Description

This cone crusher HH series is a new type, combined the technology of single-cylinder cone crusher and PYY cone crusher, and adopted the advanced and optimized design concept. Applying better crushing frequency and eccentric distance, the percentage of medium fine particles is high, about *0% is smaller than the discharge port size, which can greatly improve the processing capacity of the subsequent equipments, and lower the whole power consumption. The handing capacity is greatly improved, due to the successful combination of crushing chamber of high performance and high crushing frequency; By adopting layer-crushing technology, most of the final particles are in cubic shape, which has hugely reduced the flaky particles. Technical Data Model Chamber Type Diameter of Large End of Crushing Cone(mm) Discharge Port Size(mm) Feed Opening Size of the Open Edge When Recommending the Min. Discharge Opening(mm) Max. Feeding Size(mm) Capacity(t/h) Motor Power(kw) HH***0 A Standard fine type **0 *4ï&frac*2;ž*8 **0 **0 **0ï&frac*2;ž**0 **0 HH***0 B Standard medium type **0 *8ï&frac*2;ž*8 **5 **2 **5ï&frac*2;ž**0 **0 HH***0 C Standard coarse type **0 *2ï&frac*2;ž*8 **0 **8 **5ï&frac*2;ž**0 **0 HH***0 A Standard fine type ***0 *6ï&frac*2;ž*5 **5 **5 **0ï&frac*2;ž**5 **0 HH***0 B Standard medium type ***0 *0ï&frac*2;ž*5 **1 **0 **0ï&frac*2;ž**5 **0 HH***0 C Standard coarse type ***0 *6ï&frac*2;ž*5 **5 **0 **0ï&frac*2;ž**5 **0 HH***0 A Standard fine type ***0 *6ï&frac*2;ž*0 **2 **0 **5ï&frac*2;ž**0 **5 HH***0 B Standard medium type ***0 *2ï&frac*2;ž*0 **0 **0 **0ï&frac*2;ž**0 **5 HH***0 C Standard coarse type ***0 *6ï&frac*2;ž*0 **0 **0 **0ï&frac*2;ž**0 **5 HH***0 A Standard fine type ***0 *9ï&frac*2;ž*0 **0 **2 **0ï&frac*2;ž**5 **0 HH***0 B Standard medium type ***0 *5ï&frac*2;ž*0 **3 **0 **5ï&frac*2;ž**5 **0 HH***0 C Standard coarse type ***0 *2ï&frac*2;ž*0 **5 **5 **5ï&frac*2;ž**5 **0 Notes: 1. The capacity indicated in the table depends on the feeding size, type of crushing chamber, density of material and water content. 2. The minimum discharge opening refers to the minimum discharge opening that can be realized without causing support sleeve to jump. It is related to material, and the discharge port size is adjustable. 3. The producing capacity can be attained only under the condition of open flow, and when compression strength is **0MPaï&frac*2;ž**0MPa, the water content not more than 4% , the oversize and undersize not more than *0% , and the load of motor between *5%**0% of full load as well as even feeding. 4. Specifications are subject to change without further notice.