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Solenoidの製品一覧

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Solenoid straight motion type

Solenoid straight motion type

Compatible with short strokes to long strokes! Widely used for OA equipment, magnetic peripherals, and more.

The push-pull solenoid of our manufacture and sale, which operates in a linear motion type, is designed to achieve maximum suction power with the smallest size and weight by covering the fully retracted coil section with a high permeability metal. Furthermore, by providing an auxiliary magnetic pole on the plunger, the suction power is increased by 20-50% compared to cases without an auxiliary magnetic pole, making it highly efficient. Additionally, the push-pull solenoid can be used as a pull type by utilizing the shaft on the plunger side, or as a push type by utilizing the shaft on the mounting screw side, allowing for versatile applications with a single unit. 【Features】 - The magnetic circuit is cleverly designed, enabling small size with significant suction power. - A wide range of models is available, from compact sizes with an outer diameter of 11mm to large sizes of 87mm. - Two types of stroke characteristics can be selected from flat or conical structures. - It can be used for either push or pull operations. *For more details, please refer to the PDF document or feel free to contact us.

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  • Solenoid Actuators

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Solenoid | Rotating Type

Solenoid | Rotating Type

Adopted in a wide range of industries, including laboratory systems and industrial sewing machines! It demonstrates greater force than linear actuators in long stroke ranges.

The rotary type "Rotary Solenoid" manufactured and sold by Shin Denko Mechatronics is designed based on the flat structure and principle of our push-pull solenoids. As a result, it has a structure that converts linear force into rotational motion, and it operates as an actuator that rotates while undergoing slight axial movement during rotation. Three special inclined grooves called ball races are provided on the case and the armature plate, and through the bearing balls in between, when a direct current voltage is applied to the coil, the armature plate is strongly pressed against the case side by the generated suction force. This allows the armature plate to rotate instantaneously at a fixed angle while moving axially due to the function of the ball races. 【Features】 ■ It is a solenoid that directly provides rotational motion. ■ It has a simple structure and excellent durability. ■ There is a wide range of models from small to large, allowing for selection suitable for various applications. ■ Depending on the model, the rotation angles can be 25°, 35°, 45°, 67.5°, or 95° to the right or left. *For more details, please refer to the PDF document or feel free to contact us.

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  • Actuator

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Adopted for optical shutters! Compact rotary solenoid OE

Adopted for optical shutters! Compact rotary solenoid OE

Original technology achieves even more compactness and high precision! Torque is almost constant across all angles!

The "Small Rotary Solenoid OE" features a special inclined groove called a ball race, which allows for axial movement while instantly rotating at a fixed angle. It is used in precision instruments such as optical shutters and laboratory systems. Due to the small gap during the rotation, when combined with a crank and converted to a linear type, it can achieve greater force in the long stroke range compared to the linear type. 【Features】 - Adopted for optical shutters - Compact and lightweight with an outer diameter of φ20mm - The rotating groove is specially processed to provide nearly constant torque across all angles - The coil is surrounded by a high-permeability metal case, resulting in minimal leakage flux - The type with a return spring does not require an external return mechanism *For more details, please refer to the PDF document or feel free to contact us.

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  • DC Motor

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Mekatoro Communication No. 36: <Technical Document> Applications of Self-Holding Solenoids

Mekatoro Communication No. 36: <Technical Document> Applications of Self-Holding Solenoids

Explanation while comparing with a general solenoid! Information on connection methods with loads, precautions for use, etc.

The "Mekatro Communication No. 36" published by Shin Denko Mechatronics is a technical document regarding the application of self-latching solenoids. It explains the "usage that takes advantage of the characteristics" of self-latching solenoids compared to general solenoids, as well as "application examples" and "points to be cautious about when using them." A rating table for the two-coil type self-latching solenoid is also included, so please take a moment to read it. [Contents (excerpt)] ■ Usage that takes advantage of the characteristics of self-latching solenoids ■ Application examples ■ Important points to consider when using them *For more details, please refer to the PDF document or feel free to contact us.

  • Solenoid Actuators

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Mechatronics Communication No. 37: Solenoid 'Trouble Case Collection'

Mechatronics Communication No. 37: Solenoid 'Trouble Case Collection'

Examples of troubles related to basic precautions such as the environment and noise!

The "Mekatro Communication No. 37" published by Shin Denko Mechatronics is a collection of trouble case studies. It includes a wealth of examples such as "push-pull solenoids," "self-holding solenoids," "open frame solenoids," and "rotary solenoids." Additionally, it features trouble case studies on "coil heating" and "drive circuits," making it a handy reference. We encourage you to read it. [Examples Included (Partial)] ■ Coil Heating ■ Environment ■ Drive Circuit ■ Noise ■ Rotary Solenoid *For more details, please refer to the PDF document or feel free to contact us.

  • Solenoid Actuators

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【Mekatoro Communication No. 39】 Solenoids and Temperature Rise: Differences in Heat Dissipation Paths, etc.

【Mekatoro Communication No. 39】 Solenoids and Temperature Rise: Differences in Heat Dissipation Paths, etc.

In temperature analysis, it is essential to set the thermal contact and connection conditions for each part!

This document is a mechatronics information magazine that explains solenoids and temperature rise. It provides detailed explanations about the differences in heat dissipation paths depending on the type of solenoid, as well as measures to reduce heat dissipation and heat generation. It is a useful reference, so please take a moment to read it. 【Contents (excerpt)】 ■ Introduction ■ What is temperature rise? ■ Temperature rise of solenoids and standards ■ Differences in heat dissipation paths by solenoid type ■ Heat dissipation measures *For more details, please download the PDF or feel free to contact us.

  • Solenoid Actuators

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