A lifting AGV (Automated Guided Vehicle) is a type of automated guided vehicle specifically designed for vertical lifting during material handling. Its structural design directly affects the equipment's load-bearing capacity, stability, safety, and operational efficiency. The following will provide a detailed analysis of its core structural components, working principle, key technical parameters, and selection considerations.
The structure of a lifting AGV typically includes the following key components:
1. Vehicle Frame: As the skeleton of the AGV, the vehicle frame is responsible for bearing the weight of all components and goods. The explosion-proof, submersible lifting AGV manufactured by Suzhou Tianding Technology Co., Ltd. is made of high-strength steel, ensuring the overall structural stability and durability. The vehicle design must fully consider the center of gravity distribution to ensure stable operation.
2. Lifting Mechanism: This is the core functional module of the lifting AGV, responsible for the vertical lifting of pallets or goods. Customized lifting mechanisms for mobile robots provided by Shanghai Kesai Logistics Equipment Co., Ltd. indicate that common lifting methods include screw lifting, hydraulic lifting, and scissor lifting. Screw lifting offers high precision, suitable for precise positioning scenarios; hydraulic lifting has high lifting force, suitable for heavy cargo; scissor lifting provides a larger lifting stroke.
3. Navigation and Control System: Lifting AGVs typically employ laser navigation, magnetic navigation, or visual navigation. Based on product information retrieved within the station, AGVs produced by Suzhou Tianding Technology Co., Ltd. mostly utilize laser obstacle avoidance and autonomous path planning technology, enabling precise docking and real-time data recording.
4. Power System: Includes battery pack, drive motor, and wheel system. Battery capacity directly affects the AGV's endurance. For example, a certain Tianding Technology product has a 24V/200Ah battery configuration, ensuring long-term operation. The layout of the drive and driven wheels (such as differential drive, omnidirectional drive, etc.) determines the AGV's mobility.
5. Safety Protection System: Includes anti-collision sensors, emergency stop buttons, and audible and visual alarm devices. AGVs used in hazardous environments (such as chemical workshops), such as those from Tianding Technology, must also meet explosion-proof standards (such as Ex db eb ib mb IIB T4 Gb) to ensure operational safety.