Series WRUS PUMP ll specifications are subject to change without notice. Immersible Pumps
pplications The WRUS Series is vertical multistage centrifugal pump, designed for industrial use, specially for machine tools. It is suitable to carry fluids such as water, coolant, light oil and other clean, non aggressive matters for: - Industrial circulation system - Washing/cleaning system - Filtration system Operation conditions Sectional drawing mbient temperature :Max. + C iquid temperature range :+ C ~ + C Operating pressure :Max. kg/cm² Submerged depth :Min. mm T/T code Materials Oil Seal Pump Casing FCD Mechanical Seal HTTH HGSH Shaft Strap Impeller Intermediate chamber Sleeve earing Tungsten carbide Submersible vertical multistage centrifugal pump, self-priming, co-axial pump/motor design, impellers mounted on extended motor shaft. Main working parts made by stainless steel. Motor T - S Hz T/T Stainless steel series Q -/-V - Z* -/-V -/-V Number of Stages U* -/-V -/-V Standard capacity m³/h name Performance range P(kg/cm²) P(kg/cm²) Hz T T T T Q(m³/h) Suction intercon-nector ock Nut SUS Filter Fiange HGSH HGSV HGSE T - Special mechanical seal HTTH HTTV HTTE HSSH HSSV HSSE Material Stationary Face/ Rotary Face Cup Gasket & O Ring (G)Carbon/ (S)Silicium carbide (H) HNR (T)Tungsten Carbide/ (T)Tungsten Carbide Viton (E) EPDM (S)Silicium carbide/ (S)Silicium carbide T Hz Priming screw Mechanical seal type NR Options on request Number of Impellers * The motor can be use in both / hz. S series Hz Standard Pump construction Code PH Material NO. Part name Enclosure class : IP Insulation class : F. Nominal speed : / rpm Frequency range : / Hz Voltages Code: T T Q(m³/h)
T P(kg/cm) - - - -.... Q(m/h) - -..... T -..... Q(m/h). Q(m/h) - - - - - - -.... code ( Hz ) Z T - Z T - Z T - Z T - Z T - Z T - U Maximum Stages -.. Q(m/h). - - - - - -. P(kW) -. - - - T Hz - P(kW) - P(kg/cm) T Hz - - T - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. PF¾" Ø (mm) (mm) (mm) T - T - T - T - T - T - T - T - T - T - T- T - T - T - T - T - T - T - T- T- T -.....................
T P(kg/cm) T Hz - - - - - - P(kW). - T - - - - Q(m/h) - - - Q(m/h) P(kW) - - - - - - -... Q(m/h) Q(m/h) code ( Hz ) Z T - Z T - Z T - U T - U T - U T - U Maximum Stages - - - - - -.. T Hz - P(kg/cm) - T - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. PF¾" Ø T T T T T T T T T T T T T T T T T T T T - - - - - - - - - - - - - - - - - - - - (mm) Hz / Hz (mm) / / (mm) Hz / Hz / /....................
T P(kg/cm) T Hz - - Q(m/h) T Hz - - - - Q(m/h) P(kW) P(kW). - -. code ( Hz ) Z T - Z T - Q(m/h) T - T - - - - - - -. - P(kg/cm) - T U U - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. Q(m/h) (mm) (mm)......... PF¼" T T T T T T T T (mm) - - - - - - - -........ Maximum Stages XØ Ø
T P(kg/cm) T Hz - - P(kW) - P(kg/cm) Q(m/h) T Hz - - T - Z T - U T - Maximum Stages Q Q(m/h) - - Q(m/h) code ( Hz ).. - -. P(kW) - T - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. - / -.-. /.-. Q(m/h) (mm) (mm)..... T T T T T PF¼" (mm) - - - - -..... XØ Ø