It adopts integral coupling assembly, which can reduce the elastic shaft couplings power consumption, noise and abrasion, thus increasing efficiency. The rotor is made through extensively researching and three-dimensional CAD, with higher efficiency, minimum sliding and service life.

*. Compare with centrifugal pump (pump milk):
A) cam and rotor pump belongs to Volume Pump, the transfer flow can be controlled precisely or can be made to variable capacity pump easily. And the outlet flow is beyond the control of the centrifugal pump, with the decline in the increase of resistance cam and rotor pump has strong self-priming power, and the centrifugal pump should be full of water before operation.

B) speed of cam and rotor pump revolution is low, generally between 200rpm to 600rpm. Output materials has been steadily delivered and its components will not be destroyed. And high speed centrifugal pumps, the delivery of materials subject to powerful centrifugal force of the impact and role Therefore, it always happens that Component differs when centrifugal pump deliveries. And cam and rotor transfer pump is the best choice to solve this problem. So it is particularly applicable to transfer Blend material and even mixture of solid particles.

*, compare with screw pump (MC Pump): Both are Volume Pump Therefore, their performance is similar which can transfer high-viscosity material with higher transportation pressure. But the greatest flaw of screw pump makes its unavailable for occasion of Hygiene requirements. The flaw is that the Worn out of screw-sculptured surfaces covered fluorine and Rubber material, It is likely to cause transfer material damaged by pollution. And for Streamline basic structure and no dead spots and non-metallic pieces of cam and rotor transfer pump, so strictly speaking, in food and beverages, pharmaceutical, and other industries with high health requirements, cam and rotor transfer pump application Especially now degree of automation of the production line increasingly faster. Meanwhile more and more use of CIP-line (local) cleaning. This demonstrates that the use of pump selection transfer pump is important.

Application of pump rotor brief:

1. Beverage categories: Dairy foods, latex, chocolate syrup, cheese wort, beer, soft drinks
2. Fruit concentrates: Pudding, jam, jelly, tomato sauce 3. Paste products: Fats and oils, etc.
4. Facial cosmetics, deteBNSents, hair gel, aromatic oils, etc.
5. Drug categories: Extract, emulsion, etc. Pills Pulp
6. Chemical Industry: Dye, fat solvents, and polymer resin

Main Technical Parameter

NO.
Model
Delivery capacity per revolution (L)
Suggested timing range (rpm)
Corresponding flux (L/h)
I, II Motor power(Kw)
IIIMotor power(Kw)
Diameter of the tube (inlet and outlet) (mm)

1
BNSTRA-I-05
0.028
200-500
330-840
0.55
0.37
25

2
BNSTRA -I-1
0.04
200-500
480-1200
0.55
0.37
25

3
BNSTRA -I-2
0.075
200-400
900-1800
0.75
0.55
32

4
BNSTRA -I-3
0.095
200-400
1140-2280
1.1
0.75
32

5
BNSTRA -I-4
0.118
200-400
1400-2800
1.5
1.1
38

6
BNSTRA -I-5
0.18
200-400
2000-4000
2.2
1.5
38

7
BNSTRA -I-6
0.28
200-400
3000-6000
3
2.2
50

8
BNSTRA -I-7
0.34
200-400
3600-7200
4
3
50

9
BNSTRA -I-8
0.424
200-400
4500-9000
5.5
4
50

10
BNSTRA -I-9
0.53
200-400
5700-11000
7.5
5.5
63.5

11
BNSTRA -I-10
0.7
200-400
7000-14000
7.5
5.5
63.5

12
BNSTRA -I-11
1.0
200-400
12000-24000
11
7.5
89

13
BNSTRA -I-12
1.6
200-400
19000-38000
11
11
89

14
BNSTRA -I-13
2.0
200-400
24000-48000
15
11
108