全自動攪拌車具備三大核心系統功能
全自動攪拌車工作原理是通過取力裝置將汽車底盤的動力取出，并驅動液壓系統的變量泵，把機械能轉化為液壓能傳給定量馬達，馬達再驅動減速機，由減速機驅動攪拌裝置，對混凝土進行攪拌。在運送完混凝土后，通常要用水沖洗攪拌筒內部，以防止硬化的混凝土占用攪拌筒空間，使攪拌筒的容積變小。下面全自動攪拌車廠家來講講它具備三大核心系統功能。
The working principle of the fully automatic mixer is to take out the power of the vehicle chassis through the power take-off device, drive the variable pump of the hydraulic system, convert the mechanical energy into hydraulic energy, and transmit it to the quantitative motor. The motor drives the reducer, and the reducer drives the mixing device to mix the concrete. After the concrete is transported, it is usually necessary to flush the inside of the mixing drum with water to prevent the hardened concrete from occupying the space of the mixing drum and reducing the volume of the mixing drum. Next, the manufacturer of the fully automatic mixer will tell us that it has three core system functions.
進出料系統
Feeding and discharging system
全自動攪拌車進出料系統由進料斗、出料斗、主卸料槽、副卸料槽、支架、鎖緊架等組成，是全自動攪拌車的重要組成部分，直接影響到進出料的速度和質量。進、出料斗通過支架和副車架的后臺支撐架相連。
The feeding and discharging system of the fully automatic mixer consists of the feed hopper, the discharge hopper, the main discharge chute, the auxiliary discharge chute, the bracket, the locking frame, etc. It is an important part of the fully automatic mixer, which directly affects the speed and quality of feeding and discharging. The feed hopper and the discharge hopper are connected with the rear support frame of the sub frame through a bracket.
出料斗及主卸料槽內加有襯板，襯板采用高強度細晶粒合金鋼，其耐磨能力為Q345A(原16Mn)的1.59倍，大幅度的提高了耐磨性。主卸料槽能使混凝土朝所要求的方向卸出，副卸料槽起延長主卸料槽的長度的作用。
The discharge hopper and main discharge chute are equipped with lining plates. The lining plates are made of high-strength fine grain alloy steel, and their wear resistance is 1.59 times that of Q345A (original 16Mn), greatly improving the wear resistance. The main discharge chute can discharge the concrete in the required direction, and the auxiliary discharge chute can extend the length of the main discharge chute.
在副卸料槽接長時，拉下副卸料槽上的鎖柄，鎖緊。鎖緊架在卸料槽不工作時，將主卸料槽鎖定。卸料槽不工作時，將其向里一推，便會自動鎖定，掀下鎖柄，即可將卸料槽拉出。
When the auxiliary discharge chute is extended, pull down the lock handle on the auxiliary discharge chute and lock it. When the discharge chute does not work, the locking frame locks the main discharge chute. When the discharge chute does not work, push it inward to automatically lock it. Lift the lock handle to pull out the discharge chute.
卸料槽控制桿起回轉支撐卸料槽，及調節卸料槽槽口的上下位移的作用，采用螺旋絲杠傳動，定位準確，聯接可靠，移動時輕巧省力。鎖緊桿將轉任意一位置的卸料槽鎖定。掀下手柄，即可解除鎖定。
The control rod of the discharge chute acts as a rotary support for the discharge chute and adjusts the up and down displacement of the discharge chute notch. It is driven by a screw lead screw, with accurate positioning, reliable connection, and light and labor-saving movement. The locking lever will turn to lock the discharge chute in any position. Lift the handle to unlock it.
操作系統
operating system
全自動攪拌車操作系統由控制器、聯動軸、軟軸及連桿機構組成,主要控制攪拌筒的轉速及旋轉方向。
The fully automatic mixer operating system consists of a controller, a linkage shaft, a flexible shaft and a linkage mechanism, which mainly controls the speed and direction of rotation of the mixing drum.
全自動攪拌車后部兩側各布置一套控制器，左右控制器可以實現聯動，控制器上只有一根操縱桿，接出端分別通過連桿機構連接到變量泵上，通過改變泵上控制柄的角度來調節油泵的流量，從而實現控制筒體轉動的方向和速度，通過左右移動手柄來控制。
A set of controllers are arranged at both sides of the rear of the fully automatic mixer truck. The left and right controllers can realize linkage. There is only one control lever on the controller. The outlet end is connected to the variable displacement pump through the linkage mechanism. The flow of the oil pump is adjusted by changing the angle of the control handle on the pump, so as to control the direction and speed of cylinder rotation, which is controlled by moving the handle left and right.
該手柄同時還端通過軟軸連到發動機的油門上，在需要加大轉速時可上下移動來操縱手柄，控制此操縱桿來實現筒體轉速的提高。
At the same time, the handle is also connected to the accelerator of the engine through a flexible shaft. When the speed needs to be increased, it can be moved up and down to control the handle, so as to increase the cylinder speed.
電器系統
Electrical system
全自動攪拌車的電器系統由三部分組成：冷卻風扇控制部分和后示廓燈部分。冷卻風扇控制部分：冷卻風扇的起停由溫度開關自動控制，溫度高于65℃時風扇啟動，低于60℃時風扇停止。
The electrical system of the fully automatic mixer consists of three parts: the cooling fan control part and the rear position lamp part. Cooling fan control part: the start and stop of the cooling fan is automatically controlled by the temperature switch. The fan starts when the temperature is higher than 65 ℃ and stops when the temperature is lower than 60 ℃.
溫度開關位于冷卻器上，繼電器與保險片在蓄電池旁電源繼電器盒內。后示廓燈部分：后示廓燈用于夜間表示車后部輪廓大小，與后牌照燈同時點亮與熄滅。
The temperature switch is located on the cooler, and the relay and fuse are located in the power relay box beside the battery. Rear position lamp: the rear position lamp is used to indicate the size of the rear contour at night, and it is turned on and off at the same time as the rear license plate lamp.
全自動攪拌車冬期施工時，應切實做到：開機前檢查是否結冰，下班時認真排除拌筒內及供水系統內殘存積水。關閉水泵開關，將控制手柄置于“停止”位置。更多相關的注意事項就來我們網站http://www.bflrsn.cn進行咨詢吧！
During the winter construction of the fully automatic mixer, it shall be ensured that: before starting up, check whether there is ice, and carefully remove the residual water in the mixing drum and water supply system when off duty. Turn off the water pump switch and place the control handle at the "Stop" position. More relevant precautions come to our website http://www.bflrsn.cn Consult!
