Scan5 (2)

dlc d ^ M5

ii		5	W	%%■ i min		D min		D,		Di mirt		h ma x	Orientacyjna mara I000 situk nakrętek stalowych, kg
G\nm zwykły	C wint drohno-: wojny			u^y k o • na nic A i B	wyko nanie C	wyko nanie A	uv k o -na nic B i C	min	m:i.v	wyko nanie A	wykonanie B i C
M 1 .ó	-	3.2	■•3	0.S2	—	3.41	3.27	1.6	1.84	2.3	2.1	0.4	0.068-
M2	-	<	1.6	I.OS	—	4.31	4.1S	2	2.30	3.1	2.9	0.4	0.132
M2.5	-	5	T	1.40	—	5.4-1	5.31	2.5	2.90	4.1	•3.9	0.4	•• •' 0.260
M3	-	5.5	'2.4	1.22	— '	• 6.01	5.87	3	3.45	4,6	4,4	0.4	0J61
(M3.S)	-	^6	2.S	2.04	—	6.57	6.44	3.5	4.00	5,1	4.9	0.4	0.482
M4	-	>	3.2	2212	—	7.66	7.50	4	4.60	5.9	5.7	0.5	0.762
M5	-	^S	4.7	3.52	2.S0	8.79	8.63	5	5.75	6.9	6.7	0.5	I -36
Mó	-	10	5.2	3.52	3.20	11.05	10.89	6	6.75	8.9	8.7	0.5	2.46
(M 7)	-	11	6.5	4.91	4.00	12.12	1 1.94	7	7.75	9.6	9.4	0.5	3.48
NiS	MSX 1	13	6.8	5.15	4.24	14.38	14.20	S	8.75	11.6	i 1.4	0.6	5JI
M 10	M 10 x 1.25	16	8.4	6.43	5.52	17.77	17.59	10	10.8	14.6	14,4	0,6	9.34
,M12	Ml 2 X 1.25	1S	10,8	S.29	7.20	20.03	19.S5	12	13.0	16,6	16,4	0.6	15.0
(MU!	(M14x IJ)	21	12.8	9.68	S.SO	23.35	22,78	14	15.1	19.6	19JZ	0.6	24,2
M 16	M16x 1,5	24	14,8	n.3-	10.4	26.74	26.17	16	17.3	22.5	22,0	0,8	36 Je
(MIS)	(MISX U)	27	15.8	12.1	11.2	. 30.13	29.56	18	19.5	25.3	24.8	0.8	' 49J
■. w:ó'	M20x |.5	30	18	13.5	12,9	33,52	32.95	20	21,6	28.2	27.7	0.8	69.3
(M22)	(.M22 X 1.5)	34	19.4	14.5	13.S	37.71	37.29	22	23.7	31.7	31.4	0,8	36,0
	,M24 x 2	36	21.5	16.2	15.5	39.97	39.55	24	25.9	33.6	33.2	0,S	117
| (M’7)	(M 2 7 x 2)	21	23.S	18.0	17.3	45.62	'45.20	27	29.1	38.4	38.0	0.3	170
MJO	. M3UX 2	26	2.6.6	19.2	IS.S	51.27	50.85	30	32.4	43,1	4 2.7	0.3	234
I (M33)	(M 3 3 X 2)	50	2S.7	21.9	21.3	55,79	55.37	33	35,6	46,9	46.5	0.3	3C4
M 36	M36 x 3	55	31	23.5	22.S	61.31	60.79	36,	3S.9	51,5	51,i	0,8	402
(M39)	(M39 X 3)	60	33.4	25,4	24.7	66.96	66.44	39	42.1	56,3	55.9	1,0	517 .
Sb-2	M-i 2 X 3	65	34	25.9	25.2	72.61	71.30	42	45.4	61.0	59.9	1.0	624
(SUS)	(MJ5 x ))	70	36	27.5	26,8	78.26	76.95	45	48.6	65.3	64.7	1.0	768
>-us	NUS x j	75	38	29.1 '	2S ,4	• S3.91	87.60	48	51.8	70.5	• 69.4	1.0	939
{ (M S 2)	(M52 x 3)	fO	4 2	32.3	31.6	89.56	łś.s.-i	52	56.2	75.3	74.2	1,0	1156
j M56	-	-^J	25	3J.7	34.0	95.06	93.56	56	60,5	79.9	IZ.2	1.0	1376'
i (M60) 1	-	50	4 S	37.1	3Ó.4	100.71	99.21	60	64.S	S4.7	33.4	1.0	1619
j ^M6'^i	-	95	51	39.3	3S.4	196.36	104.86	64	69.1	39.4	88.2	1.0	1898
| (M6S)	-	100	52	‘2 1.7	40.8	112.01	1 10.51	68	73.4	94.2	92.9	i.O	2193
i -	M 7 2 X 6	105		4 2.0	42.0	117.66	1 16.16	72	77. S	98.9	97.7	1.0	256! j
| -	(M36 x 6)	110	61	47.3	46.4	123.17	121.81	76	82.1	103.7	102.4	l.o	2911
-	MSO x 6 .	115 | 64		49.7	4S.S	122.96	127.46	80	26.4	108.4	107.2.	1.0	3303
! -	190 X ć	130 ] 72		56.1	55,2	145.77'	144.07	90	! 97.2	122.5 | 121.1		1.0	i 4743
i -	M100 x 6	U5 j EJ		62.5	61.6	162,72	161.02	100	108	136.8	135,4	1.0	6559 !
j -	- Ml I0x 6	155 j $3		68,6	67.6	174.02	172.32	110	1 19	146.3	| 144.9	1.0	7369
--	(Ml 20X6)	170 j 96		75.0	74.0	190.97	159.27	120	130	160.5	159.1	1.0	10374
--	M1 25 x 6	ISO	100	75.2	77.2	202.27	200.57	125	135	170.1	j 168.6 | 1,0		12398
- _	(Ml 30x6)	IS5	104	SI.4	£0.4	207.75	205.77	130	140 '	174.6	| 171.4	1.0	13341
	M I JO x 6	_'00	1.2 I 47.:		Só.S	224.70	222.7 2	140	151	! 188,9	j 185,6	l.o	16348
-	(M 150 x 6)	210	120 i 52.2		93 2	236.00	234.02 | 150		i 162	j 198.4	! 195.1	i.O	| 19229