Jaw Crusher Parts. Although the jaws do the work, the real heart of the jaw crusher and its components are the toggle plates, the pitman, and the ply wheel.. These are the parts and components that generate the crushing action and provide the energy needed to break the ore.
The eccentric throw is one of the most important parameters in defining the job that your cone crusher does. The mantle in a cone crusher spins in conical pendulum motion. That means it doesn’t stay in the center of the chamber – it sweeps around moving closer and further away from the concave. This is what creates the crushing action. At a given point on the concave, material is
actuating mechanism (eccentric and driving gears), and in its upper part a cone shaped crushing chamber, lined with wear resisting plates (concaves). Construction detail and working of the crusher is as under. The main shaft of the crusher is journaled in the spider bearing and in the eccentric bearing assembly.
Jaw crusher structure. The main structure of jaw crusher is composed of main frame, movable jaw plate of jaw crusher, fixed jaw plate, cheek plate, guard plate, eccentric shaft bearing, jaw crusher eccentric shaft, toggle plate, adjustment setting and so on. Among them there are some wear parts that need replacement.
Such known crushers (e. g. manufactured by Kennedy Van Saun, , Iowa Manufacturing Co. and others) consist of a stationary jaw and a swing jaw mounted directly on the eccentric shaft so that it receives downward and forward motions. The lower end of the swing jaw is held in position against the toggle by a tension rod.
Jaw crusher parts that contain frame, movable and stationary plate, bearing, eccentric shaft, toggle jaw, flywheel, eccentric shaft, belt pulley, back-moving spring, jaw plate crusher parts. Solid and durable property. JXSC the crushers machine with a non-welded frame has been proved that it has outstanding solid and durable strength. All the
the moving jaw, and based on this defines the formula to define the optimal number of revolutions the eccentric shaft. Under the optimum number of revolution the eccentric shaft, the number of revolutions is assumed to ensure that the crusher achieves the maximum crushing capacity. Keywords: jaw crusher, capacity, optimum speed, shaft
Such known crushers (e. g. manufactured by Kennedy Van Saun, , Iowa Manufacturing Co. and others) consist of a stationary jaw and a swing jaw mounted directly on the eccentric shaft so that it receives downward and forward motions. The lower end of the swing jaw is held in position against the toggle by a tension rod.
The single-toggle crusher is also known as an overhead eccentric for its eccentric shaft is up above compared to the Dodge which has its shaft below/under. Here, the eccentric is integrated into the “swing” jaw plate that’s moving up/down as the flywheel rotated by the motor.
The differences between jaw crusher and other secondary crusher. Firstly, they differ in the working principle. For jaw crusher, the driving power of the generator leads to the movement of the swing jaw and of the eccentric shaft and then the materials are crushed. While the working principle of cone crusher is laminated crushing.
Eccentric shaft, the main drive part plays an important role in the operation process. However, during daily production process, due to the overload operation of jaw crusher, the hardness of crushed material and the quality of toggle plate is not up to the standard, the eccentric shaft of jaw crusher is easy to be broken.
Jaw Crusher Eccentric Shaft is installed on the top of the jaw crusher. It runs through the movable jaw, pulley and flywheel. All of them are connect with each other by the eccentric shaft. The rotation of eccentric shaft causes a compressive action of the moving jaw. Jaw crusher eccentric shaft is constructed with large dimensions of alloy
The eccentric throw is one of the most important parameters in defining the job that your cone crusher does. The mantle in a cone crusher spins in conical pendulum motion. That means it doesn’t stay in the center of the chamber – it sweeps around moving closer and further away from the concave. This is what creates the crushing action. At a given point on the concave, material is
On the overhead eccentric style Jaw Crusher, the moving swing jaw is suspended on the eccentric shaft with heavy-duty double roll spherical roller bearings. The swing jaw undergoes two types of motion: one is a swing motion toward the opposite chamber side (called a stationary jaw die due to the action of a toggle plate), and the second is a
The core parts of jaw crusher are bearings and eccentric shafts to support the swing of the static and the movable jaw. The eccentric shaft is used to connect belt pulley and flywheel. And the wear of eccentric shaft and bearing is common in the jaw crusher with sliding bearings.
Eccentric shaft, the main drive part plays an important role in the operation process. However, during daily production process, due to the overload operation of jaw crusher, the hardness of crushed material and the quality of toggle plate is not up to the standard, the eccentric shaft of jaw crusher is easy to be broken.
Jaw Crusher Eccentric Shaft is installed on the top of the jaw crusher. It runs through the movable jaw, pulley and flywheel. All of them are connect with each other by the eccentric shaft. The rotation of eccentric shaft causes a compressive action of the moving jaw. Jaw crusher eccentric shaft is constructed with large dimensions of alloy
jaw crusher eccentric shaft | India Crushers. PE400 × 600 Jaw Crusher eccentric shaft taper bearing the original short life, although well-lubricated and sealed, but the general use of 1000-1500h bearing on the …
Jaw Crusher Structure. The main structure of jaw crusher is composed of main frame, movable jaw plate, fixed jaw plate, cheek plate, guard plate, eccentric shaft bearing, eccentric shaft, toggle plate, adjustment setting and so on. Among them there are some wear parts that need replacement. Generally speaking, jaw crusher spare parts are jaw
The differences between jaw crusher and other secondary crusher. Firstly, they differ in the working principle. For jaw crusher, the driving power of the generator leads to the movement of the swing jaw and of the eccentric shaft and then the materials are crushed. While the working principle of cone crusher is laminated crushing.
Jaw Crusher Eccentric Shaft is installed on the top of the jaw crusher. It runs through the movable jaw, pulley and flywheel. All of them are connect with each other by the eccentric shaft. The rotation of eccentric shaft causes a compressive action of the moving jaw. Jaw crusher eccentric shaft is constructed with large dimensions of alloy
Eccentric shaft, the main drive part plays an important role in the operation process. However, during daily production process, due to the overload operation of jaw crusher, the hardness of crushed material and the quality of toggle plate is not up to the standard, the eccentric shaft of jaw crusher is easy to be broken.
The core parts of jaw crusher are bearings and eccentric shafts to support the swing of the static and the movable jaw. The eccentric shaft is used to connect belt pulley and flywheel. And the wear of eccentric shaft and bearing is common in the jaw crusher with sliding bearings.
On the overhead eccentric style Jaw Crusher, the moving swing jaw is suspended on the eccentric shaft with heavy-duty double roll spherical roller bearings. The swing jaw undergoes two types of motion: one is a swing motion toward the opposite chamber side (called a stationary jaw die due to the action of a toggle plate), and the second is a
Single-toggle jaw crushers – design and operating principle Technical data | Single-toggle jaw crusher Design Single-toggle jaw crushers are characterized by the swing jaw being suspended directly on the eccentric drive shaft and the lower part of the swing jaw being braced against the crusher frame by means of a toggle plate.
The twin-jaw crusher (Fig. 2) has the second swing jaw instead of the stationary one and is mirror aligned to and synchronized with the first jaw. In the pitman-type crusher (Fig. 3), the movable jaw 3 is swung on an axle 16, whereas the eccentric shaft 6 carries pitman arms 17 reciprocating in a vertical plane.
Structure of jaw crusher mainly include frame, eccentric shaft, big pulley, flywheel, moving jaw, side guard plate, toggle plate, toggle plate back seat, adjusting screw gap, the reset spring, fixed jaw plate and movable jaw etc. , the toggle plate also play a role as insurance bracket .
The moveable jaw stock is the main moving part in a jaw crusher. It forms the moving side of the jaw, while the stationary or fixed jaw forms the other. It achieves its movement through the eccentric movement of the crusher main shaft. It is the back and front (to and fro) movement of the moveable jaw stock that gives
In a typical jaw crusher, two outer bearings located on either side of the main frame support an eccentric shaft, while two inner bearings support a movable jaw. These are commonly known as “Pitman” bearings. The reciprocating motion of the shaft moves the Pitman against a second, stationary jaw. As material reaches the bottom of the
The first shaft is a pivoting shaft on the top of the crusher, while the other is an eccentric shaft that drives both toggle plates. The chewing movement, which causes compression at both material intake and discharge, gives the single toggle jaw better capacity, compared to a double toggle jaw of similar size.