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CRUSHING EQUIPMENT «

Vibrating cone crushers

The crushers are designed for crushing hard brittle materials of compressive strength within 3000 kg/cm2 containing not more than 4% moisture. For higher moisture content the crusher may be operated with supply of water into the crushing chamber from a special facility

Features

 reduction ratio is 1,5 - 2 times higher than in conventional cone crushers;
the required product size is easily obtained as per the customers specifications (by using, for example, a remote control system);

choke-feed operation (no need for feeding devices) due to specific kinematics and crushing chamber profile;

no massive foundation required due to “soft” vibration damping;

 no danger of drive mechanism overload and breakdown caused by occasional uncrushable objects occurring in the crushing chamber;

 remote control of discharge opening setting to compensate for the liners wear;

 a wider range of capacities and product sizes can be achieved in wet crushing mode by changing crushing force and water consumption.

Application

• KID-300, 450 and 600 crushers can be used to the best advantage for crushing abrasives, refractories and aggregates as well as industrial wastes (foundry slags, worn abrasive tools, storage batteries, luminescent lamps etc.)
• KID-900 and KID-1200 crushers are used mostly for crushing mineral rocks, slags, cement clinker and the like materials.
• The largest KID-1750 and KID-2200 crushers are used mainly in mining and building industries.

If the crusher is intended for other special purposes some tests are required to specify its parameters and to adapt the crusher to operation conditions to make it most efficient.

Technical data

Type — Bowl liner type	Cone base dia. mm	Feed size, mm ) Dmax — *) D80	Capacity, m3/h	Max. product size (dmax), mm	Drive motor, kW	Overall dimensions, mm Length — Width — Height	Mass, t, max.
KID-300 — 1-st liner type	300	25 — 16	0,6	2	11	1420 — 825 — 1175	1,35
KID-300 — 2-nd liner type	300	35 — 20	1,0	4	11	1420 — 825 — 1175	1,35
KID-450 — 1-st liner type	450	35 — 25	2,5	4	37	1835 — 1050 — 1440	3,7
KID-450 — 2-nd liner type	450	55 — 40	4,0	10	37	1835 — 1050 — 1440	3,7
KID-600 — 1-st liner type	600	50 — 40	10	5	75	2500 — 1500 — 2250	8,3
KID-600 — 2-nd liner type	600	80 — 50	15	20	50	2500 — 1500 — 2250	8,3
KID-900 — 1-st liner type	900	60 — 50	25	7	160	3260 — 1970 — 2580	20,5
KID-900 — 2-nd liner type	900	120 — 90	35	30	135	3260 — 1970 — 2580	20,5
KID-1200 — 1-st liner type	1200	80 — 60	50	8	200	3800 — 2500 — 2630	29,4
KID-1200 — 2-nd liner type	1200	140 — 110	75	35	160	3800 — 2500 — 2630	29,4
KID-1500 — 1-st liner type	1500	140 — 110	80	10	250	4500 — 3000 — 3900	62,2
KID-1500 — 2-nd liner type	1500	175 — 140	180	40	200	4500 — 3000 — 3900	62,2
KID-1750 — 1-st liner type	1750	90 — 70	90	12	400	5800 — 3500 — 4500	100
KID-1750 — 2-nd liner type	1750	180 — 140	160	40	315	5800 — 3500 — 4500	100
KID-2200 — 1-st liner type	2200	120 — 90	160	14	630	6000 — 4000 — 6000	180
KID-2200 — 2-nd liner type	2200	240 — 200	240	50	400	6000 — 4000 — 6000	180

Remarks:

*) Dmax - screen opening with 100% material passing through
**) D80 - screen opening with 80% material passing through
1- bowl liner type for standard feed size
2 -bowl liner type for larger feed size
1. The above data were obtained in dry crushing.
2. The choice of bowl liner type depends on maximum feed size.
3. Maximum product size is a function of the crushing force and crushing chamber profile.
4. Drive motor power is given for heavy duty operation.
5. The data presented can fluctuate depending on physical and mechanical properties of material to be crushed
6. Product size distribution can be determined by the curves presented only approximately.

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