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Achieving high -energy efficiency handling with ferromagnetic work EMH EMH-EMH-RP 036-B
Achieving high -energy efficiency handling with ferromagnetic work EMH EMH-EMH-RP 045-B
Achieving high -energy efficiency handling with ferromagnetic work EMH EMH-EMH-RP 084-B
Achieving high -energy efficiency handling with ferromagnetic work EMH EMH-EMH-RP 114-B
Achieving high -energy efficiency handling with ferromagnetic work EMH EMH-EMH-DP 080-B
Achieving high -energy efficiency handling with ferromagnetic work EMH EMH-EMH-MP 060-B
Achieving high -energy efficiency handling with ferromagnetic work EMH EMH-Sunk Japan Co., Ltd.

Achieving high -energy efficiency handling with ferromagnetic work EMH EMH
Sunk Japan Co., Ltd.


About This Product

Energy magnetic magnetic gripper that integrates transmission and feedback functions that realize high -energy efficiency handling in ferromagnetic work Advantages and benefits

■ Demonstrate high holding power in minimal space

Stable parts handling with a compact machine

■ Built -in electronic device

No need to add controller even though it has a compact structure

■ Lightweight

High dynamic performance for severe applications

■ Highly reliable holding power maintenance

Ensuring high process stability in scenarios including emergency stops

■ Adjustable strength can be adjusted to 4 steps

Make sure you know various works

■ Controled with 24 V power supply

Reduce energy saving and connection and wiring

■ Access to work from 5 sides and there is no interference area

By unnecessary gripper finger

■ Monitor the existence of excitation and the existence of work

Reduction of time saving and programming time

■ New:

EMH-MP and EMH-DP size are solutions that are compatible with special requirements. Options, others

■ Paul extension

Using a pole extension changes magnetic flux, which can affect holding power if the design is incorrect. Paul extension also affects parts detection. The work may not be detected.

■ Heating

Each time it is activated, the internal temperature of the product rises. If overheated, the magnetic characteristics may be reduced and the product may be damaged. The number of activation per minute must be adjusted so that the maximum tolerance temperature of the product does not reach.

■ Depending on the material

It is designed to hold almost all ferromagnetics. The possible holding power, especially, depends on the material of each work. Therefore, in some cases, the nominal holding power is expected to decrease nominated.

■ Material efficiency

Conventional steel (FE 360) 100%, 90%of ferromagnetic rough steel (10-C15), tool steel, baked steel and sexual steel 70-80%, magnetic stainless steel 65%, 50%cast iron

■ Magnetic field evaluation

Due to the dangers of occupational safety and electromagnetic waves, EMH's magnetic field was evaluated. Please contact us for more information.

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    Achieving high -energy efficiency handling with ferromagnetic work EMH EMH

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6 Models of Achieving high -energy efficiency handling with ferromagnetic work EMH EMH

Click on the part number for more information about each product

Image Part Number Price (excluding tax) Personal (N) Magnet area (cm²) Effective load on horizontal magnets (kg) Effective load on vertical magnet (kg) Module temperature rising (℃) in the case of 5 times per minute (℃) Module temperature rising (℃) when operating 15 times per minute (℃) Operation time (MS) Minimum peripheral temperature (℃) Maximum surrounding temperature (℃) Weight (kg) IP protection grade Nominal voltage (V) Voltage type Maximum current output (A) Rated current logic (A) Electronic controller Length x (mm) Width Y (mm) Height Z (mm) power supply Magnet area Magnet circuit Maximum peripheral temperature
Achieving high -energy efficiency handling with ferromagnetic work EMH EMH-Part Number-EMH-RP 036-B

EMH-RP 036-B

Available upon quote

530

6.08

8.5

3.5

10

25

300

5

50

1

52

24

DC

3.1

0.15

Built -in

64

64

128

24V

6.08cm²

3.1a

50 ℃

Achieving high -energy efficiency handling with ferromagnetic work EMH EMH-Part Number-EMH-RP 045-B

EMH-RP 045-B

Available upon quote

1,360

10.75

22.5

9

11

28

300

5

50

1.5

52

24

DC

3.8

0.15

Built -in

64

64

128

24V

10.75cm²

3.8a

50 ℃

Achieving high -energy efficiency handling with ferromagnetic work EMH EMH-Part Number-EMH-RP 084-B

EMH-RP 084-B

Available upon quote

5,370

41.25

89

35

14

37

500

5

50

6.5

52

24

DC

6.1

0.15

Built -in

128

128

157

24V

41.25cm²

6.1a

50 ℃

Achieving high -energy efficiency handling with ferromagnetic work EMH EMH-Part Number-EMH-RP 114-B

EMH-RP 114-B

Available upon quote

10,550

81.97

175

70

20

45

700

5

50

8

52

24

DC

7.1

0.15

Built -in

128

128

157

24V

81.97cm²

7.1a

50 ℃

Achieving high -energy efficiency handling with ferromagnetic work EMH EMH-Part Number-EMH-DP 080-B

EMH-DP 080-B

Available upon quote

1,140

33.6

19

7.5

20

50

500

5

50

3

52

24

DC

9

0.15

Built -in

80

66

147

24V

33.6cm²

9a

50 ℃

Achieving high -energy efficiency handling with ferromagnetic work EMH EMH-Part Number-EMH-MP 060-B

EMH-MP 060-B

Available upon quote

850

15.36

14

5.5

6

16

200

5

50

2

52

24

DC

9.8

0.15

Built -in

64

64

141

24V

15.36cm²

9.8a

50 ℃

Click on the part number for more information about each product

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