mb mbn series planetary cone-disk variator - speed reducer,cycloidal speed reducer … · 2017. 9....
TRANSCRIPT
MB MBN SERIES PLANETARYCONE-DISK VARIATOR
MB MBNMB MBN SERIES Planetary cone-disk varitor
Structural Demonstration
MB MBN
MB MBN series planetary cone-disk variator
Structure and working principle
10 11 12 24
7 9
6
3 8 13
1 Planetary cone-disk variator (see the drawing)
Both solar-wheel with a conicity (10) and press-plate (11) are jammed by a group of butte rfly springs (12 ) and
the input shaft (24) is linked with the sloar-wheel by a key to form a jammed inp ut device. A group of plane tary
wheels with a conicity (7), with their inner side clamped in between the jammed solar-wheel and the pres-plate
and outer side between the fixed ring with a conicity (9) and the speed-regulating cam (6), when the input device
turms, roll purely along with the fixed ring due to both fixed ring and speed regulating cam fixed without motion
and make revolution round the input shaft to drive both planetary rack (2) and output shaft (1) to run via the
planetary-wheel shaft and the slide-block bearing (5). To regulate the speed, turn the handwheel, which drives the
speed regulating screw to have the surface cam relatively run to produce axial displacement and thus to evenly
change the spa ce between the s peed regulat ing cam and the fixed ring and, finally, change the working radius at
the frictiona l place of the cam betwee n the planetqry-wheel and the solar-wheel and between the press-rack and
the fixed ring to realize the stepless speed variation.
02-0702-751
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
No.
17
18
19
20
21
22
23
Name
Breather vent
Oil mirror
Plug screw
Bearing
Oil seal
Oil seal
17
18
19
20
21
22
23
Speed control leadscrew
No.
9
10
11
12
13
14
15
16
Name
Fixed ring
Constant wheel
Press wheel
Butterfly spring
Output shaft
Output flange
Speed control cover
No.
1
2
3
4
5
6
7
8
Name
Tank
Base
Slide-block bearing
Fixed cam
Surface bearing
Planetary wheel
Torque Speed controlhandwheel
Speed-regulatingcam
1
2 5 1 1.45 1 7.25
3 0.5~1
4
5
6
Overview
Planetary cone-disk variator is designed with the advanced know-how of both at hoe and abroad and can be
used for both l ight- industr ia l t rades, such as food, pharmaceut ical , p last ic, paper-
making,ceramic,tobacoo,printing etc., and heavy-industrial trades, such as tool machine, petrochemistry,
metallurgy, metallurgy etc.,as well as for the trades of communication and transportation. It features as below:
1 High strength:when reversedly running with an impact load, it is of a feliable performance, able to precisely
drive, without a recoil and with a sufficient strength.
2 Large range of speed variation: its range of speed variation is 5, i.e. its output speed ratio can be varied be
between 1:1.45 to 1:25.
3 High precision of speed regulation: the precision of speed regulation is 0.5-1 turn.
4 Stable performance: its driving parts are meticulously processed with specially heat treatment, resulting in
good contact and lubrication, stable running, low noise and long durability.
5 Compact structure, small volume and light weight.
6 Strong capability to be combined: it is of a good capability to be combined with various reducers to realize
low-speed stepless variation.
1
2
345
6
7
8
9 1011
12
14
15
16
17
18
19
20
21
22
23
2113
Guangzhou Lubricant
4 5
Model Sign:
Example:
1 MBW07---A
1
MBVariator of MB series
2
Horizontal mounting positions
3
07Frame size 07
4
Double shaft type without electric-motor
9
ADirection control
handwheel A
2 MBL07-Y0.75---A
1
MBVariator of MB series
2
Vertical mounting positions
3
07Frame size 07
4
Electric motor code
9
ADirection control
handwheel A
3 MBNW04-C5-40-200---B
1
MBNVariator of MBN
series
2
Horizontalmounting positions
3
04Frame size 04
6
Double-stage geardeceleration
9
BDirection control
handwheel B
5
0.75KWPower 0.75kw
4
Electricmotor code
5
0.37KWPower 0.37kw
7
C5Reducingratio C5
8
40-200Speed variation
10-50r/min
4 MBL07-Y0.75-X4-17-12-60---B
1
MBVariator of MB
series
2 3
07Frame size 07
6
4Frame size 4 of
cycloidal reducer
9
BDirection control
handwheel B
4
Electricmotor code
5
0.55KWPower 0.55kw
7
17Reducingratio 17
8
12-60Speed variation
12-60r/min
Vertical mountingpositions
Combination type
200-1000r/minBasic type (speed variation 200-1000r/min) Deceleratior
MB MB MB MB Series
W,L,F : W,L,F : Mouning Positions
02, 04, , 7502, 04, , 75 Frame size
Y Y: Electric motor code (omiting without electric motor)
0.18, 0.25, 0.37 7.5: 0.18, 0.25, 0.37 7.5: Electric motor power(Omitingwithout electric motor)
A BDirection of speed control handwheel A or B
10 50 /10 50: Speed variation (r/min)
11, 1711, 17 Reducing ratio
CC: Single-stage gear deceleratio
2C2C: Double-stage gear deceleratio
X2, X3
X2, X3 : Frame-Size of cycloidal reducer
1 3 6 7 8 9
Performance curve:
Relation between the standard-type'smean efficiency and the output rotary speed
%M
ea
n e
ffic
ien
cy %
85
80
75
70
65
200 300 400 500 600 700 800 900 1000 r/min
Output rotary speed r/min
200 300 400 500 600 700 800 900 1000 r/min
Output rotary speed r/min
Relation between the allowed output torqueof standard-type and the output rotary speed
100
90
80
70
60
50
40
%T
he
allo
we
d o
utp
ut
torq
ue
%
11. output shaft
55. slide-block bearing
99. speed-regulating cam
1313. press-wheel
22. planetary rack
66. speed-regulting hands
1010. planetary wheel
1414. butterfly spring
44. surface bearing
88. speed-regulatin
1212. solar wheel
33. fixed surfaceam
77. speed-regulating screw
1111. fixed ring
1515. input shaft
2. Lubricating oil
ISO
Used ininterior
User inforeigh
Countries
Lubricant
Ambient Temperature
AGIP
SHELL
ESSO
MOBIL
CASTROL
BP
Oilo sintetice synthetic oil
-25 ~+40
VG32 VG46
Ub-1Ub-3
TRANSMISSON V.E A.T.F.DEXRON FLUID
A.T.F.DEXRON
A.T.F.DEXRON
A.T.F.220
TQ.DEXRON
AUTRAN DX
Variator and combined type Transmissionratio
(r/min)Range of speed variation
Technical data and model selection trage
MB MBNVariator model MB MBN
KWRated input power (KW)
r/minInput speed r/min
28-31See Page 28-31 for the basic types 200 1000
N mAllowed output torque
1400 r/min
3 1.5 6 3 10 5 12 6 18 9 24 12 36 18 48 24 64 32 90 45 118 59
02 04 07 15 22 40 55 75
0.18 0.37 0.55 0.75 1.1 1.5 2.2 3 4 5.5 7.5
32-33Variator with single stage
gear deceleration seePage 32-33
34-35Variator with
double-stage gear deceleration see
Page 34-35
2
36
Equipped with
2 cycloidal
reducer
see Page 36
3
36
Equipped with
3 cycloidal
reducer
see Page 36
4
36
Equipped with
4 cycloidal
reducer
see Page 36
5
36
Equipped with
5 cycloidal
reducer
see Page 36
2.5
3.3
5
8
11
13.3
16.6
20
9
11
17
23
29
35
43
59
9
11
17
23
29
35
43
59
71
9
11
17
23
29
35
43
59
71
87
9
11
17
23
29
35
43
59
71
87
80 400
60 300
40 200
25 125
18 90
15 75
12 60
10 50
22 110
18 90
12 60
8.5 42.5
7 35
6 30
5 25
3.5 17.5
22 110
18 90
12 60
8.5 42.5
7 35
6 30
5 25
3.5 17.5
2.8 14
22 110
18 90
12 60
8.5 42.5
7 35
6 30
5 25
3.5 17.5
2.8 14
2.3 11.5
22 110
18 90
12 60
8.5 42.5
7 35
6 30
5 25
3.5 17.5
2.8 14
2.3 11.5
7.4 3.5
10 4.7
15 7
20 10
28 14
34 17
42 21
50 28
12 24
15 30
23 46
31 62
39 78
47 94
58 116
80 160
15 7.3
20 9.5
30 15
40 20
56 28
68 34
84 42
106 53
24 48
30 60
46 92
62 124
78 156
20 9.8
32 15.5
45 22
68 34
90 45
112 56
140 70
140 70
29 15
38 19
60 30
80 40
108 54
136 68
168 84
140 96
39 20
58 28
8 43
120 60
160 80
200 100
250 125
285 142
59 29
78 36
118 59
160 80
218 108
270 135
334 167
388 194
88 44
118 56
176 88
243 122
324 162
408 203
502 251
602 302
118 59
158 79
235 118
324 162
432 216
540 270
670 335
824 412
157 78
212 106
314 157
432 216
576 288
720 360
892 446
1110 550
216 108
298 149
441 220
605 302
810 405
1012 506
1256 628
1512 756
294 147
398 199
558 279
795 398
1060 530
1325 662
1643 822
2062 1031
40.5 81
49.5 99
76.5 153
103 206
130 260
48.5 97
60 120
92 184
124 248
73 146
89 178
137 274
97 194
118 236
24 48
30 60
46 92
62 124
78 156
94.5 189
116 232
40.5 81
49.5 99
76.5 153
103 206
130 260
157 314
193 386
265 530
48.5 97
60 120
92 184
124 248
156 312
198 378
232 464
73 146
89 178
137 274
186 372
234 468
97 194
118 236
183 366
248 498
73 146
89 178
137 274
186 372
234 468
283 566
348 696
478 956
97 194
118 236
183 366
248 496
313 626
378 756
464 928
146 292
178 356
275 550
372 744
470 940
194 388
237 474
367 734
496 992
259 518
316 632
490 990
Variator and combined type Transmissionratio
(r/min)Range of speed variation
Technical data and model selection trage
MB MBNVariator model MB MBN
KWRated input power (KW)
r/minInput speed r/min
N mAllowed output torque
1400 r/min
02 04 07 15 22 40 55 75
0.18 0.37 0.55 0.75 1.1 1.5 2.2 3 4 5.5 7.5
9
11
17
23
29
35
43
59
71
87
9
11
17
23
29
35
43
59
71
87
9
11
17
23
29
35
43
59
71
87
9
11
17
23
29
35
43
59
71
87
22 110
18 90
12 60
8.5 42.5
7 35
6 30
5 25
3.5 17.5
2.8 14
2.3 11.5
22 110
18 90
12 60
8.5 42.5
7 35
6 30
5 25
3.5 17.5
2.8 14
2.3 11.5
22 110
18 90
12 60
8.5 42.5
7 35
6 30
5 25
3.5 17.5
2.8 14
2.3 11.5
22 110
18 90
12 60
8.5 42.5
7 35
6 30
5 25
3.5 17.5
2.8 14
2.3 11.5
6
36
Equipped with
6 cycloidal
reducer
see Page 36
7
36
Equipped with
7 cycloidal
reducer
see Page 36
73 146
89 178
137 274
186 372
234 468
283 566
348 696
478 956
575 1150
704 1408
97 194
118 236
183 366
248 496
313 626
378 756
464 928
637 1274
767 1534
939 1878
97 194
118 236
183 366
248 496
313 626
378 756
464 928
637 1274
767 1534
939 1878
146 292
178 356
275 550
372 744
470 940
567 1134
696 1392
955 1910
146 292
178 356
275 550
372 744
470 940
567 1134
696 1392
955 1910
194 388
237 474
367 734
496 992
626 1252
756 1512
929 1858
194 388
237 474
367 734
496 992
626 1252
756 1512
929 1858
259 518
316 632
490 980
662 1324
835 1670
1008 2016
1238 2476
259 518
316 632
490 980
662 1324
835 1670
1008 2016
8
36
Equipped with
8 cycloidal
reducer
see Page 36
9
36
Equipped with
9 cycloidal
reducer
see Page 36
364 728
445 890
628 1376
931 1862
1174 2348
146 292
178 356
275 550
372 744
470 940
567 1134
696 1392
955 1910
1150 2300
1410 2820
194 388
237 474
367 734
496 992
626 1252
756 1512
929 1358
1274 2548
1533 3066
1880 3760
259 518
316 632
490 980
662 1324
835 1670
1008 2016
1238 2476
1700 3400
2044 4088
364 728
445 890
680 1376
931 1862
1174 2348
1417 2834
1741 3482
2390 4780
194 388
237 474
367 734
496 992
626 1252
756 1512
929 1358
1274 2548
1533 3066
1880 3760
259 518
316 632
490 980
662 1324
835 1670
1008 2016
1238 2476
1700 3400
2044 4088
2505 5010
364 728
445 890
680 1376
931 1862
1174 2348
1417 2834
1741 3482
2390 4780
2875 5750
3523 7046
478 956
584 1168
903 1806
1221 2442
1540 3080
1540 3718
2883 4566
3133 6266
9537
Equipped with95 cycloidalreducer
see Page 37
10637
Equipped with106 cycloidal
reducersee Page 37
Variator and combined type Transmissionratio (r/min) Variator and combined type Transmission ratio
Comparative table of variators model domestically
feilong
Japan
Gemany
Italy
Others
MB02
D002
02
TK/01
JWB-X0.25
UD003
MB04
D004
03
TK/02
JWB-X0.37
UD004
MB07
D007
04
TK/05
JWB-X0.75
UD007
MB15
D015
05
TK/20
JWB-X1.5
UD015
MB22
D022
06
TK/30
JWB-X2.2
MB40
D037
07
TK/40
JWB-X4
MB55
D055
08
TK/100
JWB-X5.5
MB75
D075
08
TK/100
JWB-X7.5
3237
Equipped with32 cycloidalreducer
see Page 37
4237
Equipped with42 cycloidalreducer
see Page 37
5337
Equipped with53 cycloidalreducer
see Page 37
6337
Equipped with63 cycloidalreducer
see Page 37
8437
Equipped with84 cycloidalreducer
see Page 37
8537
Equipped with85 cycloidalreducer
see Page 37
N m Allowed output torque
1500 r/min
MB MBNVariator model MB MBN
KWRated input power (KW)
r/minInput speed r/min
02 04 07 15 22 40
0.18 0.37 0.55 0.75 1.1 1.5 2.2 3 4
55 75
5.5 7.5
121
187
289
121
187
289
319
121
187
289
319
473
121
187
289
319
473
595
121
187
289
319
473
595
731
841
1003
1505
121
187
289
319
391
595
731
841
1003
1505
1.6~8
1~5
0.7~3.5
1.6~8
1~5
0.7~3.5
0.6~3
1.6~8
1~5
0.7~3.5
0.6~3
0.42~2.1
1.6~8
1~5
0.7~3.5
0.6~3
0.42~2.1
0.34~1.68
1.6~8
1~5
0.7~3.5
0.6~3
0.42~2.1
0.34~1.68
0.27~1.37
0.24~1.18
0.2~1
0.13~0.66
1.6~8
1~5
0.7~3.5
0.6~3
0.51~2.55
0.34~1.68
0.27~1.37
0.24~1.18
0.2~1
0.13~0.66
250
250
250
500~300
500~480
500
500
600~300
960~480
1000~687
1000~800
1000
500~447
500
500
894~447
1000~715
1000
894~447
1430~715
2000~1020
2000~1190
2000~1700
2000
3400~1700
4260~2130
4500~2610
4500~3030
4500~3570
4500
4260~2130
4500~2610
4500~3030
4500~3570
4500
1000~610
1000~975
1000
1220~610
1950~975
2000~1400
2000~1920
2000
4500~2320
4500~2900
4500~3555
4500~4130
4500~2900
4500~3655
4500~4130
1000~890
1000
1780~890
2000~1430
2000
1780~890
2860~1430
4080~2040
4500~2380
4500~3400
4500~4250
4500
2860~1430
4080~2040
4500~2380
4500~2680
4500~3280
4500
1000
2000~1220
2000~1950
2000
2440~1220
3900~1950
4500~2780
4500~3250
4500
3900~1950
4500~2785
4500~3250
4500~3820
4500
3580~1790
4500~2860
4500~4080
4500
3580~1790
4500~2860
4500~4080
4500
4500~3250
4500
4500~2440
4500~3900
4500
4500~2440
4500~3900
4500
4500~4470
N m Allowed output torque
1500 r/min
MB MBNVariator model MB MBN
KWRated input power (KW)
r/minInput speed r/min
02 04 07 15 22 40
0.18 0.37 0.55 0.75 1.1 1.5 2.2 3 4
55 75
5.5 7.5
(r/min)Range of speed variation
121
187
289
319
473
595
731
841
1003
1505
121
187
289
319
473
595
731
841
1003
1501
1.6~8
1~5
0.7~3.5
0.6~3
0.42~2.1
0.34~1.68
0.27~1.37
0.24~1.18
0.2~1
0.13~0.66
1.6~8
1~5
0.7~3.5
0.6~3
0.42~2.1
0.34~1.68
0.27~1.37
0.24~1.18
0.2~1
0.13~0.66
6060~3030
7140~3570
9000~5415
10830~5415
8260~4130
9000~4870
9000~7380
12000~7380
4080~2040
4760~2380
6800~3400
8500~4250
9000~5220
9000~6060
9000~7150
9000
8500~4250
10440~5220
12000~6060
12000~7050
12000
5570~2785
6500~3250
9000~4640
9000~5800
9000~7100
9000~8260
9000
1160~5800
12000~7110
12000~8260
12000~9745
12000
3580~1790
5720~2860
8160~4080
9000~4760
9000~6806
9000~8510
9000
5720~2860
8160~4080
9520~4760
12000~6806
12000~8510
12000~10435
12000
4800~2440
7800~3900
9000~5570
9000~6500
9000
7800~3900
11140~5570
12000~6500
12000~9280
12000
6500~3250
9000~5200
9000~7425
9000~8660
9000
10400~5200
12000~7425
12000~8660
12000
8940~4470
9000~7150
9000
8970~4470
12000~7150
12000~10210
12000
9000~6100
12000~6100
12000~9750
12000
21see page 21
Ove
rall
an
d
insta
llatio
n d
ime
nsio
ns
of
ho
rizo
nta
l in
sta
llatio
n in
MB
N b
asic
se
rie
sM
BN
Fra
me
-si
ze
Ce
ntr
al
he
igh
t
Inst
alla
tion
dim
en
sio
n
02
04
07
75
90
10
6
13
.5
20
28
110
12
0
16
0
10
5
12
5
4
9 9 10
11js
6
14
js6
19
js6
4 5 6
12
.5
16
21
.5
23
30
40
M6
M6
11js
6
14
js6
19
js6
4 5 6
12
.5
16
21
.5
23
30
40
74
79
110
12
5
12
5
15
0
13
15
13
66
73
84
.5
14
5
15
0
19
0
25
27
28
14
7
17
9
21
3
110
110
115
M6
M6
85
110
13
5
14
0
17
8.5
H0
A0
A1
B0
nd
0d
1b
1c1
e1
s1d
2b
2c2
e2
l2s2
Ah
GB
B1
HR
VL
1L
2
21see page 21
Ove
rall
an
d in
sta
llatio
n d
ime
nsio
ns
of ve
rtic
al i
nsta
llatio
n in
MB
ba
sic
se
rie
s
Fra
me
siz
e
02
04
07
23
30
40
3.5
14
14
20
18
1
20
3
24
0
112
.5
110
13
9
11 14
19
77
89
10
7
112
13
0
16
5
95
110
13
0
9 9 11
14
0
16
0
20
0
110
110
115
85
85
110
23
30
40
51
49
70
4 5 6
12
.5
16
21
.5
M6
M6
M6
4 5 6
12
.5
16
21
.5
M6
M6
M6
BC
D(js6
)F
GY
(js6
)L
MN
OP
RS
Ux
wb
1c1
s1b
2c2
s2
Ove
rall
an
d in
sta
llatio
n d
ime
nsio
ns
of ve
rtic
al i
nsta
llatio
n in
MB
W b
asic
se
rie
s
Ce
ntr
al
he
igh
tIn
sta
llatio
n d
ime
nsio
ns
H0
A0
A1
B0
B1
hN
d0
Ove
rall
dim
en
sio
ns
DB
HA
LL
1L
2
d1
b1
c1
e1
d2
b2
c2
e2
75
90
10
6
12
4
15
0
20
0
10
5
10
5
12
5
14
0
23
0
25
0
18
30
35
50
25
33
11
0
12
0
16
0
18
0
24
5
31
5
13
15
15
18
20
30
12
12
15
18
25
30
4 4 4 4 4 4
10
10
12
12
14
19
14
js6
14
js6
20
js6
25
js6
30
js6
35
js6
5 5 6 8 8 10
16
16
22
.5
28
33
38
30
30
40
50
60
70
14
js6
14
js6
19
js6
24
js6
24
js6
32
js6
5 5 6 8 8 10
30
30
30
40
50
60
16
16
21
.5
27
27
35
16
5
17
0
20
0
24
0
29
0
43
0
14
6
16
0
19
0
23
0
30
0
36
5
20
5
23
1
26
0
29
1
34
8
47
6
12
5
13
5
15
0
16
5
27
0
29
0
19
5
22
2
24
5
31
8
39
1
46
7
12
8
15
0
18
2
22
3
26
8
31
9
02
04
07
15
22
40
55
75
21see page 21
Ce
ntr
al
he
igh
tIn
sta
llatio
n d
ime
nsio
ns
D1
D2
Eh
Ove
rall
dim
en
sio
ns
H
02
04
07
15
22
40
55
75
13
0
13
6
16
5
21
5
26
5
30
0
nd
0
O
utp
ut sh
aft
In
pu
t sh
aft
Dd
1b
1c
1e
1d
2b
2c
2e
2R
11
0h
9
11
0h
9
13
0h
9
18
0h
9
23
0h
9
25
0h
9
30
30
40
50
60
70
12
12
12
16
16
20
3.5
3.5
3.5 4 4 5
4 4 4 4 4 4
10
10
12
15
15
19
14
js6
14
js6
20
js6
25
js6
30
js6
35
js6
5 5 6 8 8 10
16
16
22
.5
28
33
38
30
30
40
50
60
70
14
js6
14
js6
19
js6
24
js6
24
js6
32
js6
5 5 6 8 8 10
16
16
21
.5
27
27
35
30
30
30
40
50
60
16
0
16
0
20
0
25
0
30
0
35
0
20
2
22
8
25
7
28
7
34
3
46
6
LL
1L
2L
1
19
5
22
2
24
5
31
8
39
1
46
7
12
8
15
0
18
2
22
3
26
8
31
9
20
0
23
5
24
5
28
5
32
0
43
5
21see page 21
R 11
0
11
0
11
5
13
5
16
6
19
4
MB
W-Y
b2
d2
C2
b1
d1
C1
L1
A0 A
e1
H0
h
A1
L2
b2
d2
C2
b1
d1
C1
R
MB
W
e1
L
H0
h
A1
e2
A0 A
Ce
ntr
al
he
igh
t H0
02
-C
04
-C
07
-C
15
-C
22
-C
40
-C
55
-C
75
-C
75
90
10
6
12
4
15
0
15
0
20
0
20
0
Insta
llatio
n d
ime
nsio
ns
A0
A1
B0
B1
hN
d0
O
utp
ut sh
aft
In
pu
t sh
aft
Ove
rall
dim
en
sio
ns
BH
Ad
1b
1c
1e
1d
2b
2c
2e
2
LL
1L
2
H1
H2
WG
Z
12
0
13
5
16
6
18
9
23
0
23
0
32
0
32
0
10
5
10
5
12
5
14
0
23
0
23
0
25
0
25
0
57
59
66
78
63
63
15
7
15
7
11
0
12
0
16
0
18
0
24
5
24
5
31
5
31
5
25
30
40
50
55
55
70
70
12
12
15
18
25
25
30
30
4 4 4 4 4 4 4 4
10
10
12
12
14
14
19
19
20
js6
20
js6
28
js6
30
js6
40
js6
40
js6
50
k6
50
k6
6 6 8 8 12
12
14
14
22
.5
22
.5
31
33
43
43
53
.5
53
.5
30
30
35
45
60
60
82
82
14
js6
14
js6
19
js6
24
js6
24
js6
24
js6
32
js6
32
js6
5 5 6 8 8 8 10
10
16
16
21
.5
27
27
27
35
35
30
30
30
40
50
50
60
60
20
5
22
4
26
0
28
9
35
5
35
5
47
5
47
5
16
4
18
2
21
7
24
7
30
0
30
0
38
9
38
9
14
6
16
0
19
0
23
0
30
0
30
0
36
5
36
5
10
4
10
4
13
0
14
6
17
0
17
0
24
5
24
5
12
5
13
5
15
0
16
5
27
0
27
0
29
0
29
0
13
7
14
0
15
6
18
0
22
9
22
9
34
7
34
7
45
45
60
65
80
80
12
0
12
0
23
7
25
6
27
1
33
6
42
5
42
5
60
3
60
6
16
7
17
9
20
8
24
5
30
6
30
6
45
5
45
5
21see page 21
Insta
llatio
n d
ime
nsio
ns
D1
D2
Eh
nd
0
O
utp
ut sh
aft
In
pu
t sh
aft
DH
d1
b1
c1
e1
d2
b2
c2
e2
13
0
13
0
16
5
16
5
21
5
21
5
26
5
26
5
Ove
rall
dim
en
sio
ns
LL
1L
2
02
-C
04
-C
07
-C
15
-C
22
-C
40
-C
55
-C
75
-C
RG
H1
H2
W
11
0h
9
11
0h
9
13
0h
9
13
0h
9
18
0h
9
18
0h
9
23
0h
9
23
0h
9
30
30
40
45
60
60
82
82
12
12
14
14
16
16
20
20
3.5
3.5
3.5 4 4 4 5 5
4 4 4 4 4 4 4 4
10
10
12
12
15
15
15
15
20
js6
20
js6
28
js6
30
js6
40
k6
40
k6
50
k6
50
k6
6 6 8 8 12
12
14
14
22
.5
22
.5
31
33
43
43
53
.5
53
.5
30
30
35
45
60
60
82
82
14
js6
14
js6
19
js6
24
js6
24
js6
24
js6
32
js6
32
js6
5 5 6 8 8 8 10
10
16
16
21
.5
27
27
27
35
35
30
30
30
40
50
50
60
60
16
0
16
0
20
0
20
0
25
0
25
0
30
0
30
0
13
1
13
1
14
8
15
5
20
5
20
5
26
3
26
3
11
8
12
5
16
3
18
5
22
5
22
5
32
0
32
0
16
2
17
1
21
3
24
3
29
7
29
7
38
9
38
9
20
4
21
3
25
6
28
5
33
9
33
9
47
5
47
5
18
0
20
8
22
4
24
7
29
5
29
5
40
0
40
0
26
2
28
0
30
3
36
1
45
8
45
8
60
1
60
1
19
2
20
3
24
0
27
0
33
9
33
7
45
3
45
3
21see page 21
MB
W-C
MB
W-Y
-C
MB
W2-Y
-CM
BW
2-C
02
-2C
04
-2C
07
-2C
15
-2C
22
-2C
40
-2C
55
-2C
75
-2C
Insta
llatio
n d
ime
nsio
ns
MN
hn
-d0
O
utp
ut sh
aft
In
pu
t sh
aft
Ove
rall
dim
en
sio
ns
d1
b1
c1
e1
d2
b2
c2
e2
RL
L1
H2
95
11
0
13
0
18
0
23
0
25
0
SL
2 21see page 21
85
11
0
PH
0
11
5
13
0
16
5
21
5
26
5
30
0
3 4 4 5 5 5
4-9
4-1
1
4-1
1
4-1
3
4-1
6
4-1
8
19
js6
28
js6
32
js6
38
k6
55
m6
70
m6
6 8 10
10
16
20
21
.8
31
.3
35
.3
41
.3
59
.3
74
.9
40
55
65
70
11
0
14
0
11
js6
14
js6
19
js6
24
js6
28
js6
38
k6
4 5 6 8 8 10
12
.8
16
.3
21
.8
27
.3
31
.3
41
.3
23
30
40
50
60
70
90
10
5
12
5
16
0
21
0
26
0
78
90
11
0
12
1
15
1
19
2
14
0
16
0
20
0
25
0
30
0
35
0
11
5
11
5
12
5
13
5
14
5
18
5
75
80
11
0
12
5
15
5
18
5
26
5
29
5
34
0
46
0
54
0
70
5
02
-2C
04
-2C
07
-2C
15
-2C
22
-2C
40
-2C
55
-2C
75
-2C
Insta
llatio
n d
ime
nsio
ns
A0
A1
B0
n-d
0
O
utp
ut sh
aft
In
pu
t sh
aft
Ove
rall
dim
en
sio
ns
d1
b1
c1
e1
d2
b2
c2
e2
BR
SL
2 21see page 21
AL
L1
H0
H2
h
90
11
0
13
5
17
0
23
5
28
0
27
25
34
15
43
48
0
70
85
90
13
0
18
0
25
0
10
5
15
0
18
5
20
0
25
0
30
0
4-9
4-1
1
4-1
1
4-1
3
4-1
8
4-2
2
19
js6
28
js6
32
js6
38
k6
55
m6
70
m6
6 8 10
10
16
20
21
.8
31
.3
35
.3
41
.3
59
.3
74
.9
40
55
65
70
11
0
14
0
11
js6
14
js6
19
js6
24
js6
28
js6
38
k6
4 5 6 8 8 10
12
.8
16
.3
21
.8
27
.3
31
.3
41
.3
23
30
40
50
60
70
12
0
14
0
15
0
20
0
26
5
34
5
13
0
19
0
23
0
25
0
32
0
38
0
75
80
11
0
12
5
15
5
18
5
26
5
29
5
34
0
46
0
54
0
70
5
78
90
11
0
12
1
15
1
19
2
12
12
14
16
20
24
11
5
11
5
12
5
13
5
14
5
17
0
85
11
0
Ove
rall
an
d in
sta
llatio
n d
ime
nsio
ns
of h
ori
zo
nta
l co
mb
ina
tio
n t
o M
BW
-2C
MB
W-Y
-2C
co
mb
ine
s sin
gle
-sta
ge
ge
ar
red
uce
r
MB
W-2
CM
BW
-Y-2
C
MB
L-2
CM
BL
-Y-2
C
Ove
rall
an
d in
sta
llatio
n d
ime
nsio
ns
of ve
rtic
al c
om
bin
atio
n t
o M
BL
-2C
MB
L-Y
-2C
co
mb
ine
s sin
gle
-sta
ge
ge
ar
red
uce
r
15
9 11
13
15
MB
MB
N
Ove
rall
and
inst
alla
tion
dim
ensi
ons
of M
B,M
BN
variato
rs e
quip
ped
with
sin
gle
-sta
ge
cyc
loid
al r
educe
r
Fra
me
Siz
e
Ce
ntr
al
he
igh
t
(w)
Inst
alla
tion
dim
en
sio
ns(
W)
(L)
Inst
alla
tion
dim
en
sio
ns(
L)
Ou
tpu
t sh
aft
Ove
rall
dim
en
sio
ns
10
0
14
0
15
0
16
0
20
0
25
0
29
0
32
5
x2 x3 x4 x5 x6 x8 x9 x10
66
96
95
115
36
35
44
80
90
10
0
14
5
15
0
27
5
38
0
48
0
50
0
18
0
25
0
29
0
37
0
38
0
48
0
56
0
63
0
4 6
11 22
26
30
16
0
20
0
23
0
31
0
36
0
45
0
52
0
59
0
13
0
17
0
20
0
27
0
31
6
40
0
45
5
52
0
42
50
79
92
92
112
17
0
17
4
3 4 5 6 8 10
6 8 12
18
22
25
h6
35
h6
45
h6
55
h6
65
h6
90
h6
10
0h
6
110
h6
8 10
14
16
18
25
28
38
48
.5
59
69
95
10
6
116
55
73
74
91
89
12
0
14
0
15
02
8
35
45
63
79
80
110
12
9
14
0
12
0
15
0
19
5
26
0
33
5
44
0
56
0
60
0
15
20
22
25
30
35
40
45
12
20
22
30
35
40
21
0
29
0
33
0
41
0
43
0
53
0
62
0
69
0
17
5
27
8
30
9
35
6
42
5
52
9
61
4
70
6
18
0
23
0
26
0
34
0
40
0
49
0
58
0
65
0
15
7
19
3
24
0
311
35
4
44
7
55
2
61
2
M8
M1
0
M1
2
M1
6
M2
4
M2
0
45
55
65
75
12
0
15
H0
A1
A0
B0
nd
0D
1D
2E
Tn
d0
d1
b1
c1e
we
Ls1
Ah
wh
1B
HB
1D
L1
L2
L3
Up
to
th
ee
qu
ipp
ed
no
tor
15
18
11
13
16
MB
MB
N
Ove
rall
and
inst
alla
tion
dim
ensi
ons
of M
B,M
BN
variato
rs e
quip
ped
with
double
-sta
ge
cyc
loid
al r
educe
r
Fra
me
Siz
e
Ce
ntr
al
he
igh
t
(w)
Inst
alla
tion
dim
en
sio
ns(
W)
(L)
Inst
alla
tion
dim
en
sio
ns(
L)
Ou
tpu
t sh
aft
Ove
rall
dim
en
sio
ns
14
0
15
0
16
0
20
0
25
0
29
0
32
5
x32
x42
x53
x63
x95
x10
6
96
95
115
36
35
44
80
10
0
14
5
15
0
27
5
38
0
48
0
50
0
25
0
29
0
37
0
38
0
48
0
56
0
63
0
4 6
22
26
30
20
0
23
0
31
0
36
0
45
0
52
0
59
0
17
0
20
0
27
0
31
6
40
0
45
5
52
0
50
79
92
92
112
17
0
17
4
4 5 6 8 10
6 8 12
18
22
35
h6
45
h6
55
h6
65
h6
90
h6
10
0h
6
110
h6
10
14
16
18
25
38
48
.5
59
69
95
10
6
116
55
73
91
89
12
0
14
0
15
0
45
63
79
80
110
12
9
14
0
15
0
19
5
26
0
33
5
44
0
56
0
60
0
20
22
25
30
35
40
45
20
22
30
35
40
29
0
33
0
41
0
43
0
53
0
62
0
69
0
27
8
30
9
35
6
42
5
52
9
61
4
70
6
23
0
26
0
34
0
40
0
49
0
58
0
65
0
31
8
39
9
44
2
56
0
68
8
76
0
M8
M1
0
M1
0
M1
2
M1
6
M2
0
M2
4
55
65
75
12
0
15
H0
A1
A0
B0
nd
0D
1D
2E
Tn
d0
d1
b1
c1e
we
Ls1
Ah
wh
1B
HB
1D
L1
L2
L3
Up
to
th
ee
qu
ipp
ed
no
tor
x84
x85
28
Basic installation illustration for MB series stepless variator
Installation illustration for MB series with single-stage gear reduction
Horizontal installation illustration for MB series with double-stage gear
Vertical installation illustration for MB series with double-stage gear
B3 V5 V6 B8
B5 V1 V3
B3 V5 V6 B8
B5 V1 V3
B3 V5 V6 B8
B3 V1 V3
Motor type, motor selection, temperature rise and speed control
4. The rotation speed of the variator shouldn't stay at the same speed for long but should be changed at an
interval of 1-2 days; otherwise it will lead to the noise and even damages to the variator.
1 ----
( )
K
1
1.3
1.5
1.75
K
2 IP54
-- Y B
5
3
40~45 60~80 20
50~60 80~100 25~30
1.The core base is the selectione which must be fit for the load and cost to the combination. perhaps the
load is unexpected or too big, it makes combination damaged other side, if the power of combination is to
big, It means wasting resource, if the power and torque is known, we should extimate the character of load
,so choosethe accurate safe factor K to combination.
K
1
1.3
1.5
1.75
Working condition
Single, stable, continue, rotating and no intertia
Plusating, middle shock load, often reverse, middle intertia
Plusating, middle shock load, often reverse, hard intertia
Hard shock load, often reverse, hard intertia
Choose safe factor K accurately to count the combination power.
2. Electric motor: three phase, asynchronous, protect grade IP54, insulation grade B.Electric motor must be
equipped with oil seal when it is connected directly with variator. It starts less than five times every minutes,
or its life will be reducd.
3. The temprature will drop after 60-80 hours running when variator equipped with four-pole electric motor
runs at first time and it will remain stable. If variator is equipped with two-pole electric motor, the temprature
will drop after 80-100 hours running, later, it will remain stable, this process is harmless to variator s life.