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Viking 4227AA

Description

The 4227AA internal gear pump is used for transferring hydrocarbons and process fluids in upstream, midstream, and downstream operations. It is suited for applications requiring reliable flow control and high system integrity. It delivers flows up to 363 m³/h (1,600 GPM) with pressures up to 10 bar (150 PSI). The pump operates across viscosities from 0.1 to 440,000 cSt, supporting stable performance across a wide range of fluids. Constructed in stainless steel, the pump provides corrosion resistance and durability in demanding environments. It is equipped with API 682 cartridge seals and incorporates features aligned with API 676 requirements. The positive displacement principle ensures flow is directly proportional to speed, allowing precise control using variable speed drives. Multiple porting and drive configurations support integration into process systems. What applications is the 4227AA Series used for?

Price offered

Amount
Estimated delivery time

Construction

Categories
Pumps
Product groups
Internal Gear Pumps

Performance

Min Temperature
-85 °C
Max Temperature
430 °C
Max differential pressure
10 bar
Min viscosity
0.1 cSt
Max viscosity
440000 cSt
Max capacity
363 m³/h
1750 rpm

It is used in oil and gas applications across upstream, midstream, and downstream operations. The pump is suitable for hydrocarbons and process fluids. It performs reliably in continuous and critical processes.
The pump handles flows up to 363 m³/h, or 1,600 GPM. Multiple sizes allow accurate capacity selection. Maximum pressure is 10 bar, or 150 PSI.
The pump is equipped with API 682 cartridge seals. These provide enhanced sealing performance and reduced leakage risk. They support safe operation in demanding environments.
It handles viscosities from 0.1 to 440,000 cSt and temperatures from -85 to +430 °C. Maximum speeds vary depending on model size. These limits must match the application.
As a positive displacement pump, flow is proportional to rotational speed. This allows accurate control using variable speed drives. System pressure has minimal impact on flow rate.
UAB AxFlow