Vibrating Motor

How it works

The output shaft of each end of the vibrating motor has a fixed eccentric block and an adjustable eccentric block. Adjusting the angle between the adjustable eccentric block and the fixed eccentric block can change the magnitude of the exciting force. The angle between the adjustable eccentric block and the fixed eccentric block is 0 degree when delivery, and the exciting force at this time is the rated exciting force of the vibration motor F.
Pay special attention, when adjusting the exciting force, adjust the adjustable eccentric block on the output shaft at both ends of the vibration motor to the same direction in the same direction.
Adjustment of exciting force steps :
1. Remove the protective cover.
2. Loosen the outside eccentric block and tighten the bolt.
3. Both sides of the eccentric block should be rotated in the same direction so that the alignment line on the shaft aligns with the excitation force value on the eccentric block to the required excitation force value, and check whether the two ends have the same angle.

 

The vibrating force and power are matched properly, the vibration force is large, the weight of the body is light, the volume is small, the mechanical noise is low.

Since the vibrating motor is a strong resistance type vibration instead of resonance, it has a stable amplitude.

The vibration frequency range is large. The vibration frequency of the electromagnetic exciter is fixed, generally equal to the power step rate, and the vibration frequency of the vibrating motor can be adjusted in a wide range by adjusting the rotation speed, the vibration frequency and amplitude can be arbitrarily selected according to different thorough routes.

When the influence of the power supply fluctuation is small, the electromagnetic exciter causes a large change in the excitation force due to the voltage change, but in the vibrating motor, this change is very small.

Multi-machine combination, can achieve self-synchronization to complete different process requirements.

The direction of the exciting force can be changed according to the installation method of the vibrating motor.

The excitation force and amplitude can be adjusted steplessly only by adjusting the angle of the eccentric block.

The maintenance is simple. Since the spring is not used like the electromagnetic type, maintenance work such as clearance adjustment and weight adjustment can be eliminated, and only the bearings need to be repaired regularly.

Complete specifications to meet the needs of various types of vibration machinery work.

Type	Speed (rpm)	MCF (n)	Power (kw)	Current AMP	Weight (kg)		Dimension(mm)
						FG	A	B	C	D	E	F	Фg	H	J	K	M	N	Drawbolt
XV 0.7-2	2870	700	0.15	0.38	12	A	130	80	136	244	122	182	11	77	147	18	50	140	M10
XV 1.5-2		1500	0.15	0.38	14	A	130	80	140	244	115	165	11	77	160	20	50	140	M10
XV 2.5-2		2500	0.25	0.58	16	A	130	80	140	244	115	165	11	77	160	20	50	140	M10
XV 5-2		5000	0.40	1.01	27	A	150	120	173	390	192	200	18	100	210	24	54	204	M16
XV 8-2		8000	0.75	1.76	45	A	170	140	192	450	210	220	18	110	225	20	60	224	M16
XV 10-2		10000	1.10	2.30	48	A	170	140	192	450	210	220	18	110	225	20	60	224	M16
XV 16-2		16000	1.50	3.59	70	A	200	140	246	473	224	260	18	140	305	25	60	282	M16
XV 20-2		20000	1.80	4.24	96	B	230	83	258	568	275	280	22	157	330	25	75	325	M20
XV 30-2		30000	2.00	4.92	158	B	248	105	300	620	300	310	22	172	365	28	75	345	M20
XV 1.5-4	1460	1500	0.15	0.30	14	A	130	80	140	244	115	165	11	77	160	20	50	140	M10
XV 2.5-4		2500	0.15	0.32	16	A	130	80	140	244	115	165	11	77	160	20	50	140	M10
XV 5-4		5000	0.25	0.65	36	A	150	120	173	390	192	200	18	100	210	24	54	204	M16
XV 8-4		8000	0.40	1.14	48	A	170	140	192	450	210	220	18	110	225	20	60	224	M16
XV 10-4		10000	0.55	1.50	52	A	170	140	192	450	210	220	18	110	225	20	60	224	M16
XV 16-4		16000	0.75	1.91	70	A	200	140	246	473	224	260	18	140	305	25	60	282	M16
XV 20-4		20000	1.10	2.60	78	A	200	140	246	473	224	260	18	140	305	25	60	282	M16
XV 25-4		25000	1.50	3.72	112	B	230	83	258	568	275	280	22	157	330	25	75	335	M20
XV 32-4		32000	2.00	4.69	140	B	248	105	300	620	300	310	22	172	365	28	75	345	M20
XV 40-4		40000	2.20	5.06	145	B	248	105	300	620	300	310	22	172	365	28	75	345	M20
XV 50-4		50000	2.50	6.25	218	B	280	118	353	645	340	345	26	190	410	35	85	390	M24
XV 75-4		75000	4.00	10.14	275	B	320	120	373	815	370	405	32	200	435	33	102	410	M30
XV 120-4		120000	8.00	19.40	480	B	440	140	420	896	420	520	38	225	510	45	130	470	M36
XV 140-4		140000	10.00	24.16	620	C	460	118	480	940	490	560	38	260	520	35	120	560	M36
XV 160-4		160000	10.00	24.16	660	C	460	118	480	940	490	550	38	260	520	38	120	550	M36
XV 2.5-6	980	2500	0.25	0.70	38	A	150	120	197	375	192	200	18	100	265	25	54	204	M16
XV 5-6		5000	0.40	1.23	53	A	170	140	192	455	210	220	18	110	270	20	60	224	M16
XV 8-6		8000	0.55	1.68	60	A	170	140	250	455	224	220	18	140	300	20	60	282	M16
XV 10-6		10000	0.75	2.11	74	A	200	140	246	473	224	260	18	140	305	25	60	282	M16
XV 16-6		16000	1.10	3.03	82	A	200	140	246	473	230	245	18	140	315	22	60	282	M16
XV 20-6		20000	1.50	3.77	120	B	230	83	258	568	275	280	22	157	330	25	75	335	M20
XV 30-6		30000	2.20	5.47	160	B	248	105	300	620	300	310	22	172	365	28	75	345	M20
XV 40-6		40000	3.00	7.20	170	B	248	105	300	620	300	310	22	172	365	28	75	345	M20
XV 50-6		50000	3.70	9.28	228	B	280	118	353	645	340	340	26	190	410	35	85	390	M24
XV 75-6		75000	5.50	13.31	340	B	320	120	373	815	370	405	32	200	435	33	102	410	M30
XV 100-6		100000	7.50	17.93	473	B	380	140	420	865	420	460	32	225	470	32	120	470	M30
XV 120-6		120000	8.50	19.76	510	B	440	140	420	896	420	520	38	225	510	45	130	470	M36
XV 140-6		140000	9.50	21.70	660	C	460	118	480	940	490	560	38	260	520	35	120	560	M36
XV 160-6		160000	12.00	27.37	710	C	460	118	480	940	490	560	38	260	520	35	120	560	M36