Tertiary Impact Crushers

YT series tertiary impact crushers are used in crushing the return of the soft and medium hard materials as a third crushing stage andto obtain high ratio of crushed sand. Due to its specially designedinside geometry they produce much more prcentage of fine product comparing with other crushers. The dimension of final crushed product can be somewhat controlled by mean of the adjustable breaking bars. These crushers which are produced in several different sizes are driven by an electrical motor via V-belt and pulley.

General Features

Ease of installation.
Ease of operation and maintenance.
High capacity and performance.
High quality manganese alloyed hammers.
Easy replacable manganese alloyed breaking bars.
Easy, fast and safe access to the inside of the crusher by hydraulically operated door assembly.

MODEL		YT 1110	YT 1113	YT 1115
Capacity	t/h	100 – 150	125 – 200	150 – 250
Rotor Dimensions	mm	Ø1.120 X 1.000	Ø1.120 X 1.250	Ø1.120 X 1.500
Drive Motor	kW	160	200	250
Weight	kg	14.500	16.250	17.750
L Dimension	mm	2.600	2.600	2.600
W Dimension	mm	1.950	2.280	2.580
H Dimension	mm	2.650	2.650	2.650

What is a Tertiary Impact Crusher?

Tertiary impact crushers are machines used in the third stage of crushing, designed primarily to produce finer materials. These crushers reduce the size of the material to smaller, more uniform dimensions, which is especially important for applications such as construction and asphalt production.

Operating Principle

Tertiary impact crushers operate with a high-speed rotor and impact bars attached to the rotor. The material is struck by the high-speed impact bars, which are accelerated by the rotor, and then further crushed by impact plates. The crushing process continues as the material repeatedly collides between the rotor and the impact plates until it reaches the desired size.

Key Components

Feed Opening: The part through which the material enters the crusher.
Rotor: The component that spins at high speed, to which the impact bars are attached.
Impact Bars: Parts that strike the material to break it.
Impact Plates: Fixed plates that the material strikes to further crush it.
Adjustment Mechanism: Used to adjust the size of the output product.
Frame: The main structure on which all components are mounted.

Advantages

High Crushing Efficiency: Effectively crushes medium to hard materials.
Fine and Uniform Product: Produces precise size and high-quality output.
Adjustability: Allows easy adjustment of output size and granulation.
Low Operating Costs: Durable components ensure long-lasting use and low maintenance.
Versatility: Capable of crushing various types of materials, providing flexibility.

Applications

Construction: Production of fine aggregates and preparation of concrete materials.
Asphalt Production: Manufacturing of high-quality asphalt materials.
Recycling: Reducing construction and demolition waste to manageable sizes.
Mining: Fine crushing of valuable minerals and ores.

Technical Specifications

The technical specifications of tertiary impact crushers may vary depending on the model and application. Some common specifications include:

Feed Size: Maximum size of material that the crusher can process.
Capacity: Amount of material that can be processed per hour.
Rotor Speed: Speed at which the rotor turns.
Motor Power: Power of the motor that drives the crusher.
Weight: Total weight of the crusher.

Types of Tertiary Impact Crushers

Hydraulic Tertiary Impact Crushers: Equipped with hydraulic adjustment mechanisms for easy and quick adjustments.
Mechanical Tertiary Impact Crushers: Operate with traditional mechanical adjustment mechanisms.

Conclusion

Tertiary impact crushers are ideal machines for producing fine and uniform materials. They are widely used in construction, asphalt production, and recycling industries due to their high crushing efficiency and ability to produce high-quality products. The adjustable output size and low operating costs make these crushers an economical and user-friendly choice.