This electric linear actuator is designed with an IP54 protection rating, ensuring dependable performance by resisting dust, splashes, and mild moisture; (Note: Avoid allowing water to enter the motor's interior, as it could lead to motor damage;)
Effortlessly blending into your home or workspace, this linear motion actuator is designed to automate curtain movement, adjust height systems, and operate electric door mechanisms; It enhances convenience, comfort, and functionality in your daily life.
Designed with care and constructed from durable materials, this stroke linear actuator delivers reliable performance and enhanced durability; Built to withstand regular operation, it ensures consistent stability, making it a dependable choice for a variety of applications.
To achieve precise movement control, it is recommended to pair the linear actuator with a compatible controller; Please be aware that this product includes only the push rod, and any additional installation components must be acquired separately.
Caution: The linear actuator has limited water resistance; It is crucial to prevent water droplets from entering the motor's interior, as this could lead to motor damage or failure.
Perfect for scenarios requiring frequent height adjustments, such as modifying the height of furniture or elevating and lowering office desks and chairs.
Key Specifications: Stroke Range: 6 inches (150mm); Movement Speed: 0.19 inches per second (5mm/s); Collapsed Length: 10.82 inches (275mm); Fully Extended Length: 16.82 inches (425mm); Power Consumption: 5 amps; Operating Voltage: DC12V; Usage Cycle: 25%
Item Model Number: OK648-1500N,
Rated Voltage: DC12V,
Maximum Load/Actuation Force: 1500N,
Travel Speed: 0.19 inch/s / 5 mm/s,
Stroke Length: 6 inch / 150 mm,
Protection Class: IP54,
Noise Level: ≤60dB,
Main Material: Aluminum Alloy,
Net Weight: 2.13 lbs / 0.97 kg (including all accessories),
Product Dimensions: 10.82 x 2.95 x 1.57 inch / 275 x 75 x 40 mm.
1 x Linear Actuator,
2 x Mounting Brackets,
2 x Screw Rods,
2 x R-Type Pins.
