Cement concrete mixers are commonly used equipment in mixing plants, and there are many types, which are used for concrete mixing. Sometimes it is used alone, and sometimes it is used with the supporting equipment of the mixing station. In any case, the customer can choose the most suitable one when he has a certain understanding of the concrete mixer. What are the two types of common cement concrete mixers?
JS series concrete mixer. The twin-shaft forced concrete mixer has the characteristics of compact structure, stable transmission, stable operation, low noise, low energy consumption, good production quality, built-in eddy current mixer, and materials will not stick together. The main models are js500 mixer, js750 mixer, js1000 mixer, js1500 mixer, js2000 mixer, js3000 mixer, etc. It is suitable for all kinds of large, medium and small prefabricated component factories and industrial and civil construction projects such as roads, bridges, water conservancy, docks, etc. Mixing dry-hard concrete, plastic concrete, fluid concrete, lightweight aggregate concrete and various mortars is widely used.
JZC series concrete mixer. The concrete mixer has the advantages of good mixing quality, large production power, wide application range, low energy consumption, low noise, reasonable structure, simple operation, fast discharging speed, long service time of lining plate and blade, convenient Features such as post-maintenance. It is suitable for the mixed production of plastic, dry-hard, light aggregate commercial concrete and various mortars and mortars. It is commonly used in various construction sites and small and medium-sized prefabricated factories.
Generally speaking, JS series concrete mixers are commonly used in HZS concrete batching plants, so the structure of JS forced concrete mixers is introduced below.
The main components of the overall structure of JS forced concrete mixer are mixing device, transmission system, frame, limit device and electrical control system. The frame structure is welded by channel steel, which is an important supporting part of the mixing equipment. The main components of the stirring device are the stirring drum, the stirring shaft and the stirring blade. The stirring blade is mainly installed on the stirring arm, and the transmission mechanism is composed of a geared motor and a coupling. The main components of the cylinder limit device are the lock pin and the positioning hole. The main functions of the electrical control system are start, jog, stop and timing.
JS series concrete mixer product structure details:
1. Feeding system
When feeding, put the mixture that needs to be stirred in the hopper, start the feeding system, the wire rope pulls the hopper up and climbs up, when it climbs to a certain height, the hopper enters the feeding rack, the hopper door is automatically opened, and the material is unloaded into the mixing drum through the funnel. Inside;
2. Stirring system
The mixing system is composed of motor, pulley, reduction box, gear, mixing device, mixing drum and so on. The main motor is connected to the secondary gear reduction box through the belt, and drives the stirring shafts of the two horizontal devices to rotate at the same speed in opposite directions through the two split gears respectively;
3. Electrical system
The electrical control system needs to control the main drive motor of the concrete mixer, the motor of the water supply system, the feeding and unloading motors, and all electrical control components are located in the distribution box. The electrical components in the distribution box are installed on an iron plate, which is safe and reliable, and is easy to operate and maintain;
4. Unloading system
The unloading system is at the bottom of the concrete mixer, and the unloading is carried out by a manual push rod. According to customer requirements, mixers in the form of electric push rod discharge can be produced. The connection between the discharge door and the mixing drum is sealed with a sealing plate, and the position of the sealing plate can be adjusted to ensure the purpose of sealing.