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

24 Inch Stroke Electric Linear Actuator PA-04 - 400 lbs Force, IP66 Water Resistance for Automation, Manufacturing, Automotive - Pack Size: 1 Unit
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This heavy-duty 24-inch stroke electric linear actuator is designed for high-load automation across automotive, manufacturing, and outdoor equipment. Pack Size: 1 unit.

✅ 12 VDC operation
✅ Stroke length: 24 inch (610 mm)
✅ Travel range: 1 inch to 40 inches (25.4 mm to 1016 mm)
✅ Load capacity: 400 lbs (181 kg)
✅ IP66 ingress protection (dust and water resistant for outdoor/industrial use)
✅ Connector: standard 2-Pin Molex Mini-Fit Jr, simplifies integration
✅ Model: PA-04; ISO 9001:2015 certified by Progressive Automations

Ideal for automotive assembly lines, factory automation, home automation systems, machinery, agricultural equipment, automatic door openers, tool drawers, medical devices, adjustable furniture like electric sofas and nursing beds, wheelchairs, material handling, and window openers. The IP66 rating makes it dependable in dusty or wet environments, while the 12 VDC supply keeps wiring simple for most control systems. With a 24" stroke, this actuator delivers substantial linear movement to fit larger automation tasks with reliable, repeatable force.

💡 How does the PA-04 24 inch stroke linear actuator perform in outdoor industrial settings with dusty, wet, or corrosive environments, and what maintenance steps maximize reliability and life span?

• The actuator’s IP66 rating provides robust protection against dust and water ingress, making it suitable for outdoor installations and wash-down areas.
• Regular maintenance, inspect seals, re-lubricate per manufacturer guidelines, and keep the piston rod and electrical connectors clean and dry, helps sustain smooth operation and longevity.
• In harsh environments, implement a quarterly inspection cycle and follow OEM lubrication schedules to prevent premature wear and leakage.