Transfer Trolley Price

Product Introduction

This transfer vehicle is a highly efficient operation equipment specially designed for heavy material transfer in industrial scenarios. Relying on a high-strength structural design, a flexible control system and multiple safety protection configurations, it takes into account load-bearing performance, operational flexibility and operational stability. At the same time, it integrates energy-saving and environmental protection design as well as customization concepts. It can be adapted to various operation scenarios such as factory workshops, warehouse areas, construction sites, and port terminals. It can easily solve the transportation problems of various heavy and large materials, significantly improve on-site operation efficiency, and reduce comprehensive operation costs. It is an excellent choice for industrial material transportation.

1.Strong load-bearing capacity and stable transportation: High-strength load-bearing structure, suitable for the stable transportation of various heavy industrial materials and large components. 

2.High flexibility and full adaptability: Flexible steering + compact design, easily handling narrow Spaces and complex working sites. 

3. High safety, ultra-reliable: Multiple safety protections, high-quality core components ensure operation safety and long-term stable operation. 

4. More energy-efficient and cost-effective: High-efficiency energy-saving power system, low consumption and easy maintenance, significantly reducing the overall operating cost. 

5.Customizable and easy to expand: Supports on-demand customized design, reserves standard interfaces, and can flexibly install various accessories to expand functions

Product Classification

1.By load capacity grade: light-duty transfer vehicle, heavy-duty transfer vehicle, and super-heavy-duty transfer vehicle, suitable for the transfer requirements of materials of different weights. 

2. By power type: electric transfer vehicle, fuel transfer vehicle, hydraulic transfer vehicle, meeting the energy consumption and operation requirements of different scenarios. 

3. By usage scenarios: workshop transfer vehicles, warehouse transfer vehicles, and construction site transfer vehicles, which are specifically adapted to the operational characteristics of each scenario

Working Principle

1.Height adjustment principle: Relying on the hydraulic power system to drive the lifting cylinder to extend and contract, it drives the bridge deck to achieve precise vertical lifting and lowering. It can flexibly match the working surfaces of truck compartment, platforms and transfer vehicles of different heights, eliminating height differences and forming a smooth working passage. 

2. Sealing and fitting principle: The extended end of the bridge body is equipped with movable lap plates. After being lifted and lowered into position, the lap plates naturally overlap with the edge of the truck's cargo compartment. Combined with anti-slip rubber pads, a tight fit is achieved to prevent materials from slipping and personnel from stepping on them, while also isolating the operation gap to ensure smooth transfer. 

3. Support and stability principle: During lifting operations, the support legs on both sides of the bridge body touch the ground simultaneously to form a stable load-bearing support, which disperses the load pressure on the bridge body and the transfer vehicle, preventing tilting and swaying due to heavy loads, and ensuring the structural stability during the material loading, unloading and transfer process.

FAQ

1.Can the maximum load of the transfer vehicle be temporarily overloaded? 

Do not overload temporarily. The load parameters of the equipment are professionally tested and calibrated in combination with the structural design and the performance of accessories. Overloading will directly damage the load-bearing structure, power system and braking components, significantly increasing the probability of failure. It may also cause safety accidents such as rollover and component breakage, shortening the overall service life of the equipment.

2.Will the range of electric transfer vehicles be affected in low-temperature environments? How should one deal with it?                      

It will have a certain impact. Low temperatures will reduce battery activity, resulting in a slight reduction in battery life. The impact of low temperatures on battery life can be reduced by providing insulation protection for the battery in advance, charging it indoors (ensuring a charging environment temperature of 5-25℃), and preheating the battery before operation. At the same time, it can prevent the battery from being idle for a long time in low temperatures.

3.What should be done if a transfer vehicle skids when operating on muddy or uneven roads? 

First, immediately reduce the working speed to avoid sudden acceleration or braking, which may aggravate skidding. If it is a four-wheel drive model, it can be switched to four-wheel drive mode to enhance grip. At the same time, clear the silt in the tire tread. If necessary, lay steel plates and anti-slip MATS on the working road surface to avoid forced operation on roads with excessive unevenness and prevent the vehicle body from tilting

4.Which core parts are mainly focused on during the daily maintenance of transfer vehicles? 

Focus on three major areas: ① The walking system (tires, bearings, steering tie rods, check tire pressure, wear and looseness); ② Power system (for electric models, check the battery and circuit joints; for fuel models, check the engine oil and filter elements; for hydraulic models, check the sealing of the oil pipes); ③ Braking and safety systems (brake pads, brake fluid, and safety warning devices to ensure sensitive braking and normal warning), it is recommended to conduct a simple inspection before daily operation and carry out a comprehensive maintenance once a month.

5.What causes excessive noise from the transfer vehicles used in the workshop? 

If the noise from the transfer vehicle in the workshop is too loud, it is mostly due to the following situations: lack of oil and wear of the bearings, insufficient or deteriorated lubricating oil in the gearbox, jamming and friction of the braking components, carbon deposits or faults in the motor/engine. It is necessary to check the lubrication parts one by one, clean the braking components, repair the core power parts, and replace the severely worn parts in time.