LANDMARK Automotives Drive Shafts


Drive Shafts

DANA Industrial Drive Shafts Catalogue

Data sheets

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Series 687.15-.40

Design

0.02 with length compensation, tubular design
0.03 without length compensation, tubular design
9.01 with length compensation, short design
9.03 with length compensation, short design
9.04 without length compensation, double flange shaft design

0.02


	6-hole flange	8-hole flange	Hole patterns not optional. Each shaft size has a specific hole pattern.

0.03

9.01
9.03

9.04

Series 687.15-.40

Shaft size			687.15	687.20	687.25	687.30		687.35		687.40
TCS		kNm	2,4	3,5	5	6,5		10		14
TK		KNm	1,8	2,7	3,8	5,0		7,7		10,5
TDW		KNm	0,7	1,0	1,6	1,9		2,9		4,4
LC		-	1,79 x 10	5,39 x 10	1,79 x 10	2,59 x 10		0,0128		0,0422
Deflection angle	ß	°	25	25	25	25		25		25	44	25	44
Flange-ø ***	A	mm	100**	120	120**	120**	150	150**	180	150**	150**	180	180
Rotation-ø	K	mm	90	98	113	127	127	144	144	160	160	160	160
	B 1)	mm	84	101,5	101,5	101,5	130	130	155,5	130	130	155,5	155,5
	C 2)	mm	57	75	75	75	90	90	110	90	90	110	110
	F 3)	mm	2,5	2,5	2,5	2,5	3	3	3	3	3	3	3
	G	mm	7	8	8	8	10	10	12	10	10	12	12
	H 4)	mm	8,25	10,25	10,25	10,25	12,25	12,1	14,1	12,1	12,1	14,1	14,1
	I 5)	-	6	8	8	8	8	8	8	8	8	8	8
	M	mm	48	54	70	72	78	95	90	102	102	102	102
	S	mm	63,5 x 2,4	76,2 x 2,4	89 x 2,4	90 x 3		100 x 3	100 x 3	120 x 3	100 x 4,5	120 x 3	100 x 4,5
	W 7)	-	36 x 1,5	40 x 1,5	45 x 1,5	48 x 1,5		54 x 1,5	54 x 1,5	62 x 1,75

TCS
TK
TDW
Lc

*
**

***

Functional limit torque *
Catalogue torque *
Fatigue torque *
Bearing capacity factor *

Explanations see Selection of cardan shafts
If the permissible catalogue torque TK is to be fully
utilized, the flange connection must be reinforced.
Other flange-diameter on request.
This may cause a change in Lz min.

Tubular shafts with welded-on balancing plates have lower fatigue torques TDW
ß = max. deflection angle per joint

1) Tolerance +- 0,1 mm
2) Spigot fit H7
3) Effective spigot depth
4) Tolerance + 0,2 mm
5) Number of flange holes
7) Involute spline DIN 5480

Length dimensions * weights * moments of inertia * torsional stiffness

Design	Shaft size		687.15	687.20	687.25	687.30		687.35		687.40
0.02	Lz min	mm	346	379	458	492	504	582	572	586	693	586	693
	La	mm	60	70	100	110	110	110	110	110	180	110	180
	G	kg	5,7	8,4	12,0	13,0	14,2	24,0	25,6	28,7	30,3	29,4	30,9
	Gr	kg	3,62	4,37	5,13	6,44	6,44	7,18	7,18	8,66	10,6	8,66	10,6
	Jm	kgm²	0,0043	0,0089	0,0144	0,0245	0,0245	0,043		0,0676	0,0706	0,0776	0,0806
	JmR	kgm²	0,0034	0,0059	0,0096	0,0122	0,0122	0,0169	0,0169	0,0296	0,0242	0,0296	0,0242
	C	Nm/rad.	0,26 x 10	0,42 x 10	0,71 x 10	0,78 x 10	0,78 x 10	1,18 x 10		2,17 x 10	1,61 x 10	2,17 x 10	1,61 x 10
	CR	Nm/rad.	0,34 x 10	0,60 x 10	0,98 x 10	1,25 x 10	1,25 x 10	1,72 x 10	1,72 x 10	3,02 x 10	2,47 x 10	3,02 x 10	2,47 x 10
0.03	Lf min	mm	221	239	282	310	322	379	369	423	449	423	449
	G	kg	4,1	508	8,6	8,6	9,8	18,0	19,6	22,8	21,0	23,4	21,6
	Jm	kgm²	0,0038	0,0085	0,0129	0,0238	0,0238	0,04		0,066	0,0628	0,076	0,0728
	C	Nm/rad.	0,44 x 10	0,86 x 10	1,44 x 10	1,47 x 10	1,47 x 10	1,81 x 10		3,35 x 10	2,78 x 10	3,35 x 10	2,78 x 10
9.01	Lz min	mm	296	322	361	379	391	510	500	505	525	505	525
	La min	mm	38	41	36	36	36	70	70	70	60	70	60
	Lz max	mm	348	381	425	453	465	550	540	545	645	545	645
	La max	mm	90	100	100	110	110	110	110	110	180	110	180
9.03	Lz min	mm	245	274	313	331	343	424	414	446	-	446	-
	La min	mm	25	27	28	29	29	50	50	50	-	50	-
	Lz max	mm	280	317	355	397	409	484	474	506	-	506	-
	La max	mm	60	70	70	95	95	110	110	110	-	110	-
9.04	Lf min	mm	192	216	240	288	312	380	360	408	408	408	408
9.04

Lz min
La
Lf min
Lz + La
G
GR
Jm
JmR
C
CR

shortest possible compressed length
Length compensation
shortest fixed length
max. operating length
Weight of shaft
Weight per 1 m tube
Moment of inertia
Moment of inertia per 1 m tube
Torsional stiffness or shaft without tube
Torsional stiffness per 1 m tube

Flange bolt connections are also supplied on request. For summary see Flange boltings

Further shaft sizes 687 see Data sheet 687.45-.65 .

Please note!
Designs deviating from the standard have the series no. 688.

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