Automated RGV Transfer Car

In today’s highly automated industrial production fields, the RGV Transfer Car is becoming increasingly popular. Its automated material handling is one of the key features that users appreciate. In industrial intelligent factories, the RGV Transfer Car is a crucial tool in the logistics transportation process.

Advantages of RGV Transfer Car

1.Fully Automated TravelThe RGV Transfer Car has the ability to travel fully automatically. Unlike traditional rail transfer carts, it can freely shuttle along the preset track and accurately perform various material transportation tasks without manual intervention. This feature makes it highly effective in the complex and dynamic environment of a workshop. Especially when transporting heavy materials, it can easily and efficiently complete the transportation process.

In large machinery manufacturing workshops, where various heavy parts are scattered across the area, the production line urgently requires these materials to be delivered on time. Thanks to its powerful power system and stable track operation mechanism, the RGV Transfer Car can easily carry tons or even dozens of tons of heavy objects. It can smoothly move forward along the established track, bypassing various equipment and obstacles, and deliver materials accurately to the designated workstation. Whether in narrow passages or busy production areas, it can complete the transportation mission efficiently and safely, greatly improving the speed of material flow and ensuring the continuity of the production process.

• Multiple Power Supply OptionsTo meet the diverse needs of different factories, the RGV Transfer Car offers a variety of power supply methods for customers to choose from. Among these rail-powered transfer carts are a common option. They use a special low-voltage track laid on the ground to obtain electricity through a collector under the car, which powers the vehicle’s operation. This power supply method ensures the continuous and stable operation of the vehicle and eliminates the need for frequent charging. In environments where the workshop requires constant transportation, rail-powered transfer carts can operate continuously without interruption.

• Another power supply option is the busbar system. The busbar is laid along the track, and the RGV Transfer Car obtains power through brushes in contact with it. The advantages of this method include stable power supply, reliable contact, and the ability to support higher operating speeds. Even in long-term, high-intensity working environments, it can ensure the vehicle’s power supply.

• For scenarios that require high flexibility or where track layouts are complex and it is inconvenient to lay fixed power supply lines, battery power supply is an ideal choice. The RGV Transfer Car is equipped with high-performance batteries, allowing it to run independently for a period after charging. This feature ensures that the vehicle can maintain operational capacity during temporary production adjustments or track maintenance, minimizing disruption to workshop logistics.

• While the cable power supply method is more traditional, it can still be effective in specific situations, such as small workshops with high power stability requirements and short distances, providing stable and continuous power support to the RGV Transfer Car.

Intelligent Workshop Scheduling SystemThe intelligence of the RGV Transfer Car is not limited to its automated driving capability. It also seamlessly integrates with the factory’s scheduling system, enabling an unmanned production mode throughout the entire process. The RGV Transfer Car can accurately plan transportation routes and efficiently arrange the order of material distribution based on the real-time needs of the production line.

Advanced Safety MechanismsSafety is always the top priority in industrial production, and the RGV Transfer Car is equipped with a series of advanced protective measures to ensure this.

• The car uses a laser positioning system to identify the track with high precision. It automatically triggers the brake mechanism when approaching the target parking position to ensure accurate parking, with an error controlled to the millimeter level. This precise positioning capability not only guarantees accurate material loading and unloading but also prevents collision accidents caused by improper parking.

• More importantly, the RGV Transfer Car is equipped with a laser radar scanning system. During operation, the radar continuously scans and monitors the surrounding environment. If an obstacle—such as scattered tools, temporarily parked equipment, or people who stray onto the track—is detected, the vehicle will immediately stop to avoid the obstacle, ensuring the safety of the transportation process. This active safety protection mechanism establishes a solid defense for workshop safety, especially in a fast-paced industrial environment, effectively reducing the risk of accidents.