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4223AX & 4323AX Series foot-mounted internal gear pumps are designed and manufactured to comply fully with the current version of American Petroleum Institute’s design standard for positive displacement pumps, API 676. Applications include oil and gas and petrochemical industries where exceptional reliability is required. -
The Universal Product Line has the broadest range of sealing options of all pumps built by Viking. The stuffing box on all sizes accepts packing, numerous component single mechanical seals, or a wide variety of cartridge seals.
The Universal Product Line is Viking Pump’s most versatile line of internal gear pumps due to the availability of many design and material options. -
Like the 127A and 4127A Series, these pumps feature 316SS construction for handling corrosive liquid applications. These pumps have additional unique features, however, which separate them from other Viking Pump series.
While the wetted components are stainless steel, the footed mounting bracket is cast iron, making the 724 and 4724 Series an economical alternative to a fully stainless steel pump. -
Like the 127A and 4127A Series, these pumps feature 316SS construction for handling corrosive liquid applications. These pumps have additional unique features, however, which separate them from other Viking Pump series.
While the wetted components are stainless steel, the footed mounting bracket is cast iron, making the 724 and 4724 Series an economical alternative to a fully stainless steel pump. -
The 8123A Series is the ideal sealing technology within Viking’s Universal Product Line pumps. It is dimensionally interchangeable with other Universal Product Line pumps, allowing an easy upgrade from packed or mechanical seals to sealless technology.
The 8123A Series’ canister is hermetically sealed, providing the highest level of liquid containment available by eliminating traditional dynamic shaft seals traditionally associated with hazardous, hard-to-seal, or expensive liquids. It also eliminates housekeeping issues and downtime due to seal failure. This product is designed to handle a broad range of applications (such as caustics, isocyanates, adhesives, solvents and mercaptans) requiring continuous duty at pressures up to 200 PSI (14 Bar)
This Series features 9 different sizes with flows to 500 GPM (114 m3 /h) They may be applied to both thin and thick liquids, and operate in either direction. They are also capable of
operating under suction lift conditions. The 8123A series continues the tradition of most robust line of internal gear pumps built by Viking Pump. -
The 8124A Series is the ideal sealing technology within Viking’s Universal Product Line pumps. It is dimensionally interchangeable with other Universal Product Line pumps, allowing an easy upgrade from packed or mechanical seals to sealless technology.
The 8124A Series’ canister is hermetically sealed, providing the highest level of liquid containment available by eliminating traditional dynamic shaft seals traditionally associated with hazardous, hard-to-seal, or expensive liquids. It also eliminates housekeeping issues and downtime due to seal failure. This product is designed to handle a broad range of applications (such as caustics, isocyanates, adhesives, solvents and mercaptans) requiring continuous duty at pressures up to 200 PSI (14 Bar)
This Series features 9 different sizes with flows to 500 GPM (114 m3 /h) They may be applied to both thin and thick liquids, and operate in either direction. They are also capable of operating under suction lift conditions. The 8124A series continues the tradition of most robust line of internal gear pumps built by Viking Pump. -
These pumps are designed for long, trouble-free services life under a wide variety of application conditions with minimum maintenance. The points listed below will help provide long service life. -
The LVP Series™ is designed for thin, corrosive industrial liquids, flammable liquids which require corrosion protection and applications where pressures or vacuum requirements exceed other pumps’ capabilities. Vanes extend from slots on the rotor, sweeping liquid through a cam-shaped cavity. They offer the benefit of very low slip and high mechanical efficiency.
