3ft Simons Cone Crusher

3ft Simons Cone Crusher

The 3ft simons cone crusher safety system is overload protection device, the metal foreign body through the crushing chamber without damage to the machine, uses dry oil seal form, powder and lubricating oil isolation, ensure the reliable work.It can be widely used in metal and non-metallic minerals, cement plants, construction, sand and gravel metallurgy and other industries.

Introduce of 3ft Simons Cone Crusher

The 3ft simons cone crusher safety system is overload protection device, the metal foreign body through the crushing chamber without damage to the machine, uses dry oil seal form, powder and lubricating oil isolation, ensure the reliable work.It can be widely used in metal and non-metallic minerals, cement plants, construction, sand and gravel metallurgy and other industries.

Simons cone crusher is based on the introduction and absorption of foreign technology, according to the needs of customers, based on laminated broken principle and the design and development of multi broken small grinding concept set of high frequency, optimized cavity and reasonable stroke in one of the modern high-performance crusher.

Working principle of 3ft Simons Cone Crusher

The cone crusher is composed of a dynamic cone and a fixed cone. The movable cone cone pressure mounted on the spindle (Kennedy axis), tapered hole in the spindle end is inserted into the eccentric sleeve. The eccentric shaft sleeve in the taper hole with bronze bushings or nylon lining. When the drive gear drives the eccentric shaft sleeve rotates, deeply eccentric sleeve spindle drives the movable cone for swing movement, so that the movable cone cone and the fixed cone away, produce crushing and discharging.

The supporting ring is arranged on the upper part of the machine frame, and the spring and the frame are close to the frame. Crushing machine, high pressure oil into locking cylinder to ascend the piston, the lock nut and the adjustment ring slightly jacked up, make both sawtooth thread is inclined tightly. When adjusting the discharging port, the locking cylinder is required to discharge pressure to relax, and then start the hydraulic system to drive the cylinder to move, so as to drive the adjusting ring to the left or to the right.