•Installations requiring 24V DC power stability and structural hardware durability.
✕ Who Should Avoid
•Gates exceeding the rated load capacity of 408kg.
•Manual-only gates that cannot be modified for Electromechanical Linear Actuator drive attachment.
•Installations without a stable power source compatible with 24V DC requirements.
Product Overview
LA400UL 24VDC Residential Linear Actuator is a high-performance Swing Gate gate automation motor engineered for heavy-duty gates up to 408kg. Powered by a electromechanical drive, it delivers a steady speed of 0.02 m/s, ensuring smooth and reliable entry management. Equipped with integrated anti-crush safety and certified for 24V DC operation, it provides long-term hardware stability for the Indian environment.
Brand
LiftMaster
Model Name
LA400UL 24VDC Residential Linear Actuator
Category
Electric Gate Motor
Sub Type
Linear Swing Gate Actuator
Series
LA Series
Model Year
2018–2026
Country Of Origin
Mexico
Intended Use
Residential
Engineering Analysis
Engineering analysis of the LA400UL 24VDC Residential Linear Actuator reveals a robust DC Motor architecture designed for sustained outdoor performance. With a measured motor power of standardW and a load capacity of 408kg, it exceeds standard residential duty cycles. The inclusion of Hardened Steel gears and Aluminum housing ensures that the mechanical integrity is maintained even in India's variable climatic conditions. BEE-compliant power management and integrated safety circuitry make it a high-reliability investment for any automated perimeter.
Technical Support & FAQs
Engineering Analysis
Engineering analysis of the LA400UL 24VDC Residential Linear Actuator reveals a robust DC Motor architecture designed for sustained outdoor performance. With a measured motor power of standardW and a load capacity of 408kg, it exceeds standard residential duty cycles. The inclusion of Hardened Steel gears and Aluminum housing ensures that the mechanical integrity is maintained even in India's variable climatic conditions. BEE-compliant power management and integrated safety circuitry make it a high-reliability investment for any automated perimeter.
