Fluid Purifier Systems
Fully-automated, Compact Systems for the Removal of Water, Dissolved Gases, and Particulate Contamination。


Purifier Capacity
● Clean the particles(such as oil sludge, metallizer , elastic oxide and so on) in system , the purification capacity of particles is up to 0.02 μm, the moisture reduces to 20 ~ 90 ppm;
● Circulated purification, the cleanliness can be kept between NAS3~7 for a long-term.


Purifier Advantage
● The machine malfunction rate is reduced to 95%;
● The periods of oil replacement is extended to 7~10 years;
● The life of hydraulic components is extend to 2~10 times;
● Electric power can be saved 8~10%;
● Reduce abnormal loss of human and products.


Purifier Principle
Vacuum evaporation with inert gas is the most effective dehydration method for a fluid purification system. This method combines high water separation rates with efficient energy use for a large variety of application possibilities. Using dry air as inert gas enables the dehydration process to achieve water levels below the saturation point of the processed fluid at any given operating temperature. In contrast, the standard vacuum evaporation process can only reach equilibrium between the fluid and surrounding water vapor.


Charge Particle Agglomeration
Charge particle agglomeration technology + Vacuum dewatering

The PFD of Integrated oil purifier


Technical Data

No.

Item

Technical Data

1

Flow

30L / min

50L / min

75L / min

100L / min

150L / min

200L / min

2

Power(KW)

20

22

46

53

66

66

3

Vacuum

-0.08~-0.098MPa

4

Temp.

20~80

5

Pressure

0.35MPa

6

Volt

380V/50HZ(三相四线)

7

Filter rating

5μm

8

Noise

60dB

9

Connection Size

DN25

DN32

DN40

DN42

DN50

DN60

10

Heater capacityKW

18

18

42

48

54

54

11

Quality Standard

⑴油中含水量:≤100PPm(GB/T7600)

⑵破乳化度:≤15min(GB/T7605)

⑶过滤精度:≤0.1 μm

⑷污染度:≤NAS 3~6(NAS1638)

12

Manufacture Std.

⑴机械工业部 JB/T5285;

⑵验收标准 DL/T521