MDYL type power generation tire crane

Product Introduction

It is suitable for remote construction sites or temporary operating environments. Through the combination of centralized driving of the internal combustion engine and power distribution, it supports flexible switching between lifting operations and walking modes, and also has the characteristics of high energy utilization efficiency. It adopts a reinforced tire chassis, which is highly mobility. Equipped with hydraulic telescopic legs, which are expanded during operation to enhance stability and can be closed during driving. The main arm may adopt a U-shaped or box-shaped telescopic structure, which supports combined length adjustment to meet different lifting height requirements.

Main uses

Container loading and unloading: suitable for container transfer in port yards and logistics centers, especially in areas without fixed power, independent operations can be achieved through the built-in generator set.
Small and medium-sized grocery processing: supports cargo loading, unloading, stacking and handling in multi-purpose yards, and meets the flexible scheduling needs of medium and small docks.
Bridge and railway construction: used for beam lifting operations in bridge prefabricated factories, or lifting heavy objects in railway construction, such as the transfer of mortar buckets on tunnels and bridges.
Installation of power equipment: Heavy equipment such as transformers and cables are hoisted in substations, transmission towers and other scenarios, and the power generation function can supply power to other equipment on site.
Complex terrain adaptation: The tire-type chassis can flexibly cope with complex terrain and cooperate with power generation function, and is suitable for field operations without grid coverage.
Factory equipment maintenance: Lift large equipment in factories such as metallurgy and chemical industry. The power generation function supports emergency repairs during night or during power outages.

Structural Advantages

Equipped with an integrated diesel generator set, it can achieve full power drive without relying on external power supply, and can still operate stably in field operation scenarios without grid coverage. The modular chassis structure adopts box-shaped door legs and variable-section box-shaped structure, which reduces self-weight and improves torsional resistance. It is suitable for movement and lifting under complex terrain, and is suitable for port loading and unloading operations with frequent start and stop.
The boom is made of high-strength steel plates and is matched with the truss-type balance beam structure to reduce the center of gravity. All-wheel drive is equipped with hydraulic steering and has a crab-mounted mode, and its maneuverability is significantly better than that of rail cranes in narrow fields. It is equipped with real-time load monitoring, inclination sensor and wind speed warning, and provides fault diagnosis and operation suggestions through the human-machine interface to ensure safety in the hoisting process. The main mechanism adopts a flange connection design, which takes less time to replace key components.

Parameter configuration