tubular solenoids

TUBULAR SOLENOIDS
1. Design and Features
3. Operational Considerations
The tubular solenoids are designed and manufactured
to obtain the maximum force output with the minimum
of weight and size. Features include a large force output
in a small size, minimum flux leakage by design, and a
low level of operational noise. The structure consists of
a slender cylinder as shown in Fig. 1 and 2. The outside
case is a high permeable steel to improve efficiency.
Both pull and push type configurations are available as
standard.
A) Temperature
The coil data for the tubular solenoids shows the values
at ambient temperature 20°C and with a standard heat
sink. If a solenoid is used at the ratings shown 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.
B) Air Gap Spacer
The tubular solenoid has an air gap spacer installed
between the plunger stopper and the case. This spacer
is installed to prevent the plunger and base from coming into mechanical contact with each other, which
would cause residual magnetism.
C) Return Spring
The tubular solenoid does not include a return spring.
Therefore, the application must include a return spring
or modification at the factory.
D) Plunger and Shaft Modifications
It is not recommended that the customer modify the
plunger or shaft, as the shafts are manufactured and
plated at the factory. Any special configurations can be
supplied. Please consult the factory for details.
Fig. 1 Pull Type
4. General Characteristics
Insulation class
Fig. 2 Push Type
2. Stroke and Force
The tubular solenoid is designed for longer strokes
than the conical push-pull type solenoid. As such, the
pole piece designs are conical to maximize performance over longer strokes. To improve efficiency, the
solenoid stroke should be minimized in the application.
56
Class E (120°C)
Lead wire class A (105°C)
Dielectric strength
AC 1000V 50/60 Hz I 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 : 5 million cycles
Long life : 10 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.)
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TUBULAR SOLENOIDS
5. How to Select a Solenoid
After determining these specifications, one can find the
correct size solenoid for the application, using the
force-stroke characteristic tables and graphs. 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 force output of the solenoid after temperature
rise, please use the amp-turn force graphs (page 73)
after calculating the amp-turns.
7. Labeling
For tubular 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 :
#When ordering a tubular solenoid, the correct part
number needs to be determined from the following
combination of characteristics (1-4) :
(1) M-Metric Thread
F-SAE Thread
(2) Solenoid Size (example-130)
(3) Coil Wire Number (AWG)
(4) L-Pull, Standard Life
H-Push, Standard Life
LE-Pull, Extended Life
HE-Push, Extended Life
LL-Pull, Long Life
HL-Push, Long Life
130
35
LL
9401
SAE Thread
Solenoid Size
Coil Wire AWG
Tubular, Pull & Bearing life
Date Code (year and week)
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 :
6. Ordering Information
F
F93015H
9401
Special Part Number
Date Code (year and week)
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57
Tubular Solenoids
Before selecting a tubular solenoid, the following information must be determined:
A) Force
The actual force required in the application should be
increased using a safety factor multiplier of 1.5 to
arrive at the force 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)
C) Stroke
Stroke is determined by application requirements.
D) Operating Voltage
Operating DC voltage is determined by the application
and voltage available.
#Example of a complete part number :
(1) (2) (3) (4)
F 130 35 LL
This part number is for a solenoid with 臼 SAE threads,
渦 size 130, 嘘 with 35 AWG coil wire, 唄 and long life
(coatings on plunger) bearings.
SIZE133 PULL, 133 PUSH TUBULAR SOLENOID
AT20°C
UNIT : mm
SHOWN ENERGIZED
AT20°C
12
5
3W
100%
1
FORCE [N]
PULL
30W
10%
0.5
12W
25%
PUSH
6W
50%
0.1
WEIGHT : 15g
PLUNGER
PULL
: 4g
PUSH
: 2g
0.05
RESPONSE TIME [ms]
10
0.5
1
1.5
2
STROKE [mm]
2.5
8
4
0
3
17.5±0.6
12±0.2
30W
10%
0
0.5
1
1.5
2
2.5
STROKE [mm]
3
3.5
STROKE-RESPONSE TIME
STROKE-FORCE
φ13±0.3
12W
25%
6
2
3W
100%
0
6W
50%
12.1±0.5
φ5±0.05
3.9
1.8±0.1
14.3±0.5
±0.2
6.4±0.2
8.6±0.1
（4）
φ1.6+0.1
0
6.5±0.2
M9 P0.75
LEADS 150MIN.
(UL1430 AWG28)
φ13±0.4
2.9±0.3
6±0.6
12±0.2
φ2±0.05
6.4±0.2
12.1±0.5
φ9.2±0.1
3.9±0.2
8.6±0.1
φ8.5±0.3
（4）
M9 P0.75
LEADS 150MIN.
(UL1430 AWG28)
φ9.2±0.1
M9 P0.75 NON-THREAD PART:LESS THAN 1.5mm
COIL DATA
duty cycle=
Heat sink : 50K50K3mm aluminum
“on” time
K100%
“on” time + “off” time
MAX. “on” time in seconds
watts at 20˚C
ampere-turns at 20˚C
resistance
AWG no.
Ω±10%(at 20˚C)
29
1.03
30
1.6
31
2.5
32
3.9
33
6.1
34
9.5
35
14.8
36
23.0
37
35.8
38
55.7
39
86.5
40
134
41
209
42
324
43
503
58
100%
continuous
∞
3
232
50%
or less
38
6
330
no. turns
141
175
217
268
332
410
506
625
770
949
1169
1440
1774
2184
2688
25%
or less
4
12
465
10%
or less
1
30
735
volts DC
1.7
2
2.7
3.4
4.3
5.4
6.8
8.5
10.8
13.6
17
21.6
27
34.5
43.5
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2.4
3
3.8
4.8
6
7.7
10
12
15
19
24
31
39
49
62
3.4
4.3
5.4
7
9
11
14
17
22
27
34
43
55
69
87
5
7
9
11
14
17
22
27
34
43
54
68
87
109
137
SIZE130 PULL, 130 PUSH TUBULAR SOLENOID
UNIT : mm
SHOWN ENERGIZED
AT20°C
7
AT20°C
35
7W
100%
5
FORCE [N]
PULL
1
70W
10%
0.5
28W
25%
PUSH
WEIGHT : 24g
PLUNGER
PULL
: 5g
PUSH
: 4g
7W
100%
0.1
0.07
0
2
4
6
STROKE [mm]
8
14W
50%
RESPONSE TIME [ms]
30
20
28W
25%
15
70W
10%
10
5
0
10
14W
50%
25
0
12
14.3±0.5
6.4±0.2
8.6±0.1
Tubular Solenoids
φ5±0.05
3.9
±0.2
1.8±0.1
12
10
26.6±0.5
17.5±0.6
±0.2
4
6
8
STROKE [mm]
STROKE-RESPONSE TIME
STROKE-FORCE
φ13±0.3
2
（4）
φ1.6+0.1
0
M9 P0.75
6.5±0.2
φ9.2±0.1
LEADS 150MIN.
(UL1430 AWG28)
6.4±0.2
27.2±0.5
2.9±0.3
φ13±0.4
12±0.6
12±0.2
φ2±0.05
3.9±0.2
8.6±0.1
φ8.5±0.3
（4）
M9 P0.75
LEADS 150MIN.
φ9.2±0.1
(UL1430 AWG28)
M9 P0.75 NON-THREAD PART:LESS THAN 1.5mm
COIL DATA
duty cycle=
Heat sink : 50K50K3mm aluminum
“on” time
K100%
“on” time + “off” time
MAX. “on” time in seconds
watts at 20˚C
ampere-turns at 20˚C
resistance
AWG no.
Ω±10%(at 20˚C)
29
2.68
30
3.94
31
7.36
32
10.1
33
18.1
34
25.6
35
44.2
36
71.3
37
99
38
159.5
39
300
40
469
41
709
42
1152
43
1780
100%
continuous
∞
4
453
50%
or less
50
8
640
no. turns
372
426
632
704
990
1100
1500
1932
2170
2768
3980
4884
6024
7784
9330
25%
or less
5
16
905
10%
or less
2
40
1440
6.5
8.4
10.5
13
16.5
21
27
34
41
52
68
87
107
134
173
10.4
13.3
16.8
21
26
34
43
54
66
83
109
138
170
213
275
volts DC
3.3
4.2
5.3
6.5
8.3
10.6
13.6
16.9
21
26
34
44
53
67
87
4.5
5.9
7.4
9.2
11.7
14.9
19.2
24
29
37
48
61
75
95
112
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59
SIZE170 PULL, 170 PUSH TUBULAR SOLENOID
AT20°C
10
UNIT : mm
SHOWN ENERGIZED
AT20°C
25
4.5W
100%
RESPONSE TIME [ms]
5
FORCE [N]
PULL
PUSH
45W
10%
1
18W
25%
0.5
9W
50%
20
9W
50%
15
18W
25%
10
45W
10%
5
4.5W
100%
WEIGHT : 39g
PLUNGER
PULL
: 5g
PUSH
: 4g
0.1
0
2
4
6
STROKE [mm]
8
0
10
0
2
17.5±0.6
10
12
26.6±0.5
14.3±0.5
φ5±0.05
3.9±0.2
6.4±0.2
1.8±0.1
12
±0.2
6
8
STROKE [mm]
STROKE-RESPONSE TIME
STROKE-FORCE
φ17±0.4
4
8.6±0.1
（4）
φ1.6+0.1
0
6.5±0.2
M9 P0.75
φ9.2±0.1
LEADS 150MIN.
(UL1430 AWG28)
6.4±0.2
2.9
±0.3
±0.5
27.2
12±0.6
φ17±0.4
12±0.2
φ2±0.05
3.9±0.2
8.6±0.1
φ8.5±0.3
（4）
M9 P0.75
LEADS 150MIN.
(UL1430 AWG28)
M9 P0.75 NON-THREAD PART:LESS THAN 1.5mm
φ9.2±0.1
COIL DATA
duty cycle=
Heat sink : 50K50K3mm aluminum
“on” time
K100%
“on” time + “off” time
MAX. “on” time in seconds
watts at 20˚C
ampere-turns at 20˚C
resistance
AWG no.
Ω±10%(at 20˚C)
27
2.83
28
4.90
29
6.59
30
11.0
31
18.0
32
28.2
33
46.3
34
68.5
35
119
36
177
37
280
38
408
39
715
40
1108
41
1763
60
100%
continuous
∞
4.5
631
50%
or less
50
9
892
no. turns
520
695
760
985
1246
1580
2080
2460
3260
3700
5000
6000
8080
9700
12000
25%
or less
5
18
1262
10%
or less
2
45
1995
6.9
8.9
10.9
14.1
18.2
23
28
35
46
60
71
86
112
144
185
10.9
14.1
17.3
22
29
36
44
56
73
95
112
136
177
228
293
volts DC
3.4
4.4
5.5
7.0
9.1
11.3
14.0
17.6
23
30
35
43
56
72
93
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4.9
6.3
7.7
10.0
12.9
15.9
19.9
25
33
43
50
61
79
102
131
SIZE190 PULL, 190 PUSH TUBULAR SOLENOID
AT20°C
20
FORCE [N]
20
0.5
0.2
0
2
4
6
8
STROKE [mm]
10
28W
25%
15
14W
50%
10
W
100%
5
0
12
28W
25%
0W
10%
0
2
φ19±0.4
6
8
10
STROKE [mm]
12
14
39.2±0.5
24.1±0.6
19.1±0.5
9.5±0.2
13.2±0.1
（6.1）
Tubular Solenoids
φ8±0.05
2.5±0.1
4
STROKE-RESPONSE TIME
STROKE-FORCE
17±0.2
6±0.2
W
100%
14W
50%
25
0W
10%
1
WEIGHT : 82g
PLUNGER
PULL
: 20g
PUSH
: 16g
AT20°C
0
5
PUSH
SHOWN ENERGIZED
5
10
PULL
UNIT : mm
φ2.5±0.1
M14 P1.5
φ14.2±0.1
10±0.2
LEADS 150MIN.
(UL1430 AWG26)
9.5±0.2
±0.3
3.9
±0.5
φ19±0.4
15±0.6
17±0.2
6±0.2
φ3±0.05
φ12±0.3
40.2
LEADS 150MIN.
(UL1430 AWG26)
13.2±0.1
（6.1）
φ14.2±0.1
M14 P1.5
M14 P1.5 NON-THREAD PART:LESS THAN 1.5mm
COIL DATA
Heat sink : 80K80K3mm aluminum
“on” time
duty cycle=
K100%
“on” time + “off” time
MAX. “on” time in seconds
watts at 20˚C
ampere-turns at 20˚C
resistance
AWG no.
Ω±10%(at 20˚C)
25
1.65
26
3.10
27
4.33
28
7.78
29
10.7
30
18.6
31
30.9
32
41.6
33
69.0
34
110
35
176
36
266
37
435
38
658
39
1135
40
1815
100%
continuous
∞
7
760
50%
or less
230
14
1075
no. turns
372
551
615
870
960
1308
1722
1890
2448
3060
3860
4686
6214
7420
9792
12210
25%
or less
25
28
1520
10%
or less
6
70
2403
6.9
8.7
10.9
13.8
17.2
22
28
34
44
56
70
88
109
137
180
229
10.9
13.8
17.2
22
27
35
44
54
69
88
111
139
172
217
284
362
volts DC
3.4
4.4
5.4
6.9
8.6
11
13.9
17
22
28
35
44
54
69
90
115
4.9
6.2
7.7
9.8
12.2
15.6
19.6
24
31
39
50
62
77
97
127
162
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61
SIZE253 PULL, 253 PUSH TUBULAR SOLENOID
AT20°C
UNIT : mm
SHOWN ENERGIZED
AT20°C
60
50
8W
100%
FORCE [N]
10
5
80W
10%
PUSH
1
WEIGHT : 125g
PLUNGER
PULL
: 32g
PUSH
: 19g
0.5
8W
100%
0
2
4
32W
25%
16W
50%
6
8
STROKE [mm]
10
RESPONSE TIME [ms]
50
PULL
40
30
32W
25%
20
80W
10%
10
0
12
16W
50%
0
2
24.3±0.6
±0.2
23
6
8
10
STROKE [mm]
12
14
STROKE-RESPONSE TIME
STROKE-FORCE
φ25.4±0.4
4
30±0.5
±0.5
19.3
9.5±0.2
17.1±0.1
（8）
3±0.1
φ11±0.05
7.9±0.2
φ3±0.1
M18 P1.5
10±0.2
φ18.2±0.1
LEADS 150MIN.
(UL1430 AWG24)
9.5±0.2
30.8±0.5
4.4±0.3
20±0.6
φ25.4±0.4
23±0.2
17.1±0.1
（8）
φ3±0.05
φ16±0.3
7.9±0.2
φ18.2±0.1
M18 P1.5
LEADS 150MIN.
(UL1430 AWG24)
M18 P1.5 NON-THREAD PART:LESS THAN 1.5mm
COIL DATA
Heat sink : 100K100K3mm aluminum
“on” time
duty cycle=
K100%
“on” time + “off” time
MAX. “on” time in seconds
watts at 20˚C
ampere-turns at 20˚C
resistance
AWG no.
Ω±10%(at 20˚C)
25
1.91
26
3.49
27
4.79
28
8.27
29
14.7
30
18.6
31
31.3
32
50.3
33
76.8
34
121
35
207
36
308
37
490
38
720
39
1320
40
2040
62
100%
continuous
∞
8
666
50%
or less
360
16
942
no. turns
328
460
520
696
910
1020
1360
1620
2060
2570
3350
4100
5100
6000
8550
10500
25%
or less
32
32
1332
10%
or less
8
80
2106
7.8
12.3
12.3
15.8
22
24
31
41
50
63
82
100
128
160
206
259
12.3
19.4
19.4
25
34
38
48
65
79
99
130
158
202
253
325
409
volts DC
3.9
5.1
6.1
7.9
10.8
12.1
15.3
21
25
31
41
50
64
80
103
129
www.shindengen.co.jp/smt/
5.5
8.7
8.7
11.2
15.2
17.2
22
29
35
44
58
71
91
113
145
183
SIZE250 PULL, 250 PUSH TUBULAR SOLENOID
AT20°C
50
UNIT : mm
SHOWN ENERGIZED
AT20°C
40
10W
100%
PULL
100W
10%
FORCE [N]
10
5
40W
25%
20W
50%
PUSH
10W
100%
1
WEIGHT : 188g
PLUNGER
PULL
: 44g
PUSH
: 35g
0.5
0
2
4
6
8
10
STROKE [mm]
12
14
RESPONSE TIME [ms]
5
0
25
20W
50%
20
40W
25%
100W
10%
15
10
5
0
0
2
φ3±0.1
14
Tubular Solenoids
17.1±0.1
（8）
9.5±0.2
M18 P1.5
12
51±0.5
24.3±0.6
19.3±0.5
φ11±0.05
3±0.1
7.9±0.2
6
8
10
STROKE [mm]
STROKE-RESPONSE TIME
STROKE-FORCE
φ25.4±0.4
23±0.2
4
10±0.2
φ18.2±0.1
LEADS 150MIN.
(UL1430 AWG24)
9.5±0.2
52±0.5
4.4±0.3
20±0.6
φ25.4±0.4
23±0.2
17.1±0.1
（8）
φ3±0.05
φ16±0.3
7.9±0.2
φ18.2±0.1
M18 P1.5
LEADS 150MIN.
(UL1430 AWG24)
M18 P1.5 NON-THREAD PART:LESS THAN 1.5mm
COIL DATA
Heat sink : 100K100K3mm aluminum
“on” time
duty cycle=
K100%
“on” time + “off” time
MAX. “on” time in seconds
watts at 20˚C
ampere-turns at 20˚C
resistance
AWG no.
Ω±10%(at 20˚C)
23
1.49
24
2.87
25
3.98
26
7.06
27
9.83
28
16.9
29
27.0
30
45.0
31
71.6
32
107
33
172
34
265
35
443
36
658
37
1032
38
1535
100%
continuous
∞
10
1090
50%
or less
360
20
1541
no. turns
402
600
672
940
1050
1415
1820
2365
2990
3660
4550
5550
7310
8660
11000
12930
25%
or less
32
40
2180
10%
or less
8
100
3447
8.2
10.4
13.1
16.6
21
26
33
42
53
65
83
106
134
168
207
262
13
16.4
21
26
33
42
52
66
84
102
132
167
212
265
328
415
volts DC
4.1
5.2
6.6
8.3
10.4
13.2
16.4
21
26
32
42
53
67
84
104
131
5.8
7.4
9.3
11.7
14.6
18.6
23
30
37
46
59
75
95
119
147
185
www.shindengen.co.jp/smt/
63
SIZE320 PULL, 320 PUSH TUBULAR SOLENOID
AT20°C
100
10
52W
25%
5
26W
50%
RESPONSE TIME [ms]
FORCE [N]
AT20°C
1 W
100%
5
1 0W
10%
1 W
100%
0
2
WEIGHT : 299g
PLUNGER
PULL: 54g PUSH: 53g
4
6
8
10
STROKE [mm]
12
14
0
26W
50%
25
52W
25%
1 0W
10%
20
15
10
5
PUSH
1
SHOWN ENERGIZED
40
50
PULL
UNIT : mm
0
16
0
2
4
6
8
10
STROKE [mm]
12
14
16
STROKE-RESPONSE TIME
STROKE-FORCE
7.9±0.4
57.5±0.5
φ12.7±0.05
(18.3)
φ31.8±0.4
4±0.2
4.8±0.2
φ3.2±0.1
16±0.1
9.5±0.2
33.3±0.2
42±1.0
4-φ3.6+0.1
0
14.8±0.4
29.4±0.2
LEADS 150MIN.
(UL1430 AWG22)
4.9±0.3
57.5±0.5
φ31.8±0.4
4-φ3.6+0.1
0
29.4±0.2
(18.3)
16.1±0.1
19.1±0.3
φ4±0.05
20±0.6
13.3±0.4
LEADS 150MIN.
(UL1430 AWG22)
COIL DATA
Heat sink : 130K130K3mm aluminum
“on” time
duty cycle=
K100%
“on” time + “off” time
MAX. “on” time in seconds
watts at 20˚C
ampere-turns at 20˚C
resistance
AWG no.
Ω±10%(at 20˚C)
21
1.40
22
2.52
23
3.52
24
6.04
25
8.47
26
14.1
27
22.5
28
36.1
29
55.1
30
88.1
31
147
32
214
33
354
34
566
35
900
36
1310
37
2060
64
33.3±0.2
42±1.0
100%
continuous
∞
13
1500
50%
or less
390
26
2121
no. turns
496
700
780
1056
1176
1540
1970
2484
3060
3805
5044
5992
7744
9730
12200
14150
18100
25%
or less
60
52
3000
10%
or less
18
130
4743
8.6
10.9
13.6
17.2
22
28
35
44
54
70
88
107
138
175
222
278
344
13.5
17.2
22
27
34
44
55
69
86
110
139
170
218
277
351
440
544
volts DC
4.3
5.4
6.8
8.6
10.9
13.8
17.3
22
27
35
44
54
69
88
111
139
172
www.shindengen.co.jp/smt/
6.1
7.7
9.6
12.2
15.4
19.5
24
31
38
49
62
76
98
124
157
197
243
SIZE380 PULL TUBULAR SOLENOID
UNIT : mm
SHOWN ENERGIZED
AT20°C
100
0
1 0W
10%
10
68W
25%
4W
50%
5
1 W
100%
WEIGHT : 497g
PLUNGER: 95g
1
0
5
10
15
20
STROKE [mm]
25
0
RESPONSE TIME [ms]
FORCE [N]
50
PULL
AT20°C
80
1 W
100%
60
4W
50%
50
40
68W
25%
0
1 0W
10%
20
10
0
0
5
10
15
20
STROKE [mm]
25
0
STROKE-RESPONSE TIME
STROKE-FORCE
Tubular Solenoids
8±0.4
5
φ15.75±0.05
φ38.1±0.4
64±0.5
±0.2
(21.5)
4±0.2
φ3±0.1
1.6±0.1
9.5±0.2
18.1±0.4
33.3±0.2
29.4±0.2
LEADS 150MIN.
4-φ3.6+0.1
0
42±1.0
(UL1430 AWG20)
COIL DATA
duty cycle=
Heat sink : 150K150K3mm aluminum
“on” time
K100%
“on” time + “off” time
MAX. “on” time in seconds
watts at 20˚C
ampere-turns at 20˚C
resistance
AWG no.
Ω±10%(at 20˚C)
19
0.93
20
1.34
21
2.34
22
3.35
23
5.58
24
9.30
25
14.9
26
24.0
27
36.9
28
58.4
29
87.5
30
148
31
224
32
344
33
554
34
871
35
1360
36
2140
100%
continuous
∞
17
1800
50%
or less
420
34
2546
no. turns
432
488
680
770
1030
1344
1712
2180
2680
3322
4008
5292
6360
7956
10070
12400
15300
19200
25%
or less
100
68
3600
10%
or less
25
170
5692
7.8
9.8
12.3
15.7
19.7
25
31
40
50
63
79
101
127
155
199
253
320
402
12.4
15.5
19.5
25
31
39
50
63
79
100
124
159
200
246
315
401
507
636
volts DC
3.9
4.9
6.2
7.8
9.8
12.4
15.7
19.9
25
32
39
50
63
78
100
127
160
201
5.5
6.9
8.7
11.1
13.9
17.6
22
28
35
45
56
71
90
110
141
179
227
284
www.shindengen.co.jp/smt/
65
CHARACTERISTICS TABLES FOR TUBULAR SOLENOIDS
AT20°C
100
PERFORMANCE CURVES
ARE AT 20˚C
AT20°C
100
50
50
10
10
SIZE 380
5
SIZE 320
FORCE [N]
SIZE 320
SIZE 250
1
FORCE [N]
SIZE 380
5
SIZE 250
1
SIZE 190
0.5
0.5
SIZE 190
SIZE 253
SIZE 253
SIZE 170
SIZE 133
0.1
SIZE 130
SIZE 133
0.1
SIZE 170
SIZE 130
0.05
0.05
0
2
4
6
8
10
12
14
0
2
4
6
8
STROKE [mm]
STROKE [mm]
DUTY CYCLE 100%
DUTY CYCLE 50%
AT20°C
100
10
14
AT20°C
100
50
12
50
SI E 380
80
SIZE 380
SIZE 320
10
5
10
SI E 250
5
SIZE 250
SI E 1190
0
FORCE [N]
FORCE [N]
SI E 320
20
SIZE 190
1
SI E 253
25
1
SIZE 170
SIZE 133
SIZE 253
0.5
0.5
SIZE 130
SIZE 170
SIZE 133
SIZE 130
0.1
0.05
66
0.1
0
2
4
6
8
10
12
14
0.05
0
2
4
6
8
STROKE [mm]
STROKE [mm]
DUTY CYCLE 25%
DUTY CYCLE 10%
www.shindengen.co.jp/smt/
10
12
14
TUBULAR SOLENOID AMPERE-TURN V.S. FORCE
SIZE 133
1
0
0.5
1
1.5
2
2.5
S 10
0.05
0.05
400
600
800
0.0
1000
200
400
600
AMPERE-T RNS
800
1000
1200
1400
AMPERE-T RNS
SIZE 170
SIZE 190
AT20°C S 0
8
AT20°C
20
1
2
S
S
S
S
S
S
S
S
S
10
4
6
8
10
11
5
FORCE [N]
1
0.5
0
1
2
4
6
8
10
12
Tubular Solenoids
S
S
S
S
S
S
S
S
5
FORCE [N]
4
0.5
0.1
200
0
0.5
1
2
S 8
1
0.1
0
S
S
S
S
S
S
S 6
0.5
0.0
AT20°C
5
FORCE [N]
S
S
S
S
S
S
S
5
FORCE [N]
SIZE 130
AT20°C
10
PERFORMANCE CURVES
ARE AT 20˚C
1
0.5
0.1
0.05
0.0
0
400
800
1200
1600
2000
0.1
2400
0
500
AMPERE-T RNS
SIZE 253
AT20°C
50
10
1500
2000
SIZE 250
S
S
S
S
S
S
S
2500
AT20°C
50
0
1
2
4
6
8
10
S 12
1
FORCE [N]
S 10
5
FORCE [N]
1000
AMPERE-T RNS
0.5
S
S
S
S
S
S
S
S
S
0
1
2
4
6
8
10
12
14
S
S
S
S
S
S
S
S
S
S
S
0
1
2
4
6
8
10
15
20
25
0
5
1
0.2
0.5
0.1
0.05
0
400
800
1200
1600
2000
2400
0.2
500
2800
1000
AT20°C
50
FORCE [N]
2000
2500
000
500
10
5
SIZE 380
S
S
S
S
S
S
S
S
S
S
S
100
0
1
2
4
6
8
10
12
14
16
50
FORCE [N]
SIZE 320
100
1500
AMPERE-T RNS
AMPERE-T RNS
10
5
1
1
0.5
0.5
0
1000
2000
000
4000
5000
500 1000
AMPERE-T RNS
2000
000
4000
5000
6000
AMPERE-T RNS
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67