Circular vibrating screen_ya type circular vibrating screen

Product Description

The advantages of ya-type circular vibrating screen

The trajectory of circular vibrating screen is close to a circle, so Referred to as circular vibrating screen, it is a new type of multi-layer, high-efficiency vibrating screen;

Using low-stress damping springs, low operating noise;

Using ring groove rivets and plate type The frame structure of the screen box has high strength;

A wear-resistant rubber screen can be provided, which can make the material stuck in the screen hole jump out and prevent the screen hole from being blocked.

Working principle of ya type circular vibrating screen

The circular vibrating screen adopts a cylindrical eccentric shaft exciter and an offset block to adjust the amplitude. The vibrator is installed on the side plate of the screen box and is The motor is driven to rotate by the V-belt, generating centrifugal inertia force, forcing the screen box to vibrate. The side plate of the screen is made of high-quality steel plate, and the side plate is connected with the beam and the base of the vibration exciter with high-strength bolts or ring-groove rivets. The sieve machine is seat-mounted. The adjustment of the inclination of the screen surface can be achieved by changing the height of the spring support.

Circular vibrating screens are generally installed on the right side of the screen frame, and can also be installed on the left side of the screen frame. If there is no special requirement, the manufacturer installs and supplies the material on the right side of the material movement direction.

Product Image

circular vibrating screen Principle of circular vibrating screen circular vibration Sieve

Product FAQ

1. What are the operating points of the circular vibrating screen?

(1) The operator should read the duty record before working and conduct a general inspection of the equipment. Check the tension of the V-belt, the oil level in the vibrator, check the tension of the screen surface, the tightening of the bolts of each part, and the damage of the screen surface.

(2) The start of the vibrating screen should follow the sequence of the process system.

(3) When the vibrating screen is working, it is necessary to visually and auditorily check the working conditions of the exciter and the screen box. After the vibrating screen is stopped, touch the vicinity of the bearing cover with your hand to check the temperature rise of the bearing.

(4) The shutdown of the vibrating screen should conform to the sequence of the process system. Except for special requirements, the vibrating screen is strictly forbidden to continue feeding to the screen after stopping with material.

(5) The technical status of the applied vibrating screen and the faults found should be recorded in the duty record when the shift is transferred. The vibration screen record should indicate the damage category of the parts and the date of refilling and changing the oil of the exciter.

2. How is the daily inspection of the circular vibrating screen carried out?

Regular inspection of the circular vibrating screen is very important. Workers need to regularly check whether the coarse mesh, fine mesh and spring are fatigued and damaged, and whether various parts of the fuselage are damaged due to vibration, and the parts that need to be lubricated must be lubricated.

Product Parameter

< th>Inclination (° )

Model	Sieve surface			Maximum feeding size ( mm)	Processing capacity (t/h)	Motor		Weight (kg)
Model	Area (m2)	Screen size (mm)	Model	Maximum feeding size ( mm)	Processing capacity (t/h)	Power (kW)		Weight (kg)
YA1236	20	6~50	200	80~240	Y160M-4	11	4905
2YA1236				80~240	Y160M-4		5311
YA1530				4.5	80~240		Y160M-4	4675
YA1536				5.4	100~350		Y160M-4	5137
2YA1536			400		100~350	Y160L-4	15	5624
YAH1536		30~150			160~650	Y160M-4	11	5621
2YAH1536		30~150; 6~50			160~650	Y160L-4	15	6045
YA1542		6.5	6~50	200	110~385	Y160M-4	11	5515
2YA1542		6.5	30~150		110~385	Y160L-4	15	6098
YA1548		7.2	6~50		120~420	Y160L-4		5918
2YA1548		7.2	6~50		120~420	Y160L-4		6321
YAH1548		7.2	30~150	400	200~780	Y160L-4		6842
2YAH1548		7.2	30~150 ； 6~50	400	200~780	Y160L-4		7404
YA1836		6.5	30~150	200	140~220	Y160M-4	11	5205
2YA1836		6.5	30~150	200	140~220	Y160L-4	15	5946
YAH1836		6.5	30~150	400	220~910	Y160M-4	11	5900
2YAH1836		6.5	30~150； 6~50	400	220~910	Y160L-4	15	6353
YA1842		7.6	6 ~150	200	140~490	Y160L-4	15	5829
2YA1842		7.6	6 ~150	200	140~490	Y160L-4	15	6437
YAH1842		7.6	30~150	400	450~800	Y160L-4	15	6352
2YAH1842		7.6	30~150； 6~50	400	450~800	Y160L-4	15	7037
YA1848	8.6	20	6~50	200	150~525	Y160L-4	15	6289
2YA1848	8.6		6~50	200	150~525	Y160L-4	15	6624
YAH1848	8.6		30~150	400	250~1000	Y160L-4	15	7122
2YAH1848	8.6		30~150； 6~50	400	250~1000	Y160L-4	15	7740
YA2148	10		6~50	200	180~630	Y180M-4	18.5	9033
2YA2148	10		6~50	200	180~630	Y180L-4	22	10532
YAH2148	10		13~200	400	270~1200	Y180M-4	18.5	10430
2YAH2148	10		30~150； 6~50	400	270~1200	Y180L-4	22	11190
YA2160	12.6		6~80	200	230~800	Y180M-4	18.5	9926
2YA2160	12.6		6~50	200	230~800	Y200L-4	22	11249
YAH2160	12.6		30~150	400	350~1500	Y200L-4	30	12490
2YAH2160	12.6		30~150； 6~50	400	350~1500	Y200L-4	30	13858
YA2448	11.5		6~50	200	200~700	Y180 M -4	18.5	9834
YAH2448	11.5		6~50	400	310~1300	Y200L-4	30	11830
2YAH2448	11.5		30~150； 6~50	400	310~1300	Y200L-4	30	13012
YA2460	14.4		6~50	200	260~780	Y200L-4	30	12240
2YA2460	14.4		6~50	200	260~780	Y200L-4	30	13583
YAH2460	14.4		30~150	400	400~1700	Y200L-4	30	13096
2YAH2460	14.4		30~150； 6~50	400	400~1700	Y200L-4	30	14455