Unitec MC Hydraulic Cone Crusher

THE NEW UNITEC-MC Hydraulic cone crushers are developed to produce sand and fine aggregate with the highest crushing ratio and the least liner wearing.

MC Cone Crusher

1. Mutual compatible structure of primary cone and secondary cone type

Replacement of liner aloe enables the conversion of the primary cone type and the secondary cone type.
Change of use is very easy at the time of plant movement and increase.

2. Concave replacement mechanism

With the improvement of the liner assembly method, the concave replacement time is shortened.
Maintenance is possible with the sleeve exchange at the site without welding.

3. Improvement of production volume for 16% or more.

Compared to same level of model, the production volume is increased for 16% or more.
The crushing chamber structure is appropriate to optimal crushing mechanism.

4. Hydraulics to open the crushing chamber

When the crushing chamber is clogged by the mantle in operation, the cleaning time is shortened.
It improves the operation rate and convenience of facilities.

MC Diagram

1. Shaft Housing 2. Counter Shaft 3. Housing Liner 4. Bevel Pinion 5. Thrust Plate 6. Eccentric 7. Bottom Cover 8. Main Shaft 9. Eccentric Bush 10.Frame Bush 11.RIB Liner 12.Bevel Gear 13. Spherical Seat 14. Dust Sealing 15. Release Cylinder 16.Main Frame 17. Top Frame 18. Setting Cylinder 19.Top Shell 20. Cap frame 21.Lock Post 22.Distributor 23.Tightener Washer 24.Hopper 25. Hopper Liner 26.Tightener Nut 27.Tightener 28. Concave 29 Mantle 30. Mantle Core 31. Release Spring 32.Counter Bearing

UNITEC-MC DIMENSIONS

MC Diagram2

Model	A	B	C	D	E	F	G	L
Unitec-MC100	1,800	1,900	1,600	1,600	410	540	1,100	4,200
Unitec-MC150	2,300	2,200	2,100	2,050	600	680	1,300	5,100
Unitec-MC200	2,500	2,150	2,050	2,200	600	680	1,750	5,300
Unitec-MC300	2,900	2,500	2,250	2,650	750	800	2,100	6,100
Unitec-MC600	3,500	3,100	2,850	3,200	1,050	980	2,000	7,000

Notes:

The above table is nominal dimensions.
% passing through a square mesh depending on the given setting.
The gradation and capacities shown are depended on the feed gradation, the crushing chamber, the material density, the material cleanliness, its moisture and its crushability.

MODEL AND CAPACITY

	F/O(mm)		Crushing Capacity(t/H)										R.P.M	Motor	Approx
Model	Closed	Open	Open Setting (mm)										R.P.M	Motor	Approx
No.	(mm)	(mm)	6	10	13	16	20	25	30	40	50	60		(kw)	(W/T)
MCC100	150	170			50	60	80	90	100	120			750	75	11
MCF100	75	100	30	55	65	75	90
MCC150	200	225			80	100	125	155	180	210	230
MCF150	100	135		80	100	125	155						650	130	20
MCC200	210	235				125	150	185	210	250	265
MCF200	90	120		95	125	150	185						580	160	23
MCC300	270	305					220	290	335	390	455	480
MCF300	135	175		145	185	220	260	290					550	220	43
MCC600	335	375						410	490	650	810	920
MCF600	190	250		260	310	360	410	440					500	375	72

Notes :

Crushing capacity varies with properties and sizes of raw materials.
The above table’s capacities are based on clean, dry and brittle materials similar to limestone.
Capacity based on materials having a bulk density of 1.6 and moisture.