Linear Actuator Stroke 12V Length 200MM,7mm/S,1500N
The 12V 200mm Linear Actuator is a robust electric push rod designed to convert the rotary motion of a 12V DC motor into smooth, powerful linear movement. Capable of pushing or pulling up to 1500N (approx. 150kg), this actuator is an essential component for automation in industrial, medical, and home furniture applications. It features an all-aluminum construction for a high strength-to-weight ratio and is equipped with internal limit switches that automatically stop the motor at the end of the stroke to prevent damage and ensure safety.
Features
Heavy-Duty Lift: Delivers a 1500N self-locking force, ensuring the load remains in position even when power is disconnected.
Compact & Durable: Constructed with an aluminum frame and extension tube for corrosion resistance and moisture protection.
Integrated Safety: Features factory-preset built-in limit switches at both ends of the 200mm stroke for “plug-and-play” safety.
Long-Life Motor: Uses a specialized carbon brush structure in the DC motor, rated for over 50,000 cycles of operation.
Quiet Operation: Engineered with high-precision reduction gears to maintain low noise levels during movement.
Key Points
Remote Ready: Ideal for centralized or automatic control systems using standard 12V DC motor controllers or relays.
Stable Speed: Maintains a consistent travel speed of 7mm/s under load, providing predictable and controlled motion.
Versatile Mounting: Features “Clevis” style mounting holes at the base and the tip of the extension rod for easy installation.
Low Maintenance: The enclosed permanent magnet DC motor drive is designed for long-term use without the need for frequent lubrication.
Specifications
| Parameter | Detail |
| Input Voltage | 12V DC |
| Stroke Length | 200 mm |
| Max Load (Push/Pull) | 1500N (150 kg) |
| Speed (No Load) | 7 mm/s |
| Duty Cycle | 10% (2 min on / 18 min off) |
| Limit Switches | Built-in (Fixed) |
| Material | Aluminum Alloy |
| Protection Class | IP54 |







































