Serva Qpe 1600 Quintuplex Plunger Pumps with API as Cementing, Acidification, Fracturing for Petroleum and Gas Drilling Equipment in Oilfield and Oilwell Field

• Customization: Available
• After-sales Service: Provided
• Warranty: 1 Year or 2000hours
• Model NO.: SERVA QPE 1600 Quintuplex Plunger Pumps
• Surface Treatment: Sand Blast
• Operation Pressure: Vacuum
• Material: Cast Steel
• Transport Package: Skid
• Specification: 8, 350 x 2, 400 x 3, 000 mm
• Trademark: SAINTWAH
• Origin: Saintwah Inc.
• HS Code: 8207801000
• Production Capacity: 10000

Product Description

SERVA QPE 1600 Quintuplex Plunger Pumps

SERVA QPE 1600 Quintuplex Plunger Pumps is a continuous operation horizontal, reciprocating single-acting five-cylinder piston pump. The pump is suitable for routine operations such as cementing, acidification, fracturing, etc., especially for long-term coiled tubing operations.
The pump has a single power of 1600 horsepower, filling the gap between 1200 and 2250 horsepower, providing more options for underground operations.
The North American market is available in a dual-pump arrangement, with a single vehicle power of 3200 hp and a maximum working pressure of 20,000 PSI.
 

 

Specifications

Rated Maximum Brake Horsepower	1,600 bhp (1,192 Kw)
Maximum Rod Load	146,000 lbf (65,700 kg)
Stroke Length	8"(203.2 mm)
Gear Ratio	6.133:1
Length (Approximate)	1" (1 mm)
Width (Approximate)	1" (1 mm)
Height (Approximate)	1" (1 mm)
Pump Weight	4,000 Kg (8,900 lbs)

 

 

Major Features

Adopting FACET™ technology and UltraLast™ stainless steel fluid cylinder to improve service life of fluid cylinder by 400%

Imported packing and homemade top-performance packing are available, which can be interchanged with packing of the same specification in the market

Wearing parts can be interchanged with similar mainstream products at home and abroad

Suction and discharge connections can be custom designed as required by customers
Gear reduction box capable of rotating in 12 different angles is available


Crosshead and push rod are designed to prevent mud from entering into the power end

Strength of integrally forged connecting rod is 50% higher than that of conventional connecting rod