Brief: Watch our dynamic demonstration of the 1800KG Sliding Gate Motor with Electronic Soft Start. This video provides a clear walkthrough of the motor's installation process, showcases its smooth operation with soft starting and stopping, and explains how to configure safety features like obstacle detection and optional infrared photocells. You'll see how this robust AC motor handles heavy-duty gates up to 1500kg with ease.
Related Product Features:
Handles heavy-duty sliding gates with a maximum loading capacity of 1800kg.
Features an electronic soft start and stop function for smooth, quiet operation.
Equipped with an automatic safety system that stops and re-opens upon obstacle detection.
Operates on a standard AC220V/110V power supply with 100% duty cycle reliability.
Includes manual override release clutch for emergency operation during power outages.
Offers adjustable resistance sensitivity and interfaces for optional safety accessories.
Designed for easy setup with a fully integrated electrical and mechanical system.
Built to withstand harsh conditions with an operating temperature range from -25°C to +55°C.
FAQs:
What is the maximum weight capacity of this sliding gate motor?
This sliding gate motor is designed to handle gates with a maximum loading weight of 1800kg, making it suitable for heavy-duty commercial and industrial applications.
Does this motor include safety features for obstacle detection?
Yes, it features an automatic safety system that will stop the gate and re-open it when an obstacle is encountered during operation, and it has interfaces for optional impact-proof infrared photocells.
What power supply is required for this gate motor?
The motor operates on a single-phase AC power supply of 220V or 110V with a tolerance of ±10%, and it supports 50/60Hz frequency, making it versatile for different regional electrical standards.
Is manual operation possible during a power failure?
Yes, the motor includes a manual override release clutch that allows you to operate the gate manually in case of power outages or emergencies.