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New Turbostart Hydromechanical Jolly Couplings

Requiring minimal maintenance and long service life makes them suitable for demanding industrial applications.

New Turbostart Hydromechanical Coupling

The worldwide patented Jolly hydromechanic coupling is a fitting of outstanding importance, which is widely used in modern transmissions. The Jolly coupling makes it possible to start high inertia loads gradually using three phase squirrel cage asynchronous motors, which demand constant continuous running however the load changes.

The Jolly Coupling is unique in combining the advantages of both fluid and mechanical device to provide fuIl protection, yet save substantially on capital, maintenance and costs.

Benefits

  • Soft starts (fig. C)
  • Dampens shock loads.
  • Energy savings by reducing initial starting current using a smaller motor according to the demand power at the rated speed (fig. D)
  • Varying the quantity of fluid makes it easy to match motor to drive requirements and provides optimum acceleration times.
  • Optional reservoir permits extended startup time.
  • No slip at full speed and no heat generation.
  • Optional temperature-limiting fusible plug provides protection in case of prolonged overloads.
  • Output speed kept at a constant level and in any case the same as the motor.
  • No wear and fatigue on mechanical lockup device.
  • No maintenance required but periodic oil change.

Applications

  • Air separators
  • Carding machines
  • Paper machineries
  • Amusement Park rides
  • Centrifugal pumps
  • Polverisers
  • Belts conveyors
  • Compressors
  • Rotating filters
  • Blowers
  • Fans
  • Textile machines
  • Bottling machines
  • Machine tools
  • Wire machines
  • Bucket conveyors
  • Metalworking machines
  • Wheel balancing machines

In Line Version Type L/S

Hydromechanical Coupling LS Diagram
Hydromechanical Coupling LS Diagram
Dimenisons
Coupling typeAC
±0,5
D
G7*
e
min
E
H7
F
±0,2
G
±1
Stud bolts
1223412724 – 28
38
60
80
4773166 M6
1326014628
38
42
60
80
110
4773166 M6
1429414838
42 – 48
80
110
6289256 M8
1532515442
48 – 55
1106289256 M8
1636518348 – 55
60 – 65
110
140
72112308 M10
16N39018148 – 55
60 – 65
110
140
85136308 M10
1743021655
60 – 65 – 75
80
110
140
170
85136308 M10
1852723965 – 75
80
100
140
170
210
120168358 M10
1962625980
100-110
170
210
1401964510 M12
110800325100 – 110 – 120
130
210
240
1802505010 M14
Specifications – In Line Version Type L/S. The weights and dimensions may be subject to change.

In Line Version Type L/MU

Hydromechanical Coupling LMU Diagram
Hydromechanical Coupling LMU Diagram

Dimensions
Coupling typeAC
±0,5
D
G7*
e
min
QT
h6
T1W
1223412724 – 28
38
60
80
82431165
1326014628
38
42
60
80
110
83039192
1429414838
42 – 48
80
110
83846202
1532515442
48 – 55
110104866230
1636518348 – 55
60 – 65
110
140
105266259
16N39018148 – 55
60 – 65
110
140
105570261
1743021655
60 – 65 – 75
80
110
140
170
105570296
1852723965 – 75
80
100
140
170
210
127085336
1962625980
100-110
170
210
2580100484
110800325100 – 110 – 120
130
210
240
28110160513
Specifications – In Line Version Type L/MU. The weights and dimensions may be subject to change.

In Line Version Type L/E

Hydromechanical Coupling LE Diagram
Hydromechanical Coupling LE Diagram
Dimensions
Coupling typeFlexible CouplingABC
±0,5
D
G7*
e
min
H
G7
max
INXYV
12E 202349812724 – 28
38
60
80
3855429676202
13E 20 260 105 14628
38
42
60
80
110
38 55 42 96 76 221
14E 3029410714838
42 – 48
80
110
48765512295243
15E 3032512515442
48 – 55
11048765512295249
16E 4036513018348 – 55
60 – 65
110
140
608672150119302
16NE 5039014518148 – 55
60 – 65
110 1407010572175119300
17 E 50 430 160 21655
60 – 65 – 75
80
110
140
170
70 105 72 175 119 335
18 E 60 527 195 23965 – 75
80
100
140
170
210
80 124 88 220 142 381
19E 7062622525980
100-110
170
210
100150111250181440
110E 80800320325100 – 110 – 120
130
210
240
110200141320226551
Specifications – In Line Version Type L/E. The weights and dimensions may be subject to change.

In Line Version Type L/E – FF/DF

Hydromechanical Coupling LE FFDF Diagram
Hydromechanical Coupling LE FFDF Diagram
Dimensions
Coupling typeABC
±0,5
D
G7*
e
min
G
± 1
H
G7
max
INXX1YY1V1
122349812724 – 28
38
60
80
16385542961607660202
13 260 105 14628
38
42
60
80
110
16 38 55 42 96 160 76 60 221
1429410714838
42 – 48
80
110
254876551221609560243
1532512515442
48 – 55
11025487655122160
200
9560
75
249
1636513018348 – 55
60 – 65
110
140
30608672150160
200
11960
75
302
16N39014518148 – 55
60 – 65
110
140
307010572175250
315
11995 118300
17 430 160 21655
60 – 65 – 75
80
110
140
170
30 70 105 72 175250
315
11995
118
335
18 527 195 23965 – 75
80
100
140
170
210
35 80 124 88 220315
400
142118
150
381
1962622525980
100-110
170
210
45100150111250400
500
181150
190
440
110800320325100 – 110 – 120
130
210
240
50110200141320500226190551
Specifications – In Line Version Type L/E – FF/DF. The weights and dimensions may be subject to change.

In Line Version Type CF

Hydromechanical Coupling CF Diagram
Hydromechanical Coupling CF Diagram

Dimensions
Coupling typeAW1BDGM
±0,1
N
Ø
n1°
Ø
P
Ø
MAX
1236912651,519191221528 108 M1060
1338814551,519191221528 108 M1060
1441915263,5191914818010 1010 M1075
1547815678,5222217821510 1210 M1275
1652318378,5222217821510 1210 M12110
16N53318178,5222217821510 1210 M12110
1759621692,5222220324012 1212 M12110
1875326510828,528,523628012 1612 M16127
1985528512328,528,527032014 1614 M16150
11094835212328,528,527032014 1614 M16150
Specifications – In Line Version Type CF. The weights and dimensions may be subject to change.

Pulley Versions Type P

Hydromechanical Coupling PF Flanged PT Hollowed Diagram
Hydromechanical Coupling PF Flanged PT Hollowed Diagram
Dimensions
Coupling typeABCDe
min
GHIMN
Ø
14 PF29414311038
42 48
80
110
65114905,5M 12
M 16
8 M8
15 PF32516311042 48
55
11075114905,5M 16
M 20
8 M8
16 PF365171110
126
48 55
60 65
110
140
901501304M 208 M10
16N PF39019512648 55
60 65
110
140
901501304M 208 M10
Specifications – Pulley Versions Type P. The weights and dimensions may be subject to change.

Specifications – Pulley Versions Type PC/PI

Hydromechanical Coupling PC Keyed PI Incorporated Diagram
Hydromechanical Coupling PC Keyed PI Incorporated Diagram
Dimensions
Coupling typeAB
± 1,5
C
± 1
D1
h6
D
(G7)
e
min
FG
± 1,5
HLMN
Ø max
screws
O
Puller
F1RS
122342152,58524 28
38
60
80
80221488,512 X 8M12M1495882,5
1326024078528
38
60 8080312288,512 x 8M12M14110882,5
142942442,59538
42 48
80
110
80292098,512 X 8M16M201101042,5
15325286511042 48
55
110110301811516 x 10M16M201351152,5
16365340412548 55
60 65
110
140
130514613018 x 11M20M241801354
16N390340312548 55
60 65
110
140
130423413018 x 11M20M241801354
174304513,515055
60 65 75
80
110
140
170
15010910015620 x 12M20M242551604
185274884150
150
160
170
75
80
90 95**
100**
140
170
170
230
150
150
230
230
121
40
101
20
156
156
166
176
20 x 12M24M30255160
175
4
19626560519080 90
100 110
170
210
2804325195,525 x 14M24M303102156
Specifications – Pulley Versions Type PC/PI. The weights and dimensions may be subject to change.

Version D110

Hydromechanical Coupling D110 Diagram
Hydromechanical Coupling D110 Diagram
CouplingDimensions
A ±2C ±3D m6EFGHILMNOPKG
D 1108521310140140793,5258,536135413,51030488409160880
Specifications – Version D110. The weights and dimensions may be subject to change.

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