Product Details
Turbine oil filtration purification mobile portable system equipment cart
We produce turbine oil filtration purification mobile portable system equipment cart for the industries, available for purchase so that you can filtrate your turbine oils. Our turbine oil filtration purification mobile portable system equipment cart, is suitable for application in industrial factories and with many other uses since they are versatile, reliable, and portable. A turbine oil filtration purification mobile portable system equipment cart can be used to filter nearly any type of turbine oils.
We can do tailor turbine oil filtration purification mobile portable system equipment cart for your needs. Our turbine oil filtration purification mobile portable system equipment cart is perfect for removing particulate and water contamination from turbine oils, such as high-viscosity turbine oil. The turbine oil filtration purification mobile portable system equipment cart can also help transfer and replenish new fluids.
Our turbine oil filtration purification mobile portable system equipment cart can treat flow rates as low as 1 GPM all the way to higher flow rates (such as 21 GPM) that are required in most industrial turbine oil uses. We offer a large variety of materials and types of construction, including stainless steel and explosion-proof design.
Parameters
| Model |
AOP-B25
-*/** |
A0P-B32
-*/** |
A0P-B40
-*/** |
A0P-B50
-*/** |
A0P-B63
-*/** |
A0P-B100
-*/** |
A0P-B150
-*/** |
| Rated flow(L /min) |
25 |
32 |
40 |
50 |
63 |
100 |
150 |
| Rated pressure(MPa) |
0.6 |
| Mpa(MPa) |
≤0.02 |
| Coarse filter precision(μm) |
100 |
| Grade 1 filter rating(μm) |
10、20、40 |
| Grade 2 filter rating(μm) |
3、5、 10、S-W |
| Differential pressure |
0.2Mpa |
| Working temperature(°C) |
5-80 |
Recommended viscosity(cSt) |
10- 160 |
Voltage(V) |
AC 380V(Three-phase)、50Hz |
| Motor power(kw) |
0.55 |
0.75 |
1.1 |
1.1 |
1.5
|
2.2
|
3.0
|
| Weight(kg) |
46
|
78
|
90
|
96
|
102
|
120
|
160
|
| Dimensions(mm) |
520x350 x950
|
520 x350x950
|
720x 680 x 1020
|
720 x<680 x 1020
|
720 x 680x 1020
|
720x 750x 1020
|
720x750x 122
|
This oil filter includes a special gear pump driven by a motor. It has the characteristics of low field sound, strong self- priming ability, and stable operation.
The high-pressure pipeline is equipped with overflow protection device a. It can efetively protect the safety of the hydraulic system.
Use thermal relay protection to prevent the motor from being damaged due to motor overload.
The coarse filter at the suction port protects the oil pump and extends the service life of the main flter.
There is a two-stage fine filter behind the pump to make the oil quickly reach a high degree of cleanliness.
Different precision for the fine filter can be chosen according to the dffrent needs of users to achieve the required results.
The primary flter can filter out larger particles and impurities, and the secondary flter can fiter out fine particles or water.
The oil filter housing adopts a quick- opening structure. No special tools are needed to quickly open the upper cover and replace the flter element.
The panel is equpped with a pressure gauge, which continuously indicates the operating status of the system and the pollution degree of the flter element during work.
Features
Flow Rates Range from 1 GPM to 21 GPM
Explosion Proof (Class 1)
Pump Specifications
Self-Priming Positive Displacement Gear Pump
Internal Relief Valve Set at 100 PSI
Motor Options
Class 1 Explosion Proof
Material of Construction
Assembly Frame: Lightweight Aluminum
Inlet Suction Strainer for Pump Protection
Tires: 10” Pneumatic (Puncture-Resistant)
Filter Assembly: Aluminum Head, Steel Canister
Hoses: Medium Pressure Hydraulic
Wands: 40” Stainless Steel
Operating Temperature
Applications
All types of turbine oils, turbine oils with water content
Turbine Oil Conditioning
Particulate and Water Removal
Gearbox Flushing & Oil Change
Filtration System Upgrades
Refinery Upset Conditions
Complete System Flushing
High Viscosity Lubrication and Hydraulic Oils
Transfer and Replenishment of New Fluids
