•Installations requiring 230V AC power stability and structural hardware durability.
✕ Who Should Avoid
•Gates exceeding the rated load capacity of 600kg.
•Manual-only gates that cannot be modified for Rack and Pinion drive attachment.
•Installations without a stable power source compatible with 230V AC requirements.
Product Overview
For those seeking industrial-grade reliability, the Sliding Gate Motor 600kg offers a drive system capable of moving 600kg with ease. The Sliding Gate optimization allows for a speed of , while the Weather-Resistant finish protects the hardware from humid and tropical climates. Integrated Volt Control and robust safety sensors ensure uninterrupted service regardless of grid fluctuations.
Brand
CAME
Model Name
Sliding Gate Motor 600kg
Category
Electric Gate Motor
Sub Type
Sliding Gate Motor
Series
600kg Capacity
Model Year
N/A
Country Of Origin
N/A
Intended Use
Residential / Commercial
Engineering Analysis
Engineering analysis of the Sliding Gate Motor 600kg reveals a robust Electromechanical architecture designed for sustained outdoor performance. With a measured motor power of standardW and a load capacity of 600kg, it exceeds standard residential duty cycles. The inclusion of Steel gears and ABS / Metal 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 Sliding Gate Motor 600kg reveals a robust Electromechanical architecture designed for sustained outdoor performance. With a measured motor power of standardW and a load capacity of 600kg, it exceeds standard residential duty cycles. The inclusion of Steel gears and ABS / Metal 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.
