Stroke Length DC12V 50MM 12MM/S 1000N Putter Electric Linear Actuator
Stroke Length DC12V 50MM 12MM/S 1000N Putter Electric Linear Actuator
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The DC12V 50MM stroke electric linear actuator is a precision motion control device engineered to convert electrical energy into controlled linear mechanical movement with a maximum force output of 1000 Newtons. This putter-type actuator is widely used by automation engineers, roboticists, and industrial technicians who require compact, reliable linear actuation for automated systems, medical equipment, and industrial machinery. It solves the critical challenge of achieving smooth, repeatable linear motion in space-constrained applications where traditional hydraulic or pneumatic systems are impractical or cost-prohibitive.
Specifications
| Specification | Details |
| Product Type | Electric Linear Actuator - Putter Configuration |
| Power Supply | DC 12 Volts |
| Stroke Length | 50 Millimeters |
| Speed | 12 Millimeters per Second |
| Force Output | 1000 Newtons (Push/Pull) |
| Duty Cycle | Continuous Operation Rated |
| Motor Type | Brushed DC Motor with Gearbox |
| Control | Simple Polarity Reversal for Forward/Reverse |
| Origin | Original/Authentic |
Why Choose Stroke Length DC12V 50MM 12MM/S 1000N Putter Electric Linear Actuator?
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Key Features of Stroke Length DC12V 50MM 12MM/S 1000N Putter Electric Linear Actuator
- Compact Putter Design: Integrated motor and mechanism in single cylindrical housing eliminates external components and reduces installation footprint by up to 60 percent compared to modular systems
- Precise Speed Control: 12mm/s constant velocity ensures smooth, predictable motion ideal for automation sequences requiring synchronized timing and repeatable positioning
- High Force Output: 1000N rated force delivers substantial pushing and pulling capability for industrial applications including door automation, valve actuation, and load positioning
- Simple Polarity Control: Forward and reverse motion achieved through simple voltage polarity reversal, eliminating need for complex control circuits or dedicated reversing relays
- 12V DC Compatibility: Direct integration with standard automotive batteries, solar power systems, and industrial DC power supplies without additional conversion equipment
- Continuous Duty Rated: Engineered for extended operational periods with thermal management design preventing motor burnout during prolonged use cycles
Perfect For
- Automated Gate and Door Systems: Provides reliable actuation for residential and commercial gate operators, sliding door mechanisms, and security barrier automation requiring consistent 1000N force output
- Medical Equipment Automation: Powers adjustable hospital bed mechanisms, patient lifting platforms, and diagnostic equipment positioning systems where smooth 12mm/s motion ensures patient safety
- Industrial Machinery Control: Actuates conveyor belt tensioners, machine tool positioning systems, and assembly line fixtures requiring precise 50mm stroke length and repeatable positioning
- Renewable Energy Applications: Controls solar panel tracking systems, wind turbine blade adjustment mechanisms, and battery management systems utilizing 12V DC power from photovoltaic arrays
- Robotics and Automation Projects: Enables linear motion in collaborative robots, automated testing rigs, and custom automation solutions where compact form factor and simple control are essential
- Agricultural Equipment: Powers irrigation valve actuators, greenhouse ventilation systems, and livestock management equipment requiring reliable 12V DC operation in field conditions
How to Use
Installation of the DC12V 50MM linear actuator begins with secure mechanical mounting using the provided bracket points, ensuring the actuator is positioned with its rod extending toward the load in the desired direction of motion. Connect the positive and negative terminals to your 12V DC power source, observing correct polarity to prevent motor damage. For simple on-off operation, connect power directly to achieve full-speed actuation; for variable speed control, integrate a PWM pulse-width modulation controller between your power source and actuator terminals to modulate voltage and achieve speeds between zero and maximum 12mm/s.
To reverse the direction of motion, simply reverse the polarity of power connections or use a double-pole double-throw relay switch to swap positive and negative terminals. For automated cycling applications, implement limit switches at fully extended and fully retracted positions to prevent mechanical overtravel and protect the internal gearbox from damage. Always ensure adequate cooling ventilation around the motor housing during continuous operation, and perform periodic inspection of the rod seal for any signs of hydraulic fluid leakage or contamination. When not in use for extended periods, store the actuator in a dry environment to prevent corrosion of the chrome-plated rod.
Product Overview
This electric linear actuator operates on a 12-volt DC power supply and utilizes an internal motor-driven screw mechanism to convert rotational motion into precise linear displacement. The actuator features a 50-millimeter stroke length, meaning the piston rod extends and retracts a maximum of 50mm from its neutral position, making it ideal for applications requiring moderate travel distances. The 12mm per second speed rating provides balanced performance between rapid response and controlled, predictable movement, while the 1000N force rating ensures sufficient pushing and pulling capability for medium-load industrial applications.
The putter configuration of this actuator refers to its integrated design where the motor, gearbox, and screw mechanism are housed within a single compact cylindrical body, eliminating the need for external components or complex assembly. This design philosophy makes it exceptionally suitable for retrofit applications and space-limited installations. The DC12V specification ensures compatibility with standard automotive electrical systems, renewable energy setups, and battery-powered portable equipment, making this actuator versatile across diverse industrial and consumer applications.
Frequently Asked Questions
What is the maximum load this 1000N actuator can safely handle?
The 1000N force rating represents the maximum continuous pushing and pulling force under ideal conditions. For safety-critical applications, apply a 50 percent safety factor, limiting actual loads to 500N. The actual safe load depends on load distribution, mounting angle, and whether the load is pushing or pulling. Angled mounting reduces effective force proportionally by the cosine of the angle. Consult engineering calculations for your specific application geometry.
Can I use this actuator with a 24V power supply instead of 12V?
Using 24V on a 12V-rated actuator will cause immediate motor damage due to excessive current draw and thermal overload. The motor windings are specifically designed for 12V operation. If you require higher force output, purchase a 24V rated model instead. Never exceed the specified voltage rating as this voids warranty and creates fire hazard risk.
How do I control the speed of this linear actuator?
Speed control is achieved through pulse-width modulation using a PWM controller, which rapidly switches power on and off at varying duty cycles. A 50 percent duty cycle delivers approximately 6mm/s, while 100 percent delivers full 12mm/s speed. Alternatively, use a variable voltage power supply to modulate speed, though PWM controllers are more efficient and generate less heat. Simple on-off relays cannot control speed.
What is the current draw of this 12V 1000N actuator?
Typical no-load current is 0.5 to 1 amp at 12V, while loaded operation at full 1000N force draws 3 to 5 amps depending on mechanical efficiency and friction. Design your power supply and wiring for minimum 6 amp capacity to handle peak inrush current during startup. Use 16-gauge or thicker copper wire for connections longer than 3 meters to minimize voltage drop.
How long will this actuator last with continuous operation?
With proper installation, adequate cooling, and maintenance, the brushed DC motor typically provides 5000 to 10000 hours of continuous operation before brush wear requires servicing. Lifespan extends significantly with intermittent duty cycles and PWM speed control. Avoid stalling the motor against hard stops, as this generates excessive heat and accelerates internal component degradation. Regular inspection of the rod seal and lubrication points extends mechanical lifespan.
Are bulk discounts available?
Yes, wholesale pricing for orders of 10 or more units. Contact our sales team via WhatsApp or email for a customized bulk quote.
Customer Support
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Order your Stroke Length DC12V 50MM 12MM/S 1000N Putter Electric Linear Actuator today and start building your next project.