Reveal the main components of JS mixer

The mixing drum in the JS concrete mixer is the core component of the mixer. It is a cylindrical structure with a mixing blade on the inner wall, which is responsible for mixing the concrete raw materials evenly. The mixing blades are fixed on the inner wall of the mixing drum and have different shapes and layouts to ensure the uniformity and quality of the concrete. The feeding device includes a feeding port, a metering device and a feeding system, which are used to put concrete raw materials into the mixing drum. The discharging device consists of a discharging port, a discharging door and a discharging system, which are used to discharge the mixed concrete.

The transmission device consists of an electric motor, a reducer, a transmission shaft and a gear system to drive the rotation of the mixing drum. The electric motor is used as a power source, usually an AC or DC motor, to drive the mixing drum and the transmission device. The hydraulic system controls the lifting, tilting and discharging operations of the mixing drum to ensure smooth discharge of concrete.

The support structure and base support the operation and stability of the entire mixer, including the frame, support legs and base. The control system monitors and controls the operation of the mixer, and can manually or automatically control the mixing process to ensure the quality and production efficiency of the concrete. The water system is used to add water to the mixing drum to adjust the fluidity and humidity of the concrete, which helps to mix evenly.

The electrical system includes control circuits, sensors and protective devices to ensure the safe operation of the mixer and the protection of the equipment. In addition, it also includes various accessories and parts, such as mixing blades, bearings, seals, shock absorbers, etc., which are used to maintain and maintain the normal operation of the mixer.

These main components work together to ensure that the JS concrete mixer can complete the concrete mixing task efficiently and stably, and is widely used in engineering fields such as construction, roads and water conservancy.