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Solenoid Product List and Ranking from 10 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.

Solenoid Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.

  1. ケージーエス Saitama//Medical and Welfare
  2. Shindengen Mechatronics Co., Ltd. Saitama//Machine elements and parts
  3. エスクラフト Tokyo//Manufacturing and processing contract
  4. 4 タカハ機工 Fukuoka//Electronic Components and Semiconductors
  5. 5 トーワ Nagano//Machine elements and parts
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Solenoid Product ranking

Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.

  1. Solenoid | Rotating Type Shindengen Mechatronics Co., Ltd.
  2. Solenoid and Electromagnetic Actuator One-Shot Clutch Usage Example エスクラフト
  3. [Solenoid Application Example] Office Machines and Equipment - Paper Feeding Device ケージーエス
  4. Technical Data: Solenoid Shindengen Mechatronics Co., Ltd.
  5. 4 Solenoid | Straight Type Shindengen Mechatronics Co., Ltd.

Solenoid Product List

61～75 item / All 106 items

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Methods to Reduce Power Consumption: SDC Type and KPS Type

Methods to Reduce Power Consumption: SDC Type and KPS Type

Introducing the suitable "SDC type" and "KPS type" for when you want to reduce power consumption!

A solenoid is a functional component that applies the principles of electromagnetism. The suitable solenoids for reducing power consumption are the "SDC type" and the "KPS type." The "SDC type" solenoid often requires more holding force than necessary, leading to many instances of unnecessary power consumption. Methods such as PWM control and semi-intermittent control can be employed to reduce power consumption during holding. We will propose the most efficient control methods for your machines and products. The "KPS type" solenoid holds using a permanent magnet, so no power is needed during holding. In addition to power consumption, we will also provide improvement proposals regarding temperature measures. 【Features】 ■ SDC Type - PWM Control - Semi-Intermittent Control - Proposing the most efficient control methods for machines, products, etc. *For more details, please refer to the PDF materials or feel free to contact us.

  • electromagnet
  • Actuator

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[Examples of Solenoid Applications] Acoustic Equipment, Brake Systems

[Examples of Solenoid Applications] Acoustic Equipment, Brake Systems

Examples of applications of brake devices in player recorders and similar equipment.

Here is an example of applying the SDC type solenoid to brake devices such as player recorders. When the solenoid is not energized, the brake lining is pressed against the brake shoe by the return spring, and the brake shoe stops rotating. By energizing the solenoid, the brake lining separates from the brake shoe, allowing the brake shoe to rotate. When the energization of the solenoid is released, the return spring presses the brake lining against the brake shoe, stopping the rotation of the brake shoe. *For more details, please refer to the PDF document or feel free to contact us.

  • Solenoid Actuators

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[Solenoid Application Example] Audio Equipment Channel Switching Device

[Solenoid Application Example] Audio Equipment Channel Switching Device

Examples of applications using channel switching devices for multiple tracks and stereo, etc.

Here is an example of applying the SDC-type solenoid to a channel switching device for multiple tracks and stereo systems. For multi-track tapes, such as car stereos, it is necessary to move the head up and down. The diagram shows a de-energized state stopped at a certain channel. By applying a pulse excitation to the solenoid, the movable iron core is attracted and returns to its original position due to the return spring. At this time, the feed gear rotates by a certain angle, which rotates the cam. As the cam rotates, the head is pushed down, but after the head is lowered to the lowest track, it returns to the highest track due to the shape of the cam. If a track two levels down is required for channel selection, a pulse will need to be sent to the solenoid twice. *For more details, please refer to the PDF materials or feel free to contact us.

  • Solenoid Actuators

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[Examples of Solenoid Applications] Audio Equipment, Tape Fast Forward and Rewind Devices

[Examples of Solenoid Applications] Audio Equipment, Tape Fast Forward and Rewind Devices

Examples of applications in fast-forward and rewind devices for cassette tapes, etc.

Here is an example of applying the SDC type solenoid to the fast forward and rewind mechanisms of cassette tapes. When using cassette tapes, fast forward and rewind operations are always necessary. The diagram shows an example using two solenoids, both of which are in an unenergized state, and the drive roller is at the neutral point. When solenoid (1) is energized, the drive roller rotates the feed roller, advancing the set cassette tape. When the energization is released, the drive roller stops at the neutral point due to the two springs. When solenoid (2) is energized, the drive roller rotates the rewind roller, rewinding the tape. By releasing the energization, the drive roller returns to the neutral point again. These two operations enable fast forward and rewind, but a brake operation is required in conjunction with each operation. *For more details, please refer to the PDF materials or feel free to contact us.*

  • Solenoid Actuators

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[Solenoid Application Example] Entertainment Machines - Ball Quantitative Supply Device

[Solenoid Application Example] Entertainment Machines - Ball Quantitative Supply Device

Introducing an example applied to a ball quantitative supply device for gaming machines.

This is an example of applying the SDC type solenoid to a ball quantitative supply device for gaming machines. The diagram shows the solenoid in an unenergized state, where the stop lever connected to the movable iron core enters the groove of the stop gear due to the force of the return spring, stopping the rotation of the lead gear and halting the flow of balls. By energizing the solenoid, the stop lever disengages from the groove of the stop gear, and the lead gear begins to rotate. At this time, the count lever operates with each tooth of the lead gear and transmits the information to the counter. When the counter is set to a specific quantity and the solenoid is de-energized at that point, the stop lever enters the groove of the stop gear, and the lead gear stops. This enables a constant supply of balls. *For more details, please refer to the PDF document or feel free to contact us.

  • Solenoid Actuators

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[Examples of Solenoid Applications] Office Machines and Equipment - Hole Drilling Device

[Examples of Solenoid Applications] Office Machines and Equipment - Hole Drilling Device

Introducing examples of applications in tape and card punching.

Here is an example of applying the SDC type solenoid to tape and card punching. The SDC type solenoid is designed for good responsiveness and long life. The diagram shows the unexcited state, and by exciting the solenoid, the solenoid shaft moves in the direction of the arrow, punching the tape or card. When the excitation is released, it returns due to the return spring. In such usage examples, a long lifespan is required, but by applying special treatment to the movable iron core of the solenoid, a long-life solenoid can be achieved. *For more details, please refer to the PDF document or feel free to contact us.

  • Solenoid Actuators

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[Examples of Solenoid Applications] Office machinery and equipment, keyboards, testing devices

[Examples of Solenoid Applications] Office machinery and equipment, keyboards, testing devices

Introduction of an example applying PH type solenoid (cylindrical) to keyboard tests for calculators and similar devices.

Individual key switches mounted on the keyboard require reliable operation, but testing the 20 to 40 key switches on a single keyboard randomly by hand is very difficult and not effective in terms of productivity. In this diagram, solenoids are installed for each key switch, and testing of the key switches is performed by randomly pulsing the excitation. When the excitation is released, the key switches return to their original position with the help of the springs attached to the solenoids. The tip of the solenoid's push rod has a striking part, so it does not damage the surface of the key switches. *For more details, please refer to the PDF materials or feel free to contact us.*

  • Solenoid Actuators

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[Solenoid Application Example] Building Damper Device

[Solenoid Application Example] Building Damper Device

Introduction of an example applying SDC type solenoids to Dunbar drives.

Dampers are incorporated into buildings for controlling air volume in air conditioning and boilers, as well as for preventing fire and smoke backflow in disaster prevention facilities, requiring them to be compact and operate reliably. The diagram shows a mechanism that rotates the feed gear through a lever, hinge lever, and rack and pinion, indicating a de-energized state. When energized, the solenoid operates in the direction of the arrow, and the valve moves to the dashed line position. When the power is removed, it returns to its original position due to the force of the return spring, but care must be taken to ensure that lateral loads do not apply to the movable iron core during operation. *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 Component Sorting Device

[Solenoid Application Example] Automatic Machine Component Sorting Device

Introduction of an example applying SDC-type solenoids to automatic sorting devices for electronic components.

After automatically measuring the characteristics of the parts, if the characteristic is of type A, energizing solenoid (1) will cause gate (1) to lift, allowing the part to flow into the A characteristic passage. The same operation is performed for B and C characteristic parts, but for D characteristic parts, there is no need to operate the solenoid, and they naturally flow into the D characteristic passage. This diagram shows all solenoids in a de-energized state, and by energizing them, each gate will lift in the direction of the arrows, blocking other passages and ensuring accurate sorting. *For more details, please refer to the PDF document or feel free to contact us.*

  • Solenoid Actuators

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[Information] Method of driving a solenoid

[Information] Method of driving a solenoid

Introducing main circuit symbols and driving examples of the "SDC series" and "KPS series" using diagrams and photos!

This document introduces the driving methods for solenoids. The "SDC series" allows for suction and return operations through ON/OFF power supply, offering excellent control. The "KPS series" features a solenoid with polarity, which cancels out the force of a permanent magnet by reversing the polarity during the return operation. We have provided clear explanations using diagrams and photos, so please take a moment to read through it. [Contents] ■ Main circuit symbols ■ Driving examples of the SDC series ■ Driving examples of the KPS series ■ Return voltage range of the KPS solenoid ■ About back electromotive force ■ Power supply circuit *For more details, please refer to the PDF document or feel free to contact us.

  • Solenoid Actuators
  • Actuator

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Solenoid "SDC General Purpose Type"

Solenoid "SDC General Purpose Type"

Introduction of a solenoid that performs a pulling action for the mechanism that holds the paper in a copier and the lever operation of sorting machines!

We would like to introduce the solenoid "SDC General Type" that we handle. The "SDC Series" operates by pulling only while energized, and if a return load (such as a spring) is used, the movable iron core will return when the power is turned off. Additionally, it can be customized to a push type for pushing actions. We will propose appropriate measures for temperature rise, water resistance, and humidity resistance based on the incorporation of return springs and the usage environment of the solenoid. 【Lineup】 ■SDC-0522 (5L) ■SDC-0524 (5AA) ■SDC-0630 (6C) ■SDC-0730 (7AY) ■SDC-0825 (8AK) *For more details, please refer to the PDF materials or feel free to contact us.

  • Solenoid Actuators

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Solenoid "Thin Type High Torque Rotary Solenoid" [High Angle Type]

Solenoid "Thin Type High Torque Rotary Solenoid" [High Angle Type]

A high-angle type with a wide range of use! It has high torque with minimal variation and stability. It can be used from a stationary point, and no offset is required.

The "Slim High Torque Rotary Solenoid" rotates the shaft at an angle due to the magnetic force generated when the coil is energized, counteracting the attraction and repulsion of a permanent magnet. After the shaft operates, it maintains its position even when the power is turned off. This is a "High Angle Type" with a wide range of usable angles. 【Features】 ■ Significantly increased starting torque ■ Slim and lightweight ■ Stable with low variation due to high torque ■ Usable from a standstill, no offset required ■ High angle accuracy with low variation, making installation and positioning easy ■ Wider usable angle compared to conventional products ■ Returns to the origin position with holding torque (attractive force of the permanent magnet) ■ Long lifespan (uses ball bearings) ■ Structure that facilitates product reuse and recycling *For more details, please download the PDF or feel free to contact us.

  • Solenoid Actuators

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【Mekatoro Communication No. 30】<Technical Explanation> Examples of Solenoid Applications

【Mekatoro Communication No. 30】<Technical Explanation> Examples of Solenoid Applications

Numerous application examples, including solenoids with special structures!

At Shin Denko Mechatronics, we publish "Mechatro Communication" with the aim of fostering better communication with our customers. In issue No. 30, we will introduce several applications of solenoids, including some unusual uses. [Contents (excerpt)] ■ Hand mechanism ■ Ejector-type drive hammer unit ■ Locking of connector shells ■ Clamping mechanism for cylinders and pillars ■ Sorting mechanism *For more details, please refer to the PDF document or feel free to contact us.

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Mekatro Communication No. 9: <Company Introduction> New Denki Gensets Mechatronics Special Feature

Mekatro Communication No. 9: <Company Introduction> New Denki Gensets Mechatronics Special Feature

Ideas on product development and applications from the principles of solenoids are included!

The "Mechatronics Communication No. 9" published by Shin Denko Mechatronics covers the principles of solenoids to their applications, as well as our approach to product development. Due to space limitations, we cannot introduce everything, but please take a look at a portion of the introduction. [Contents] ■ Introduction ■ Positioning of Solenoids as Actuators ■ Basic Structure and Operating Principles of Solenoids ■ Classification of Solenoids Manufactured by Shin Denko Mechatronics *For more details, please refer to the PDF document or feel free to contact us.

  • Solenoid Actuators

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【Mekatoro Communication No. 20】<Technical Document> Using Solenoids

【Mekatoro Communication No. 20】<Technical Document> Using Solenoids

Information on the knowledge needed for electrification and useful tips to know!

The "Mechatronics Communication No. 20" published by Shin Denko Mechatronics is a technical document regarding solenoids. It introduces the differences in characteristics between DC solenoids and AC solenoids, the knowledge necessary for energizing them, and useful information to know. [Contents (excerpt)] ■ Energizing power ■ Inrush power ■ Countermeasures for back electromotive force *For more details, please refer to the PDF document or feel free to contact us.

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