GB-414 Series™ Pipeline Injection Pump
Dimensionally Interchangeable with Equivalent Gen 2 GP-414 Sizes
- New advanced materials on critical internal wear surfaces
- Enhanced wear resistance and durability extend pump life
Rebuildable Design
- All internal wear components are easily replaceable
- Simple disassembly and reassembly process saves time and money
- Complete rebuild kit brings the pump back to as-new operating condition
Upgraded and Reliable Sealing Solution
- Type 2 bellows seal with standard 200 PSI inlet rating does not require the pump or motor placement to be moved for a seal change
- Robust axial thrust control bearing reduces premature seal failure due to elevated inlet pressure, starts, stops, and other unique application conditions
Modular Port Design
- Standard 180⁰ ports with weld neck adapters to accommodate the flange of your choice
- Common Port Location (CPL) feature allows for installation of lower flowrate pumps when well production decreases without welding or piping modifications
Compact Footprint
- 7’ unit length on largest pump and motor assembly
- Motor speed operation eliminates the need for gear reducers or belt drives
- Units include small, rigid formed steel baseplate complete with spacer coupling and coupling guard
capacity
pressure
viscosity
temperature
GP 410/414 Pipeline Injection Pump
Series GP-410, GP-414
Durable Construction
- Heat treated shaft and spur gears provide reliable service
- Internal surfaces are hardened to increase wear resistance
Multiple Sealing Options
- Type 1 component seal standard
- Cartridge seal and balanced seal options available
- Back pull-out seal design allows seal changes without disturbing piping or requiring unit realignment
No Ball or Roller Element Bearings
- Heavy duty bushings support shafts on either side of the gears
- DU bushings to ensure long service life
Modular Porting Design
- Standard 180⁰ ports with weld neck adapters to accommodate the flange of your choice
- Port design allows for multiple interchangeable flange options
- Common Port Location (CPL) feature allows for installation of lower flowrate pumps when well production decreases without welding or piping modifications
Compact Footprint
- 7’ unit length on largest pump and motor assembly
- Motor speed operation eliminates the need for gear reducers or belt drives
- Units include small, rigid formed steel baseplate complete with spacer coupling and coupling guard
capacity
pressure
viscosity
temperature
| GP-410 & GP-414 Models (Ductile Iron) | Ports* (Inch) | Nominal Flow @ 750 PSI (1775 rpm) on 4 cP Viscosity | Nominal Flow @ 1500 PSI (1775 rpm) on 4 cPs Viscosity | Max Continuous Pressure (PSI) | Max Recommended Temperature (°F) | Approximate Shipping Weight (Pump Only) (lbs) |
| GP-41013 | 2" SAE | 22 GPM / 32 BPH / 760 BPD | 20 GPM / 29 BPH / 683 BPD | 1500 | 350 | 61 |
| GP-41026 | 2" SAE | 44 GPM / 63 BPH / 1520 BPD | 40 GPM / 57 BPH / 1366 BPD | 1500 | 350 | 85 |
| GP-41415 | 2" SAE | 46 GPM / 66 BPH / 1587 BPD | 39.7 GPM / 57 BPH / 1362 BPD | 1500 | 350 | 170 |
| GP-41420 | 2" SAE | 60 GPM / 85 BPH / 2045 BPD | - | 750 | 350 | 170 |
| GP-41430 | 2" SAE | 94 GPM / 134 BPH / 3208 BPD | 81 GPM / 116 BPH / 2779 BPD | 1500 | 350 | 270 |
| GP-41440 | 3" SAE | 120 GPM / 172 BPH / 4138 BPD | - | 750 | 350 | 284 |
| GP-41445 | 3" SAE | 141 GPM / 201 BPH / 4833 BPD | 122 GPM / 175 BPH / 4202 BPD | 1500 | 350 | 395 |
| GP-41455 | 3" SAE | 168 GPM / 240 BPH / 5760 BPD | - | 750 | 350 | 403 |
| GP-41460 | 4" SAE | 182 GPM / 260 BPH / 6230 BPD | - | 750 | 350 | 447 |
*2” and 3” SAE ports use J518 Code 61 SAE flange ports. 4” SAE port uses 3000 Series square flange.
Note: GP-410 & GP-414 Series motor speed - 1775 RPM
GP 425 Pipeline Injection Pump
Series GP-425
Multiple Sealing Options
- Single cartridge mechanical seal standard
- Double and tandem cartridge mechanical seals available
- Capable of accepting an API 682 seal
Durable Construction
- Heat treated shaft and spur gears provide reliable service
- Internal surfaces are Vitek hardened to increase wear resistance
Modular Port Design
- 6”, 180⁰ 4 bolt ports standard
- Weldneck port adapter design allows for multiple interchangeable flange options
- Common Port Location (CPL) feature allows for installation of lower flow rate pumps when well production decreases without welding or piping modifications
Compact Footprint
- External gear design is significantly more compact than screw, reciprocating, and centrifugal technologies
- Direct drive, motor-speed operation eliminates the need for gearboxes or belt drives
- Standard inverter duty rated motors
Reduced Maintenance
- Back pull-out seal design and spacer coupling eliminate the need to disturb piping or perform alignments during seal changes
- Rigid structural steel base with milled mounting pads and jacking bolts for ease of field alignment
- No pulsation dampeners, gear reducers, belt drives, or additional equipment to service and maintain
capacity
pressure
viscosity
temperature
| GP-425 Models (Ductile Iron) | Ports* (Inch) | Nominal Flow @ 750 PSI (1190 rpm) on 4 cP Viscosity | Nominal Flow @ 1500 PSI (1190 rpm) on 4 cPs Viscosity | Max Continuous Pressure (PSI) | Max Recommended Temperature (°F) | Approximate Shipping Weight (Pump Only) (lbs) |
| GP-42525 | 6" | 175 GPM / 249 BPH / 5948 BPD | 155 GPM / 221 BPH / 5305 BPD | 1500 | 350 | 1370 |
| GP-42550 | 6" | 344 GPM / 491 BPH / 11794 BPD | 305 GPM / 435 BPH / 10457 BPD | 1500 | 350 | 1815 |
| GP-42575 | 6" | 520 GPM / 744 BPH / 17843 BPD | 464 GPM / 663 BPH / 15915 BPD | 1500 | 350 | 2500 |
*6" Port uses 3000 Series Square Flange
Note: GP-425 Series motor speed - 1190 RPM
Bolted Lid Strainers
Features & Benefits
- Strainer bodies available in ductile iron
- Lid vent, pressure differential gauge ports, and bottom drain are all standard
- Stainless steel baskets with 3/16” perforation holes standard (no mesh)
- Basket lining available in 10, 20, 40, 60, 80 or 100 mesh
- Baskets provide maximum hoop strength to prevent distortion or basket damage
- Ductile iron can be used for steel requirements in chemical, petrochemical and pharmaceutical industries
Viking Quality Construction
- High-quality, easy-to-clean simplex strainers
- Designed for chemical, petrochemical and most general fluid-flow applications
- Raised face flanges available for 2, 3 & 4 inch piping
- SS basket and screen are available in no mesh, 10, 20, 40, 60, 80 or 100 mesh
- Nominal capacities range from 100 to 400 GPM
- Pressures up to 640 PSI
- Strainer bodies and lids are available in ductile iron
Low Pressure Drop
Viking Bolted-Lid Strainers are designed for minimal pressure drop through the unit. Pressure drop is minimized by the inclined position of the strainer basket adjacent to the porting. This provides smooth flow patterns not found in conventional basket type strainers.
| Model Number | Port Size - Inches | Port Type | Nominal Capacity Suction Rating - GPM | Rated System Pressure - PSI | Maximum Temperature F |
| F-1020-RDUC | 2 | Class 150 RF | 100 | 250 | 350 |
| F-1020-HDUC | 2 | Class 300 RF | 100 | 640 | 350 |
| F-1030-RDUC | 3 | Class 150 RF | 200 | 250 | 350 |
| F-1030-HDUC | 3 | Class 300 RF | 200 | 640 | 350 |
| F-1040-RDUC | 4 | Class 150 RF | 300 | 250 | 350 |
| F-1040-HDUC | 4 | Class 300 RF | 300 | 640 | 350 |
Drawings
Pump Drawings
| PUMP MODEL | FLANGE CONNECTIONS |
|---|---|
| GP-41013 | 2" SAE 4-Bolt Flanges |
| GP-41013 | 2" SAE Butt Flanges |
| GP-41026 | 2" SAE 4-Bolt Flanges |
| GP-41026 | 2" SAE Butt Flanges |
| GP-41415 | 2" SAE 4-Bolt Flanges |
| GP-41415 | 2" SAE Butt Flanges |
| GP-41420 | 2" SAE 4-Bolt Flanges |
| GP-41420 | 2" SAE Butt Weld Flanges |
| GP-41430 | 2" SAE 4-Bolt Flanges |
| GP-41430 | 2" SAE Butt Weld Flanges |
| GP-41440 | 3" SAE 4-Bolt Flanges |
| GP-41440 | 3" SAE Butt Weld Flanges |
| GP-41445 | 3" SAE 4-Bolt Flanges |
| GP-41445 | 3" SAE Butt Weld Flanges |
| GP-41455 | 3" SAE 4-Bolt Flanges |
| GP-41455 | 3" SAE Butt Weld Flanges |
| GP-41460 | 4" 3000 Series SQ Flanges |
| GP-41460 | 4" 3000 Series SQ Butt Weld Flanges |
Unit Drawings
The Viking Pump Advantage
Viking Pump is the Global Leader in Positive Displacement Pumping Solutions, from solving transfer challenges for Standard Oil during the depression in the 1920's, to today, where Viking Pumps are used in almost every process where oil or oil derivatives are found. With the advancements in the unconventional oil exploration and production, Viking Pump has created a series of products tailored for the upstream and midstream oil fields and specifically for LACT (Lease Automatic Custody Transfer) pipeline injection service.
Understanding your specific applications and needs is priority number one, and any of our pump experts have the knowledge and experience to make pump recommendations and selections. We are also driven to understand the complete process where our pumps will be placed. Viking Pump has been a premier pump of choice in all midstream applications on or around the Pipeline Injection unit based on our reliability, durability, support, and end user value with all of the products we offer.
Viking Pump has pushed the envelope of innovation and capabilities to meet and exceed customer needs and expectations in the midstream market and when you place a Viking Pump in your production field, you can count on the best quality and reliability backed by our experience and expertise to keep your fluids flowing.
The Viking Pump Advantage
- Complete line of Pipeline Injection pumps and strainers
- Pipeline Injection pumps expertly selected to operate reliably
- Common Port Location (CPL) on booster pumps allows smaller pumps to be retrofitted after IP without changing motor, baseplate, or centerline heights of piping. *special order on some models*
- Easy maintenance / zero pipe disruption with back pullout design on charge and booster pumps
- Every injection pump is performance tested on the Viking Pump state of the art automated test stand
- Backed by the Viking Pump 12 month warranty on workmanship and part defects
- Thousands of pump installations across multiple geographic shale plays, varying viscosities, and pipeline pressures up to 1,500PSI
- US Based, vertically integrated manufacturing facilities all located in Cedar Falls, IA
