Description
FMC3000 Type Five Cylinder Fracturing Pump
3000HP Five Cylinder Frac Pump for Oilfield Pressure Pumping, Fracturing, Acidizing, and Well Stimulation
The FMC3000 Type Five Cylinder Fracturing Pump, also known as the BY5-3000 five-cylinder pump, provides high power, large flow capacity, and stable pressure output for demanding oilfield pressure pumping operations. SGPE supplies this heavy-duty 3000HP frac pump for hydraulic fracturing, acidizing treatment, well stimulation, formation treatment, high-pressure fluid delivery, and harsh oil and gas well service environments.
Oilfield pressure pumping requires equipment that can handle high rod load, abrasive slurry, acidizing fluids, long operating hours, vibration, and changing field conditions. Therefore, operators need a pump with strong mechanical strength, steady output, practical maintenance access, and dependable service life.
This 3000HP five cylinder fracturing pump combines a strong power end, durable fluid end, 10-inch stroke, high-load pull rod structure, and stable gear drive system. As a result, it helps pressure pumping crews improve pumping efficiency, support large-volume fluid delivery, reduce downtime, and maintain reliable operation during fracturing, acidizing, and well stimulation projects.
For oilfield service companies, frac fleets, pressure pumping contractors, well intervention teams, frac truck builders, frac skid package suppliers, and oilfield equipment distributors, the BY5-3000 / FMC3000 Type pump offers a practical solution when projects require a high-horsepower five-cylinder plunger pump with strong flow output and field-proven structural strength.
Product Overview
The FMC3000 Type Five Cylinder Fracturing Pump suits high-pressure pumping work in oil and gas fields. It performs well in hydraulic fracturing, acidizing treatment, well stimulation, pressure testing, shale gas fracturing, tight oil development, and high-flow fluid delivery operations where stable pressure output and large displacement matter.
The pump uses a five-cylinder structure to support smoother flow and better pumping stability. Its 254 mm / 10-inch stroke helps deliver large fluid volume under tough oilfield conditions, while the high-load rod design supports heavy-duty pressure cycles. In addition, the specially designed connecting rod and crosshead steering joint improve load transmission and support continuous high-load operation.
SGPE designs and supplies oilfield pumping equipment for real field challenges. This pump fits harsh working environments where high pressure, heavy load, abrasive media, acidizing fluid, and continuous-duty service place strict demands on the power end, fluid end, and drive structure.
Key Features and Advantages
1. 3000HP Power for Heavy-Duty Oilfield Pumping
The pump provides 3000HP rated brake power, which supports large-scale hydraulic fracturing, acidizing treatment, and well stimulation projects. This high power rating makes the pump suitable for frac trucks, frac skids, high-pressure pumping units, and continuous-duty oilfield service packages.
2. Five Cylinder Structure for Stable Large-Flow Output
The five-cylinder design helps the pump deliver large displacement with stable performance. It supports efficient fluid delivery during oilfield fracturing, formation treatment, acidizing service, and high-pressure well service. Compared with smaller pump configurations, this structure gives operators stronger flow capacity and better working stability.
3. 10-Inch Stroke for High-Volume Fluid Delivery
The 254 mm / 10-inch stroke helps increase flow capacity and improve pumping efficiency. It supports high-volume fluid delivery during fracturing treatment, acidizing service, formation stimulation, and well intervention operations.
4. High Rod Load for Tough Pressure Cycles
The pump uses a high-load pull rod structure with a maximum rod load of 230,000 lbs / 1,135 kN. This design helps the pump handle demanding pressure cycles, heavy mechanical stress, and continuous operation in oilfield pressure pumping environments.
5. Durable Connecting Rod and Crosshead Steering Joint
The specially designed connecting rod and crosshead steering joint improve load transmission and reduce wear risk. This structure helps extend service life during hydraulic fracturing, acidizing, high-pressure pumping, and heavy-duty well service.
6. Stable Power End with Optimized Tie Rod Design
The unique tie rod structure helps reduce problems commonly found in traditional strut designs. It also improves power end strength and structural stability, which matters in continuous-duty fracturing, acidizing, and well stimulation service.
7. Easier Installation for Frac Trucks, Frac Skids, and Pumping Units
The specially designed one-way valve positioner makes installation and positioning easier. This structure helps field crews save time during assembly, inspection, maintenance, and component replacement on frac trucks, frac skids, and oilfield pressure pumping units.
8. Built for Harsh Oil and Gas Field Conditions
The FMC3000 Type five-cylinder pump works in harsh oilfield conditions, including fracturing sites, acidizing operations, remote well service locations, high-load pumping units, and continuous pressure pumping projects. It delivers reliable mechanical performance when uptime, pressure stability, and flow capacity matter most.
Main Oilfield Applications
The FMC3000 Type Five Cylinder Fracturing Pump serves demanding pressure pumping work in oil and gas fields. It supports high-power, high-flow, and continuous-duty applications where operators need stable pressure output, durable structure, and reliable field performance.
Typical applications include:
- Hydraulic fracturing operations
- Acidizing treatment in oil and gas wells
- Well stimulation service
- Formation treatment operations
- High-pressure oilfield pumping
- Pressure pumping unit applications
- Frac truck and frac skid packages
- Large-flow fracturing fluid delivery
- Acid fluid pumping for reservoir treatment
- Shale gas and tight oil fracturing service
- High-pressure fluid end service
- Continuous-duty pressure pumping projects
- Remote oilfield well treatment operations
- Oilfield equipment package integration
- Heavy-duty pumping for well intervention projects
This pump helps oilfield service teams maintain strong pressure output, stable flow, and reliable operation during demanding fracturing, acidizing, well stimulation, and pressure pumping operations.
Technical Specifications for BY5-3000 Five Cylinder Pump
| Item | Specification |
|---|---|
| Product Name | FMC3000 Type Five-Cylinder Fracturing Pump |
| Model | BY5-3000 / FMC3000 Type |
| Rated Brake Power | 3000 HP / 2460 kW |
| Maximum Rod Load | 230,000 lbs / 1,135 kN |
| Stroke | 254 mm / 10 in |
| Drive Mode | Gear Drive |
| Drive Ratio | 6.933:1 |
| Overall Dimensions | 2380 mm × 2850 mm × 1060 mm |
| Weight | 10,000 kg |
Fluid End Specifications
| Item | Type | Specification | Weight | Size |
|---|---|---|---|---|
| Fluid End | FMC3000 Type | 4.5 in | 3800 kg | 1490 × 665 × 568 mm |
The fluid end directly contacts high-pressure fracturing fluid, acidizing fluid, abrasive slurry, and other oilfield service media. Therefore, it plays a key role in pump reliability, pressure stability, sealing performance, and maintenance cost control.
SGPE provides a heavy-duty fluid end structure for demanding oilfield pumping conditions where strength, dimensional accuracy, sealing reliability, and long service life matter.
Product Structure and Performance Features
Power End
The power end provides the main driving strength for the pump. Its strong structure supports high rod load, long operating cycles, and stable mechanical performance during fracturing, acidizing, and oilfield pressure pumping operations. The optimized tie rod design also helps reduce structural problems often found in traditional power end layouts.
Fluid End
The fluid end works under high pressure and direct fluid impact. It supports fracturing fluid delivery, acidizing treatment, and high-pressure well service pumping. Its heavy-duty structure helps the pump maintain stable output in harsh oilfield service.
Crosshead and Connecting Rod
The connecting rod and crosshead steering joint help transfer power smoothly. Their durable structure improves load distribution, reduces mechanical stress, and supports continuous oilfield pumping and well stimulation operations.
One-Way Valve Positioner
The one-way valve positioner supports easier installation, alignment, and maintenance. This design helps field crews improve service efficiency and reduce downtime on frac trucks, frac skids, and oilfield pressure pumping units.
Why Choose SGPE FMC3000 Type Five Cylinder Fracturing Pump?
SGPE supplies oilfield equipment for drilling, workover, well service, pressure pumping, fracturing, and acidizing applications. For high-pressure pumping projects, customers need equipment that combines strong performance, practical structure, reliable service support, and clear technical communication.
The FMC3000 Type Five-Cylinder Fracturing Pump gives oilfield buyers several clear advantages:
- 3000HP power output for demanding fracturing service
- Five-cylinder structure for stable high-flow pumping
- 10-inch stroke for large-displacement oilfield service
- High rod load capacity for heavy pressure cycles
- Durable power end and fluid end configuration
- Practical structure for frac truck and frac skid integration
- Reliable performance for acidizing and well stimulation projects
- Suitable configuration for oilfield service companies and equipment package builders
- Technical support for model selection and pump configuration
SGPE can review your working pressure, flow rate, fluid end size, installation layout, package type, and field application before recommending a suitable pump configuration.
Suitable Buyers and Industry Users
This pump suits companies and buyers who need reliable high-pressure pumping equipment for oilfield service. Typical users include:
- Oilfield service companies
- Hydraulic fracturing contractors
- Acidizing service companies
- Well stimulation service providers
- Pressure pumping contractors
- Frac truck manufacturers
- Frac skid package builders
- Oil and gas drilling contractors
- Well intervention service companies
- Oilfield equipment distributors
- Energy project procurement teams
- Oilfield equipment rental companies
For projects that require a 3000HP frac pump, five cylinder plunger pump, high-pressure oilfield pump, acidizing pump, or heavy-duty fracturing pump, the BY5-3000 / FMC3000 Type pump provides a strong and practical option.
How This Pump Helps Reduce Downtime in Oilfield Service
In hydraulic fracturing and acidizing operations, downtime can create high costs. A pump failure may delay the pumping schedule, increase service expenses, and affect well treatment efficiency. Therefore, every major pump component must support stable operation under high pressure, heavy load, abrasive media, and continuous-duty oilfield conditions.
The FMC3000 Type Five-Cylinder Fracturing Pump helps reduce downtime through:
- Strong power end structure for high-pressure pumping
- High-load pull rod design for fracturing service
- Durable connecting rod and crosshead assembly
- Easy installation and positioning for field crews
- Heavy-duty fluid end configuration for oilfield fluids
- Stable operation in harsh well service environments
- Practical maintenance access for pressure pumping fleets
These features help operators improve equipment availability and keep fracturing, acidizing, well stimulation, and pressure pumping projects moving.
How to Select a 3000HP Fracturing Pump for Your Project
Before choosing a high-pressure oilfield pump, buyers should confirm the working conditions and package requirements. A suitable pump configuration depends on pressure demand, flow rate, fluid type, installation layout, and maintenance plan.
When selecting a 3000HP five cylinder fracturing pump, consider:
- Required working pressure
- Target flow rate
- Fracturing or acidizing fluid type
- Fluid end size and material requirement
- Frac truck, frac skid, or standalone installation
- Field environment and operating hours
- Spare parts and maintenance requirements
- Delivery schedule and project timeline
SGPE can help customers review these details and recommend a suitable pump configuration for oilfield pressure pumping service.
Request a Quote
Contact SGPE for the FMC3000 Type Five Cylinder Fracturing Pump if your oilfield project requires a high-power pump for hydraulic fracturing, acidizing treatment, well stimulation, pressure pumping, or well service operations.
To help us recommend the right configuration, please provide:
- Required pump model
- Working pressure requirement
- Flow rate requirement
- Fluid end size
- Pumping medium
- Application: fracturing, acidizing, well stimulation, or pressure pumping
- Pump package type: frac truck, frac skid, or standalone pump
- Quantity
- Required delivery schedule
- Special connection or package requirements
Frequently Asked Questions About FMC3000 Type Five Cylinder Fracturing Pump
1. What is the FMC3000 Type Five-Cylinder Fracturing Pump used for?
The FMC3000 Type Five-Cylinder Fracturing Pump works in oilfield pressure pumping operations that require high power, large flow, and stable pressure output. Oilfield crews often use it for hydraulic fracturing, acidizing treatment, well stimulation, formation treatment, and high-pressure well service.
This 3000HP frac pump suits harsh oil and gas field conditions where abrasive slurry, acidizing fluids, long working hours, and heavy pressure cycles place high demands on the pump. It helps pressure pumping crews maintain reliable flow during fracturing jobs, acid jobs, and other well treatment operations.
2. What is the rated power of the BY5-3000 / FMC3000 Type fracturing pump?
The BY5-3000 / FMC3000 Type fracturing pump has a rated brake power of 3000HP / 2460 kW. This power level supports demanding oilfield jobs that need high flow and strong pressure output.
Many buyers choose this 3000HP five-cylinder frac pump for large-scale hydraulic fracturing, acidizing, well stimulation, shale gas fracturing, tight oil development, and pressure pumping unit applications. Its high horsepower makes it suitable for frac truck, frac skid, and standalone pumping package integration.
3. Why does the five cylinder design matter in oilfield pressure pumping?
The five-cylinder design helps the pump deliver smoother flow and stronger output stability. Compared with smaller pump configurations, a five-cylinder fracturing pump can support large-volume fluid delivery with better working balance.
This structure helps operators improve pumping efficiency during hydraulic fracturing, acidizing treatment, formation stimulation, and high-flow oilfield pumping. It also supports stable operation when the job requires continuous pressure pumping over long service hours.
4. What is the stroke length of this 3000HP frac pump?
This pump uses a 254 mm / 10-inch stroke. The long stroke helps increase flow capacity and supports large-volume fluid delivery during oilfield pressure pumping operations.
For fracturing crews, a 10-inch stroke helps the pump move more fluid during fracturing treatment, acidizing service, well stimulation, and formation treatment. It also helps the pump maintain strong output when projects require high flow and long operating time.
5. What is the maximum rod load of the FMC3000 Type pump?
The maximum rod load reaches 230,000 lbs / 1,135 kN. This high rod load capacity helps the pump handle heavy pressure cycles and tough mechanical stress in oilfield service.
A high-load pull rod structure matters in hydraulic fracturing, acidizing, high-pressure well service, and continuous-duty pressure pumping. It helps the pump maintain stable performance when the field operation involves abrasive media, high pressure, and frequent load changes.
6. Can this pump work for acidizing treatment?
Yes. The FMC3000 Type pump can support acidizing treatment, formation stimulation, and other oilfield well service operations. Acidizing jobs often require stable pressure, controlled flow, and reliable fluid delivery, so the pump structure must handle demanding field conditions.
Before selection, buyers should confirm the fluid end material, sealing configuration, acid concentration, working pressure, flow rate, and pumping medium. These details help SGPE recommend a suitable pump configuration for acidizing service and long-term field use.
7. Is this pump suitable for frac truck and frac skid integration?
Yes. This 3000HP five-cylinder fracturing pump suits frac truck, frac skid, pressure pumping unit, and standalone pump package applications. Its gear drive system, high rod load capacity, and heavy-duty structure make it practical for oilfield equipment package builders.
For better configuration support, buyers should provide the installation layout, drive arrangement, fluid end size, working pressure, flow rate, and package type. These details help confirm whether the pump will fit the required frac fleet or oilfield pumping package.
8. What fluid end specification does this pump use?
The pump uses an FMC3000 Type fluid end with a 4.5-inch specification. The fluid end weighs about 3800 kg, and its size measures 1490 × 665 × 568 mm.
The fluid end directly contacts fracturing fluid, acidizing fluid, abrasive slurry, and other oilfield service media. Therefore, it plays a key role in pressure stability, sealing performance, service life, and maintenance cost. Buyers should confirm the fluid end configuration based on the pumping medium and job pressure.
9. What drive mode does the FMC3000 Type Five Cylinder Fracturing Pump use?
The pump uses a gear drive system with a drive ratio of 6.933:1. This drive structure helps transfer power steadily during high-load oilfield pressure pumping operations.
A stable drive system matters in continuous fracturing, acidizing, and well stimulation service. It helps the pump maintain reliable mechanical performance when the field job requires long working hours, large displacement, and repeated pressure cycles.
10. What makes this pump suitable for harsh oil and gas field conditions?
This pump combines 3000HP power, a five-cylinder structure, 10-inch stroke, high-load pull rod, durable power end, heavy-duty fluid end, and optimized tie rod design. These features help it handle harsh oilfield conditions with high pressure, vibration, abrasive media, and continuous operation.
It suits field environments such as fracturing sites, acidizing operations, shale gas projects, tight oil development, remote well service locations, and high-pressure pumping units. Its structure helps oilfield crews reduce downtime and keep pressure pumping projects moving.
11. What affects the service life of a five cylinder fracturing pump?
Several factors affect the service life of a five-cylinder fracturing pump, including working pressure, fluid abrasiveness, acid concentration, operating hours, maintenance frequency, sealing condition, lubrication, and fluid end quality.
Operators can improve reliability through regular inspection, proper lubrication, timely replacement of wear parts, and correct operation. For oilfield pressure pumping fleets, good maintenance helps reduce non-productive time and improves pump availability during fracturing, acidizing, and well stimulation projects.
12. What information should I provide before requesting a quotation?
To help SGPE recommend the right FMC3000 Type Five-Cylinder Fracturing Pump configuration, please provide the pump model, working pressure, flow rate, fluid end size, pumping medium, package type, quantity, delivery schedule, and special connection requirements.
You should also specify the main application, such as hydraulic fracturing, acidizing treatment, well stimulation, frac truck integration, frac skid package, pressure pumping unit, or standalone oilfield pumping service. Clear project details help SGPE confirm the technical configuration and provide a more accurate quotation.
E-Mail: info@sgpe.com
