The Linear Actuator (200mm Stroke, 7mm/s, 1500N, 12V) is a high-force, precision electromechanical actuator designed for research, robotics, and IoT automation projects. With a stroke length of 200 mm, it provides extended linear motion, making it suitable for medium-range lifting, pushing, and positioning applications. Its 1500N (≈150 kgf) load capacity ensures reliable performance in demanding research environments such as robotics, industrial automation, and lab equipment.

Technical Specifications:

• Stroke Length: 200 mm

• Force Rating: 1500 N (≈150 kgf)

• Speed: 7 mm/s (under rated load)

• Operating Voltage: 12V DC

• Duty Cycle: Typically 20–30% (at full load)

• Limit Switches: Integrated, auto-stop at end positions

• Material: Aluminum alloy housing with stainless steel shaft

• Mounting Options: Standard clevis mount on both ends

• Protection Rating (typical): IP54 (dust and splash resistant)

• Control Interface: Works with DPDT switches, H-bridge motor drivers, relays, or microcontrollers (Arduino/ESP32/Raspberry Pi)

Features:

• High load capacity (1500N) for heavy-duty research applications

• Precise linear travel (200 mm stroke) with stable operation

• Integrated limit switches for safe operation

• Durable construction suitable for lab, industrial, or robotics use

• Compatible with automation controllers for smart IoT integration

Common Research & IoT Use Cases:

• Robotics: Robotic arm actuation, end-effector movement, mobile robot lift mechanisms

• IoT Automation: Smart furniture, window/door control systems, home automation prototypes

• Drones/UAV payload systems: Medium-load deployment and stabilization

• Medical R&D: Adjustable lab equipment, rehabilitation and assistive devices

• Industrial Research: Material testing rigs, precision positioning systems

This actuator is highly valuable in academic research and robotics labs as it offers a balance of high force, moderate speed, and extended stroke length, making it versatile for both experimental setups and real-world IoT/automation prototypes.