14 Inch Stroke Electric Linear Actuator, 400 lbs Force, IP66 Water Resistance - High Load Linear Actuator for Automation, Manufacturing, Automotive

14 Inch Stroke Electric Linear Actuator, 400 lbs Force, IP66 Water Resistance - High Load Linear Actuator for Automation, Manufacturing, Automotive - Pack of 1
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This 14-inch stroke electric linear actuator targets heavy-load automation, manufacturing equipment, and automotive systems. Pack of 1 unit ensures you have a ready-to-integrate actuator for rapid deployment. Built to withstand outdoor and dirty environments, the PA-04 features IP66 ingress protection and a standard 2-Pin Molex Mini-Fit Jr connector for straightforward wiring. The PA-04 is designed to deliver confident motion in demanding settings while remaining easy to install in existing lines.

Key specs include a 12 VDC operation, a stroke range of 1" to 40" (25.4 mm to 101.6 mm), and a force rating from 100 to 400 lbs (445 to 1780 N). This combination delivers a handy balance of speed, force, and durability for a wide array of applications.

✅ Voltage: 12 VDC
✅ Stroke range: 1" to 40" (25.4 mm to 101.6 mm)
✅ Force: 100-400 lbs (445-1780 N)
✅ Ingress protection: IP66 dust and water resistance
✅ Connector: Standard 2-Pin Molex Mini-Fit Jr for easy installation
✅ Certification: ISO 9001:2015
✅ Typical applications: automotive assemblies, manufacturing automation, home or industrial automation, machinery, furniture lift/adjustments, medical devices, and equipment requiring reliable linear motion

Question Part Paragraph

💡 How does the PA-04 14-inch stroke actuator maintain precise end-of-stroke positioning under high load in IP66-rated outdoor environments, and what installation tips maximize life and reliability in a factory automation line?

In short, the PA-04 is engineered for rugged outdoor-duty use with robust sealing and a high-load rating.

• Sealed housing and corrosion-resistant rod minimize dust and water intrusion in harsh environments.
• End-of-travel sensing and mechanical stops help ensure repeatable positioning under varying loads.
• Proper mounting orientation and bracket selection reduce side load and extend actuator life.
• Choose an appropriate duty cycle and manage heat with proper wiring and enclosure strategy to sustain performance over time.