Best Push-Pull Solenoids With 35mm Long Stroke for DIY Projects
Push-pull solenoids with a long 35mm stroke are popular for compact automation, locking mechanisms, and precise linear actuation in DIY and commercial setups. This article analyzes five top options that emphasize a long stroke, durable coils, and reliable pull-push performance. Each product is evaluated on construction, voltage, stroke length, and installation practicality to help you choose the right solenoid for your project.
Summary of selected products
| Product | Brand | Stroke | Voltage |
|---|---|---|---|
| Abletop Push Pull Solenoid DC 12V 35mm Long Stroke | Abletop | 35mm | DC 12V |
| YQSIYU DC24V Push-Pull Electromagnets, 35mm Stroke | YQSIYU | 35mm | DC 24V |
| TOMSHIELE Push Pull Solenoid, DC12V, 35mm Stroke | TOMSHIELE | 35mm | DC 12V |
| YQSIYU DC12V Push Pull Solenoid, 35mm Stroke | YQSIYU | 35mm | DC 12V |
| TOMSHIELE DC24V, 35mm Stroke Push-Pull Solenoid | TOMSHIELE | 35mm | DC 24V |
Abletop Push Pull Solenoid DC 12V 35mm Long Stroke
The Abletop solenoid features a pure iron shell to reduce residual magnetism, an integrated molded core, and a built-in core designed for stronger magnetic permeability. It includes a spring-return mechanism, where the core pulls in response to power and returns when de-energized. The design emphasizes low power consumption and a convenient push-nut head for fixed mounting. This model suits automotive and general automation applications requiring stable long-stroke actuation.
YQSIYU DC24V Push-Pull Electromagnets, 35mm Stroke
Specifications indicate a 24V system with a 125mm core length and a 35mm stroke, designed for straightforward wiring and precise installation. The device operates by drawing the bolt to close gaps and returns when power is removed. Its straight-forward wiring and robust core contribute to reliable performance in office or mechanical equipment, especially where consistent linear motion is required.
TOMSHIELE Push Pull Solenoid, DC12V 35mm Stroke
Designed for DIY projects and automation, this solenoid uses all-copper coils for stable temperature rise and durability. With a 125×40×35mm footprint and a 35mm stroke, it offers a compact solution with strong pulling force, and a spring-return mechanism that maintains consistent motion. The all-copper coil construction supports longer service life under repetitive cycling in small machinery.
YQSIYU DC12V Push Pull Solenoid, 35mm Stroke
This 12V model features a 125mm core length and a 35mm stroke, with a design that pulls a movable iron core during operation and pushes it back when power is removed. Its installation is streamlined by a precise hole-position design, facilitating quick mounting in control panels or automation rigs. The device emphasizes reliable actuation and repeatability for switch control and small-scale automation tasks.
Heschen DC Solenoid Electromagnet HS-1564B
Although this Heschen model uses a 20mm stroke, it remains a relevant comparison for compact push-pull actuation. It operates at 12V with a 3A current rating and a max pull force of 60N when shim adjustments are applied. The design highlights easy installation and stable copper coil operation, offering insight into small-form, reliable solenoids for space-constrained projects.
YQSIYU DC12V 2A Push Pull Solenoid, 65N
This 12V model delivers 65N of thrust with a 20mm stroke and a 12cm length. It is designed for lock control and switch applications in household appliances and automation systems. The spring-back mechanism ensures reliable return action, making it suitable for compact actuation tasks that require moderate force and repeatability in tight spaces.
TOMSHIELE DC24V 35mm Stroke Push-Pull Solenoid
With a 24V rating and a 125×40×35mm profile, this solenoid provides a fast response time and reliable 35mm stroke. The compact design and wiring-friendly layout help simplify installation in automation panels or DIY rigs. The device is suitable for repetitive actuation where consistent movement and quick switching are required.
Buying Guide: Key Considerations For Long-Stroke Push-Pull Solenoids
- Stroke length and force: Long strokes like 35mm are ideal for linear reach projects. Compare the rated thrust (N) or pulling force to ensure it meets your load requirements during both energized and de-energized states.
- Voltage and current: Check your system’s supply voltage (DC 12V or 24V) and current draw. Higher voltage models may deliver greater speed or force but require appropriate drivers and wiring.
- Coil material and heat management: All-copper coils generally offer better durability and heat resistance. Consider duty cycle and thermal performance if the solenoid will operate continuously or with short cycles.
- Return mechanism: Spring-return designs provide automatic retraction when power is removed. Ensure the spring resistance and core design suit your mounting and actuating needs.
- Mounting and installation: Look for precise hole patterns and integrated mounting features (such as push-nut fixtures) to simplify installation in tight spaces or control panels.
- Core and housing construction: A sturdy iron or steel shell minimizes residual magnetism and improves magnetic permeability, contributing to repeatable motion and reduced wandering.
- Wiring accessibility: Some models offer wired connections, terminal blocks, or plug-in configurations. Plan for easy integration with your control system and enclosure.
- Lifecycle and reliability: Consider the expected actuations, environmental conditions, and ingress protection if used in harsh or outdoor environments.
- Compatibility with accessories: If your project requires locking or latching functions, verify compatibility with the intended mechanical components and control logic.
- Cost and availability: Compare price points across models with similar stroke and force capabilities to balance budget and performance.