Stroke Length DC12V 100MM 10MM/S 900N Putter Electric Linear Actuator

Stroke Length DC12V 100MM 10MM/S 900N Putter Electric Linear Actuator

Rs. 3,653.82
Sale price  Rs. 3,653.82 Regular price  Rs. 4,713.82
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Stroke Length DC12V 100MM 10MM/S 900N Putter Electric Linear Actuator

Stroke Length DC12V 100MM 10MM/S 900N Putter Electric Linear Actuator

Rs. 3,653.82
Sale price  Rs. 3,653.82 Regular price  Rs. 4,713.82

Stroke Length DC12V 100MM 10MM/S 900N Putter Electric Linear Actuator

The DC12V 100MM Electric Linear Actuator is a compact, high-force electromechanical device designed to convert rotational motor energy into precise linear motion with a maximum thrust capacity of 900 Newtons. Industrial automation engineers, robotics developers, and automation technicians rely on this actuator for applications requiring controlled linear displacement in confined spaces with minimal power consumption. This actuator solves the critical challenge of achieving smooth, repeatable linear motion in automated systems where traditional pneumatic or hydraulic solutions are impractical, costly, or environmentally unsuitable.

Product Overview

The Stroke Length DC12V 100MM Electric Linear Actuator operates on fundamental electromagnetic principles, utilizing a brushed DC motor coupled to a precision lead screw mechanism that converts rotational input into linear output motion. The motor drives the lead screw at controlled RPM, which engages with a threaded nut assembly mounted to the output rod, producing smooth linear displacement at 10 millimeters per second. The 100-millimeter stroke length indicates the maximum distance the rod extends and retracts from its fully retracted position, making this model ideal for applications requiring moderate travel distances with high positional accuracy and repeatability.

This specific configuration delivers 900 Newtons of pushing and pulling force, sufficient for light to medium-duty industrial applications including conveyor positioning, door automation, valve actuation, and mechanical testing equipment. The 12-volt DC power requirement makes it compatible with standard automotive electrical systems, battery banks, and regulated power supplies, eliminating the need for complex power conditioning. The integrated limit switches and compact form factor enable straightforward integration into existing mechanical assemblies without requiring extensive redesign or additional control circuitry.

Key Specifications

Specification Details
Product Type Electric Linear Actuator with Integrated Motor
Operating Voltage DC 12 Volts
Stroke Length 100 Millimeters
Speed 10 Millimeters per Second
Maximum Force 900 Newtons Push and Pull
Motor Type Brushed DC Motor
Mechanism Lead Screw with Threaded Nut Assembly
Limit Switches Built-in End-of-Stroke Limit Switches
Duty Cycle Continuous Operation Rated
Brand Original Manufacturer
Origin Original and Authentic
Warranty 7 days on manufacturing defects
Shipping 1-5 days from Bengaluru
Delivery 7-8 days across India
Support 24/7 via Email and WhatsApp

Key Features

  • 900 Newton Maximum Force Output: Delivers substantial pushing and pulling power for industrial automation applications including heavy door systems, industrial dampers, and mechanical presses requiring controlled linear actuation
  • 100 Millimeter Stroke Length: Provides sufficient linear travel distance for most automation scenarios while maintaining compact physical dimensions suitable for space-constrained installations
  • 10 Millimeters per Second Speed: Offers balanced performance between rapid response time and smooth, controlled motion ideal for precision positioning without mechanical shock or vibration
  • 12 Volt DC Operation: Compatible with standard automotive electrical systems, 12V battery banks, and regulated DC power supplies without requiring complex voltage conversion or conditioning equipment
  • Integrated Limit Switches: Built-in end-of-stroke protection automatically stops motor operation at fully extended and fully retracted positions, preventing mechanical damage and eliminating need for external limit switch installation
  • Lead Screw Mechanism: Precision-engineered lead screw design ensures smooth, vibration-free linear motion with excellent repeatability and positional accuracy for critical automation tasks

Applications and Use Cases

  • Automated Gate and Door Systems: Industrial facilities utilize this actuator for automatic sliding gate operation, emergency door locking mechanisms, and access control systems requiring reliable 900N force for heavy-duty barrier actuation
  • Conveyor Belt Tensioning: Manufacturing plants employ this actuator for automatic conveyor tension adjustment, height modification, and product diverting systems requiring precise linear positioning with continuous duty capability
  • Laboratory and Testing Equipment: Research facilities and quality assurance departments integrate this actuator into universal testing machines, compression testers, and mechanical testing apparatus requiring controlled linear force application
  • Valve and Damper Actuation: HVAC systems, water treatment facilities, and industrial process control applications use this actuator for automated valve positioning, damper control, and flow regulation in pneumatic and hydraulic systems
  • Robotics and Automation Projects: Hobbyists, educational institutions, and automation engineers incorporate this actuator into robotic arms, automated assembly fixtures, and prototype automation systems requiring reliable linear motion actuation
  • Medical Equipment Positioning: Healthcare facilities utilize this actuator in patient lifting systems, examination table height adjustment, and diagnostic equipment positioning requiring smooth, controlled linear motion with safety-critical limit switch protection

How to Use

Begin installation by securely mounting the actuator body to a fixed structural component using the provided mounting brackets, ensuring the rod can extend and retract freely without obstruction. Connect the motor leads to your 12-volt DC power supply, observing correct polarity to prevent motor damage. The positive terminal connects to the red wire and negative to the black wire. Verify that your power supply can deliver sufficient current for the motor, typically 10-15 amperes during operation. Test the integrated limit switches by slowly extending the rod to full extension and listening for the audible click confirming the limit switch activation, then retract fully and repeat the verification process.

For control applications, connect the actuator to a relay module or motor controller that allows directional control and speed regulation if required. The integrated limit switches provide automatic motor shutdown at both extremes, but external control circuits should respect these safety functions. For applications requiring variable speed operation, a PWM controller can modulate the 12-volt supply voltage, though this may reduce maximum force output proportionally. Always verify mechanical load calculations before deployment to ensure the 900-newton force capacity exceeds your application requirements by at least 25 percent safety margin. Perform periodic visual inspections of the rod surface for corrosion or damage, and lubricate the lead screw mechanism annually with light machine oil to maintain smooth operation and extend service life.

Frequently Asked Questions

What is the maximum load capacity and how do I calculate if it suits my application?

This actuator delivers 900 Newtons of force, equivalent to approximately 91.7 kilograms-force. To verify suitability, calculate your application's required force in Newtons and ensure it does not exceed 675 Newtons under normal operation, maintaining a 25 percent safety margin. For example, lifting a 50-kilogram mass vertically requires approximately 490 Newtons, leaving adequate safety margin. Consult our technical team via WhatsApp or email if you require force calculations for complex mechanical systems.

Can I operate this actuator continuously or does it require rest periods?

This actuator is rated for continuous operation duty cycle, meaning it can run indefinitely without mandatory rest periods. However, continuous operation at maximum force generates heat that may reduce component lifespan. For applications requiring extended continuous operation, allow the actuator to cool for 15-20 minutes every 2-3 hours of operation. Monitor motor temperature by touching the motor housing periodically; if too hot to hold comfortably, allow additional cooling time.

How do the integrated limit switches function and can I override them?

The integrated limit switches automatically disconnect motor power when the rod reaches full extension or full retraction, preventing mechanical damage to the actuator and connected mechanisms. These switches are normally-closed type that open at end-of-stroke positions. For safety reasons, we do not recommend bypassing or overriding these switches. If your application requires operation beyond the 100-millimeter stroke, contact our technical team to discuss alternative actuator models with extended stroke lengths.

What power supply specifications do I need for reliable operation?

This actuator requires a 12-volt DC power supply capable of delivering 10-15 amperes during motor operation. Use regulated power supplies with voltage stability within plus or minus 1 volt to ensure consistent performance. Battery-based systems should maintain voltage above 11 volts under load. Avoid using unregulated power supplies or automotive alternators that may produce voltage spikes exceeding 14 volts, as this can damage the motor windings. We recommend using dedicated 12V power supplies rated for at least 20 amperes to provide adequate headroom.

Is this actuator suitable for outdoor or wet environment installation?

The standard version features basic corrosion resistance suitable for dry indoor environments. For outdoor or high-humidity applications, we recommend applying a protective coating of automotive wax or silicone spray to the rod and motor housing quarterly. Do not submerge the actuator in water or expose it to continuous moisture. If your application requires outdoor installation, contact our technical team about stainless steel or IP-rated variants designed specifically for harsh environmental conditions.

When will I receive my order?

Orders are dispatched within 1-5 business days from our Bengaluru warehouse. Delivery takes 7-8 days to most locations across India.

What is your return and warranty policy?

We offer a 7-day return policy on manufacturing defects only. Contact support within 7 days of receipt for free replacement or full refund. Not applicable for user damage or misuse.

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.

Why Buy from The Tech Depot

  • Genuine Products: Sourced directly from authorized distributors with authentication
  • Expert Team: Our technical team validates every product before listing
  • Fast Shipping: Dispatched within 1-5 days from our Bengaluru warehouse
  • Pan-India Delivery: 7-8 days to Mumbai, Delhi, Chennai, Hyderabad, Pune, Kolkata
  • Payment Options: COD, UPI, credit/debit cards, net banking, EMI available
  • Technical Support: 24/7 expert guidance via email and WhatsApp
  • Returns: 7-day return policy on manufacturing defects only

Buy Stroke Length DC12V 100MM 10MM/S 900N Putter Electric Linear Actuator Online in India

Purchase the Stroke Length DC12V 100MM 10MM/S 900N Putter Electric Linear Actuator online at The Tech Depot, India's trusted source for genuine electronics. We deliver across Bengaluru, Mumbai, Delhi, Chennai, Hyderabad, Pune, Kolkata

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