Holding Magnet / Sucking Disc Suction Solenoids

Holding-magnets, The electromagnetic holding systems do not have armatures and serve the purpose of holding ferromagnetic work-pieces. Their function is based on an electromagnet with open magnetic circuit exerting a magnetic field on ferromagnetic bodies. The devices can be mounted by the threaded holes on the back.

Electromagnet Solenoids / Coils
Part#: AX + TubeΦ + Tube Length		 Part # &
Size		 Force & Power Graph of Electromagnets
(Suction Solenoids, Coils, Electro-Magnet)		 Function or Application
5.8x5.8 AX0325L AX0325L-15A220  
Twin Structure 24.4x16.75 AX0516L AX0516L-12A60  AX0516L-24A240  
  AX0607L AX0607L-2.5A2.5  AS0607L-2.5A2.5  
  AX0625L AX0625L-24B95  0mm,120mT,6W,25%
AX0625L-24B110 0mm,120mT,6W,25%		  
  AX0716L

AX0716L-12A405 100% 0mm,50MT,300UH@120Hz
AX0716L-12B405 100% 0mm,50MT,300UH@120Hz

  
Electromagnet Solenoid Coil Suction Solenoid

AX0815L

Φ08*15

 Force & Power Graph of Solenoid  
Electromagnet Solenoid Coil Suction Solenoid AX1010L

Φ10*10		 Force & Power Graph of Solenoid  
Electromagnet Solenoid Coil Suction Solenoid AX1322L

Φ13*22		 Force & Power Graph of Solenoid  
Electromagnet Solenoid Coil Suction Solenoid AX1414L

Φ14*14		 Force & Power Graph of Solenoid  
Electromagnet Solenoid Coil Suction Solenoid AX1622L

Φ16*22		 Force & Power Graph of Solenoid  
Electromagnet Solenoid Coil Suction Solenoid AX1625L

Φ16*25		 Force & Power Graph of Solenoid  
Electromagnet Solenoid Coil Suction Solenoid AX1632L

Φ16*32		 Force & Power Graph of Solenoid  
AX1817L AX1817L-16A13 AX1817L-16A16 AX1817L-16A20  
Electromagnet Solenoid Coil Suction Solenoid AX2020L

Φ20*20		 Force & Power Graph of Solenoid  
  AX3027L
Φ30x27		 AX3027L-24A40 24V 40Ω 14.4W 50% 2kg force
WB60-04-02-73T   WB60-04-02-68T1		  
Electromagnet Solenoid Coil Suction Solenoid AX3417L

Φ34*17		 Force & Power Graph of Solenoid  
Φ34x30mm AX3430L AX3430L-230A180  
Electromagnet Solenoid Coil Suction Solenoid AX4050L

Φ40*50		 Force & Power Graph of Solenoid  
Notes: Variations in temperature, iron content, thickness and finish of the mating part will affect the holding force. So you should consider a safety margin.

Electromagnet Solenoids / Coils
Part#: AX + TubeΦ + Tube Length		 Part # &
Size		 Force & Power Graph of Electromagnets
(Suction Solenoids, Coils, Electro-Magnet)		 Function or Application
  AX4027 Φ40 * 27, 100% ED, 6W, 20kg SH-ET4027
  AX5027L Φ50 * 30, 100% ED, 6.2W, 75kg GTB050
  AX5030 Φ50 * 30, 100% ED, 11W, 60kg SH-ET5030
  AX5537 Φ55 * 37, 100% ED, 10W, 80kg SH-ET5537
  AX6028 Φ60 * 28, 100% ED, 8W, 90kg, 0.6kg EMP60C
  AX6330L Φ63 * 30, 100% ED, 8W, 100kg GTB063
  AX7040L Φ70 * 40, 100% ED, 19W, 150kg SH-ET7040
Notes: Variations in temperature, iron content, thickness and finish of the mating part will affect the holding force. So you should consider a safety margin.
Part #

TIPO

A
Diameter

B
Thick

C

D
Center Core

E
Threads

F

G

L
Cable

W consumo
Wattage

Forza MAX
Force Max

Peso Kg
Weight kg
AX1520L

EMP 15 C

15

20

13

6

M4

10

4

100

1,5

2

0,03
AX2020L

EMP 20 C

20

20

17

9

M4

10

4

200

2,5

4

0,04
AX3018L

EMP 30 C

30

18

27

9

M4

10

5

200

3

7

0,1
AX4022L

EMP 40 C

40

22

35

16

M5

15

6,5

200

5

30

0,2
AX5025L

EMP 50 C

50

25

46

19

M6

15

9

200

6,5

60

0,3
AX6028L

EMP 60 C

60

28

54

25

M6

18

9

200

8

90

0,6
AX8040L

EMP 80 C

80

40

70

34

M8

20

14

200

15

200

1,2
AX100100L

EMP 100 C

100

60

90

38

M10

20

14

300

20

300

2,2
  Type Holding surface
Ø a (- 0,1)		 Holding force* b Ø c Ø d f g i Input
power		 Weight Minimum
thickness
N kp
AX1811L EM1 18,0 40,0 4,0 11,0 8,0 16,1 M3 5,0 1,0 1,4 W 17,0 g 2,0 mm
AX2520L EM2 25,0 140,0 14,0 20,0 11,1 22,3 M4 6,0 1,0 3,2 W 60,0 g 3,0 mm
AX3222L EM3 32,0 230,0 23,0 22,0 14,3 28,6 M4 6,0 3,0 3,6 W 110,0 g 3,6 mm
AX5027L EM5 50,0 700,0 70,0 27,0 22,4 44,7 M5 8,0 3,0 6,5 W 300,0 g 6,0 mm
AX8038L EM8 80,0 1800,0 180,0 38,0 34,0 72,8 M8 12,0 3,0 15,0 W 1100,0 g 9,0 mm
AX15056 EM15 150,0 9000,0 900,0 56,0 67,9 134,0 M16 24,0 3,0 37,0 W 6400,0 g 17,0 mm