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ROTARY SOLENOIDS
1. Design and Features
The rotary solenoid’s design starts from a standard flat
face push-pull solenoid. The rotary solenoid then incorporates the mechanical design principle of an inclined
plane to convert linear motion to rotary motion. There
are three uniform inclined planes (spiral grooves) that
are stamped into both the case and the armature, called
“ball races”. The “ball races” provide both a means of
converting linear motion to rotary motion and a secondary
bearing system to support this rotary motion.
(Fig. l)
The degree of rotation can be reduced (example : a 35
deg RH rotation solenoid reduced to 30 deg RH
rotation), by the use of an external stopper. However,
to assure that the solenoid operates properly, it is
imperative that the solenoid armature always be
allowed to return to 0 deg. or unenergized position.
#The ball races are specially designed and provide a
constant torque output over the complete angle of
rotation at 25% duty cycle.
#The rotary solenoid uses an enclosed coil and therefore provides maximum magnetic efficiency.
#The magnetic circuit is very short, so high efficiencies
in terms of torque output can be obtained, and energization/ response times are very quick.
Fig. 2
B) Direction of Rotation (Fig. 3)
The normally accepted convention to describe the
rotation of the rotary solenoid is that the direction of
rotation is viewed from the armature plate (top) of the
solenoid. Clockwise rotation is right hand (RH)
rotation, and counter clockwise rotation is left-hand
(LH) rotation.
Fig. 1
2. Starting Torque
The starting torque shown in the catalog is the gross
value output at 20 deg.C. With the addition of the return
spring, the solenoid’s net output is the gross starting
torque minus the return spring torque.
3. Rotation Angle Direction of Rotation
A) Use of an External Stopper (Fig. 2)
The angle and direction of rotation are predetermined
(and fixed) by the manufacturing process of the three
ball races that are in the case and armature.
6
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Fig. 3
ROTARY SOLENOIDS
Table 1
SIZE301
25˚, 35˚, 45˚
SIZE341
25˚, 35˚, 45˚, 67.5˚
SIZE401
SIZE490, 491
SIZE590, 591 25˚, 35˚, 45˚, 67.5˚, 95˚
SIZE700
SIZE870
The standard rotary solenoid is available with different
accessories to meet your application requirements.
RH and LH
RH and LH
RH and LH
4. Axial Travel
In this design of the rotary solenoid the rotary motion
is created by converting linear motion into rotary
motion. The use of the inclined plane (ball races) also
generate a small axial stroke (about 0.7 to 2.6 mm
depending upon the amount of rotation and the size of
the solenoid).
Table 2
SIZE
301 341 401 490, 491 590, 591 700 870, 874
Axial travel
(mm), approx.
0.7 0.9 1.2
1.5
1.6
2.3
2.6
A: Shaft extension on the armature plate
B: Shaft extension on the base side
D: Dust cover over armature plate
R: Return spring provided
T: Tapped holes in armature plate
6. Operational Considerations
Fig. 4
A) Temperature
The coil data of rotary solenoids shows the values at
ambient temperature 20°C and with a standard heat
sink. When a solenoid is used at the ratings mentioned
in the coil data, it is designed so that the coil temperature rises and reaches equilibrium at approximately
85˚C. In applications where the ambient temperature
is higher than 20°C or the heat sink is smaller than
indicated in the catalog, possible thermal damage can
occur. Temperature rise tests should be performed by the
customer to assure that the coil does not reach 120°C.
Coils can be constructed to operate at temperatures higher
than 120°C without thermal damage. Please consult the
factory for details.
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7
Rotary Solenoids
5. Standard Available Accessories
C) Rotation Angle Available
The rotation angles are available as follows.
ROTARY SOLENOIDS
B) Shaft Modifications
It is not recommended that the customer modify the
shaft, as the shafts are fabricated before assembly. Any
special configurations can be supplied. Please consult
the factory for details.
C) How To Use The “T” (tapped armature plate) Feature
As noted above, the rotary solenoid does have axial
movement in the armature plate position during energization and de-energization. When directly attaching a
mechanism to the armature plate, the load must allow
for free movement in the axial direction. Also, the
attaching screws can not be longer than the thickness of
the armature plate or interference in the rotary motion
will occur.
7. General Characteristics
Insulation class
Class E (120°C)
Lead wire class A (105°C)
Dielectric strength
AC 1000V 50/60 Hz 1 min.
(at normal temperature and
normal humidity)
Insulation resistance More than 100 Mohm at DC
500V megger
(at normal temperature and
normal humidity)
Expected life
Standard life : 2 million cycles
Extended life : 10 million
cycles
Long life : 50 million cycles
(Solenoid cycle life is very dependent upon side load,
frequency of use, and environmental conditions.
Cycle life tests should be performed by the customer.)
8. How to Select a Rotary Solenoid
Before selecting a rotary solenoid, the following information must be determined :
A) Torque
The actual torque required in the application should
be increased using a safety factor multiplier of 1.5 to
arrive at the torque value that should be used in
your specification.
B) Duty Cycle
Use the aforementioned formula to calculate duty
cycle. Also note the maximum on time. (See page 2)
8
C) Rotation Angle
Rotation angle is determined by application
requirements.
D) Rotation Direction
Rotation direction is determined by application
requirements (note direction of armature plate).
E) Operating Voltage
Operating DC voltage is determined by the application and voltage available.
After determining these specifications, one can find the
correct size solenoid for the application, using the
torque characteristics tables. The coil data is also
shown for different sizes of magnet wire. If the exact
operating voltage is not in the coil data table, use the
nearest voltage shown in the table.
NOTE : When the operating voltage falls between 2
coil sizes, always use the higher AWG numbered coil
so as to prevent potential thermal damage. To determine the torque output of the solenoid after temperature rise, please use the amp-turn gross torque tables
(pages 22) after calculating the amp-turns.
9. Ordering Information
#When ordering a rotary solenoid, the correct part
number needs to be determined, from the following
combination of characteristics (1-5):
(1) M-Metric Thread
F-SAE Thread
(2) Solenoid Size (example-490)
(3) Coil Wire Size (AWG no.)
(4) Angle of rotation, direction of rotation and
accessories (table 3)
(5) R-Standard Life Bearing
RE-Extended Life Bearing
RL-Long Life Bearing
#Example of a complete part number :
(1) (2) (3) (4) (5)
F 490 26 141 R
This part number is for a solenoid with 臼 SAE threads,
渦 size 490, 嘘 26 AWG coil wire, 唄 35 deg. right-hand
rotation, with accessories of armature side shaft extension and return spring provided, 欝 and standard life
bearings.
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ROTARY SOLENOIDS
For rotary solenoids the part number labeling is as
follows :
A) Standard Solenoid (no modifications).
The solenoid label will have the part number and
the date code (which identifies the year and week of
manufacture).
Example :
F
490
26
141
R
B) Special Configuration (required for any modification to a standard design)
Any change from the standard catalog design
requires that a custom part number be assigned,
which will also include the date code of manufacture.
Example :
9401
Special Part Number
Date Code (year and week)
9401
SAE Thread
Solenoid Size
Coil Wire AWG
Rotation & Accessories
Rotary & Bearing life
Date Code (year and week)
F94123R
11. Accessories Definition Table
When ordering a rotary solenoid, the correct number for
the angle of rotation, direction of rotation and accessories needs to be determined from the following table.
Table 3
Clockwise Rotation(RH)
Accessories
A
Counter Clockwise Rotation(LH)
25˚
35˚
45˚
67.5˚
95˚
25˚
35˚
45˚
67.5˚
95˚
070
071
072
073
074
075
076
077
078
079
A
B
T
D
R
100
101
102
103
104
105
106
107
108
109
A
B
T
D
R
110
111
112
113
114
115
116
117
118
119
A
B
T
D
R
120
121
122
123
124
125
126
127
128
129
A
B
T
D
R
130
131
132
133
134
135
136
137
138
139
A
B
T
D
R
140
141
142
143
144
145
146
147
148
149
A
B
T
D
R
170
171
172
173
174
175
176
177
178
179
A
B
T
D
R
180
181
182
183
184
185
186
187
188
189
A
B
T
D
R
220
221
222
223
224
225
226
227
228
229
A
B
T
D
R
230
231
232
233
234
235
236
237
238
239
A
B
T
D
R
260
261
262
263
264
265
266
267
268
269
A
B
T
D
R
280
281
282
283
284
285
286
287
288
289
A
B
T
D
R
290
291
292
293
294
295
296
297
298
299
A
B
T
D
R
300
301
302
303
304
305
306
307
308
309
A
B
T
D
R
310
311
312
313
314
315
316
317
318
319
A
B
T
D
R
340
341
342
343
344
345
346
347
348
349
A
B
T
D
R
360
361
362
363
364
365
366
367
368
369
A
B
T
D
R
370
371
372
373
374
375
376
377
378
379
A
B
T
D
R
380
381
382
383
384
385
386
387
388
389
A
B
T
D
R
390
391
392
393
394
395
396
397
398
399
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9
Rotary Solenoids
10. Labeling
SIZE301 ROTARY SOLENOID
UNIT : mm
SHOWN DE-ENERGIZED, RIGHT HAND ROTATION
28.3±1.0
12.4±0.5
17MAX.
±0.3
φ14MAX.
±0.1
1.2
18.3±0.3
LEADS 250MIN.
(UL1430 AWG24)
φ3.97±0.03
1.1
φ30MAX.
9.1±0.5
8.7MIN.
2-M2.3 P0.4
WEIGHT(ABD&R): 56g
WITH A, B&R
/ ROTATION ANGLE ±3° TO LEFT OF CENTER FOR
R.H.ROTATION, RIGHT OF CENTER FOR L.H.ROTATION.
1 2
4MAX.
9.8±0.5
16.6MAX.
R9
.5 ±0
.1
φ31MAX.
19MAX.
10.3±0.5
φ10MAX.
27.9±1.0
(φ4.2)
9.5±0.5
3-M2.6 P0.45
(0.6)
WITH A&B
WITH A, D&R
WITH T
COIL DATA
Heat sink : 90K90K3mm aluminum
“on” time
duty cycle=
K100%
“on” time + “off” time
MAX. “on” time in seconds
watts at 20˚C
ampere-turns at 20˚C
gross starting torque
at 20˚C (N )m)
AWG no.
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
10
resistance
Ω±10%(at 20˚C)
1.96
3.16
5.1
6.94
11
16.9
28.3
42.8
69.6
112
148
221
352
568
882
25˚
35˚
45˚
100%
continuous
∞
7
425
0.022
0.017
0.012
75%
or less
105
9.3
490
0.035
0.022
0.014
no. turns
231
296
378
423
530
649
858
1036
1312
1674
1765
2090
2650
3380
4200
Return spring torque : 0.0055~0.009 N )m
50%
or less
100
14
602
0.046
0.035
0.021
25%
or less
36
28
849
0.069
0.058
0.035
10%
or less
7
70
1350
0.15
0.127
0.081
volts DC
3.5
4.5
5.6
7.1
8.9
11
14
18
22
28
35
45
56
71
89
4.1
5.1
6.5
8.1
10
12
16
20
26
32
41
51
65
81
102
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5
6.3
8
10
13
16
20
25
32
39
50
63
80
100
126
7.1
8.9
11
14
18
22
28
35
45
56
71
89
112
141
178
11
14
18
22
28
36
45
56
71
89
112
142
178
224
283
SIZE341 ROTARY SOLENOID
UNIT : mm
SHOWN DE-ENERGIZED, RIGHT HAND ROTATION
21MAX.
±0.3
φ34MAX.
16.3±0.5
φ17MAX.
±0.1
1.6
22.2±0.3
LEADS 250MIN.
(UL1430 AWG24)
φ4.76±0.03
1.2
12.5±0.5
Rotary Solenoids
31.9±1.0
8.3MIN.
2-M3 P0.5
WEIGHT(ABD&R): 97g
WITH A, B&R
/ ROTATION ANGLE ±3° TO LEFT OF CENTER FOR
R.H.ROTATION, RIGHT OF CENTER FOR L.H.ROTATION.
1 2
22MAX.
31.5
5MAX.
±1.0
±0.5
10.3
9.5±0.5
φ12MAX.
20.6MAX.
R1
1.1 ±
φ35MAX.
0.1
3-M2.6 P0.45
16.7±0.5
(F4.0)
WITH A&B
WITH A, D&R
(0.6)
WITH T
COIL DATA
Heat sink : 120K120K3mm aluminum
“on” time
duty cycle=
K100%
“on” time + “off” time
MAX. “on” time in seconds
watts at 20˚C
ampere-turns at 20˚C
gross starting torque
at 20˚C (N )m)
AWG no.
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
resistance
Ω±10%(at 20˚C)
1.97
3.26
5.04
8.02
12.21
19.2
31.8
47
75.3
120.5
198
280
426
648
1020
1667
25˚
35˚
45˚
67.5˚
100%
continuous
∞
9
535
0.04
0.029
0.017
0.012
75%
or less
107
12
618
0.052
0.04
0.022
0.017
no. turns
252
328
405
510
627
780
1008
1215
1530
1900
2486
2700
3350
4050
5050
6590
Return spring torque : 0.011~0.017 N )m
50%
or less
100
18
756
0.081
0.063
0.04
0.022
25%
or less
36
36
1070
0.15
0.115
0.092
0.046
10%
or less
8
90
1690
0.31
0.23
0.16
0.075
volts DC
4.2
5.3
6.7
8.4
10
13
17
21
26
33
42
53
67
84
105
133
4.8
6.1
7.7
9.7
12
15
19
24
31
38
48
61
77
97
122
153
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5.9
7.5
9.4
12
15
19
24
30
37
47
59
75
94
118
149
187
8.4
11
13
17
21
26
33
42
53
67
84
106
133
168
211
265
13
17
21
26
33
42
53
66
84
105
133
167
210
264
333
419
11
SIZE401 ROTARY SOLENOID
UNIT : mm
SHOWN DE-ENERGIZED, RIGHT HAND ROTATION
36.0±1.0
25MAX.
φ21MAX.
±0.5
12.8
1.6±0.1
27±0.3
LEADS 250MIN.
(UL1430 AWG22)
φ5.56±0.03
1.4±0.3
φ40MAX.
18.3±0.5
8.3 MIN.
2-M4 P0.7
WEIGHT(ABD&R): 200g
WITH A, B&R
/ ROTATION ANGLE ±3° TO LEFT OF CENTER FOR
R.H.ROTATION, RIGHT OF CENTER FOR L.H.ROTATION.
1 2
35.5±1.0
5MAX.
24.5MAX.
9.5±0.5
φ15MAX.
26MAX.
10.3±0.5
R 13
φ42MAX.
.5 ±0.1
3-M3 P0.5
18.8±0.5
WITH A, D&R
WITH A&B
WITH T
COIL DATA
Heat sink : 160K160K3mm aluminum
“on” time
duty cycle=
K100%
“on” time + “off” time
MAX. “on” time in seconds
watts at 20˚C
ampere-turns at 20˚C
gross starting torque
at 20˚C (N )m)
AWG no.
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
12
resistance
Ω±10%(at 20˚C)
3.5
5.67
8.76
13.8
22.6
34.8
56.7
88.3
138
216
351
480
720
1150
1920
3000
25˚
35˚
45˚
67.5˚
95˚
100%
continuous
∞
12.5
714
0.104
0.069
0.035
0.022
0.012
75%
or less
108
16.5
825
0.138
0.092
0.058
0.035
0.022
no. turns
384
486
600
748
975
1190
1520
1908
2360
2904
3725
4000
4950
6200
8350
10000
Return spring torque : 0.0165~0.024 N )m
50%
or less
100
25
1000
0.195
0.127
0.092
0.046
0.035
25%
or less
36
50
1425
0.355
0.23
0.16
0.092
0.058
10%
or less
9
125
2250
0.52
0.355
0.276
0.185
0.115
13
17
22
26
33
42
54
70
86
106
132
169
210
264
332
21
27
35
42
52
67
85
110
138
168
213
268
332
volts DC
6.6
8.4
11
13
17
21
27
35
43
53
67
85
105
132
166
210
7.8
9.7
13
15
19
25
31
41
50
61
78
98
121
153
191
250
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9.5
12
16
18
23
30
38
49
60
75
95
119
147
185
232
300
SIZE490 ROTARY SOLENOID
SHOWN DE-ENERGIZED, RIGHT HAND ROTATION
φ49MAX.
13.2±0.5
17.7±0.5
φ22MAX.
31.8±0.3
LEADS 250MIN.
(UL1430 AWG22)
φ6.35±0.03
37.5±1.0
27MAX.
2.0±0.1
Rotary Solenoids
1.8±0.3
UNIT : mm
8.3MIN.
2-M4 P0.7
WEIGHT(ABD&R): 250g
WITH A, B&R
/ ROTATION ANGLE ±3° TO LEFT OF CENTER FOR
R.H.ROTATION, RIGHT OF CENTER FOR L.H.ROTATION.
1 2
6MAX.
10.5±0.5
9.4±0.5
φ50MAX.
φ15MAX.
29MAX.
36.9±1.0
26.5MAX.
R 14
.3 ±0.1
3-M3.5 P0.6
18.2±0.5
WITH A, D&R
WITH A&B
WITH T
COIL DATA
Heat sink : 190K190K3mm aluminum
“on” time
duty cycle=
K100%
“on” time + “off” time
MAX. “on” time in seconds
watts at 20˚C
ampere-turns at 20˚C
gross starting torque
at 20˚C (N )m)
AWG no.
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
resistance
Ω±10%(at 20˚C)
3.2
4.91
7.72
11.1
18.8
30.5
44.9
70.9
109
175
270
414
610
940
1560
25˚
35˚
45˚
67.5˚
95˚
100%
continuous
∞
21
842
0.22
0.104
0.081
0.058
0.022
75%
or less
110
28
966
0.3
0.15
0.127
0.081
0.035
no. turns
360
440
550
636
840
1088
1275
1596
1974
2496
3042
3600
4200
5200
6820
Return spring torque : 0.026~0.035 N )m
50%
or less
100
42
1190
0.47
0.24
0.195
0.127
0.046
25%
or less
36
84
1685
0.84
0.47
0.39
0.23
0.098
10%
or less
10
210
2660
1.39
0.84
0.725
0.45
0.185
15
19
24
30
38
48
60
76
95
120
151
190
245
301
379
24
30
38
48
60
76
95
120
150
190
239
301
386
volts DC
7.6
9.5
12
15
19
24
30
38
48
60
76
95
122
151
190
8.7
11
14
17
22
28
34
43
56
69
87
109
140
174
219
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11
13
17
21
27
34
43
54
67
85
107
134
173
213
268
13
SIZE491 ROTARY SOLENOID
UNIT : mm
SHOWN DE-ENERGIZED, RIGHT HAND ROTATION
42.1±1.0
31.5MAX.
2.0±0.1
31.8±0.3
LEADS 250MIN.
(UL1430 AWG22)
φ6.35±0.03
1.8±0.3
φ49MAX.
φ22MAX.
13.2±0.5
17.7±0.5
8.3MIN.
2-M4 P0.7
WEIGHT(ABD&R): 330g
WITH A, B&R
/ ROTATION ANGLE ±3° TO LEFT OF CENTER FOR
R.H.ROTATION, RIGHT OF CENTER FOR L.H.ROTATION.
1 2
6MAX.
10.5±0.5
9.5±0.5
φ15MAX.
33.5MAX.
41.6±1.0
31MAX.
R 14
φ50MAX.
.3 ±0.1
3-M3.5 P0.6
±0.5
18.2
WITH A&B
WITH A, D&R
WITH T
COIL DATA
Heat sink : 190K190K3mm aluminum
“on” time
duty cycle=
K100%
“on” time + “off” time
MAX. “on” time in seconds
watts at 20˚C
ampere-turns at 20˚C
gross starting torque
at 20˚C (N )m)
AWG no.
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
14
resistance
Ω±10%(at 20˚C)
1.00
1.68
2.70
4.30
6.66
10.3
15.7
26.6
38.0
62.1
96.1
157
241
364
566
910
1224
25˚
35˚
45˚
67.5˚
95˚
no. turns
228
301
384
486
590
737
900
1190
1380
1768
2166
2816
3432
4108
4920
6340
6800
100%
continuous
∞
21
1015
0.32
0.16
0.13
0.09
0.04
4.5
5.7
7.2
9.0
11.5
14.0
17.7
23
28
36
45
57
71
90
117
146
183
75%
or less
110
28
1172
0.44
0.22
0.18
0.12
0.05
5.2
6.6
8.3
10.4
13.2
16.1
20.4
27
32
41
52
66
82
104
136
168
211
www.shindengen.co.jp/smt/
Return spring torque : 0.026~0.035 N )m
50%
or less
100
42
1440
0.66
0.35
0.28
0.17
0.08
volts DC
6.4
8.1
10.1
12.7
16.2
20.0
25.0
32
40
51
64
80
101
128
166
207
260
25%
or less
36
84
2030
1.04
0.61
0.52
0.31
0.12
10%
or less
10
210
3210
1.54
0.96
0.79
0.52
0.24
8.9
11.4
14.3
18.0
23.0
28.0
35.0
45
56
71
90
113
143
180
234
292
366
14.1
17.9
23.0
28.0
36.0
44.0
56.0
72
89
113
143
179
226
285
370
462
SIZE590 ROTARY SOLENOID
SHOWN DE-ENERGIZED, RIGHT HAND ROTATION
48.0±1.0
35MAX.
2.9±0.1
Rotary Solenoids
φ59MAX.
17.3±0.5
18.4±0.5
φ26MAX.
36.5±0.3
LEADS 250MIN.
(UL1430 AWG20)
φ7.94±0.03
2.2±0.3
UNIT : mm
11.1MIN.
2-M5 P0.8
WEIGHT(ABD&R): 506g
WITH A, B&R
/ ROTATION ANGLE ±3° TO LEFT OF CENTER FOR
R.H.ROTATION, RIGHT OF CENTER FOR L.H.ROTATION.
1 2
47.2±1.0
7MAX.
34.2MAX.
φ20MAX.
37MAX.
14.1±0.5
12.8±0.5
R 19
φ60MAX.
.1 ±0.1
3-M4 P0.7
19.2±0.5
WITH A&B
WITH A, D&R
WITH T
COIL DATA
Heat sink : 310K310K3mm aluminum
“on” time
duty cycle=
K100%
“on” time + “off” time
MAX. “on” time in seconds
watts at 20˚C
ampere-turns at 20˚C
gross starting torque
at 20˚C (N )m)
AWG no.
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
resistance
Ω±10%(at 20˚C)
2.23
3.6
5.24
9.51
14.4
23.7
38.2
54.7
93.7
143
223
338
550
790
1233
25˚
35˚
45˚
67.5˚
95˚
100%
continuous
∞
29
1240
0.53
0.39
0.195
0.184
0.103
75%
or less
115
38.5
1440
0.69
0.53
0.276
0.24
0.138
no. turns
336
432
500
708
858
1110
1411
1638
2184
2645
3328
4004
5088
5860
7260
Return spring torque : 0.045~0.065 N )m
50%
or less
87
58
1760
1.02
0.75
0.4
0.355
0.195
25%
or less
36
116
2490
1.8
1.38
0.75
0.65
0.38
10%
or less
13
290
3920
3.2
2.14
1.26
1.0
0.6
16
21
26
33
41
52
66
83
104
131
165
208
262
330
26
33
41
52
66
83
104
131
165
207
261
329
volts DC
8.3
10
13
16
21
26
33
41
52
66
83
104
131
165
208
9.6
12
15
19
24
30
38
48
61
76
96
121
152
192
242
www.shindengen.co.jp/smt/
12
15
18
23
29
37
47
59
74
93
117
147
185
233
294
15
SIZE591 ROTARY SOLENOID
SHOWN DE-ENERGIZED, RIGHT HAND ROTATION
53.8±1.0
41MAX.
2.9±0.1
φ59MAX.
17.3±0.5
18.4±0.5
φ27MAX.
36.5±0.3
LEADS 250MIN.
(UL1430 AWG20)
φ7.94±0.03
2.2±0.3
UNIT : mm
11.1MIN.
2-M5 P0.8
WEIGHT(ABD&R): 615g
WITH A, B&R
/ ROTATION ANGLE ±3° TO LEFT OF CENTER FOR
R.H.ROTATION, RIGHT OF CENTER FOR L.H.ROTATION.
1 2
43MAX.
53±1.0
7MAX.
14.1±0.5
12.8±0.5
R1
9.1 ±0.1
φ60MAX.
φ20MAX.
40MAX.
3-M4 P0.7
19.2±0.5
WITH A&B
WITH A, D&R
COIL DATA
Heat sink : 310K310K3mm aluminum
“on” time
duty cycle=
K100%
“on” time + “off” time
MAX. “on” time in seconds
watts at 20˚C
ampere-turns at 20˚C
gross starting torque
at 20˚C (N )m)
AWG no.
20
21
22
23
24
25
26
27
28
29
30
31
32
33
16
resistance
Ω±10%(at 20˚C)
1.23
1.75
2.79
4.54
6.93
12.5
18.4
33.4
46.3
74.5
125.5
199
302
417
WITH T
25˚
35˚
45˚
67.5˚
95˚
100%
continuous
∞
32
1480
0.72
0.53
0.28
0.25
0.14
75%
or less
95
43
1710
0.92
0.69
0.38
0.33
0.19
no. turns
295
340
446
567
690
910
1120
1500
1750
2232
2940
3611
4350
5010
Return spring torque : 0.045~0.065 N )m
50%
or less
87
64
2080
1.33
1.03
0.55
0.48
0.27
25%
or less
36
128
2940
2.33
1.7
0.94
0.78
0.47
10%
or less
13
320
4620
3.45
2.27
1.36
1.07
0.64
12.3
15.1
18.4
24
30
40
48
65
78
98
126
162
204
245
19.3
24
29
37
46
63
76
103
122
154
197
255
321
385
volts DC
6.2
7.6
9.3
11.9
14.9
20.0
24
33
39
49
63
82
103
123
7.1
8.8
10.7
13.7
17.2
24
28
38
45
57
73
94
119
142
www.shindengen.co.jp/smt/
8.7
10.7
13
16.7
21
29
34
46
55
69
89
115
144
173
SIZE700 ROTARY SOLENOID
UNIT : mm
SHOWN DE-ENERGIZED, RIGHT HAND ROTATION
45MAX.
21.4±0.5
φ71MAX.
22.0±0.5
φ30MAX.
Rotary Solenoids
61.4±1.0
3.5±0.1
44.5±0.3
LEADS 250MIN.
(UL1430 AWG20)
φ9.53±0.03
3.0±0.3
14.2MIN.
2-M6 P1.0
WEIGHT(ABD&R): 1,013g
WITH A, B&R
17.6±0.5
60.4±1.0
8MAX.
/ ROTATION ANGLE ±3° TO LEFT OF CENTER FOR
R.H.ROTATION, RIGHT OF CENTER FOR L.H.ROTATION.
1 2
15.9±0.5
44MAX.
R 23.8 ±0.1
φ71MAX.
φ18MAX.
48MAX.
3-M5 P0.8
23.0±0.5
WITH A&B
WITH A, D&R
COIL DATA
Heat sink : 390K390K3mm aluminum
“on” time
duty cycle=
K100%
“on” time + “off” time
MAX. “on” time in seconds
watts at 20˚C
ampere-turns at 20˚C
gross starting torque
at 20˚C (N )m)
AWG no.
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
resistance
Ω±10%(at 20˚C)
1.88
3.01
4.82
8.1
12.3
19
30.8
48.8
81.1
121
190
275
440
735
995
WITH T
25˚
35˚
45˚
67.5˚
95˚
100%
continuous
∞
35
1570
1.27
0.69
0.58
0.288
0.178
75%
or less
112
46.5
1800
2.12
0.99
0.78
0.355
0.3
8
10
13
16
20
26
33
41
52
64
82
104
119
165
204
9.3
11
15
19
23
30
38
47
60
74
94
119
137
191
239
no. turns
368
468
580
780
949
1148
1472
1854
2436
2944
3650
4175
5792
7000
7600
Return spring torque : 0.075~0.105 N )m
50%
or less
80
70
2230
2.74
1.38
1.0
0.59
0.4
25%
or less
37
140
3150
3.8
2.53
1.88
1.12
0.735
10%
or less
16
350
5000
4.9
4.37
3.42
2.01
1.21
16
20
26
33
41
52
66
83
105
130
166
209
240
331
26
32
41
52
65
83
105
132
166
206
264
331
volts DC
www.shindengen.co.jp/smt/
11
14
18
23
29
37
46
59
75
92
118
147
170
235
288
17
SIZE870 ROTARY SOLENOID
UNIT : mm
SHOWN DE-ENERGIZED, RIGHT HAND ROTATION
73.5±1.0
55MAX.
4.0±0.1
φ37MAX.
54±0.3
LEADS 250MIN.
(UL1430 AWG18)
φ11.11±0.03
3.6±0.3
φ87MAX.
26.6±0.5
21.2±0.5
17.5MIN.
2-M6 P1.0
WEIGHT(ABD&R): 1,885g
59MAX.
11MAX.
WITH A, B&R
72.6±1.0
/ ROTATION ANGLE ±3° TO LEFT OF CENTER FOR
R.H.ROTATION, RIGHT OF CENTER FOR L.H.ROTATION.
1 2
21.9±0.5
19.8±0.5
R 29
.4 ±0.1
φ87MAX.
φ20MAX.
54MAX.
3-M5 P0.8
22.2±0.5
WITH A, D&R
WITH A&B
COIL DATA
Heat sink : 520K520K3mm aluminum
“on” time
duty cycle=
K100%
“on” time + “off” time
MAX. “on” time in seconds
watts at 20˚C
ampere-turns at 20˚C
gross starting torque
at 20˚C (N )m)
AWG no.
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
18
resistance
Ω±10%(at 20˚C)
1.47
2.3
3.64
5.57
9.5
14.3
23.3
37.1
58.6
89.8
139
227
376
515
785
1130
WITH T
25˚
35˚
45˚
67.5˚
95˚
100%
continuous
∞
41
1910
1.84
1.38
1.15
0.48
0.4
75%
or less
85
54.5
2190
2.65
1.84
1.5
0.69
0.48
no. turns
368
459
580
704
936
1134
1456
1836
2300
2816
3456
4480
5792
6600
7850
9050
50%
or less
72
82
2750
4.25
2.76
2.2
1.15
0.7
Return spring torque : 0.09~0.14 N )m
25%
or less
43
164
3810
6.9
4.5
3.9
1.95
1.15
10%
or less
20
410
5950
11.3
7.35
6.2
3.34
1.95
15
19
24
30
39
48
61
77
97
121
153
193
248
297
385
24
30
37
47
60
75
95
120
152
189
239
300
387
volts DC
7.6
9.6
12
15
19
24
30
39
49
61
76
98
124
148
188
237
8.7
11
14
17
22
28
35
44
56
70
88
111
143
170
220
271
www.shindengen.co.jp/smt/
11
14
17
22
28
35
44
56
70
88
111
138
177
212
275
339
SIZE874 ROTARY SOLENOID
UNIT : mm
SHOWN DE-ENERGIZED, RIGHT HAND ROTATION
Rotary Solenoids
3.3±0.3
3.6
φ87MAX.
φ37MAX.
26.6±0.5
107±1.0
90MAX.
4.0±0.1
LEADS 250MIN.
(UL1430 AWG18)
54±0.3
φ11.11±0.03
54±0.3
4-M6 P1.0
DEPTH 8MAX.
17.5MIN.
WITH A, B&R
WEIGHT(ABD&R): 3,056g
/ ROTATION ANGLE ±3° TO LEFT OF CENTER
FOR R.H.ROTATION, RIGHT OF CENTER FOR
L.H.ROTATION.
1 2
94MAX.
11MAX.
106±1.0
89MAX.
21.9±0.5
19.8±0.5
R2
9.4 ±
φ20MAX.
φ87MAX.
0.1
WITH A, D&R
WITH A&B
COIL DATA
MAX. “on” time in seconds
watts at 20˚C
ampere-turns at 20˚C
AWG no.
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
resistance
Ω±10%(at 20˚C)
2.54
4.15
6.38
11.14
16.8
25.8
42.5
66.3
105
165
261
422
664
968
1520
WITH T
Heat sink : 520K520K3mm aluminum
“on” time
duty cycle=
K100%
“on” time + “off” time
gross starting torque
at 20˚C (N )m)
3-M5 P0.8
25˚
35˚
45˚
67.5˚
95˚
100%
continuous
∞
41
2590
3.6
2.4
2.0
1.0
0.66
75%
or less
85
54.5
2990
4.7
3.1
2.6
1.3
0.82
no. turns
630
828
1047
1408
1723
2046
2711
3279
4151
5190
6500
8340
10230
12410
15200
50%
or less
72
82
3663
6.5
4.2
3.6
1.8
1.1
Return spring torque : 0.09~0.14 N )m
25%
or less
43
164
5180
10
6.4
5.5
2.9
1.7
10%
or less
20
410
8190
13
8.7
7.4
3.9
2.2
21
26
32
41
51
65
81
105
131
165
208
262
336
33
41
50
65
80
103
128
166
207
260
329
volts DC
10
13
16
20
25
33
41
52
66
82
104
131
168
202
259
12
15
18
24
29
38
47
60
76
95
120
151
194
233
299
www.shindengen.co.jp/smt/
15
18
22
29
36
46
57
74
93
116
147
185
238
286
366
19
CHARACTERISTICS TABLES FOR ROTARY SOLENOID
PERFORMANCE CURVES ARE AT 20˚C
NO LOAD(RETURN SPRING ONLY).
AT20°C
AT20°C
GROSS STARTING TORQUE
WITH RETURN SPRING
10
5
5
870
591
STARTING TORQUE [N・m]
1
874
874
870
700
590
1
0.5
STARTING TORQUE [N・m]
700
491
401
490
341
0.1
301
0.05
590
491
0.1
0.005
50
75
100
0.003
0
10
DUTY CYCLE [%]
5
870
STARTING TORQUE [N・m]
1
491
0.1
874
700
591
0.5
590
490 401
341
301
0.01
0.005
25
50
75
100
DUTY CYCLE [%]
ROTATION ANGLE 45°
20
75
ROTATION ANGLE 35°
10
10
50
DUTY CYCLE [%]
AT20°C
0.003
0
25
ROTATION ANGLE 25°
GROSS STARTING TORQUE
WITH RETURN SPRING
0.05
341
301
0.05
0.005
25
490
401
0.01
10
591
0.5
0.01
0.003
0
GROSS STARTING TORQUE
WITH RETURN SPRING
10
www.shindengen.co.jp/smt/
100
CHARACTERISTICS TABLES FOR ROTARY SOLENOID
AT20°C
10
GROSS STARTING TORQUE
WITH RETURN SPRING
10
5
5
874
1
STARTING TORQUE [N・m]
STARTING TORQUE [N・m]
874
700
1
870
0.5
591
491
590
401
0.1
490
0.05
870
0.5
700
591
590 491
0.1
0.05
401
341
490
0.01
0.01
0.005
0.005
0.003
0
10
25
50
75
100
0.003
0
10
25
50
75
DUTY CYCLE [%]
DUTY CYCLE [%]
ROTATION ANGLE 67.5°
ROTATION ANGLE 95°
www.shindengen.co.jp/smt/
100
21
Rotary Solenoids
AT20°C
GROSS STARTING TORQUE
WITH RETURN SPRING
ROTARY SOLENOID AMPERE TURN V.S. GROSS STARTING TORQUE
95°
0.1
0.05
2000
4620
2940
2080
AMPERE-TURNS
0
1000
2000
3000
4000
5000
2590
2990
25°
35°
45°
67.5°
95°
8190
5180
3663
1
2000 3000 4000 5000 6000 7000 8000 9000
AMPERE-TURNS
22
www.shindengen.co.jp/smt/
6000
2250
1425
GROSS STARTING TORQUE[N-m]
714
1240
1440
35°
45°
5
67.5°
95°
1
0.5
0.2
0.05
25°
1910
2190
1570
0.1
SIZE870
10
0.5
AMPERE-TURNS
5
0.2
0.1
15
95°
1
SIZE874
0.5
95°
0.5
2750
95°
0.5
25°
35°
45°
GROSS STARTING TORQUE[N-m]
45°
67.5°
1
10
45°
67.5°
1
0.05
500 1000 1500 2000 2500 3000 3500 4000
3500
67.5°
1800
2230
35°
GROSS STARTING TORQUE[N-m]
1480
1710
GROSS STARTING TORQUE[N-m]
25°
20
35°
AMPERE-TURNS
SIZE700
5
0.05
1000 1500 2000 2500 3000 3500 4000 4500
GROSS STARTING TORQUE[N-m]
3000
25°
AMPERE-TURNS
SIZE591
0.1
2500
2500
SIZE590
1760
1500
2000
1000
2000
3000
4000
AMPERE-TURNS
5950
1000
1500
3920
67.5°
AMPERE-TURNS
5
1000
5
GROSS STARTING TORQUE[N-m]
1015
0.5
0.01
2500
35°
45°
2030
2000
1
1440
2660
1685
1190
0.05
1500
500
AMPERE-TURNS
25°
1172
0.1
1000
0.01
0.003
SIZE491
2
GROSS STARTING TORQUE[N-m]
842
95°
966
GROSS STARTING TORQUE[N-m]
25°
35°
45°
67.5°
0.5
0.005
500
0.05
AMPERE-TURNS
SIZE490
0.01
95°
0.1
0.005
800 1000 1200 1400 1600 1800
AMPERE-TURNS
1.5
1
1690
756
600
25°
35°
45°
67.5°
2490
400
SIZE401
825
1000
0.004
0.7
0.5
3810
800 1000 1200 1400 1600
0.01
3210
600
67.5°
0.05
5000
400
45°
0.1
3150
200
849
490
0.003
1350
0.01
535
GROSS STARTING TORQUE[N-m]
0.05
25°
35°
618
425
45°
602
GROSS STARTING TORQUE[N-m]
25°
35°
0.1
0.005
SIZE341
0.4
1070
SIZE301
0.3
PERFORMANCE CURVES
ARE AT 20˚C
5000
6000
ROTARY SOLENOID AMPERE-TURN V.S. RESPONSE TIME
0
1000
3000
AMPERE-TURNS
2230AT 50%
25%
60
40
20
95°
67.5°
45°
35°
25°
2000
3000
4000
2250AT 10%
RESPONCE TIME[mS]
160
80
0
1000
4000
3920AT 10%
SIZE870
200
1800AT 75%
100
1429AT 25%
1425AT
1000AT 50%
1760AT 50%
1240AT 100%
1440AT 75%
500 1000 1500 2000 2500 3000 3500 4000
AMPERE-TURNS
1110AT
45°
35°
25°
RESPONCE TIME[mS]
120
67.5°
2000
1570AT 100%
4620AT 10%
2940AT 25%
2080AT
50%
140
95°
1047AT
1480AT 100%
1710AT 75%
RESPONCE TIME[mS]
30
10
0
SIZE700
40
20
67.5°
45°
35°
25°
AMPERE-TURNS
SIZE591
50
95°
20
0
600 1000 1400 1800 2200 2600 3000 3400
2500
AMPERE-TURNS
60
1690AT 10%
95°
67.5°
45°
35°
25°
5000
AMPERE-TURNS
2750AT 50%
2000
10
40
1570AT 100%
1910AT
2190AT 75%
1500
20
120
80
40
95°
67.5°
45°
35°
25°
1351AT
1000
30
60
5950AT 10%
67.5°
45°
35°
25°
2000
877AT
95°
80
RESPONCE TIME[mS]
40
40
1500
SIZE590
718AT
60
RESPONCE TIME[mS]
2660AT 10%
1685AT 25%
50
595AT
RESPONCE TIME[mS]
1190AT 50%
842AT 100%
966AT 75%
60
0
500
1000
AMPERE-TURNS
100
1440AT 50%
120
20
500
SIZE491
1015AT 100%
1172AT 75%
SIZE490
80
0
800 1000 1200 1400 1600 1800
AMPERE-TURNS
AMPERE-TURNS
100
1070AT 25%
756AT 50%
600
95°
67.5°
45°
35°
25°
2490AT 25%
400
20
505AT
714AT 100%
825AT 75%
0
1400
30
3810AT 25%
1200
40
10
RESPONCE TIME[mS]
1000
10
67.5°
45°
35°
25°
3210AT 10%
800
20
5000AT 10%
600
50
30
2030AT 25%
400
60
40
3150AT 25%
0
200
45°
35°
25°
SIZE401
378AT
301AT
4
425AT 100%
490AT 75%
12
RESPONCE TIME[mS]
50
16
8
535AT 100%
618AT 75%
1350AT 10%
20
849AT 25%
602AT 50%
60
24
RESPONCE TIME[mS]
SIZE341
Rotary Solenoids
SIZE301
30
28
PERFORMANCE CURVES ARE AT 20˚C
NO LOAD(RETURN SPRING ONLY).
0
1000
2000
3000
4000
5000
6000
AMPERE-TURNS
80
60
20
1831AT
95°
40
67.5°
45°
35°
25°
2590AT 100%
2990AT 75%
1710AT
RESPONSE TIME [mS]
100
8190AT 10%
120
5180AT 25%
2080AT 50%
3663AT
SIZE874
0
2000 3000 4000 5000 6000 7000 8000
AMPERE-TURNS
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