⁄ in.
8 ft 1 ⁄ in. –
6 ft 1 ⁄ in.
8 ft 8 ⁄ in. –
5 ft 10 ⁄ in.
9 ft 8 ⁄ in. –
5 ft 5 ⁄ in.
11 ft 7 ⁄in. –
5 ft ⁄ in.
16 ft 4 in.–
4 ft 6 ⁄ in.
1/33.6
1/33.6
∞
∞125 ft – ∞ 88 ft – ∞ 63 ft – ∞ 44 ft – ∞ 31 ft – ∞ 22 ft – ∞ 16 ft – ∞ 11 ft – ∞
1/∞
1/∞
■
■
Close-up Photography (Metric)
Close-up Photography (Metric)
(cm)
Accessory
Accessory
Close-up photography
Close-up photography
Close-up photography (lens reversed)
Close-up photography (lens reversed)
1
1
Reproduction
Reproduction
ratio
ratio
Subject eld
Subject eld
Focus
Focus
distance
distance
Reproduction
Reproduction
ratio
ratio
Subject eld
Subject eld
Focus
Focus
distance
distance
No. 5T close-up attachment lens
No. 5T close-up attachment lens 1/11 – 1.1 26.6 × 39.9 – 2.16 × 3.25 79.1– 21.5 –––
No. 6T close-up attachment lens
No. 6T close-up attachment lens 1/5.7– 1.2 13.6 × 20.5 – 1.98 × 2.98 46.7– 21.0 –––
No. 5T with No. 6T close-up attachment lens
No. 5T with No. 6T close-up attachment lens
2
21/3.8 – 1.3 9.1
× 13.6 – 1.84 × 2.76 35.9 – 20.9 –––
PK-series Rings
PK-series Rings
3
31/7.5 – 2.1 18.0
× 27.0 – 1.2 × 1.7 58.5– 24.6 –––
PN-Ring
PN-Ring 1/1.1 – 2.1 2.7 × 4.1 – 1.1 × 1.7 24.8 – 24.9 –––
PB-4 or PB-5 bellows attachment
PB-4 or PB-5 bellows attachment 1/1.4 – 3.1 3.3 × 5.0 – 0.78 × 1.2 25.3 – 33.1 1.7 – 4.0 1.5 × 2.2 – 0.60 × 0.90 26.2– 38.3
PB-6 bellows attachment
PB-6 bellows attachment 1/1.3– 3.5 300 × 4.50 – 0.69 × 1.04 24.95 – 35.18 1.4– 2.9 1.70 × 2.55 – 0.83 × 1.24 25.37 – 32.61
PS-4 or PS-5 slide copying adapter
PS-4 or PS-5 slide copying adapter
4
41/1.4 – 1.8 3.3
× 5.0 – 1.4 × 2.0 25.3 – 26.6 1.7 – 3.8 1.5 × 22 – 0.62 × 0.94 26.2 – 37.3
PS-6 slide copying adapter
PS-6 slide copying adapter 1/1.3 – 1.8 300 × 4.50 – 1.37 × 2.05 24.96 – 26.60 1.4– 1.8 1.70 × 2.55 – 1.37 × 2.05 25.37 – 26.60
PB-6M macro copying stand
PB-6M macro copying stand 1/1.3 – 1.8 30.0 × 4.50 – 0.33 × 0.49 24.95 – 26.90 1.4 – 1.8 1.7 × 2.55 – 1.31 × 1.97 25.37– 26.90
PB-6E extension bellows
PB-6E extension bellows 1/1.3 – 7.3 3.00 × 4.50 – 0.33 × 0.49 24.95 – 57.27 1.4 – 6.7 1.70 × 2.55 – 0.36 × 0.54 25.37 – 53.99
PF-2, PF-3, or PF-4 repro copy outt
PF-2, PF-3, or PF-4 repro copy outt
5
51/12.0 – 1.0 28.9
× 43.3 – 2.4 × 3.6 85.3– 21.6 –––
1.When lens is reversed, PB-6, PB-6E, PB-6M, and PS-6 require optional BR-5 adapter ring, other attachments optional BR-2A adapter ring.
2.Not recommended; results in close up photographs with poor definition.
3.First figure is for PK-11A when used alone, remainingfigures for rings PK-11A through PK-13, PK-11 through PK-13, or PK-1 through PK-3used together.
Note the PK-11 and PK-1 can not be attached directly to the lens.
4.BR-3 or BR-6 macro ring adapter require when lens is reversed.
5.The figures for the PF-2, PF-3, and PF-4 repro copy outfits are for a subject positioned on the base plate when the lens is used without close-up attach-
ments. A reproduction ratio of 1 : 1 can be obtained by setting the coarse focus control to minimum and lowering fine focus by about 45 mm.
■
■
Close-up Photography (Imperial)
Close-up Photography (Imperial)
(in.)
Accessory
Accessory
Close-up photography
Close-up photography
Close-up photography (lens reversed)
Close-up photography (lens reversed)
1
1
Reproduction
Reproduction
ratio
ratio
Subject eld
Subject eld
Focus
Focus
distance
distance
Reproduction
Reproduction
ratio
ratio
Subject eld
Subject eld
Focus
Focus
distance
distance
No. 5T close-up attachment lens
No. 5T close-up attachment lens 1/11 – 1.1 10.5 × 15.7 – 0.85 × 1.28 31.1 – 8.5 –––
No. 6T close-up attachment lens
No. 6T close-up attachment lens 1/5.7– 1.2 5.4 × 8.1 – 0.78 × 1.17 18.4 – 8.3 –––
No. 5T with No. 6T close-up attachment lens
No. 5T with No. 6T close-up attachment lens
2
21/3.8 – 1.3 3.6
× 5.4 – 0.73 × 1.09 14.1 – 8.2 –––
PK-series Rings
PK-series Rings
3
31/7.5 – 2.1 7.1
× 10.6 – 0.46 × 0.68 23.0– 9.7 –––
PN-Ring
PN-Ring 1/1.1 – 2.1 1.1 × 1.6 – 0.44 × 0.67 9.7 – 9.8 –––
PB-4 or PB-5 bellows attachment
PB-4 or PB-5 bellows attachment 1/1.4 – 3.1 1.3 × 2.0 – 0.31 × 0.46 10.0– 13.0 1.7 – 4.0 0.57 × 0.86 – 0.24 × 0.35 10.3– 15.1
PB-6 bellows attachment
PB-6 bellows attachment 1/1.3– 3.5 1.18 × 1.77 – 0.27 × 0.41 9.82– 13.85 1.4 – 2.9 0.67 × 1.01 – 0.32 × 0.49 9.99– 12.66
PS-4 or PS-5 slide copying adapter
PS-4 or PS-5 slide copying adapter
4
41/1.4 – 1.8 1.3
× 2.0 – 0.54 × 0.81 10.0– 10.5 1.7 – 3.8 0.57 × 0.86 – 0.25 × 0.37 10.3– 14.7
PS-6 slide copying adapter
PS-6 slide copying adapter 1/1.3 – 1.8 1.18 × 1.77 – 0.54 × 0.81 9.82– 10.47 1.4 – 1.8 0.67 × 1.01 – 0.54 × 0.81 9.99 – 10.47
PB-6M macro copying stand
PB-6M macro copying stand 1/1.3 – 1.8 1.18 × 1.77 – 0.52 × 0.78 9.82– 10.59 1.4 – 1.8 0.67 × 1.01 – 0.52 × 0.78 9.99 – 10.59
PB-6E extension bellows
PB-6E extension bellows 1/1.3 – 7.3 1.18 × 1.77 – 0.13 × 0.19 9.82 – 22.55 1.4 – 6.7 0.67 × 1.01 – 0.14 × 0.21 9.99 – 21.26
PF-2, PF-3, or PF-4 repro copy outt
PF-2, PF-3, or PF-4 repro copy outt
5
51/12.0 – 1.0 1.14
× 1.70 – 0.94 × 1.42 33.6 – 8.6 –––
1.When lens is reversed, PB-6, PB-6E, PB-6M, and PS-6 require optional BR-5 adapter ring, other attachments optional BR-2A adapter ring.
2.Not recommended; results in close up photographs with poor definition.
3.First figure is for PK-11A when used alone, remainingfigures for rings PK-11A through PK-13, PK-11 through PK-13, or PK-1 through PK-3used together.
Note the PK-11 and PK-1 can not be attached directly to the lens.
4.BR-3 or BR-6 macro ring adapter require when lens is reversed.
5.The figures for the PF-2, PF-3, and PF-4 repro copy outfits are for a subject positioned on the base plate when the lens is used without close-up attach-
ments. A reproduction ratio of 1 : 1 can be obtained by setting the coarse focus control to minimum and lowering fine focus by about 45 mm.
Focused distance
Minimum focus distance
Aperture range at minimum focus distance
Maximum
aperture 1 stop 2 stops 3 stops 4 stops 5 stops 6 stops 7 stops
Aperture Range at a Focus Distance of ∞
Camera display at ∞
Camera display at minimum focus distance
Note: Maximum aperture varies with size of exposure incrementselec ted
with camera.The gure assumes exposure increment of 1⁄3 EV.