PULL - SOLENOID - Deutsche Messe...

PULL - SOLENOID

TAKAHA KIKO

ABOUT SOLENOID

C A 0422 0240

Type of solenoid A：Pull B：Push C：Clapper D：Magnetic Latching

Resistance □□□.□ External shape

How to read model numbers

Rated value details

When using solenoids, applied voltage and temperature increases are directly correlated. If the applied voltage is high, one can obtain a correspondently good level of attraction, but the solenoid's temperature will rise rapidly. When applied voltage is low, the temperature of the solenoid will rise more gradually. Takaha's solenoids are set with Class A insulation (up to 105 degrees celsius).In cases where you will be continuously applying a current, please use the chart below to select the model that matches your desired voltage.If you know in advance the frequency of use for the intended device, please consult the formula below.

Current usage (uptime) rating (%) =time on

(time on + time off)x 100

Product No.Resitance (Ω)

DC6V DC12V DC24V

CA04220240 24 Continuous current 25% 6%

CA04220380 38 40% 10%

CA04220960 96 25%

CA04221920 192 50%

CA04223840 384

2) If running a current for 2 minutes and then turning off for 3 minutes, at a voltage of DC24V:

Current usage (uptime) rating (%) = 2 minutes(time on)

(2 minutes(time on) + 3 minutes(time off))x 100 = 40%

1) If running a current at a voltage of DC12V, applicable models are:

The right charts are estimates uptime use. For cases where current uptime is 6%, limit a single current to within 15 seconds and use the formula above to compute necessary downtime.

Takaha's solenoid model numbers are a combination of the part type + external shape/size + resistance level.

CA04220960CA04221920CA04223840

applicable models are:CA04221920CA04223840

Single current limit

40% 4 minutes50% 7 minutes

Current uptime rating6% 15 seconds

10% 30 seconds25% 2 minutes

* Uptime will vary depending on the environment in which the part is used. We suggest verifying real-world ratings after the part is installed.

E：Power Type (Heracules)

Continuous current

Continuous current

Stroke

Force and stroke

Attraction refers to the amount of pressure the solenoid part applies. Stroke is defined as the distance from the the point at which the solenoid stops applying pressure (set as 0mm).

Attraction rises with electrical consumption and falls as the stroke measure lengthens.

0 1 2 3

1.0

2.0

3.0

4.0

15W 10%

3W 50%1.5W 100%

24W 6%

6W 25%

(N)

(mm)

The graph at right explains the characteristics of the force - stroke relationship and is the same as displayed in our catalog.(1N≒102g)

When using the CA04220240(24Ω) and applying voltage of DC24V,the formula P=E /R is used to compute 24W of electrical consumption. The resultant pull force is depicted by the line at right. (Usage rating 6%)

When solenoid temperature rises, pulling force decreases. The table below shows the rate of increase and decrease in pulling force according to temperature when the standard temperature is 20℃.

Please refer to the table to choose a pulling force with a safety margin.

2

When using the CA04220240(24Ω) and applying voltage of DC12V, the formula P=E /R is used to compute 6W of electrical consumption. The resultant pull force is depicted by the line at right. (Usage rating 25%)　

2

When using the CA04220240(24Ω) and applying voltage of DC6V, the formula P=E /R is used to compute 1.5W of electrical consumption. The resultant pull force is depicted by the line at right. (Usage rating: continuous current)　

2

　Force - stroke characteristics ●

●

Pul

l for

ce

　Temperature rise reduces pulling force ●

Temperature(℃)

The rate of increase and decrease

0

0.74

100

0.650.861.00

80604020

1.18 0.58

PULL - SOLENOID

TAKAHA KIKO

CONTENTS

PULL - SOLENOID

TAKAHA KIKO

Push solenoids have a return spring in place to returnthe plunger to a fixed position when no other force is applied to the plunger.

The force applied by the return spring is included in the pull force - stroke relationship graph to the right.

　Open frame push solenoid ●

0 1 2 3(mm)

1.0

2.0

3.0

4.0

5.0

8W 25%

2W 100%

21W 10%

34W 6%

4W 50%

(N)

return spring force

　Pull force - stroke relationship●

*The pull force value is that with the spring attached

Plunger

Push bar

No force applied

Fig.1

Activated

Fig.2

A push solenoid has a push bar attached to the curved head of the plunger and when the plunger is pulled into the solenoid the push bar extends out the opposite end.

Because a push solenoid uses the suction of the plunger to push out the push bar, the force increases the farther out the push bar is.The force - stroke relationship for diagrams Fig.1 and Fig.2 is displayed in the graph.

Pul

l - F

orc

e

(mm)

(N)

Stroke

Fig.1

Fig.2

Pul

l - F

orc

e

Stroke

TYPE OF SOLENOID

TAKAHA KIKO

Magnetic latching solenoids are equipped with permanent magnets so during use,

●Plunger

Permanentmagnet

Lead wire

1.The pull force when de-energized 2.The electric current direction3.The magnetic holding force4.The return load and electric power must be taken into consideration.

1. The de-energized pull force refers to the pulling force applied to the plunger by the permanent magnet when the solenoid is de-energized.

RSOL

Pull : Red lead(+) Black lead(-)Return : Red lead(-) Black lead(+)

(Red)

(Black)

2. Similar to how magnets have N and S poles, a magnetic latching solenoid's N and S poles are decided by the electric current direction. When under a pull force a current direction that does not repel the permanent magnet is necessary. 　

The current direction is listed in the catalog. For the above example, a positive(+) red lead and a negative(-) black lead is the correct current direction for suction.

3. When the plunger comes into contact with the fixed core, even if the power is cut the considerable force of the permanent magnet maintains the retracted plunger position.　

Because the plunger does not return toits original position automatically - thereturn takes place when the magneticforce of the permanent magnet isnegated - during use, a load must be applied to the plunger taking into accountthe pull force when de-energized

Load

　Magnetic latching solenoid Part 1

4. In order for the plunger to return, a current opposite of the above diagram is applied to repel the permanent magnet. Electric power just enough to cancel the magnetic force of the magnet is necessary. If not enough power is applied, the magnetic force will not be cancelled, and if too much power is applied the solenoid's magnetic force will win out over the magnet's and end up pulling the plunger in. Because the resistor, R, in the diagram above can dissipate a lot of power at the same voltage as when energized, the power is adjusted by mediating the resistance.

TYPE OF SOLENOID

PULL - SOLENOID

TAKAHA KIKO

A magnetic latching solenoid's pull force changes withthe electric power applied just like a standard solenoid. The chart to the right from the catalog displays the pull force - stroke relationship for various power inputs.

●

The pull force when de-energized that pulls the plunger even when no other force is applied operates due to the permanent magnet. This force also becomes smaller the longer the stroke but during return a load greater than the de-energized suction force is necessary.

The graph shows the relationship between the magnetic holding force and the electric power necessaryto return the plunger.

The range where the magnet's force is stronger that solenoid's.

　Magnetic latching solenoid Part 2 - explanation of the graph -

Graph Force - StrokeDC24V 20℃(68ºF)

Stroke

Pul

l - F

orc

e

15.0

12.0

9.0

6.0

3.0

10 2 3 4 5

10W 25%

25W 10%

41W 6%

5W 50%

(mm)

(N)

non-excitation

The magnetic holding force is the force of the magnet that maintains the position of the plunger in contactwith the fixed core when no other force is applied. Regardless of the current value or electricpower, all magnetic latching solenoidsof this size have the same magnetic holding force. The chart to the right islisted in the catalog.

Holding force (N)

7.0

The range where the solenoid's magnetic force cancels out the magnet's.

The range where the solenoid's magnetic force is stronger than that of the magnet's, and the plunger will be pulled in.

For example, if a magnetic latching solenoid with a resistance of 38Ω at 24V DC were in the range to return the plunger as shown in the graph, From:

The pull force when de-energized that pulls the plunger even when no other force is applied operates due to thepermanent magnet. This force also becomes smaller the longer the stroke but during return a load greater than the de-energized suction force is necessary. The magnetic holding force is the force of the magnet thatmaintains the position of the plunger in contact with the fixed core when no other force is applied. Regardless of the current value or electric power,all magnetic latching solenoids of this size have the samemagnetic holding force. The chart to the right is listed in the catalog.

power consumption - load Graph Release

0.5 0.9 1.3(W)

1.0

2.0

3.0

4.0(N)

0.7 2.5 3.5 4.5 5.5

(Using the graph to the right as an example, E＝DC24V、P＝09.W～1.3W) a resistance R of 405Ω～602Ω can be calculated.

A solenoid's return is based on offsetting the force of the permanent magnet so the relationship may not quite match in the table to the right due to environmental factors such as temperature variation. Please give due consideration to this when setting the return load during actual use.

(R + 38 ohms) = E / P2

TYPE OF SOLENOID

PULL - SOLENOID

TAKAHA KIKO

Use for a greater period of time than that suggested by the manufacturer can cause solenoid burnout, so please take care to use within the indicated limits.

If the drawing power margin is too small, and minute conditions can cause defective functions (delay or lack of absorption). On the contrary, if the margins are large, impacts within the iron core will be great, and over time the iron core may become deformed and enlarged through the absorption of residue, thereby reducing the life of the product. Please check the product by testing the life and performance in the machine itself.

When connecting the plunger with the mechanical load, take care to connect the mechanical load to the plunger with the plunger's operational orientation at the center. Poor configuration can result in a reduction of the product's life.

Using voltage or electric current greater than that suggested by the manufacturer can cause solenoid burnout, so please take care to use within the indicated limits.

Please note that if there are iron plates or other magnetic items nearby, functioning could be affected.

Please avoid storing or using outdoors or in areas where exposure to freezing conditions, condensation, dripping water or dust may occur.

If a large impact is incurred by a solenoid conductor, components may become distorted, damaged, etc. thereby reducing functionality. This may also occur as a result of mishandling, so please take adequate precautions.

Please do not touch the solenoid directly.While warming up, the moving parts could crush fingers.Also, while power is on and immediately after stoppage, some parts may be very hot, and there is a danger of fire.

SAFETY NOTICE

Insulation Class A 105℃(221ºF)

Graph Force - Stroke

Duty Cycle

Stroke

Coil Rated Rated Rated

Resistance DC6V DC12V DC24V

CA03150380 38 Ohms 100% 25% 6%

CA03150630 63 Ohms - 40% 10%

CA03151580 158 Ohms - 100% 25%

CA03153150 315 Ohms - - 50%

CA03156300 630 Ohms - - 100%

Part Number

Pul

l - F

orc

e

0

(N)

1

0.2

0.4

0.6

0.8

1.015.0W 6%

9.0W 10%

1.8W 50%

0.9W 100%

3.6W 25%

2(mm)

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA0315

φ3　　

over than 18014.73

φ27.4

5.5 5 Tapped M2

8

10

Adsorbed position

stripped 7

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA0422



Duty Cycle

Stroke



CA04220240 24 Ohms 100% 25% 6%

CA04220380 38 Ohms - 40% 10%

CA04220960 96 Ohms - 100% 25%

CA04221920 192 Ohms - - 50%

CA04223840 384 Ohms - - 100%

Part Number

Pul

l - F

orc

e

DC24V 20℃(68ºF)

φ4φ3

21.3

6 9.8

φ2 both faces

21 10.8

Tapped M2both faces

6 7 3.8

over than 180

A

1 1.5

magnified “A”

Adsorbed position

stripped 7

0

1.0

2.0

3.0

4.0(N)

24W 6%15W 10%

6W 25%

3W 50%1.5W 100%

1 2 3(mm)

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA0425



Duty Cycle

Stroke

Pul

l - F

orc

e

DC24V 20℃(68ºF)



CA04250240 24 Ohms 100% 25% 6%

CA04250380 38 Ohms - 40% 10%

CA04250960 96 Ohms - 100% 25%

CA04251920 192 Ohms - - 50%

CA04253840 384 Ohms - - 100%

Part Number

0 1 2 3

1.0

2.0

3.0

4.0(N)

(mm)

24W 6% 15W 10% 6W 25% 3W 50% 1.5W 100%

Adsorbed position

24.8

6

15

φ4

12

10

65.7

2-Tapped M211.3φ2

over than 180

stripped 7

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA0520



Duty Cycle

Stroke

Pul

l - F

orc

e

DC24V 20℃(68ºF)



CA05200240 24 Ohms 100% 25% 6%

CA05200380 38 Ohms - 40% 10%

CA05200960 96 Ohms - 100% 25%

CA05201920 192 Ohms - - 50%

CA05203840 384 Ohms - - 100%

Part Number

0 1 2 3 4

2.0

4.0

6.0

8.0

6W 25%

3W 50%

1.5W 100%

15W 10%

(mm)

(N)

24W 6%

2-Tapped M2both faces

6 10

φ5

φ4

φ2

1 1.45

20.1

713

16

Adsorbed position

over than 180

stripped 7

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA0531



Duty Cycle

Stroke

Pul

l - F

orc

e

DC24V 20℃(68ºF)

2-Tapped M2.6

φ2

15

31

14

8

15

10

2.5

7

1.5

φ5

Adsorbed position

over than 180

stripped 7



CA05310180 18 Ohms 100% 25% 6%

CA05310290 29 Ohms - 40% 10%

CA05310720 72 Ohms - 100% 25%

CA05311440 144 Ohms - - 50%

CA05312880 288 Ohms - - 100%

Part Number

0 1 2 3 4

1.0

2.0

3.0

4.0

5.0

6.0

8W 25%

4W 50%

2W 100%

20W 10%

32W 6%

(N)

(mm)



Duty Cycle

PULL - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)



CA06250170A 17 Ohms 100% 25% 6%

CA06250270A 27 Ohms - 40% 10%

CA06250690A 69 Ohms - 100% 25%

CA06251370A 137 Ohms - - 50%

CA06252740A 274 Ohms - - 100%

Part Number 8.3W 25%

4W 50%

2W 100%

21W 10%

34W 6%

0 1 2 3 4 5 6

2.0

4.0

6.0

8.0

10.0(N)

(mm)

2-Tapped M3

25.1

8

2.6

22

18 φ8

816

φ2

10

2.5

9.5

Adsorbed position

over than 180

stripped 7

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA0625



Duty Cycle

Stroke

PULL - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

2-Tapped M3

30.7

9

1415.12.5

8.7

16

18

φ6

φ2

2

6.5

Adsorbed position

over than 180

stripped 7



CA06300170 17 Ohms 100% 25% 6%

CA06300270 27 Ohms - 40% 10%

CA06300690 69 Ohms - 100% 25%

CA06301370 137 Ohms - - 50%

CA06302740 274 Ohms - - 100%

Part Number

0 1 2 3 4

2

4

6

8

10

12

8.3W 25%

4.2W 50%

21W 10% 34W 6%

2W 100%

(N)

(mm)

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA0630



Duty Cycle

PULL - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

Adsorbed position

φ2.4

7 39

31

φ2.3

12

15 12.5 12

13

5 10

φ4

φ6.1

over than 180

stripped 7



CA06390150 15 Ohms 100% 25% 6%

CA06390240 24 Ohms - 40% 10%

CA06390600 60 Ohms - 100% 25%

CA06391200 120 Ohms - - 50%

CA06392400 240 Ohms - - 100%

Part Number

0 1 2 3 4

1.0

2.0

3.0

4.0

5.0

6.0

7.0

8.0

(mm)

(N)

9.6W 25%

2.4W 100%

24W 10% 38.4W 6%

4.8W 50%

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA0639



Duty Cycle

PULL - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

3

13

26.516

20

φ7

13.5

7.5


φ3 depth 4.5

Adsorbed position

over than 180

stripped 7



CA07260150 15 Ohms 100% 25% 6%

CA07260240 24 Ohms - 40% 10%

CA07260600 60 Ohms - 100% 25%

CA07261200 120 Ohms - - 50%

CA07262400 240 Ohms - - 100%

Part Number

0 1 2 3 4

2.0

4.0

6.0

8.0

10.0

12.0

14.0

16.0

18.0(N)

(mm)

9.6W 25%

4.8W 50%

2.4W 100%

24W 10%

38W 6%

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA0726



Duty Cycle

Stroke

PULL - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

2-Tapped M3

19

18 φ7

153

8

30.7

9

2.1

φ3

13

8

Adsorbed position

over than 180

stripped 7



CA07300160 16 Ohms 100% 25% 6%

CA07300260 26 Ohms - 40% 10%

CA07300660 66 Ohms - 100% 25%

CA07301300 130 Ohms - - 50%

CA07302600 260 Ohms - - 100%

Part Number

(N)

0 1 2 3 4

2.0

4.0

6.0

8.0

10.0

12.0

14.0

(mm)

8.7W 25%

4.4W 50%

2.2W 100%

15W 10%

36W 6%

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA0730



Duty Cycle

Stroke

PULL - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

24.818 10

8

22

φ5.9

φ8

4-φ1.789.7

6.1

Adsorbed position

over than 180

stripped 7



CA08250140 14 Ohms 100% 25% 6%

CA08250230 23 Ohms - 40% 10%

CA08250580 58 Ohms - 100% 25%

CA08251150 115 Ohms - - 50%

CA08252300 230 Ohms - - 100%

Part Number

0 1 2 3 4

2.0

4.0

6.0

8.0

10.0

12.0

14.0

16.0

18.0(N)

(mm)

10W 25%

5W 50%

2.5W 100%

25W 10%

41W 6%

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA0825



Duty Cycle

Stroke

PULL - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

10

30.4

6.5

8

18

2.1

φ3

φ8

13

22

12φ3

10

Tapped M3

Adsorbed position

over than 180

stripped 7



CA08300120 12 Ohms 100% 25% 6%

CA08300190 19 Ohms - 40% 10%

CA08300480 48 Ohms - 100% 25%

CA08300900 90 Ohms - - 50%

CA08301920 192 Ohms - - 100%

Part Number

0 1 2 3 4 5 6(mm)

5.0

10.0

15.0

20.0

25.0(N)

12W 25%

3W 100%

30W 10% 48W 6%

6W 50%

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA0830



Duty Cycle

Stroke

PULL - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

2φ8

20

26

13.3 203.5

8

37

φ3

8

6.7

φ2.78 both facesTapped M3 both faces

Adsorbed position

over than 180

stripped 7



CA08370090 9 Ohms 100% 25% 6%

CA08370140 14 Ohms - 40% 10%

CA08370360 36 Ohms - 100% 25%

CA08370720 72 Ohms - - 50%

CA08371440 144 Ohms - - 100%

Part Number

64W 6%

0 1 2 3 4 5 6

4.0

12.0

16.0

20.0

8.0

(mm)

(N)

41W 10%

16W 25%

8W 50%

4W 100%

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA0837



Duty Cycle

Stroke

PULL - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)


φ3

19 φ8

16.5

11.5

284

10

47

8

3.1

23

Adsorbed position

over than 180

stripped 7



CA08470090 9 Ohms 100% 25% 6%

CA08470140 14 Ohms - 40% 10%

CA08470360 36 Ohms - 100% 25%

CA08470720 72 Ohms - - 50%

CA08471440 144 Ohms - - 100%

Part Number

0 1 2 3 4 5 6

2.0

4.0

6.0

8.0

10.0

12.0

14.0

(mm)

(N)

16W 25%

4W 100%

41W 10%

64W 6%

8W 50%

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA0847



Duty Cycle

Stroke

PULL - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)



CA10290100 10 Ohms 100% 25% 6%

CA10290170 17 Ohms - 40% 10%

CA10290410 41 Ohms - 100% 25%

CA10290820 82 Ohms - - 50%

CA10291640 164 Ohms - - 100%

Part Number

0 1 2 3 4 5 6(mm)

4.0

8.0

12.0

16.0

20.0

24.0

28.0(N)

14W 25%

7W 50%

3.5W 100%

34W 10%

57.6W 6%

Adsorbed position

over than 180

stripped 7


29.3

2.6

7

29

φ10

13.8 132.5

φ2

19.4

8.3

24

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA1029



CA10400090 9 Ohms 100% 25% 6%

CA10400140 14 Ohms - 40% 10%

CA10400340 34 Ohms - 100% 25%

CA10400690 69 Ohms - - 50%

CA10401370 137 Ohms - - 100%

Part Number



Duty Cycle

Stroke

PULL - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

Adsorbed position

over than 180

stripped 7


40

3.1

8.4

10

24

29

φ10

4 16.5 18 12

19.4

φ3

0 2 4 6 8

4.0

8.0

12.0

16.0

20.064W 6%41W 10%17W 25%

　8W 50 % 4W 100%

(N)

(mm)

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA1040



Duty Cycle

Stroke

PULL - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

0 1 2 3 4 5 6 7

4.0

8.0

12.0

16.0

20.0

24.0

28.0

32.0

21W 25%11W 50%5.4W 100%

52W 10%82W 6%

(N)

(mm)



CA10530070 7 Ohms 100% 25% 6%

CA10530110 11 Ohms - 40% 10%

CA10530270 27 Ohms - 100% 25%

CA10530530 53 Ohms - - 50%

CA10401370 137 Ohms - - 100%

Part Number


13

27

30

53

3.1

7

φ10

3 18.5 30

20

φ3.1

Adsorbed position

over than 180

stripped 7

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA1053



CA10640070 7 Ohms 100% 25% 6%

CA10640120 12 Ohms - 40% 10%

CA10640290 29 Ohms - 100% 25%

CA10640580 58 Ohms - - 50%

CA10641150 115 Ohms - - 100%

Part Number



Duty Cycle

Stroke

PULL - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

6 12 12

36

32.5

65

13

2022

26

10

3.1

31.64 8

21

5.5

φ10

2-φ4

φ3.1

φ5

2-R2.5

φ4.5

25 12

Adsorbed position

over than 180

stripped 7

0 1 2 3 4

4.0

8.0

12.0

16.0

20.0

24.0

28.0

20W 25%

5W 100%

48W 10%

82W 6%

10W 50%

(mm)

(N)

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA1064



CA12400080 8 Ohms 100% 25% 6%

CA12400130 13 Ohms - 40% 10%

CA12400320 32 Ohms - 100% 25%

CA12400640 64 Ohms - - 50%

CA12401280 128 Ohms - - 100%

Part Number



Duty Cycle

Stroke

PULL - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

40

3.1

8.2

10

24

29

φ3

φ12

4 16.5 18

19.4


Adsorbed position

over than 180

stripped 7

0 1 2 3 4 5 6

4.0

8.0

12.0

16.0

20.0

24.0

28.0

32.0

18W 25%

4.5W 100%

44W 10% 72W 6%

9W 50%

(N)

(mm)

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA1240



CA12500050 5 Ohms 100% 25% 6%

CA12500080 8 Ohms - 40% 10%

CA12500190 19 Ohms - 100% 25%

CA12500380 38 Ohms - - 50%

CA12500770 77 Ohms - - 100%

Part Number



Duty Cycle

Stroke

PULL - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)


3.5

10

50

21 303

20φ1236

40

φ3

12

Adsorbed position

over than 180

stripped 7

20 4 6 8 10(mm)

9.0

18.0

27.0

36.0

45.0

30W 25%

7.5W 100%

72W 10%115W 6%

15W 50%

(N)

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA1250



CA12530060 6 Ohms 100% 25% 6%

CA12530100 10 Ohms - 40% 10%

CA12530240 24 Ohms - 100% 25%

CA12530480 48 Ohms - - 50%

CA12530960 96 Ohms - - 100%

Part Number



Duty Cycle

Stroke

PULL - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

Adsorbed position

over than 180

stripped 7


13

53

φ3

27 303φ1227

30

20

0 1 2 3 4 5 6(mm)

10.0

20.0

30.0

40.0

50.0

60.0(N)

24W 25%

6W 100%

57.6W 10% 96W 6%

12W 50%

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA1253



CA12570060 6 Ohms 100% 25% 6%

CA12570090 9 Ohms - 40% 10%

CA12570220 22 Ohms - 100% 25%

CA12570440 44 Ohms - - 50%

CA12570880 88 Ohms - - 100%

Part Number



Duty Cycle

Stroke

PULL - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)


8

φ12

φ3

11

20

34

28

4 18 30

57.8

3.5

Adsorbed position

over than 180

stripped 7

2 4 6 8 10

6.0

12.0

18.0

24.0

30.0

0(mm)

(N)

26W 25%

6.5W 100%

64W 10% 96W 6%

13W 50%

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA1257



CA12600060 6 Ohms 100% 25% 6%

CA12600100 10 Ohms - 40% 10%

CA12600260 26 Ohms - 100% 25%

CA12600510 51 Ohms - - 50%

CA12601030 103 Ohms - - 100%

Part Number



Duty Cycle

Stroke

PULL - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

Adsorbed position

over than 180

stripped 7


60

6.5

3.1

30

27 φ12

φ3

3 18.5 30

20

13

0 1 2 3 4

10.0

20.0

30.0

40.0

50.0

(mm)

(N)

22W 25%

5.6W 100%

57.6W 10%96W 6%

11W 50%

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA1260



CA12640045 4.5 Ohms 100% 25% 6%

CA12640070 7 Ohms - 40% 10%

CA12640180 18 Ohms - 100% 25%

CA12640360 36 Ohms - - 50%

CA12640720 72 Ohms - - 100%

Part Number



Duty Cycle

PULL - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)


64

8

3.5

38

30

4 25

19

28

φ12

φ3

20

Adsorbed position

over than 180

stripped 7

0(mm)

7.0

14.0

21.0

28.0

35.0

42.0(N)

2 4 6 8 10

32W 25%

8W 100%

82W 10%

128W 6%

16W 50%

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA1264



Duty Cycle

Stroke

PULL - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

Adsorbed position

over than 180

stripped 7


66.7

10

4

5 30 30

51.5

44 φ15

φ4.1

30

19.5



CA15670033 3.3 Ohms 100% 25% 6%

CA15670052 5.2 Ohms - 40% 10%

CA15670130 13 Ohms - 100% 25%

CA15670260 26 Ohms - - 50%

CA15670520 52 Ohms - - 100%

Part Number

0 2 4 6 8 10 12 14

10.0

20.0

30.0

40.0

50.0

60.0

70.0

80.0

(mm)

(N)

44W 25%

11W 100%

111W 10%174.5W 6%

22W 50%

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA1567



CA15780028 2.8 Ohms 100% 25% 6%

CA15780044 4.4 Ohms - 40% 10%

CA15780110 11 Ohms - 100% 25%

CA15780220 22 Ohms - - 50%

CA15780440 44 Ohms - - 100%

Part Number



Duty Cycle

Stroke

PULL - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

51.5

44

5 30

19.5

40φ15

φ4

30

77.5

10

4


Adsorbed position

over than 180

stripped 7

0 2 4 6 8 10 12(mm)

15.0

30.0

45.0

60.0

75.0

52.4W 25%

13W 100%

131W 10%206W 6%

26W 50%

(N)

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA1578



CA16620040 4 Ohms 100% 25% 6%

CA16620060 6 Ohms - 40% 10%

CA16620160 16 Ohms - 100% 25%

CA16620320 32 Ohms - - 50%

CA16620640 64 Ohms - - 100%

Part Number



Duty Cycle

Stroke

PULL - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

Adsorbed position

over than 180

stripped 7


11

4

20

63.6

40

36

φ3

φ16

4 24.5

14.65

30

0 1 2 3 4 5 6 7(mm)

19.0

38.0

57.0

76.0

95.0(N)

36W 25%

9W 100%

96W 10%144W 6%

18W 50%

PULL - SOLENOID

TAKAHA KIKO

PULL - SOLENOID

CA1662



CB07300170 17 Ohms 100% 25% 6%

CB07300270 27 Ohms - 40% 10%

CB07300690 69 Ohms - 100% 25%

CB07301370 137 Ohms - - 50%

CB07302740 274 Ohms - - 100%

Part Number



Duty Cycle

Stroke

PUSH - SOLENOID

Pus

h -

Fo

rce

DC24V 20℃(68ºF)*force is a value which attached a return spring.

0 1 2 3

1.0

2.0

3.0

4.0

5.0(N)

(mm)

8W 25%

4W 50%

2W 100%

21W 10%

34W 6%

return spring force

over than 180

stripped7

ON：Stroke 0

2-Tapped M3 2-φ3

97

φ7

φ13

4.6 1.4

16 2-0.8

7 14

φ2

φ3.5

16 7 3

30

9

spring

OFF：Stroke 3

PULL - SOLENOID

TAKAHA KIKO

PUSH - SOLENOID

CB0730



CB08300120 12 Ohms 100% 25% 6%

CB08300190 19 Ohms - 40% 10%

CB08300480 48 Ohms - 100% 25%

CB08300960 96 Ohms - - 50%

CB08301920 192 Ohms - - 100%

Part Number



Duty Cycle

Stroke

PUSH - SOLENOID

Pus

h -

Fo

rce

DC24V 20℃(68ºF)

48W 6%

30W 10%

12W 25%　6W 50%

3W 100%

0 1 2 3 4 5

3.0

6.0

9.0

12.0

15.0(N)

(mm)

ON：Stroke 0

over than 180

stripped 7

Tapped M3

spring

OFF：Stroke 5

6.5 8

18

30.4

13

22

7.9

10

5

φ8

9

φ3.5

φ3

*force is a value which attached a return spring.

return spring force

PULL - SOLENOID

TAKAHA KIKO

PUSH - SOLENOID

CB0830



CB08470090 9 Ohms 100% 25% 6%

CB08470140 14 Ohms - 40% 10%

CB08470360 36 Ohms - 100% 25%

CB08470720 72 Ohms - - 50%

CB08471440 144 Ohms - - 100%

Part Number



Duty Cycle

Stroke

PUSH - SOLENOID

Pus

h -

Fo

rce

DC24V 20℃(68ºF)

0 1 2 3 4 5

2.0

4.0

6.0

8.0

10.0

12.0

14.0(N)

(mm)

64W　 6%41W 　 10%17W 　 25%

　8W 50% 4W 100%

over than 180

stripped 7

spring

47

7.9

23

19 φ8

28

10

11.5

5

9

φ3.5


ON：Stroke 0

OFF：Stroke 5


return spring force

PULL - SOLENOID

TAKAHA KIKO

PUSH - SOLENOID

CB0847



CB10290100A 10 Ohms 100% 25% 6%

CB10290170A 17 Ohms - 40% 10%

CB10290410A 41 Ohms - 100% 25%

CB10290820A 82 Ohms - - 50%

CB10291640A 164 Ohms - - 100%

Part Number



Duty Cycle

Stroke

PUSH - SOLENOID

Pus

h-

Forc

e

DC24V 20℃(68ºF)

over than 180

stripped 7

24

29.3

29

φ10

13

19.4

8.3

11

φ3.5

5 ON：Stroke 0

spring

OFF：Stroke 5

9


0 1 2 3 4 5

4.0

8.0

12.0

16.0

20.0

24.0

28.0(N)

(mm)

3.5W 100%7W 50%

14W 25%

34W 10%

58W 6%*force is a value which attached a return spring.

return spring force

PULL - SOLENOID

TAKAHA KIKO

PUSH - SOLENOID

CB1029



CB10370100 10 Ohms 100% 25% 6%

CB10370150 15 Ohms - 40% 10%

CB10370380 38 Ohms - 100% 25%

CB10370760 76 Ohms - - 50%

CB10371520 152 Ohms - - 100%

Part Number



Duty Cycle

Stroke

PUSH - SOLENOID

Pus

h -

Fo

rce

DC24V 20℃(68ºF)

spring

10

20 9

36.7 17.57

10.5

26

20

φ10

φ3

φ5.88

ON：Stroke 0

OFF：Stroke 10

Tapped M3front face

Tapped M3back face

over than 180

stripped 7

0 2

5.0

10.0

15.0

20.0

25.0

30.0

(mm)

15W 25%

3.8W 100%

38.4W 10%

57.6W 6%

7.6W 50%

4 6 8 10

return spring force


PULL - SOLENOID

TAKAHA KIKO

PUSH - SOLENOID

CB1037



CB10400090 9 Ohms 100% 25% 6%

CB10400140 14 Ohms - 40% 10%

CB10400340 34 Ohms - 100% 25%

CB10400690 69 Ohms - - 50%

CB10401370 137 Ohms - - 100%

Part Number



Duty Cycle

Stroke

PUSH - SOLENOID

Pus

h -

Fo

rce

DC24V 20℃(68ºF)

over than 180

stripped7

19.4

2018

φ10

29

φ3

4024

105.5

Adsorbed position


0 1 2 3 4 5 6 7

16.0

20.0

4.0

8.0

12.0

(mm)

17W 25%

4.2W 100%

41W 10% 64W 6%

8W 50%

(N)

PULL - SOLENOID

TAKAHA KIKO

PUSH - SOLENOID

CB1040



CB12500045 4.5 Ohms 100% 25% 6%

CB12500080 8 Ohms - 40% 10%

CB12500190 19 Ohms - 100% 25%

CB12500380 38 Ohms - - 50%

CB12500770 77 Ohms - - 100%

Part Number



Duty Cycle

PUSH - SOLENOID

Pus

h -

Fo

rce

DC24V 20℃(68ºF)

over than 180

stripped 7

40

36 20

830

50 30

φ5

5.7

φ12

Adsorbed position


0 2 4 6 8 10

7.0

14.0

28.0

35.0

30W 25%

7.5W 100%

72W 10% 120W 6%

15W 50%

(mm)

(N)

21.0

PULL - SOLENOID

TAKAHA KIKO

PUSH - SOLENOID

CB1250



CB15670033 3.3 Ohms 100% 25% 6%

CB15670050 5 Ohms - 40% 10%

CB15670130 13 Ohms - 100% 25%

CB15670260 26 Ohms - - 50%

CB15670520 52 Ohms - - 100%

Part Number



Duty Cycle

PUSH - SOLENOID

Pus

h -

Fo

rce

DC24V 20℃(68ºF)

Adsorbed position


66.7

30

51.5

44

7

17

φ5

30

30

φ15

over than 180

stripped 7

2 4 6 8 10 12 14(mm)

12.0

36.0

48.0

60.0

0

24.0

(N)

44W 25%

11W 100%

115W 10%174.5W 6%

22W 50%

PULL - SOLENOID

TAKAHA KIKO

PUSH - SOLENOID

CB1567



CBD10370060 6 Ohms 100% 25% 3%

CBD10370120 12 Ohms - 40% 6%

CBD10370190 19 Ohms - 100% 10%

CBD10370480 48 Ohms - - 25%

CBD10370960 96 Ohms - - 50%

Part Number



Duty Cycle

Stroke

PUSH HOLD - SOLENOID

Pus

h -

Fo

rce

DC24V 20℃(68ºF)

19.7

721.5

26

φ10

37

14.8

22 8

φ8

14

ON：Stroke 0

spring

OFF：Stroke 7

Tapped M3front face

Tapped M3back face

Pull : Red Wire (+) Black Wire (-)

Release : Red Wire (-) Black Wire (+)

RSOL

Red

Black

over than 180

stripped 7

0 1 2 3 4 5 6 7 8

7.0

14.0

21.0

28.0

35.0

30W 10%

6W 50%

48W 6% 96W 3%

12W 25%

(mm)

(N)

PULL - SOLENOID

TAKAHA KIKO

PUSH - SOLENOID

CBD1037



CBS08300120 12 Ohms 100% 25% 6%

CBS08300190 19 Ohms - 40% 10%

CBS08300480 48 Ohms - 100% 25%

CBS08300960 96 Ohms - - 50%

CBS08301920 192 Ohms - - 100%

Part Number



Duty Cycle

Stroke

PUSH SCREW - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

48W 6%

30W 10%

12W 25%　6W 50%

3W 100%

0 1 2 3 4 5

3.0

6.0

9.0

12.0

15.0(N)

(mm)


return spring force

ON：Stroke 0

over than 180

stripped 7

Tapped M3

spring

OFF：Stroke 5

6.5 8

18

30.4

13

22

7.9

10

5

φ8

16

φ3

7

φ3.5

11

M3 P0.5

PULL - SOLENOID

TAKAHA KIKO

PUSH - SOLENOID

CBS0830



CBS10290100 10 Ohms 100% 25% 6%

CBS10290170 17 Ohms - 40% 10%

CBS10290410 41 Ohms - 100% 25%

CBS10290820 82 Ohms - - 50%

CBS10291640 164 Ohms - - 100%

Part Number



Duty Cycle


Pus

h-

Forc

e

DC24V 20℃(68ºF)

0 1 2 3 4 5

4.0

8.0

12.0

16.0

20.0

24.0

28.0(N)

(mm)

3.5W 100%7W 50%

14W 25%

34W 10%

58W 6%*force is a value which attached a return spring.

return spring force

167

φ3.5

M3 P0.5

over than 180

stripped 7

24

29.3

29

φ10

13

19.4

8.3

11

5ON：Stroke 0

spring

OFF：Stroke 5


11

PULL - SOLENOID

TAKAHA KIKO

PUSH - SOLENOID

CBS1029



CBS12400080 8 Ohms 100% 25% 6%

CBS12400130 13 Ohms - 40% 10%

CBS12400320 32 Ohms - 100% 25%

CBS12400640 64 Ohms - - 50%

CBS12401280 128 Ohms - - 100%

Part Number



Duty Cycle

Stroke


Pus

h -

Fo

rce

DC24V 20℃(68ºF)

10

15.8

4

8

22.9

9

21

3.1

φ3

φ12

18

19.4

24

29

over than 180

stripped 7

40

10

spring

12.9

spring

M3 P0.5M3 P0.5

φ3.5φ

ON：Stroke 0

OFF：Stroke 10


5.0

10.0

15.0

30.0

20.0

25.0

0 2 4 6 8 10

72W 6%

44W 10%

18W 25%

9W 50%4.5W 100%

(mm)

return spring force

(n)

PULL - SOLENOID

TAKAHA KIKO

PUSH - SOLENOID

CBS1240


Pul

l - F

orc

e


Insulation Class A 105℃(221ºF)Duty Cycle

Holding force (N)

6.0

over than 180

stripped 7

Adsorbed position

8

30

2.1

7

16

14

12193

13

φ7

φ3 Tapped M3front face

Tapped M3back face



RSOL

Red

Black



CD07300240 24 Ohms 100% 25% 6%

CD07300380 38 Ohms - 40% 10%

CD07300960 96 Ohms - 100% 25%

CD07301920 192 Ohms - - 50%

Part Number

0.5 0.9 1.3(W)

1.0

2.0

3.0

4.0(N)

0.7 2.5 3.5 4.5 5.5 0 1 2 3 4

2.0

3.0

4.0

5.0

6.0

7.0

8.0

1.0

(N)

(mm)

6W 25%15W 10%24W 6%

3W 50%non-excitation

PULL - SOLENOID

TAKAHA KIKO

LATCHING - SOLENOID

CD0730


MAGNETIC LATCHING - SOLENOID

DC24V 20℃(68ºF)

Pul

l - F

orc

e



Holding force (N)

7.0



RSOL

Red

Black Adsorbed position 2-Tapped M3

φ2.5

40

2

9

1719.53

13

φ7 8

18

16

over than 180

stripped 7



CD07400140 14 Ohms 100% 25% 6%

CD07400230 23 Ohms - 40% 10%

CD07400580 58 Ohms - 100% 25%

CD07401150 115 Ohms - - 50%

Part Number

15.0

12.0

9.0

6.0

3.0

10 2 3 4 5

10W 25%

25W 10%

41W 6%

5W 50%

(mm)

(N)

non-excitation

1.0 1.8 5.0(W)

1.0

2.0

3.0

4.0(N)

1.4 6.0 7.0 8.0 9.0

PULL - SOLENOID

TAKAHA KIKO

LATCHING - SOLENOID

CD0740



DC24V 20℃(68ºF)

Stroke

Pul

l - F

orc

e



Holding force (N)

16.0



RSOL

Red

Black

over than 180

stripped 7

Adsorbed position

Tapped M3front face

Tapped M3back face

821.5

26

37

3.1

11

34.74

23

14

φ3

φ10



CD10370120 12 Ohms 100% 25% 6%

CD10370190 19 Ohms 40% 10%

CD10370480 48 Ohms - 100% 25%

CD10370960 96 Ohms - - 50%

Part Number

0 1 2 3 4

7.0

14.0

21.0

28.0

35.0

(mm)

(N)

12W 25%

30W 10%

48W 6%

6W 50%

non-excitation

2.0 3.0 5.0(W)

1.0

2.0

3.0

4.0(N)

2.5 6.0 8.0 10.0 12.0

PULL - SOLENOID

TAKAHA KIKO

LATCHING - SOLENOID

CD1037



DC24V 20℃(68ºF)

Pul

l - F

orc

e



Holding force (N)

10.5



RSOL

Red

Black

over than 180

stripped 7

Adsorbed position

2-Tapped M3

4 21

φ3

φ1224

29

4015.8

3

9

19.5



CD12400100 10 Ohms 100% 25% 6%

CD12400170 17 Ohms 40% 10%

CD12400410 41 Ohms - 100% 25%

CD12400820 82 Ohms - - 50%

Part Number

0 1 2 3(mm)

7.0

14.0

21.0

28.0

35.0

14W 25%

40W 10%

57W 6%

7W 50%

(N)

non-excitation

0.6 1.2 4.0(W)

1.0

2.0

3.0

4.0

(N)

0.9 6.0 8.0 10.0 12.0

PULL - SOLENOID

TAKAHA KIKO

LATCHING - SOLENOID

CD1240



Duty Cycle

Stroke

HERCULES - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

10

30.4

6.5

8

18

2.1

φ3

φ8

13

22

12φ3

10

Tapped M3

Adsorbed position

over than 180

stripped 7



CE08301920 192 Ohms - - 100%

Part Number

CA08301920 3W

CE08301920 3W

(mm)

(N)

0 1 2 3 4 5 6

1.0

2.0

3.0

4.0

5.0

6.0

7.0

(HERCULES-SOLENOID)

(PULL-SOLENOID)

PULL - SOLENOID

TAKAHA KIKO

HERACULES - SOLENOID

CE0830



Duty Cycle

Stroke

HERCULES - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

2φ8

20

26

13.5 203.5

8

37

φ3

8

6.7

φ2.78 both facesTapped M3 both faces

Adsorbed position

over than 180

stripped 7



CE08371440 144 Ohms - - 100%

Part Number

0 1 2 3 4 5 6

1.0

3.0

5.0

7.0

CA08371440 4W

CE08371440 4W　

(mm)

(N)

(HERCULES-SOLENOID)

(PULL-SOLENOID)

PULL - SOLENOID

TAKAHA KIKO


CE0837



Duty Cycle

Stroke

HERCULES- SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)


φ3

19 φ8

16.5

11.5

284

10

47

8

3.1

23

Adsorbed position

over than 180

stripped 7



CE08471440 144 Ohms - - 100%

Part Number

(mm)

(N)

0 1 2 3 4 5 6

1.0

2.0

3.0

4.0

5.0

6.0

7.0

CA08471440 4W

CE08471440 4W(HERCULES-SOLENOID)

(PULL-SOLENOID)

PULL - SOLENOID

TAKAHA KIKO


CE0847



Duty Cycle

Stroke

HERCULES - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

Adsorbed position

over than 180

stripped 7


29.3

2.6

7

29

φ10

13.8 132.5

φ2

19.4

8.3

24



CE10291640 164 Ohms - - 100%

Part Number

(N)

CA10291640 3.5W

CE10291640 3.5W

0 1 2 3 4 5 6

3.0

6.0

9.0

(mm)

(HERCULES-SOLENOID)

(PULL-SOLENOID)

PULL - SOLENOID

TAKAHA KIKO


CE1029



Duty Cycle

Stroke

HERCULES - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

Adsorbed position

over than 180

stripped 7


40

3.1

8.4

10

24

29

φ10

4 16.5 18 12

19.4

φ3



CE10401370 137 Ohms - - 100%

Part Number

0 2 4 6 8

2.0

4.0

6.0

8.0(N)

(mm)

CE10401370 4W

CA10401370 4W　

(HERCULES-SOLENOID)

(PULL-SOLENOID)

PULL - SOLENOID

TAKAHA KIKO


CE1040



Duty Cycle

Stroke

HERCULES - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)


13

27

30

53

3.1

7

φ10

3 18.5 30

20

φ3.1

Adsorbed position

over than 180

stripped 7



CE10531070 107 Ohms - - 100%

Part Number

0 1 3 5 7

4.0

8.0

20.0

16.0

12.0

(N)

(mm)

CA10531070 5.4W

CE10531070 5.4W(HERCULES-SOLENOID)

(PULL-SOLENOID)

PULL - SOLENOID

TAKAHA KIKO


CE1053



Duty Cycle

Stroke

HERCULES - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

6 12 12

36

32.5

65

13

20

26

10

3.1

31.64 8

21

5.5

φ10

2-φ4

φ3.1

φ5

2-R2.5

φ4.5

25 12

Adsorbed position

over than 180

stripped 7



CE10641150 115 Ohms - - 100%

Part Number

(N)

(mm)0 1 2 3 4

3.0

6.0

9.0

12.0

15.0

CA10641150 5W

CE10641150 5W(HERCULES-SOLENOID)

(PULL-SOLENOID)

PULL - SOLENOID

TAKAHA KIKO


CE1064



Duty Cycle

Stroke

HERCULES - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

40

3.1

8.2

10

24

29

φ3

φ12

4 16.5 18

19.4


Adsorbed position

over than 180

stripped 7



CE12401280 128 Ohms - - 100%

Part Number

(mm)

CA12401280 4.5W

CE12401280 4.5W

0 1 2 3 4 5 6

3.0

6.0

9.0

12.0(N)

(HERCULES-SOLENOID)

(PULL-SOLENOID)

PULL - SOLENOID

TAKAHA KIKO


CE1240



Duty Cycle

HERCULES - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)


3.5

10

50

21 303

20φ1236

40

φ3

12

Adsorbed position

over than 180

stripped 7



CE12500770 77 Ohms - - 100%

Part Number

(mm)

CA12500770 7.5W

CE12500770 7.5W

(N)

0 2 4 6 8 10

5.0

10.0

15.0

20.0

25.0

(HERCULES-SOLENOID)

(PULL-SOLENOID)

PULL - SOLENOID

TAKAHA KIKO


CE1250



Duty Cycle

Stroke

HERCULES - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

Adsorbed position

over than 180

stripped 7


13

53

φ3

27 303φ1227

30

20



CE12530960 96 Ohms - - 100%

Part Number

(mm)

CA12530960 6W

CE12530960 6W

(N)

0 1 2 3 4 5 6

5.0

10.0

15.0

20.0

25.0

(HERCULES-SOLENOID)

(PULL-SOLENOID)

PULL - SOLENOID

TAKAHA KIKO


CE1253



Duty Cycle

Stroke

HERCULES - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)


8

φ12

φ3

11

20

34

28

4 18 30

57.8

3.5

Adsorbed position

over than 180

stripped 7



CE12570880 88 Ohms - - 100%

Part Number

(mm)

(N)

0 2 4 6 8 10

4.0

8.0

12.0

16.0

CA12570880 6.5W

CE12570880 6.5W(HERCULES-SOLENOID)

(PULL-SOLENOID)

PULL - SOLENOID

TAKAHA KIKO


CE1257



Duty Cycle

HERCULES - SOLENOID

Pul

l - F

orc

e

DC24V 20℃(68ºF)

Adsorbed position

over than 180

stripped 7


60

6.5

3.1

30

27 φ12

φ3

3 18.5 30

20

13



CE12601030 103 Ohms - - 100%

Part Number

(mm)

(N)

CA12601030 5.6W

CE12601030 5.6W

0 1 2 3 4

7.0

14.0

21.0

28.0

(HERCULES-SOLENOID)

(PULL-SOLENOID)

PULL - SOLENOID

TAKAHA KIKO


CE1260

PULL - SOLENOID

TAKAHA KIKO

PUSH AND PULL LATCHING

CG0836

Release

Position A

Red

BlackRead Wire

(Stroke)

Pulled Position

Released Position

4-Tapped M2.5

Pull : Red Wire (+) Black Wire (-)Release : Red Wire (-) Black Wire (+)

(Red)

(Black)

(＋)

(－)

Release

Pull

Pull

7±2

19

3

4

12

5 over than 180

23

1423

23.5 207.8

φ8

φ3.1 ＋0.1－0

13.8 1036.8

14 17

Position B

Duty Cycle

Part Number Resistance DC6V DC12V DC24V

CG08360060 6 Ohms6W 10%ON：Less than 400s

CG08360240 24 Ohms

CG08360960 96 Ohms

Response Speed（Non Load, Horizontal）

Part Number Resistance DC6V DC12V DC24V

CG08360060 21ms

CG08360240 21ms

CG08360960 21ms

6W 10%ON：Under400s

6W 10%ON：Under400s

Over than 10

PositionA→B (Pulled)

Part Number Resistance

CG08360060 20ms

CG08360240 20ms

CG08360960 20ms

PositionB→A (Released)

Pull Force　20℃(68ºF)

CG08360060 2.4N

CG08360240 2.4N

CG08360960 2.4N

CG08360060 2.7N

CG08360240 2.7N

CG08360960 2.7N

6 Ohms

24 Ohms

96 Ohms

6 Ohms

24 Ohms

96 Ohms

6 Ohms

24 Ohms

96 Ohms

6 Ohms

24 Ohms

96 Ohms

Part Number

Part Number

Resistance

Resistance

DC6V DC12V DC24V

DC6V DC12V DC24VDC6V DC12V DC24V

PositionB→A (Released)

PositionA→B (Pulled)

Holding force (N)

Position A (Released)

Position B (Pulled) Over than 10


(Both Faces)

ロングストロークソレノイド

CH12840062 6.2 50%

CH12840123 12.3 100%

CH12840250 25 50%

CH12840500 50 100%

0 10

(N)

(mm)15 20 25 30 355

1.0

2.0

3.0

4.0

5.0

6.0



Resistance DC6V DC12V DC24VPart Number


Pul

l - F

orc

e

PULL - SOLENOID

TAKAHA KIKO

LONG STROKE - SOLENOID

CH1284


return spring force

Stroke

23.2W 50%11.7W 100%

20

28 37.1

φ12

83.1

38.2

95

67

3516

6.7

60

30

8M3 P0.5


over than 180

stripped 7

3.1

φ30

ON：Stroke 35

OFF：Stroke 0

spring

φ3

φ5

PULL - SOLENOID - Deutsche Messe...

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