Two major features of the high-altitude vehicle:
1. By type: Vertical lifting and lowering aerial work vehicles (also known as scissor lift), telescopic boom aerial work vehicles, self-propelled aerial work platforms, and articulated arm aerial work vehicles. Among them, the vertical lifting and lowering bucket has a heavy load capacity but is limited in working height, poor mobility, and inflexible. Currently, the widely used type in China is the telescopic boom lifting aerial work vehicle.
2. By working height: 6 meters, 10 meters, 14 meters, 16 meters, 18 meters, 22 meters, 25 meters, 30 meters, 50 meters. Currently, overseas heights can reach over 80 meters.
Precautions for operating a telehandler. Before engaging the power take-off, ensure the hand brake is fully engaged. Next, shift the gear lever to neutral, press the clutch pedal, and toggle the power take-off switch to mesh the power take-off gears with the transmission gears. Then, gradually release the clutch pedal to start the oil pump. After the oil pump is running, check for any abnormal noises during rotation. Proceed to the next step only after confirming normal operation.
What are the applications of the aerial work platform?
Aerial work platforms are increasingly being utilized in various aspects of our lives, such as power supply, street lighting, municipal services, landscaping, telecommunications, airports, shipbuilding, ship repair, transportation, advertising, and photography.
Key Features of the Elevated Work Platform:
1. Enhanced Load-Carrying and Operation Stability: The undercarriage structure breaks through traditional design theories and methods, reducing the center of gravity shift by optimizing the overall layout of the vehicle platform and load distribution. It employs a unique large-angle rear-tilting hinge structure and reasonably sets various counterweight modules, effectively balancing the working torque. The use of an H-shaped variable cross-section composite box girder flexible chassis and high-load solid rubber tires increases the overall rigidity of the undercarriage, ensuring stability during both driving and operation processes, and enabling the elevated work platform vehicle to carry loads while driving.
2. Multi-functional, versatile operation device: With the front bracket of the large arm, it allows for quick installation of lifting equipment or a personnel platform, enabling material lifting, crane hoisting, and high-altitude personnel operations. It also provides interfaces for rapid switching between various operation devices.
3. New Full-Hydraulic Self-Propelled Chassis: A self-propelled aerial work platform vehicle with fully independent intellectual property rights has been developed, incorporating technologies such as mechanical-electrical-hydraulic integration, reliability design, and computer-aided design. This has successfully created a full-hydraulic drive, self-propelled chassis, breaking the previous limitation that domestic aerial work platform vehicles could only be modified and designed from car or crane chassis.
4. Unique 3D Rotating Lifting Mechanism: The designed 3D rotating lifting mechanism can automatically maintain the posture of the lifted material and also meet the requirements for adjusting the lifted material at any height, position, and direction within the space. It features sensitive speed control and excellent micro-motion performance, fulfilling the needs for high-altitude operations and ventilation pipeline installation in large underground storage facilities.
