40 Inch Stroke Electric Linear Actuator, 100 lbs Force, IP66 Water Resistance - High Load Linear Actuator for Automation, Manufacturing, Automotive

40 Inch Stroke Electric Linear Actuator PA-04, 100 lbs Force, IP66 Water Resistance, 12VDC High-Load Actuator for Automation, Manufacturing, and Automotive (Pack of 1)
✔️ 12 VDC operation, stroke 1 inch to 40 inches, 2-Pin Molex Mini-Fit Jr connector, ISO 9001:2015 certified, Release 12-03-2017

This rugged, high-load linear actuator is built for demanding automation, manufacturing, and outdoor automotive applications. It delivers dependable linear motion for lifting, positioning, door operation, and furniture adjustment in challenging environments. Pack of 1 unit included.

✅ Stroke: 1 inch to 40 inches
✅ Operation: 12 VDC
✅ Force: 100-400 lbs
✅ Ingress protection: IP66 for dust and water resistance
✅ Connector: standard 2-Pin Molex Mini-Fit Jr
✅ Certifications: ISO 9001:2015
✅ Release date: 12-03-2017
✅ Typical use cases: automotive, manufacturing, home automation, machinery, factory equipment, agricultural machines, automatic doors, drawers, medical devices, adjustable furniture

💡 Q&A

💡 What are the practical considerations and trade-offs when selecting the PA-04 40 inch stroke electric actuator for outdoor automation in dusty or wet environments, and how does its 12 VDC operation compare to higher voltage options in real-world applications?

Answer: The PA-04 is designed for rugged outdoor use with a dust and water resistant IP66 rating and a 12 VDC drive for easy integration into common control systems.

• Its broad stroke range (1" to 40") enables long travel without multiple units, simplifying design and installation for gates, doors, and adjustable platforms.
• The 100-400 lb force band provides sufficient lift and positioning force for many industrial tasks while staying compatible with standard controllers and wiring harnesses.
• 12 VDC operation keeps wiring simple and safe in many environments, though higher voltage actuators can offer higher speeds or forces at the cost of more complex power management and safety considerations.