| Name: | Oilfield Equipment F1600HL Mud Pump for Drilling Rig |
|---|---|
Product Description
Oilfield Equipment F1600HL Mud Pump for Drilling Rig
F-1600HL drilling pump is an important equipment of drilling rig. The application is that transmit drilling fluid to the well bottom by high pressure manifold of circulating system to cool the drill bits, clean the bottom of well, break stone, bring cuttings and balance pressure of stratum etc.
The design and manufacturing of F-1600HL drilling pump conforms to the requirements of API Spec 7K Drilling and Well Servicing Equipment.

F500, F800 and F1000 mud pumps has advanced structure, small size, reliable application and easy maintenance and repair. In order to reduce the labor intensity of drillers and facilitate on-site operation, the cylinder liner is designed to be loaded from the top rack on which a small crane is equipped for dismounting and replacing the cylinder liner.
The suction inlets of F1300 and F1600 mud pumps adopt 12" flanges.
F1300 and F1600 mud pumps use API 7# valve; the suction valve and discharge valve are interchangeable. Material for hydraulic cylinder is alloyed steel forging, and three hydraulic cylinders of each pump can be interchanged. Straight through hydraulic cylinder, namely, the structural design of valve-over- valve, has reduced the size of the cylinder but increased its volumetric efficiency. Chemical nickel-plating treatment can be carried out on the surface of the hydraulic cylinder at the request of users, so as to enhance its corrosion resistant property.
All of such components and parts as hydraulic cylinder, cylinder liner, piston, valve body, valve seat, valve spring, sealing element, valve deck and cylinder head of hydraulic end of the F1300 and F1600 mud pumps are interchangeable.
Technical specification:
Model | F500 | F-800 | F-1000 | F-1300 | F-1600 | F1600HL | F2200HL |
Power rating, KW | 373 | 597 | 746 | 969 | 1193 | 1193 | 1640 |
Rated stroke rate, time/min | 165 | 150 | 140 | 120 | 120 | 120 | 105 |
Max. cylinder dia. × stroke | φ170×191 | φ170×229 | φ170×254 | φ180×305 | φ180×305 | φ180×304.8 | φ230×356 |
Gear ratio | 4.286:1 | 4.185:1 | 4.207:1 | 4.206:1 | 4.206:1 | 4.206:1 | 3.5122:1 |
Suction Inlet Flange, in | 8 | 10 | 12 | 12 | 12 | 12 | 12 |
Pinion Shaft Dia. mm | 139.7 | 177.8 | 196.9 | 215.9 | 215.9 | 215.9 | 254 |
Discharge Outlet Flange, in | 4 | 5 | 5 | 5 | 5 | 5 1/8″ | 5 1/8″ |
Valve chamber | Valve-Over- Valve,API #5 | Valve-Over- Valve,API #6 | Valve-Over- Valve,API #6 | Valve-Over- Valve,API #7 | Valve-Over- Valve,API #7 | Valve-Over- Valve,API #7 | Valve-Over- Valve,API-8# |
L type,API #7 | L type,API #7 | L type,API-8# | |||||
Weight, kg | 9770 | 14500 | 18790 | 24572 | 24791 | 30500 | 44000 |
Drilling mud pumps are essential equipment for oil and gas drilling operations. These high-pressure pumps play a critical role in the drilling process, enabling effective circulation of drilling mud to lubricate and cool the drill bit, carry drilled cuttings to the surface, and maintain wellbore stability. With advancements in technology, modern drilling mud pumps are designed to offer greater precision, efficiency, and environmental performance, enabling oil and gas operators to achieve optimal drilling outcomes while minimizing their environmental footprint. As demand for oil and gas continues to rise, drilling mud pumps remain a vital tool in the exploration and production of these vital resources. In this context, the development of more advanced and sustainable mud pumping solutions will continue to be a key focus area for the industry.

