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[Solenoid Application Example] Vehicle case locking and unlocking device

[Solenoid Application Example] Vehicle case locking and unlocking device

We will introduce an example of applying SDC-type solenoids for locking and unlocking safes, payment collection boxes, etc.

As shown in the diagram, the case is equipped with a locking hole, and it locks through the movable iron core of the solenoid. In the unexcited state, the solenoid is locked, and by exciting it, it enters the unlocked state. For applications where the unlocked state lasts for a long time, we recommend the KPS type solenoid. The KPS type is a self-holding type, so even when the excitation is released, it remains in the attracted state, resulting in low power consumption. To ensure reliable operation, it is recommended to attach a spring to the movable iron core for both types. *For more details, please refer to the PDF materials or feel free to contact us.*

  • Solenoid Actuators

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[Solenoid Application Example] Automatic Machine for Quantitative Powder Filling Device

[Solenoid Application Example] Automatic Machine for Quantitative Powder Filling Device

Introduction of an example applying SDC type solenoid to a device for quantitative filling of powder.

This system uses a solenoid and a projector for the quantitative filling of powder. The diagram shows solenoid (1) in an energized state and solenoid (2) in a de-energized state. When solenoid (1) is energized, the powder in the storage tank flows into the measuring cup. When the light beam from the projector is blocked by the powder, solenoid (1) is de-energized, and it moves to the left due to spring (1), stopping the inflow of powder. Next, to prevent the scattering of powder, the measuring cup and solenoid (2) descend to a certain position, after which solenoid (2) is energized, and shutter (2) opens. Once the powder in the measuring cup has completely flowed into the receiver, solenoid (2) is de-energized, and shutter (2) closes due to spring (2), while solenoid (2) and the measuring cup rise back to their original positions, completing one cycle. *For more details, please refer to the PDF document or feel free to contact us.*

  • Solenoid Actuators

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