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REVOLEX

®

 KX / KX-D 

Operating/Assembly instructions 

Type AB 

KTR-N 
Sheet: 
Edition: 

49413 EN 
4 of 22 

 

Please observe protection 

note ISO 16016. 

Drawn: 

2019-05-29 Pz 

Replacing: 

KTR-N dated 2016-11-08 

Verified: 

2019-06-12 Pz 

Replaced by: 

 

 

 

 

 

 

Illustration 2: REVOLEX

®

 type KX-D - AB (taper pin design B) 

 

Table 3: Torques and dimensions - type KX-D - AB (taper pin design B) 

REVOLEX

®

 KX-D - AB

 

Size 

Torque 

1)

 [Nm] 

Cast iron 

Steel 

Dimensions [mm] 

Max. 

speed 

2)

 

[rpm] 

Finish 

bore 

max. 

3)

 

d

1

, d

2

 

Max. 

speed 

2)

 

[rpm] 

Finish 

bore 

max. 

3)

 

d

1

, d

2

 

General 

T

KN 

T

K max.

 

l

1

, l

D

H

 

D

1

, D

N

1

, N

M

1

M

2

KX-D 75 

4300 

8600 

4500 

100 

193 

95 

255 

136 

56 

115 

76 

KX-D 85 

5500 

11000 

4175 

110 

213 

105 

274 

152 

56 

115 

76 

KX-D 95 

7200 

14400 

3825 

125 

227 

112 

298 

168 

56 

115 

76 

KX-D 105 

9400 

18800 

2000 

110 

3475 

130 

237 

117 

330 

180 

56 

115 

76 

KX-D 120 

15200 

30400 

1800 

125 

3100 

150 

270 

132 

370 

206 

76 

140 

100 

KX-D 135 

20000 

40000 

1600 

140 

2725 

170 

300 

147 

419 

230 

76 

140 

100 

KX-D 150 

25000 

50000 

1450 

160 

2500 

190 

336 

165 

457 

256 

76 

140 

100 

KX-D 170 

41000 

82000 

1250 

180 

2150 

220 

382 

188 

533 

292 

92 

170 

130 

KX-D 190 

54000 

108000 

1100 

205 

1900 

245 

428 

211 

597 

330 

92 

170 

130 

KX-D 215 

67500 

135000 

1000 

230 

1725 

275 

480 

237 

660 

368 

92 

170 

130 

KX-D 240 

98000 

196000 

900 

250 

1550 

310 

534 

264 

737 

407 

122 

215 

170 

KX-D 265  134000  268000 

800 

285 

1375 

350 

590 

292 

826 

457 

122 

215 

170 

KX-D 280  170000  340000 

720 

315 

1225 

385 

628 

311 

927 

508 

122 

215 

170 

KX-D 305  205000  410000 

675 

330 

1150 

405 

654 

324 

991 

533 

122 

215 

170 

KX-D 330  265000  530000 

625 

355 

1075 

435 

666 

330 

1067 

572 

122 

215 

170 

KX-D 355  350000  700000 

575 

380 

975 

450 

721 

356 

1156 

610 

122 

215 

170 

KX-D 370  430000  860000 

535 

450 

900 

530 

773 

382 

1250 

720 

122 

215 

170 

1)  Standard material NBR (Perbunan) 80 ± 5 Shore A 

Drop-out center dimension required 

2)  Dynamic balancing required 
3)  Bores H7 with keyway according to DIN 6885 sheet 1 [JS9] and setscrew on the keyway (see table 7) 

 

Table 4: Pin - type KX-D - AB (taper pin design B) 

Size 

75 

85 

95 

105 

120 

135 

150 

170 

190 

Pin size 

M

1

 [mm] 

M10 

M12 

M16 

SW

1

 [mm] 

17 

19 

24 

Tightening torque T

A

 [Nm] 

67 

115 

290 

 

Size 

215 

240 

265 

280 

305 

330 

355 

370 

Pin size 

M

1

 [mm] 

M16 

M24 

M30 

SW

1

 [mm] 

24 

36 

46 

Tightening torque T

A

 [Nm] 

290 

970 

1350 

 

Technical data 

Summary of Contents for REVOLEX KX 105

Page 1: ...rve protection note ISO 16016 Drawn 2019 05 29 Pz Replacing KTR N dated 2016 11 08 Verified 2019 06 12 Pz Replaced by REVOLEX KX KX D Type AB with limitation of axial backlash Flexible pin bush coupli...

Page 2: ...l hazard warnings 5 2 4 Intended use 6 2 5 Coupling selection 6 2 6 Reference to EC Machinery Directive 2006 42 EC 6 3 Storage transport and packaging 7 3 1 Storage 7 3 2 Transport and packaging 7 4 A...

Page 3: ...000 1600 140 150 2725 170 300 147 6 419 230 76 46 140 KX 150 19440 38880 1450 160 2500 185 336 165 6 457 256 76 46 140 KX 170 29285 58570 1250 180 2150 220 382 188 6 533 292 92 63 170 KX 190 40500 810...

Page 4: ...00 1250 180 2150 220 382 188 6 533 292 92 170 130 KX D 190 54000 108000 1100 205 1900 245 428 211 6 597 330 92 170 130 KX D 215 67500 135000 1000 230 1725 275 480 237 6 660 368 92 170 130 KX D 240 980...

Page 5: ...tribute to preventing adverse results or conditions Warning of hot surfaces This symbol indicates notes which may contribute to preventing burns with hot surfaces resulting in light to serious bodily...

Page 6: ...ee catalogue drive technology REVOLEX We recommend balancing from a circumferential speed of 30 m s If the operating conditions performance speed modifications on engine and machine change the couplin...

Page 7: ...ms must not include any ozone generating devices like e g fluorescent light sources mercury vapour lamps or electrical high voltage appliances Humid storage rooms are not suitable Please make sure tha...

Page 8: ...B 3e see table 5 Pins KX AB complete design B 4 see table 5 KX bush 7a 1 AB disk KX 8 see table 5 Hexagon screw DIN EN ISO 4017 9 see table 5 Setscrew DIN EN ISO 4029 10 see table 5 Setscrew DIN EN IS...

Page 9: ...crew DIN EN ISO 4029 10 see table 6 Setscrew DIN EN ISO 4029 11 see table 6 Hexagon nut DIN EN ISO 4032 12 2 Setscrew DIN EN ISO 4029 1 Material and balancing condition as specified by the customer 2...

Page 10: ...t 3a Component Number Description 3 1b 1 Pin KX design B 3 2 4 Elastomer ring 3 3b 2 Disk 3 4a 1 Hexagon screw DIN EN ISO 4017 3 5 1 Circlip DIN 471 Illustration 5 Pin KX complete design B Components...

Page 11: ...t 3c Component Number Description 3 1b 1 Pin KX design B 3 2 4 Elastomer ring 3 3b 2 Disk 3 4c 1 Hexagon screw DIN EN ISO 4017 3 5 1 Circlip DIN 471 Illustration 7 Pin KX D complete design B Component...

Page 12: ...ts KTR does not assume any warranty claims resulting from insufficient remachining Table 7 Setscrew DIN EN ISO 4029 Size 75 85 95 105 120 135 150 170 190 Dimension G mm M16 M16 M20 M20 M24 M24 M24 M24...

Page 13: ...r safety gloves With the assembly please make sure that the distance dimension E see table 1 and 4 is observed so that the hubs are not in contact with each other during the operation The motor shaft...

Page 14: ...achieved see illustration 13 Please make sure that the motor shaft is located in the magnetic center If the power packs are already firmly assembled shifting the hubs axially on the shafts allows for...

Page 15: ...see illustration 17 Please make sure that the motor shaft is located in the magnetic center If the power packs are already firmly assembled shifting the hubs axially on the shafts allows for setting...

Page 16: ...ial backlash of the motor and big enough to make sure that the coupling is able to compensate for angular displacements Set the axial backlash of the coupling see illustration 20 Dimension x is each h...

Page 17: ...acklash limitation as per chapter 4 7 Option 2 Replacement of pins or elastomer rings by dismounting the pins Disassemble the disk component 7a or 7b and carefully suspend it on the shaft Pull the dri...

Page 18: ...cribed If the pins are re used they have to be cleaned from grease free from any residues The pins are mounted as per chapter 4 5 or 4 6 Afterwards set the axial backlash limitation as per chapter 4 7...

Page 19: ...lacement Ka mm 1 5 1 5 1 5 2 2 2 2 2 5 2 5 Max radial displacement Kr mm or max angular displacement Kw mm with speed n rpm 250 0 95 1 10 1 10 1 2 1 3 1 4 1 5 1 7 1 9 500 0 70 0 80 0 80 0 9 0 9 1 0 1...

Page 20: ...ion the drive unit must be switched off immediately The cause of the breakdown must be specified by means of the table Breakdowns and if possible be eliminated according to the proposals The potential...

Page 21: ...nt 4 Instruct and train the service staff Early wear of elastomers e g contact with aggressive liquids oils ozone influence too high low ambient temperatures etc causing a physical modification of the...

Page 22: ...ial attention to the condition of the pins of the coupling Since the flexible machine bearings of the driving and driven side settle during the course of load inspect the alignment of the coupling and...

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