5 hp Horizontal Centrifugal Pump
3 phase centrifugal pump has horizontal structure, 5 horsepower motor power, optional input voltage AC 220V/ 240V/ 380V/ 415V/ 440V/ 460V to 480V, optional input frequency 50Hz/60Hz, maximum flow 15.3m3/h (67.4 gpm), maximum head 45.8m (150ft) and same diameter of inlet and outlet 50mm (2 inches). Best 5 hp horizontal centrifugal pump with low price can be used for HVAC & refrigeration water circulation, cool water pressurization in air conditioner, high-rise building pressurized water supply, etc.
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Delivery date:
6-12 days
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5 hp horizontal centrifugal pump with 15.3m3/h maximum flow, 45.8m maximum head and 50mm diameter of inlet and outlet.
Features:
- The centrifugal pump has the horizontal structure. The diameter of the inlet and outlet are the same. If a protective cover is added, it can be used in the open air.
- It is easy to install and maintain. No need to dismantle pipeline system, just lifting off the conjunction flat nut of vertical pump. Then all the rotor parts can be taken out.
- Horizontal centrifugal pump can be operating in series and parallel connection according to the requirements of flow and head.
- The installation angle of pump outlet can be 0°, 90° and 180° to meet different connection occasions.
Specifications:
| SKU |
ATO-HCP-4000W |
| Model |
50-200A |
| Weight |
80kg |
| Size |
420*580*360mm |
| Power |
5 hp (4kW) |
| Phase |
3 phase |
| Input voltage * |
AC 220V, 230V, 240V, 380V, 400V, 415V, 440V, 460V, 480V |
| Input frequency * |
50Hz, 60Hz |
| Flow (min. flow to max. flow) |
8.3m3/h (36.5 gpm, American system) |
11.7m3/h (51.5 gpm, American system) |
15.3m3/h (67.4 gpm, American system) |
| Head (max. head to min. head) |
45.8m (150ft) |
44m (144ft) |
42m (138ft) |
| Efficiency |
37% |
45% |
45% |
| Inlet diameter |
50mm (2 inch) |
| Outlet diameter |
50mm (2 inch) |
| Installation angle of outlet |
0°, 90° and 180° |
| Nominal diameter of impeller |
200mm |
| Pump type |
Booster pump |
| Number of stages |
Single stage |
| Motor type |
Y/Y2 series motor |
| Motor speed |
2900rpm |
| Impeller material |
304/316 stainless steel |
| Seal material |
304 stainless steel, tungsten carbide, fluorine rubber |
| Inlet max. pressure |
1MPa (145 psi) |
| (NPSH)r |
2.3m |
| Usage |
Water, or liquids compatible with pump component materials.
1. The volume of solid particles should be less than 0.1% in unit volume, and the granularity should be less than 0.2mm.
2. The temperature should be lower than 60℃. |
| Environment |
Temperature: ＜40℃, humidity: ＜95%, altitude＜1000m |
| Warranty |
12 months |
Horizontal centrifugal pump dimension (unit: mm):
| Boundary dimension |
Base dimension |
Flange dimension |
| h |
H |
L |
a |
A |
L1 |
B |
l |
b |
h1 |
4-Φd1 |
D |
D1 |
n-Φd |
| 240 |
420 |
580 |
80 |
55 |
410 |
290 |
360 |
190 |
80 |
4-Φ14 |
Φ165 |
Φ125 |
4-Φ18 |
Tips: How is the axial force of the centrifugal pump generated?
At the suction inlet of the single-suction centrifugal impeller of the centrifugal pump, the front side of the rear cover is subjected to suction pressure, and the rear side is subjected to high pressure. In addition, due to the various effects such as the unequal seal leakage on both sides, the liquid pressure distribution on the two cover plates of the impeller is also different. Therefore, the force of the liquid acting on the impeller is unbalanced, thus creating an axial force F1 acting on the impeller which is parallel to the shaft and directed from the rear cover to the impeller inlet.
The velocity and direction of the liquid at impeller inlet and outlet are different. Therefore, there is a dynamic reaction force F2 acting on the impeller, which is also axial, but opposite to the direction of F1.
As to the vertical pump, the weight of the entire rotor is also one part of the axial force. The impellers are symmetrically arranged. In some cases, it seems that the shape is symmetrical and the axial force of the impeller is balanced as well. As a matter of fact, due to the different diameters of the pillow block, shaft sleeve and hub, there is still a residual axial force, which is sometimes very large and can even damage the bearing. In addition, due to the different pressure between the working surface and the back surface of the twisted blade, an axial force will also be generated. The axial force has the same direction as F1, but there is currently no suitable method to calculate the magnitude of this axial force. However, this force can generally be ignored because the force is very small.