The lifting and lowering mobile shelter series is a mobile emergency drainage equipment integrating multiple functions such as power generation, drainage, and lighting. It covers different discharge capacities ranging from 600m3/h and is based on four-wheel drive pickup truck chassis from companies like Qingling and Isuzu. Combined with self-loading and unloading lifting shelter design, it is widely applicable in scenarios such as flood control and rescue, urban flooding, tunnel water accumulation, and emergency rescue in the wild. It can quickly respond and efficiently handle various water-related emergencies.

"Core Configuration and Performance Features

1. Chassis and Cabin Design

The vehicle is based on the QINGLING ISUZU four-wheel drive pickup truck chassis with a total mass of 3460kg. It measures 5402×1877×2550mm in size. The engine has a power output of 105kw and meets the National VI emission standards. It is powerful and has excellent off-road capabilities. The main body of the cabin is made of high-strength corrosion-resistant materials such as aluminum alloy. The interior space is compactly arranged and integrates core equipment such as a generator set, drainage pump set, and control system. It features a noise reduction design (noise ≤ 70 decibels at 1 meter) and is suitable for complex environment operations. It is equipped with a hydraulic self-loading and unloading lifting mechanism, allowing the cabin to be independently lifted and deployed quickly without occupying vehicle indicators, enhancing mobility and flexibility."

"2. Power Generation and Power System

Equipped with a 32KW Yuchai Euro III engine and a Liebherr generator (or a 22KW gasoline generator set), it starts quickly and operates stably. The fuel tank capacity meets the requirements for long-term continuous operation, providing continuous power support for the drainage system and on-site lighting. The generator set has an automatic speed regulation function, with stable output voltage, and is compatible with various electrical equipment."

"3. Drainage System

Equipped with a large-flow portable submersible pump, the single pump can deliver a flow rate of 500-600 m³/h and has a lift height of 8-10 m. It uses a permanent magnet synchronous motor (with protection grades IP67/IP68), and the hydraulic components are made of wear-resistant and corrosion-resistant materials. It can pass through 25 mm solid particles and is suitable for complex water quality. The standard configuration includes a 20-meter waterproof cable and hose (with quick connectors), along with a polyurethane float ring. Installation is convenient and efficient."

"4. Intelligent Control and Lighting

The control system adopts a variable frequency design (Delta frequency converter), equipped with a visual operation interface, which can monitor parameters such as current, voltage, and speed in real time. It has multiple protection functions including leakage, overvoltage, and undervoltage, and supports button and remote control operations. The lighting system includes a lifting-type LED lamp that can rotate 360°. The remote control lifting time is ≤ 30 seconds, and the illuminance at 3 meters is ≥ 80x, meeting the requirements for night operations."

"5. Auxiliary Functions

It comes with a reel machine that can automatically wind and unwind the drainage pipes, enhancing the operational efficiency; it is equipped with 4 hydraulic legs, enabling simultaneous/single control and automatic leveling to ensure the stability of the operation; the exterior of the shelter is equipped with warning signs and lighting to improve the safety of the operation.

Application Scenarios and Advantages

This series of products, with the characteristics of ""flexible mobility, integrated efficiency, and simple operation"", are mainly applied in:

Emergency drainage for urban flooding (roads, underground garages, underpass passages);

Flood prevention and disaster relief (low-lying areas, river drainage);

Engineering rescue (tunnels, foundation pits with water accumulation);

Field operations (agricultural drought resistance, water supply in remote areas).

The core advantage lies in: the self-loading design enables rapid deployment, multiple system integration reduces equipment transportation costs, silent and anti-corrosion design adapt to harsh environments, intelligent control lowers the operation threshold, and provides ""one-stop"" equipment support for emergency rescue."