【 Feed particle size 】: fine 2100mm | medium 310mm 【 Production capacity 】: fine 200-650t/h | medium 650-1150t/h 【 Application fields 】: mining, sand and gravel field, construction, road construction, concrete mixing plant, dry powder mortar, chemical industry and other industries. 【 Applicable materials 】: River pebbles, granite, basalt, limestone, iron ore, quartz, bluestone, etc.
The SK series single cylinder hydraulic cone crusher is developed and designed based on the technological progress in the field of cone crushers at home and abroad. There are three specifications, each with three cavity shapes: coarse, medium, and fine.
It has enormous crushing capacity, is reliable and durable, can operate continuously and stably, and has a high crushing ratio, high efficiency, low energy consumption, uniform product particle size, and easy adjustment. It is a commonly used equipment in stone breaking machines.
Widely used for crushing raw materials in metallurgy, construction, and road construction industries, it can crush various ores and rocks with medium and above hardness.
SK. Y series single cylinder hydraulic cone crusher highlights its advantages
1. Optimize the structure to make equipment installation and maintenance easier, and more robust and durable.
2. Improve the sliding bearings to adapt to higher speeds, increase the spindle swing speed, make the product particle size and shape more uniform, and increase production.
3. Adopting spiral bevel gear transmission, it runs smoothly, has low noise, and strong load-bearing capacity.
4. Adopting a hydraulic system to adjust the discharge, the discharge port can be adjusted during equipment operation without affecting production, and it has an automatic compensation discharge port function, saving time and effort.
5. Equipped with a wireless remote control, the discharge port can be remotely adjusted.
6. Equipped with a remote control system with high automation level, it can remotely monitor the crushing operation parameters.
7. The hydraulic system consists of three parts: the cleaning chamber, the adjustment section, and the safety unloading circuit, making the cleaning chamber of the machine more efficient and stable. The overload protection response time is shorter and the response speed is more sensitive, so that the host can receive safer protection.
Working principle of SK. Y series single cylinder hydraulic cone crusher
The motor drives the small gear of the crusher, and the small gear drives the large gear. The large gear assembly (large gear, large gear frame, eccentric steel sleeve) drives the eccentric sleeve assembly (eccentric cylinder liner, eccentric copper sleeve) and the main shaft assembly (main shaft, inner cone, inner cone liner) to revolve around the theoretical vertical line in the copper sleeve. The main shaft assembly can rotate around the centerline of the main shaft in the eccentric copper sleeve. When the machine is running empty, the eccentric sleeve component "holds" the main shaft component and revolves together with the large gear. When the material is added to the crushing chamber, the main shaft assembly (main shaft, inner cone) slowly rotates inside the eccentric copper sleeve under the resistance of the material.
The trajectory of the inner cone appears to oscillate back and forth within the crushing chamber, while slowly rotating. The material is crushed by the swinging inner cone. The connection between the support sleeve and the frame is compressed by a hydraulic cylinder. When metal blocks or other unbreakable objects fall into the crusher, the moving cone of the single cylinder is supported by the bottom hydraulic piston, which plays a role in adjusting the discharge port, protecting against iron overload, and repeatedly lifting and lowering to remove blockages.
Technical parameters of SK. Y series single cylinder hydraulic cone crusher
| model
|
feature
(Eccentricity mm)
|
Maximum feeding particle size (mm)
|
Adjustment range of ore discharge outlet (mm)
|
Processing capacity during open circuit production (t/h)
|
Main motor power (KW)
|
Machine reference weight (t)
|
|
SK.Y.1200
|
19 |
210
|
20~40
|
200~450
|
160
|
18
|
|
SK.Y.1500
|
15 |
230
|
25~40
|
350~700
|
315
|
24
|
|
SK.Y.1800.S
|
20 |
250
|
25-50
|
350-680
|
355
|
31
|
|
SK.Y.1800.Z
|
20 |
250 |
40-80 |
480-910 |
355 |
31 |
|
SK.Y.1800.C
|
20 |
310 |
65-100 |
800-1150 |
355 |
33 |
Note 1: The reference weight of the machine in the table does not include the weight of the electric motor, electrical control equipment, lubrication station, and hydraulic station.
Note 2: The processing capacity of the crusher in the table is the design throughput when the following conditions are met:
The moisture content of the material shall not exceed 4% and shall not contain clay;
The fine particle material at the small fish discharge outlet accounts for less than 10% of the total feeding amount, and the feeding is evenly distributed around the 360 ° circumference of the crushing chamber;
The loose density of the feed is 1.6t/m ³.