Drive Shafts
 

DANA Industrial Drive Shafts Catalogue

Data sheets
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Series 687.45-.65
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

 
   
  8-hole flange 10-hole flange Hole patterns not optional.
Each shaft size has a specific hole pattern.

0.03


9.01
9.03



9.04
 
Series 687.45-.65

Shaft size

687.45

687.55

687.65

TCS

kNm

17

25

35

TK

kNm

13

19

27

TDW

kNm

5,1

7,3

11

LC

-

0,104

0,236

0,837

Deflection angle

ß °

25

35

25

25

35

25

25

25

Flange-ø ***

A

mm

180**

180**

225

180*

180*

225

180**

225**

Rotation-ø

K

mm

174

174

174

178

178

178

204

204

 

B 1)

mm

155,5

155,5

196

155,5

155,5

196

155,5

196

C 2)

mm

110

110

140

110

110

140

110

140

F 3)

mm

3

3

5

3

3

5

3

5

G

mm

12

12

15

14

14

15

15

15

H 4)

mm

14,1

14,1

16,1

16,1

16,1

16,1

16,1

16,1

I 5)

-

8

8

8

10

10

8

10

8

M

mm

95

95

90

115

115

95

110

110

S

mm

120 x 4

110 x 5

120 x 4

120 x 6

120 x 6

120 x 6

142 x 6

142 x 6

W 7)

-

68 x 1,75

78 x 2

88 x 2,5

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 T
K is to be fully
utilized, the flange connection must be reinforced.
Other flange-diameter on request.
This may cause a change in L
z 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

687.45

687.55

687.65

0.02

Lz min

mm

595

703

585

662

681

622

686

686

La

mm

110

180

110

110

110

110

110

110

G

kg

35,7

38,4

37,7

44,0

49,2

47,0

60,6

64,6

GR

kg

11,44

12,95

11,44

16,86

16,86

16,86

20,12

20,12

Jm

kgm²

0,1002

0,1242

0,1342

0,131

-

0,151

0,2224

0,2614

JmR

kgm²

0,0385

0,0357

0,0385

0,055

-

0,055

0,0932

0,0932

C

Nm/rad.

3,10
x 10

2,18
x 10

3,10
x 10

4,05
x 10

-

4,05
x 10

5,63
x 10

5,36
x 10

CR

Nm/rad.

3,93
x 10

3,65
x 10

3,93
x 10

5,60
x 10

5,60
x 10

5,60
x 10

9,50
x 10

9,50
x 10

0.03

Lf min

mm

425

425

415

475

495

435

491

491

G

kg

28,0

27,8

30

33,1

-

36,1

47,3

51,3

Jm

kgm²

0,0954

0,0976

0,1294

0,1176

-

0,1376

0,2032

0,2422

C

Nm/rad.

4,82
x 10

3,7
x 10

4,82
x 10

5,39
x 10

-

5,39
x 10

7,17
x 10

7,17
x 10

9.01

Lz min

mm

517

538

507

587

606

547

586

586

La min

mm

70

60

70

70

70

70

55

55

Lz max

mm

557

658

547

617

636

577

641

641

La max

mm

110

180

110

100

100

100

110

110

9.03

Lz min

mm

447

-

437

513

-

473

524

524

La min

mm

50

-

50

50

-

50

50

50

Lz max

mm

507

-

497

563

-

523

584

584

La max

mm

110

-

110

100

-

10

110

110

9.04

Lf min

mm

380

380

360

460

460

380

440

440

 

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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