离岸价格
获取最新报价1300 ~ 78530 / Set
|Minimum Order
位置:
Henan, China (Mainland)
最小订单价格:
最小订单:
1 Set
包装细节:
Standard containers, bare main machine, motors and small parts are packed in wooden cases.
交货时间:
Within 20-25 working days after receiving the down
供应能力:
100 Set per Month
付款方式:
T/T, L/C, D/A, D/P, Western Union
联系人 Ms. Rene
Tanxiang Road, Zhengzhou, Henan
Features
Electromagnetic vibrating feeder is
a kind of linear direction feeding equipment.It has features of
smooth vibrating, reliable in operation, long service life and
suitable for feeding. They are widely used in mining, building,
silicate and chemical industries for crushing and
screening.
Characteristics:
(1) Small cubage, light weight,
simple structure, easily fixed, no movement assembly, no
lubrication, maintain easily.
(2) Electromagnetic vibrating feeder uses up less electric energy because of the engine vibrating resonance principle and double plastid works at the low critical nearly resonance.
(3) The feeding size is higher accuracy because it can change and start or close material flow instantaneously.
(4) Control equipment of this series Electric-Magnetic Vibrating Machine adopts the controlled silicon half wave whole line. During the usage, the feeding size can be adjusted easily by adjusting the controlled
opened corner. The production line is controlled by concentrating
automatically.
(5) The damage of chute is little
because the material that in the chute is continuously thrown when
feeding, and along the track of parabola moves bound
toward.
(6) This series Electromagnetic vibrating feeder is not suitable for the flameproof conditions.
Parameter
Item
Model |
Feeding capacity
(t/h) |
Max.feeding size
(mm) |
Power
(w) |
Voltage
(v) |
Electric current
(a) |
Double amplitude
(mm) |
Clearance
(mm) |
Total weight
(kg) |
GZ1
|
5
|
*0
|
*0
|
**0
|
1≤
|
1.*5
|
1.**2.2
|
*5
|
GZ2
|
*0
|
*0
|
**0
|
**0
|
2.3≤
|
1.*5
|
1.**2.2
|
**5
|
GZ3
|
*5
|
*0
|
**0
|
**0
|
3.8≤
|
1.*5
|
1.**2.2
|
**5
|
GZ4
|
*0
|
**0
|
**0
|
**0
|
7≤
|
1.*5
|
1.**2.2
|
**0
|
GZ5
|
**0
|
**0
|
**0
|
**0
|
*0.6≤
|
1.*5
|
1.**2.2
|
**6
|