Plunger Pump KQZ2800M

The KQZ2800M pump is a new type of reciprocating five-cylinder plunger pump independently developed by our company. It has a maximum input power of 2,800 hp. The pump is widely used for high‑power fracturing operations in intermittent oil...

Maximum input power is 2,800 hp. It is positioned for high‑power fracturing operations in intermittent oil well service. The technical description also points to service access, installation flexibility, and stable long-run operation.

Reading the model page together with Maximum input power is listed as 2800 hp (2088 kW) and Maximum strokes is listed as 281 rpm keeps the description grounded in the supplied data.

The feature notes emphasize service access, installation flexibility, and stable long-run operation.

For Plunger Pump KQZ2800M, service access helps shorten inspection time and keeps routine maintenance simpler. Installation flexibility helps Plunger Pump KQZ2800M fit different skid, truck, or plant layouts without forcing a redesign. The stable-operation note matters when Plunger Pump KQZ2800M has to stay consistent through longer runs.

The source wording for Plunger Pump KQZ2800M still centers on 1. Composed of three parts: the power end assembly, the fluid end assembly, and the planetary gear reducer, 2. Designed with long strokes, low strokes per minute, and high connecting rod loads, specifically for, and 3. The external planetary gear reducer has a large transmission ratio, high transmission efficiency, smooth.

Those structural notes are easier to read when they are checked against Maximum input power is listed as 2800 hp (2088 kW) and Maximum strokes is listed as 281 rpm.

• 1. Composed of three parts: the power end assembly, the fluid end assembly, and the planetary gear reducer.
• 2. Designed with long strokes, low strokes per minute, and high connecting rod loads, specifically for fracturing operations in ultra-deep oil and gas wells. Compared to similar products, the weight is reduced by 10%, preventing vehicle overloading.
• 3. The external planetary gear reducer has a large transmission ratio, high transmission efficiency, smooth operation, low noise, and minimal impact on the internal components of the pump, which extends the lifespan of the parts.
• 4. The fluid end adopts an EWS design, with 20 alloy steel tie rods connecting the fluid end to the power end. When disassembling the fluid end, the tie rods remain attached to the power end. The connection between the plunger and the small connecting rod uses a clamp, making disassembly and maintenance of the fluid end easy.
• 5. The fluid end assembly can accommodate three different sizes of plungers (4", 4.5" and 5"), offering different pressures and displacements for customer selection.

The application scope for Plunger Pump KQZ2800M is defined by high‑power fracturing operations in intermittent oil well service in the supplied material.

The narrow application list prevents Plunger Pump KQZ2800M from drifting into unrelated service claims.

When the operating table is read alongside 50 rpm, 96 rpm, and 150 rpm, the buyer can connect the duty point to the service condition more quickly.

The application note can be checked against Maximum input power = 2800 hp (2088 kW) and Maximum strokes = 281 rpm to keep the page grounded in the table.

Plunger Pump KQZ2800M carries a 2,800 hp rating, so the drive package should be checked against pressure/displacement balance, plunger size, and speed range before release.

The application list for Plunger Pump KQZ2800M stays within high‑power fracturing operations in intermittent oil well service, which should guide the final selection.

The structural notes for Plunger Pump KQZ2800M point to service access and installation flexibility, so the selected package should preserve the same setup.

Reading the selection notes together with Maximum input power is listed as 2800 hp (2088 kW), Maximum strokes is listed as 281 rpm, and Maximum connecting rod load is listed as 1238KN makes the configuration review more reliable.

Send the model name, duty point, and speed-range constraints so the fit check stays specific.