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

10 Inch Stroke Electric Linear Actuator - Pack Size: 1 Unit - 400 lbs Force, IP66 Water Resistance, PA-04 High-Load Actuator for Automation, Manufacturing, Automotive
✔️ 12 VDC operation, stroke 1” to 40” (25.4 mm to 1016 mm), force 100-400 lbs, 2-Pin Molex Mini-Fit Jr connector, IP66, ISO 9001:2015

The PA-04 10 inch stroke electric linear actuator is a rugged, high-load unit built for automation across industries like manufacturing, automotive, and home automation. Its IP66 protection helps it stand up to dust and water in outdoor or harsh environments, making it handy for use in automatic doors, furniture adjustment, machinery, and material handling systems. Pack size: 1 unit.

✅ 12 VDC operation
✅ Stroke range: 1 in to 40 in (25.4 mm to 1016 mm)
✅ Force rating: 100-400 lbs (45-181 kg)
✅ IP66 ingress protection for dust and water
✅ Standard 2-Pin Molex Mini-Fit Jr connector for easy installation
✅ ISO 9001:2015 certified manufacturer ensuring long-term durability

Stroke: 10 in (254 mm)
Stroke range: 1 in to 40 in (25.4 mm to 1016 mm)
Force: 100-400 lbs (45-181 kg)
Connector: 2-Pin Molex Mini-Fit Jr
IP Rating: IP66

💡 How does the PA-04 10 inch stroke actuator perform in outdoor automation conditions with dust, water exposure, and temperature swings, and what mounting and wiring practices best preserve IP66 protection while delivering up to 400 lb force?

Answer: The PA-04 is built to endure outdoor duty, delivering up to 400 lbs at 12 VDC with IP66 protection.

• It maintains reliable performance in dusty, wet environments, making it handy for outdoor doors, gates, drawers, and industrial machinery requiring precise positioning.
• Choose weatherproof brackets, corrosion-resistant hardware, and weatherproof wiring/connectors to maintain IP66 integrity during installation.
• Plan for proper end-of-travel sensing, appropriate control electronics, and a sensible duty cycle to prevent overheating and extend service life.