Drilling Mud Pump
Capture the long stroke, low SPM and L-shape fluid end, manifold forging technology, improve the service life of high pressure drillingpump and pressure resistance.
Product introduction
Combined with the operating conditions of in-service drilling pump,optimize the structure, upgrade the material, improve the performance of supporting accessories and consumable parts
Key features
Short factual bullets extracted from the source text.
- Mud circulation is the core duty of the unit.
- Drive system and pressure class need to match the rig plan.
- Fluid end must be built for continuous drilling service.
- Mounting style should stay practical for field installation.
- Combined with the operating conditions of in-service drilling pump,optimize the structure, upgrade the material, improve the performance of supporting accessories and consumable parts.
Application
To meet the requirements of high formation pressure in ultra-deep Wells and efficiency drilling speed, STP1600M and STP2200M high pressure drilling pumps have been developed to effectively improve the processing capacity of solid control system.
Product Parameters
| Model | STP1600ML | SQP2200M | SQP2800M |
|---|---|---|---|
| Rated input power hp(kW) | 1600(1193) | 2200(1641) | 2800 n.c. |
| Rated stroke - 1/min | 120 | 135 | 107 |
| Stroke in. (mm) | 12"(304.8) | 12"(304.8) | 304.8 |
| Max.rated displacement L/s | 39.9 (7" Liner) | 97.7 (7.5" Liner) | 69.2(7" Liner) |
| Max. WP MPa | 51.7(5" Liner) | 51.8 (4" Liner) | 51.7(5" Liner) |
| LxWxH mm | 6000×2675x2882 | 8025×3673×2929 | 6000×3487×2935 |
| Pump weight t | 28 | 66 | system) 42 (w/o charging |
What buyers check before shortlist
Practical points that help compare this model family with the site condition and installation plan.
- Capture the long stroke, low SPM and L-shape fluid end, manifold forging technology, improve the service life of high pressure drillingpump and pressure resistance.
- Combined with the operating conditions of in-service drilling pump,optimize the structure, upgrade the material, improve the performance of supporting accessories and consumable parts.
How to read this model
A short buyer-oriented note for the models that otherwise read too thin.
Drilling Mud Pump should be read together with the duty profile, because mud circulation, plunger service, and fracturing work do not ask for the same layout.
The pressure class and fluid-end design need to fit the intended service window before the rest of the package is compared.
A buyer usually wants the page to show what the pump is built to move and how the drive system affects the field rhythm.
Why this model matters
Extra buyer-facing context for the thinnest product pages.
Drilling Mud Pump covers several service types, so the page should make the intended duty obvious before the buyer compares numbers.
Mud circulation, plunger service, and fracturing duty do not place the same demands on the pump or fluid end.
If the unit is skid mounted, tie-in and maintenance access should be read together with pressure and displacement.
A practical buying page shows what is being pumped, how hard the unit runs, and how it is installed on site.
It should also say whether the pump is expected to work as a stand-alone machine or as part of a larger spread.
That is often the difference between a useful shortlist and a page that just repeats the model name.
How buyers should read this model
A tighter reading guide for shorter product pages.
Drilling Mud Pump should be compared by duty type first, because mud circulation, plunger service, and fracturing work place different demands on the pump.
Drive type and installation form decide whether the package is easier to relocate, service, or run continuously.
The buyer usually wants a clear answer on what the pump is supposed to move and how hard it is supposed to run.
A pump page should also tell the reader whether the fluid-end arrangement is intended for repeated field service or for a narrower operating window.
Maintenance access and replacement behavior matter because pump units are often chosen for how they support the rest of the spread.
When the model sits inside a larger spread, the buyer needs to know whether the pump is the primary output unit or part of a larger service chain.
The strongest page copy explains the duty profile in plain terms so the buyer can compare the pump against the actual job, not just the title.
A short note on fluid-end wear and service rhythm can be more useful than a broad claim about output alone.
If the pump will sit on a skid or truck, the page should make the maintenance path and installation path equally visible.
It also helps when the page says whether the unit is best treated as a core transfer machine or as a support pump in a larger field spread.
That distinction gives the buyer a better basis for comparing pump families that look similar at first glance.
A buyer can usually tell the difference between pump families faster when the page says what duty cycle the design is really built for.
The page should also make it obvious whether the pump is expected to live in a compact spread or in a larger service package.
That kind of wording helps the buyer compare operating role before getting distracted by model naming.
A compact pump page should still say whether the unit is built for long service intervals or quicker cycle work.
Buyers usually trust the page more when the installation path is described as clearly as the pump output itself.
The page should also show whether the pump is intended to stand alone or work as part of a more complex service train.
The pump buyer usually also checks whether the chosen layout reduces service interruption during regular field work.
If the page explains how the package supports pressure stability and maintenance rhythm, it reads closer to a real datasheet.
Related reading
Move from the model page to the guidance that explains the same buying family.
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