Manufacturer customized battery mold handling vehicle, petrochemical industry 10 ton mold ground rail turnover vehicle

Description :

　　Working Principle:

　　The BWP trackless flat car is powered by a battery, which is installed inside the electric flat car. The battery provides electricity to the DC traction motor and sends commands such as start, stop, forward, backward, left turn, right turn, and speed regulation. The electrical control system issues commands to the DC motor to drive the electric flat car to operate in various actions.

　　The BWP series electric flatbed is powered by lead-acid batteries and controlled by a control module as the core; Provide original power with an electric motor; Using controllers and controls as input methods; The steering wheel guides the direction and the fixed wheel jointly bear the weight; Amplify torque with a reducer and provide power to fixed wheels; Using LED as work and warning signs; Using an intelligent charger as an external power input: With the combination of the above functions, the working ability of the BWP series electric flatbed is formed.

　　The BWP trackless flat car (rubber wheeled electric flat car) uses batteries as energy, electric steering, and the motor drives the rubber wheels through a reducer to run. There is no need to lay steel rails on the ground, and it can walk on flat and hard roads inside the factory, with good maneuverability The tires are made of solid polyurethane rubber wheels The battery is a traction battery, and the motor is an industrial traction DC motor The imported continuously variable speed controller comes standard with two control modes: wireless and wire control The power source of the trackless vehicle comes from the lead-acid battery pack inside the vehicle, which is controlled by the onboard control box to provide power to the transmission system through the motor, driving the entire vehicle to start and stop. The usual operating methods are the on-board controller and wireless.

　　Product advantages:

　　Flat cars can achieve soft start, avoiding the sudden braking of ordinary vehicle models, and greatly protecting the safety of transporting workpieces and operators.

　　Suitable for various usage scenarios, it can be used in harsh environments, high temperature environments, explosion-proof situations, and can also be equipped with automatic stop, limit devices, and hydraulic lifting systems when encountering people on the flatbed.

　　The flat car has a compact structure and a low overall height, which meets the transportation environment with high frequency of use. It can be equipped with a hard toothed reducer, making maintenance of the flat car relatively simple in the later stage.

　　Easy to operate, low vehicle height, low cost, and can achieve humanized design according to needs.

　　The flat car adopts a beam structure with a flat tabletop, and can also be equipped with a V-shaped frame according to customer needs. The V-shaped frame can be flexibly disassembled to meet the multi-purpose function of one car, thereby achieving cost reduction.

　　The flat car has a compact structure and a low overall height, which meets the transportation environment with high frequency of use. It can be equipped with a hard toothed reducer, making maintenance of the flat car relatively simple in the later stage.

　　Specific purpose:

　　Electric flatcars are widely used in industries such as metallurgy, machinery, shipbuilding, power equipment, and petroleum machinery.

　　Electric flatcars are widely used in machine manufacturing and metallurgical factories, as a means of supporting cranes to transport heavy objects over spans within the workshop.

　　Electric flatbed is a type of electric transport vehicle with tracks in the factory. Firstly, it is an electric vehicle that operates automatically under electric drive. Secondly, it is a vehicle that runs on tracks and requires laying tracks on the ground. The tracks are generally I-shaped contact tracks.

　　Electric flatcars have the characteristics of simple structure, convenient use, high load-bearing capacity, no fear of dirt or smashing, easy maintenance, and long service life. Due to their many advantages such as convenience, solidity, economy, practicality, and easy cleaning, they have become a transportation tool for frequent transportation of heavy objects within and between factory buildings over short distances.

　　Purchase precautions:

　　If the motor cannot dissipate heat well even in high ambient temperatures, it will burn out when the internal temperature of the motor is too high.

　　The quality of the frame determines the service life and safety performance of the flat car, especially in the case of concentrated loads. Whether the frame can disperse the force and ensure that it does not deform in the case of concentrated loads. If the frame deforms, it will directly affect the fit between the bearing seat, wheel and frame, as well as the fit between the motor, reducer and wheel. Therefore, it directly affects the use of the entire vehicle and the lifespan of its components.

　　The frame made of spliced steel sections has a lower load-bearing capacity, so when selecting a flat car with a super heavy load, attention should be paid to the structure of the frame to avoid danger caused by overweight.

　　The load-bearing capacity of the frame is not only reflected in the thickness of the steel plate and the size of the steel section, but also in the welding process, rust removal, painting, and other factors that affect its performance. For example: whether welding slag, sand holes, rust removal, primer, number of spray paint layers, etc

　　Flat cars run on the track and require high precision in wheel installation. Wheel installation cannot cause rail gnawing, and wheel wear is fast, which affects the performance of use. The coordination between motors and reducers is particularly important. Some manufacturers produce flat cars with extremely loud noise. The reason for this is that the selection of motors and reducers is unreasonable, which not only causes energy waste but also affects production efficiency.

　　As the main transportation equipment in the workshop, the image of the flat car largely reflects the level and taste of the workshop. Therefore, when choosing, it is best to choose a flat car with a beautiful appearance to avoid reducing the impression of the factory when customers visit.

　　Try to choose manufacturers with patent certificates, as the strength of technical expertise determines the quality, and patent certificates are a reflection of the strength of technical expertise.

　　The bearing seat is an important factor affecting the load-bearing performance of a flatbed. Generally speaking, a flatbed with two bearing seats performs better than one with one bearing.

AfterSalesService :

• Battery mold handling vehicle