API Standard Pump BB2 – KS (KBSD)

API Standard Pump BB2 – KS (KBSD)

The KS (KBSD) is an API BB2 type process pump with Centerline support. This pump with a heavy-duty design ensures high reliability and efficiency during stringent operating conditions. It is manufactured as per API 610. The back pullout feature ensures swift dismantling and assembly. This range of pumps come with a pump head up to 550 m, with a discharge pressure of up to Cl. 600#. Nozzle orientation as the and top-top, side-top, side-side. The direction of rotation is clockwise from the coupling end and anti-clockwise is also possible if required. This pump is suitable for applications in oil refineries and petrochemical industries, and chemical and allied industries. The pump is designed to have maximum parts interchangeability.

Max Head:Upto 550 m Max capacity:Upto 5500 m3/hr

  • Design and manufacture as per API 610
  • Centerline supported heavy duty design to ensure high reliability under stringent operating conditions
  • Easy inspection and repair maintenance of bearings and mechanical seal on both sides after removal of coupling spacer only. The rotating element can be removed without disconnecting suction / discharge piping and driver

  • Fluid handling in oil refineries and petrochemical industry
  • High temperature and high pressure critical applications in chemical and allied industries
  • Variety of materials of constructions and seal flushing plans are available to cater to a wide range of applications
  • Pump as hydraulic power recovery turbine in chemical and process plants

Parameters KS (KBSD)
Capacity ( m3/hr) Upto 5500
Head (m) Upto 550
Temperature Range °C -104 to 450
Discharge Pressure Upto Cl. 600 #
Suction Pressure kg/cm2(g) Upto 80
Nozzle Orientation (Suc./Dis.) Top-Top,

Side-Top &

Side-Side

Standard Motor Synchronous Speeds (rpm) 1000 / 1200 / 1500 / 1800 / 3000 / 3600
Max. Operating Speed (rpm) 3600
Direction of Rotation Clockwise when viewed from coupling end
(Note-1)
Flange Ratings (#RF) Cl. 300 / 600

Note 1: Anticlockwise when viewed from coupling end is also possible against requirement