Double Holding Electromagnet Solenoid Bistable Solenoid

Product Details
Customization: Available
Media: Oil
Temperature: Low Temperature
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  • Double Holding Electromagnet Solenoid Bistable Solenoid
  • Double Holding Electromagnet Solenoid Bistable Solenoid
  • Double Holding Electromagnet Solenoid Bistable Solenoid
  • Double Holding Electromagnet Solenoid Bistable Solenoid
  • Double Holding Electromagnet Solenoid Bistable Solenoid
  • Double Holding Electromagnet Solenoid Bistable Solenoid
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Basic Info.

Model NO.
DSN-SBC1253A-12L5.6
Usage
Safety, Drain, Temperature Control, Flow Control
Standard
GB
Application
Industrial Usage, Water Industrial Usage, Household Usage
Transport Package
by Sea, by Air, by Express
Trademark
DASON
Origin
China
HS Code
8505909090
Production Capacity
600000

Product Description

Parameters  
P/N: DSN-SBC1253A-12L5.6
Stroke 7mm
Rated Voltage: DC12V
Crurrent 2.1A
Resistance: R=5.6Ω
Wattage: 25.7W
Primary stress 300G
Life cycle: More than 50,000 cycles
Applied Water detection equipment

Double Holding Electromagnet Solenoid Bistable Solenoid
1, Structural composition

In fact, all holding type electromagnets are sliding door holding type electromagnets It is a DC holding type electromagnet, and its basic principle and structure are the same as holding type electromagnets, except that the permanent magnet is placed inside the holding type electromagnet. Therefore, the support frame can stay at the end of the schedule and maintain a certain holding force, controlling the direction of the rod's movement based on the conversion of different reverse working frequencies.

2, Working principle

The basic principle of a holding electromagnet is similar to that of all other parallel linear moving holding electromagnets. After the capacitor is energized and excited, the guide rail slider will move towards the magnetic core due to the electromagnetic field and eventually stop at the final position. When the power transformer is disconnected, its guide rail slider can still maintain its original position based on the electromagnetic field of the permanent magnetic field. If you want to return to the guide rail slider, try to release the working frequency or current value in the opposite direction as much as possible.

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