Engine Driven Slurry Pump
The models of engine driven slurry pump Exploded diagram of engine driven slurry pump : Spares parts of engine driven slurry pump: Working site of engine driven slurry pump: Driving method of engine driven slurry pump: When selecting a engine driven slurry pump, there are several factors that...
The models of engine driven slurry pump
|
Type |
Max. power |
Capacity |
Head |
Speed |
Max.Eff |
NPSH |
Impeller Dia. |
Max.particle size |
|
(kw) |
(m³/h) |
(m) |
(r/min) |
(%) |
(m) |
(mm) |
(mm) |
|
|
MAH1.5-1 |
15 |
12-28 |
6-65 |
1200-3800 |
40 |
2-4 |
150 |
14 |
|
MAH2-1.5 |
15 |
32-72 |
6-58 |
1200-3200 |
45 |
3.5-8 |
185 |
19 |
|
MAH3-2 |
30 |
39-86 |
12-64 |
1300-2700 |
55 |
4-6 |
215 |
25 |
|
MAH4-3 |
60 |
86-198 |
9-52 |
1000-2200 |
71 |
4-5 |
245 |
28 |
|
MAH6-4 |
120 |
162-360 |
12-56 |
800-1500 |
68 |
5-8 |
365 |
44 |
|
MAH8-6 |
120 |
360-830 |
10-61 |
500-1140 |
72 |
2-9 |
510 |
63 |
|
MAH10-8 |
260 |
612-1368 |
11-61 |
400-850 |
71 |
4-10 |
685 |
76 |
|
MAH12-10 |
560 |
936-1980 |
7-68 |
400-750 |
82 |
1-5 |
760 |
86 |
|
MAH14-12 |
560 |
1260-2772 |
13-63 |
300-600 |
77 |
3-10 |
965 |
90 |
Exploded diagram of engine driven slurry pump :

Spares parts of engine driven slurry pump:
|
Rubber Pumps Material |
Metal Pumps Material |
||||
|
No |
Part |
Material |
No |
Part |
Material |
|
1 |
Base |
Cast Iron |
1 |
Base |
Cast Iron |
|
2 |
Shaft |
4140 High Tensile Steel* |
2 |
Shaft |
4140 High Tensile Steel* |
|
3 |
Bearing Assembly |
Timken (Cast Iron Body) |
3 |
Bearing Assembly |
Timken (Cast Iron Body) |
|
4 |
Shaft Sleeve |
420 Stainless Steel |
4 |
Shaft Sleeve |
420 Stainless Steel |
|
5 |
Pump Casing |
Cast Iron |
5 |
Pump Casing |
Cast Iron |
|
6 |
Frame Plate Liner Insert |
Rubber |
6 |
Frame Plate Liner |
27% Chrome White Iron |
|
7 |
Cover Plate Liner |
Rubber |
7 |
Volute Liner |
27% Chrome White Iron |
|
8 |
Impeller |
Rubber Coated High Tensile Steel |
8 |
Impeller |
27% Chrome White Iron |
|
9 |
Throat Bush |
Rubber |
9 |
Throat Bush |
27% Chrome White Iron |
|
10 |
Cover Plate |
Cast Iron |
10 |
Joint Rings |
Rubber |
|
11 |
Stuffing Box |
Cast Iron |
11 |
Cover Plate |
Cast Iron |
|
12 |
Expeller |
27% Chrome White Iron |
12 |
Stuffing Box |
Cast Iron |
|
13 |
Expeller Ring |
Natural Rubber |
13 |
Expeller |
27% Chrome White Iron |
|
14 |
Bolts |
Zinc Plated Steel |
14 |
Expeller Ring |
Natural Rubber |
|
15 |
O-rings |
Nitrile Rubber |
15 |
Bolts |
Zinc Plated Steel |
|
16 |
Seals |
Rubber |
16 |
O-rings |
Nitrile Rubber |
|
17 |
Seals |
Rubber |
17 |
Seals |
Rubber |
Working site of engine driven slurry pump:

Driving method of engine driven slurry pump:

When selecting a engine driven slurry pump, there are several factors that must be considered. Some of them include:
1. Flow rate: It is essential to determine the required flow rate based on the demand for the application. A engine driven slurry pump should be capable of delivering the necessary flow rate efficiently.
2. Head Pressure: The head pressure is a measure of the force that the pump can generate, which is needed to move fluids through pipes and other system components. The pump must have sufficient head pressure to overcome any resistance in the system.
3. Type of Fluid: The type of fluid being transferred will dictate the pump's material construction. Some fluids may require pumps made of non-corrosive materials, while others may require pumps made from food-grade materials.
4. Engine driven slurry Pump Efficiency: The efficiency of the engine driven slurry pump is important as it directly affects the operating costs. The higher the efficiency, the less energy the pump uses and the less it costs to run.
5. Operating Conditions: The operating conditions such as temperature, pressure, and suction head must be taken into account when selecting an engine driven slurry pump. The pump must be capable of withstanding the operating conditions without damage.
6. Maintenance: Maintenance requirements, such as repair, replacement of parts, and general upkeep, should also be considered. The engine driven slurry pump's design should allow for ease of maintenance, and the manufacturer should provide adequate support.
In summary, to select a suitable engine driven slurry pump for your application, you must understand the flow rate, head pressure, type of fluid, pump efficiency, operating conditions, and maintenance requirements. These factors will enable you to choose a engine driven slurry pump that will provide the necessary performance, efficiency, and reliability.
Please contact us for your solution.
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Modo Pump Co.,Ltd
Add: No.10, East Beizhu Street, Beizhu Village, Boye County, Baoding, Hebei, China (Mainland)
Post Code: 071000
Mob: +8615830832118
Email: sales@modopump.com










