In automated rotary car parking systems, GG Lifter stands out with its innovative Turntable Platform. Designed for efficiency and convenience, the PTT30/55 model is engineered to meet the diverse needs of car display and parking solutions.
Key Features of the Turntable Platform
The Turntable Platform, model PTT30/55, boasts impressive product parameters that highlight its exceptional capabilities. With a drive mode powered by a robust motor, this platform can lift up to 3000kg, accommodating various vehicle sizes. Its generous diameter of 5500mm ensures ample space for even the largest cars. The electric lock release feature enhances security while allowing for smooth operation. Additionally, with a thickness of 175mm, this platform is both durable and compact, making it ideal for urban environments. The power supply options of 220v/380v and 50hz/60hz, along with 1ph/3ph, support its versatility, while a power requirement of 2.2kw ensures efficient energy use.
Benefits of Using GG Lifter’s Automated Rotary Car Parking System
One of the standout advantages of the Turntable Platform is its 360-degree rotating capability, allowing users to display cars attractively and conveniently. This feature is particularly beneficial for car dealerships and exhibitions, where showcasing vehicles can significantly influence sales. Moreover, the platform simplifies maneuvering in tight spaces, making it easier for users to turn or reverse out cars in narrow and limited access areas. Installation is made easy and fast, ensuring minimal disruption during setup. With its noiseless operation and maintenance-free design, GG Lifter’s automated rotary car parking system is a hassle-free choice for any environment.
Conclusion
In summary, GG Lifter’s Turntable Platform, model PTT30/55, represents a remarkable advancement in the field of automated rotary car parking systems. With its robust design, easy installation, and user-friendly features, it is the reliable solution for those looking to optimize vehicle display and parking efficiency.
