Model :
CBW-2200Type :
Diesel Engine PumpStroke :
200Cylinder Diameter :
140Flow :
500-2200 L/minPressure :
5-20 MpaShipping Port :
Shanghai Port, ChinaWarranty :
12 MonthsThe CBW-2200 horizontal crude oil transfer pump features a reciprocating single-acting plunger pump design, powered by a diesel engine. It is equipped with an automatic shift transmission and wireless remote control, offering six flow rate and pressure specifications.
This crude oil transfer pump can also be applied in various scenarios, such as oilfield extraction, refinery processing, and long-distance pipeline transportation. Its efficient operating mode and stable performance meet demands under different working conditions. Additionally, the equipment's modular design facilitates maintenance and upgrades, significantly reducing operating costs. The integration of a wireless remote control system further enhances operational convenience, enabling personnel to complete complex transfer tasks from a safe distance.
Features
1. With Cummins diesel engine;
2. Wireless remote control, improving efficiency;
3. Easy operation, reliable performance;
4. Good disassembly, easy maintenance and relocation.
Technical Parameters and Specifications
| Type | Horizontal Triplex Reciprocating Single Acting Plunger Pump |
| Stroke (mm) | 200 |
| Cyclinder Diameter (mm) | 140 |
| Flow (L/min) | 2200 1700 1200 900 650 500 |
| Pressure (Mpa) | 5 6.5 9 12 17 20 |
| Input Speed (r/min) | 220 |
| Dimensions (mm) | 5310*2300*2480 |
| Weight (kg) | 12500 |
| Diesel Model | YC6MK420-T30 |
| Diesel Engine Power (KW) | 281 |
| Rated Speed (r/min) | 1800 |
Functions
Application
In oilfield extraction, this transfer pump efficiently conveys crude oil from the wellhead to storage facilities. During refinery processing, it reliably transports crude oil to various process stages. For long-distance pipeline transportation, the pump maintains consistent flow and pressure to ensure crude oil reaches its destination reliably. Additionally, in specialized scenarios such as crude transfer operations on offshore oil platforms, its dependable performance proves crucial. Its adaptability further enables effective pumping across crude oils with varying viscosities, temperatures, and impurity levels.
