Why Are Most RGV Powered By Busbar
With the continuous development of industrial automation, RGV plays an increasingly important role in modern production lines. Rail transfer cart is mainly responsible for transporting materials between different workstations on the production line to achieve efficient and accurate material distribution. The power supply system is one of the key factors to ensure the stable operation of RGV. This article will introduce why most electrical cart on rail use busbars for power supply.
20T Rail Transfer Cart With Turntable Video
Rail transfer cart has many features, including unlimited running time, suitability for long-distance transportation, safety, and flexibility, and high use frequency. Transfer Trolley support load capacity from 1-1,500 tons (custom).
Stable & Reliable Power Supply of RGV
The busbar power supply is a reliable power supply method that transmits electrical energy to rail guided vehicle through the busbar. The busbar consists of multiple copper conductors, each of which is separated by an insulator so that the current can only be transmitted through the metal part of the conductor. This structure ensures the stability and reliability of power supply and avoids accidental power outages of electric lift trolley caused by environmental factors.
Adapt to Various Working Environments
When electric cart is running on the production line, it often needs to face different working environments and conditions. The busbar power supply method has good adaptability and can ensure stable power supply in various complex environments. For example, in harsh environments such as high temperature, low temperature, humidity, and dust, the busbar can still maintain good conductivity.
Flexible Power Supply Layout
The busbar power supply system can be flexibly designed and laid out according to the layout of the production line and the running route of rail guided vehicle. The busbar can be set along the running track of rail guided vehicle, or a multi-channel power supply can be realized to meet the power supply needs of different positions of rail guided vehicle. This flexibility enables the busbar power supply system to adapt to the layout of various production lines.
Easy Maintenance of Busbar Powered Transfer Cart
Maintaining the busbar power supply system is relatively simple. Because the busbar is a closed structure, it can effectively avoid interference and damage to the power supply system by external factors. At the same time, the busbar has a longer service life, which reduces the frequency of frequent replacement and maintenance, and ensures the stable operation of electrical cart on rail production line.
High Safety of Rail Guided Vehicle
The busbar power supply system has high safety. Since the busbar is a low-voltage, high-current transmission method, once an accidental contact occurs, the power supply can be quickly cut off to avoid electric shock accidents. In addition, the insulator of the busbar can effectively prevent current leakage and ensure the safety of operators and equipment.
Therefore, the use of busbar power supply is an ideal choice for rail guided vehicles. It has the advantages of stable and reliable power supply, adaptability to various working environments, flexible power supply layout, simple maintenance, and high safety. By using the busbar power supply system, electrical cart on rail can operate stably under various conditions, improve production efficiency, and reduce operating costs.
