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END SUCTION PROCESS PUMP - GK

  • Highly energy efficient

  • Pump with mechanical seal & gland packing arrangement

  • Sealing/flushing water not required

  • Self-venting design

  • Pump with back pull out design

  • Compact design & wide interchangeability of components

  • Shaft is fully protected from liquid

End section GK pumps conform to ISO: 5199 & dimensionally are fully conforming to ISO 2858/EN: 22858. These pumps equip a horizontal back pullout design and radially split, single stage, centrifugal end suction volute with top centerline delivery. Pump feet are integrally cast with delivery casing. Impeller is of an enclosed type. Bearing housing is fitted with a support foot. Pump shaft is supported by grease lubricated anti-friction deep groove ball bearings as a standard scope of supply. GK pumps are mainly used for clean and clear liquids, which are free from suspended solids particles.

End section GK pumps conform to ISO: 5199 & dimensionally are fully conforming to ISO 2858/EN: 22858. These pumps equip a horizontal back pullout design and radially split, single stage, centrifugal end suction volute with top centerline delivery. Pump feet are integrally cast with delivery casing. Impeller is of an enclosed type. Bearing housing is fitted with a support foot. Pump shaft is supported by grease lubricated anti-friction deep groove ball bearings as a standard scope of supply. GK pumps are mainly used for clean and clear liquids, which are free from suspended solids particles.

Max Head:
Max capacity:
Upto 95 m
Upto 450 m³/hr
  • Highly energy efficient.

  • Pump with mechanical seal & gland packing arrangement.

  • Sealing/flushing water not required.

  • Self-venting design.

  • Pump with back pull out design.

  • Compact design & wide interchangeability of components.

  • Shaft is fully protected from liquid.

  • Highly energy efficient

  • Pump with mechanical seal & gland packing arrangement

  • Sealing/flushing water not required

  • Self-venting design

  • Pump with back pull out design

  • Compact design & wide interchangeability of components

  • Shaft is fully protected from liquid

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