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Tablica 23
Pasowania .tiome+K! — według PN-77/M-02105
Nazwa pasowania |
Zasnda stałego otoont | |
Luźno |
Hi2/bl23m2/hI2 .. ' HU/all,mCi.iLnn/eli|H! Fdii [H11 ,/hti| HlO/dlO, m0/h93 HlO/hlO ‘ jl T-ł Tivj 119/e 8,Wfc% H9/f8, T49/(9, ItH/h3, TŁ9/!i£>- •HS/cS, FB/dS Jllil/d9 iH8/e8[H8/ĄIW(8/H8/I9łjH.iV.U7 f | |
■ H7/C8,II7/<i8:(H7/cŚ J H7/17 j II7/g6 |
H7/h(.| | |
H6/16,B6/g6tH6/Ii5 ' li.yjHJH.hl . | ||
Mieszane' |
IFI/i 7.B.8/k7, H,;.:n7.1Fi-u7 ' -[Tn/f,<5• H7/k(i| H7/mó,11r+h6j . " , . * H6/js5_, H6/k5. H6/m5, II6/n5 H5/js4, H5/k4, H5,'m4f Hf/n-l | |
Ciasne |
H8/s7. IJ8‘'n8. H8/xK. B8//8 jH7/p(j 1 117/rG | H7/s6jH7/s7, .1(7/16, Ii7/n7 'FIó/pś, 116,'rS, H.6/s5j | |
Lnmc |
Zasada stałego sinika | |
ulo.'u v:.: All/hll, Hll/hll, Cl.l/hl 1, Dil/IVJ4, /DlO/Mtk HlO/hlO 1 W/h9, D 10/h9, E9/h9, F9 114; .H8/.69, DS/hK, D9/F8, .E8/h8:{F9 4i8] FS/hS, F D8/h7, FS/Ji7, F8/h7, jiH}>,-■)> z] D8/h6/F8/h6, +7/h6. [Fió h(i] G 7/liń PT/hS/GO/ló, H7;h5 G5/h4, IT5/!i4 |
mi/iiiij H9/h9,H 1.0/69 9/h8,|HS.7hK]HĄ'hS H7/li6[ | |
Mieszane ’ |
Js8/ii7. K8/.h7, M8/h7, !NS/h7 ' JjJ/hfTj K7/hó|M7/h6, [NT/hCij I Js6/JiS, K6/h5, M6/h5, JSĆ/lń , Js5/H K5/Ii4, M5/ii4, N5/K4 | |
Ciasne |
■U8/h7 ' ■ (P7/h6 R7/h6, S7/li6, T7/h6 ■ 'P6/.U5 | |
1 1 — pasowania uprzywilejowane?, |
Tablica 241
Odchyłki-wybranych otworów — wg PN-77/M-02105
Przedział wymiarów nominal-' uycii D mm |
Odchyli; i |
Pole tolerancji | ||||||||||
G7 |
,H7 |
V |
K7 |
N7 |
P7- |
FS |
fl8 |
1 (9 119 | ||||
• I Wa i’t o śc i o cichy łc k w mikro m c t ra c 11 (\x m) | ||||||||||||
powyżej |
do | |||||||||||
i |
'3 |
ES El |
i 12 -t-2 |
1-10 0 |
-1 5 - 5 |
0 -10 |
-4 -14 |
-6 -16 |
■ +20 4-6 |
+ 14 ! 0 |
+ 31 ■1-6 |
1-25 j 0 |
3 |
6 |
ES lii |
+ 16 + 4 |
+ 12 0 |
-1-6 — 6 |
-I 3 ■ 9 |
-4 • .... i6 |
— 8 ■ -20 |
+ 28 -1-10 |
+ 18 0 |
1-40 + 10 |
1 30 i 0 |
6 |
... 10 |
ES El |
-1-20 + 5 |
+ 15 . 0 |
+ 7 -7 |
-1-5 -10 |
—4 .-19 |
-9 -24 |
+ 35 + 13 |
+ 22 0 |
+ 49 + 13 |
+ 36 0 |
10 |
18 |
ES nr |
+24 + 6 |
+ 18 0 |
+ 9 -9 |
-i-6 -12 |
-5 -23 |
-11 -29 |
+43 + 16 |
+2.7 0 |
+ 59 + 16 |
+43 0 |
■ JS ■ 30 |
30 /50 |
ES El |
+ 28 +7 |
+ 21 0 |
+ 10 -10 |
+ 6 -15 |
....7 --28 |
-14 --35 |
+ 53 +20 |
+33 0 |
+ 72 l- 20 |
+ 52 0 |
ES El |
-1-34 +9 |
;+25 0 |
+ 12 -12 |
+ 7 - 18 |
-8 -33 |
-17 -42 |
+ 64 +25 |
4-3? rQ |
+87 -1-25 |
62 0 | ||
50-* |
80 |
ES Et |
+40, +ioJ |
-1-30 0 |
1-15 -15 |
-1-9 — 21 |
-9 -39 |
-21 -51 |
+76 + 30 |
+46’ 0 |
■i-1.04 ■1:30 |
-i 74 0 |
80 i |
120 |
ES El |
-1-47 1-12 |
-1-35 0 |
-I 17 -17 |
; 1 10 -25 |
-10 -45 |
-24 -59 |
+90 + 36 |
+ 54 0 |
+ 123 + 36 |
+87 6 |
120 l' |
180 |
ES ' El |
+ 54 +14 |
+ 40 0 |
+ 20 - 20 |
+ 12 -28 |
+12 -52 |
-28 — 68 |
+ 106 ■[■43 |
-1-63 0 |
-1-143 + 43 |
+ 100 0 |
180 r' 250 |
250 315 |
■ ES El |
. + 61 + 15 |
-1-46 0 |
4-23 --23 |
1-13 --33 |
■14 -00 |
-33 -■79 |
I-122 -1-50 |
4-72 0 |
+ 165 + 50 |
+ 115 . 0 |
' ES El |
-+69 -i-17 |
+ 52 0 |
+ 26 •26 |
+ 16 .... jf, |
■: ■ 14 -66 |
- 36 . -88 |
-[■137 ‘ + 56' |
4-SI -■'0 |
+ 186 + 56 |
+ 130 0. | ||
315 |
400 |
ES El |
+ 75 + 18 |
+57 0 |
+ 28 -28 |
+ 17 -40 |
-16 -73 |
-41 — 98 |
+ 151. + 62 |
+ 89 0 |
4-202 + 62 |
■1-140 0 |
400 |
500 |
ES El |
-1-83 +20 |
+ 63 0 |
■KU -31 |
+ 18 -45 |
— 17 -80 |
-45 -108 |
-l-165 + 68 |
+97 0 |
+223 -I 68 |
+ 155 0 |
300