Dongguan Dongsheng Magnetic Technology Co.,Ltd.

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Home / Products / Electromagnets-sucker︱Sucker Solenoids︱Electromagnets︱Holding Solenoids /

Sucker Solenoids︱Tubular Electromagnets︱Robot arm Electromagnets︱Holding Solenoids

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Dongguan Dongsheng Magnetic Technology Co.,Ltd.
City:Dongguan
Province/State:Guangdong
Contact Person:Miss. Chen Qing
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Sucker Solenoids︱Tubular Electromagnets︱Robot arm Electromagnets︱Holding Solenoids

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Place of Origin :China
Brand Name :Dongsheng
Certification :The Third Party
Model Number :DSD3020
MOQ :100Pcs
Price :Negotiable
Packaging Details :As to customer request.
Delivery Time :15 days
Payment Terms :T/T
Supply Ability :100000 Pcs/Month
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High-Temperature Sucker SolenoidsTubular ElectromagnetsRobot arm ElectromagnetsMiniature ElectromagnetsHolding Solenoids----DSD3020 (IR-CUTSolenoid ValveSolenoid pumpSolenoid Coil)

1. Outside dimension: 30mm, H20mm

Sucker Solenoids︱Tubular Electromagnets︱Robot arm Electromagnets︱Holding Solenoids

2. Feature:

1) With Tubular design

2) Miniature type Electromagnets &Holding Solenoids

General Specifications of the Electromagnets & Holding Solenoids
No. Name

Result

1 Operating Voltage

3~48V,DC

2 Dielectric Strength

AC1200(50/60Hz) 1s (5mA)

3 Power

3.4W

4 Environment Temp.

-10℃~180℃

5 Temp. Rise

DC24V, below 70℃

6 Holding Force

16kg

3. Life expectancy: Sixty million times (Energized: 2s, De-energized: 2s)

4. Advantage:

1) Excellent physical performance and service life

2) Strong adsorption capacity

3) High-temperature resistant, high adaptability to environment

5. Application:

It is mainly used in binding machine, robot arm of the braking machines.

Attentions:

The retention of Sucker Solenoid is in proportion to the pull-in surface and flatness. Thus, the pull-in surface should be smooth and the surface area of the object should be larger than or the same to the Electromagnetic pull-in area to ensure the maximum retention.

Technical Considerations for selecting the Electromagnets / Holding Solenoids/Sucker Solenoids :

1) How long is the stroke?

Operating distance of the Electromagnets

2) The adsorption requirements of the Electromagnets

3) Power Supply

Voltage/ AC or DC ?

4) How much is duty cycle of the Electromagnet?

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