WD-W Brass / Stainless Steel Vortex Pump

WD-W Brass / Stainless Steel Vortex Pump

Extreme Temperature ResistantCompact Structural DesignH59 Brass Alloy304 Stainless Steel

Produktübersicht

Engineered specifically for high-temperature water circulation and thermal exchange systems, the WD-W Series delivers consistent performance where ordinary pumps falter. Available in durable Brass or Stainless Steel, this pump features a specialized recessed impeller that effectively manages liquids containing entrained gas, steam bubbles, or fine particulates.

Produktmerkmale

  • Diversified Options for Pump Body Materials
  • Imported Sealing Materials
  • Compact Structure
  • High Cost Performance

Technische Daten

ModelDiameterMotorPerformance ParameterPump Weight
(kg)
InletOutletPower (kW)(Hp)Voltage (V)Frequency (Hz)Speed (r/min)Max/Rated Head (m)Max Capacity (L/min)
WD-021 (S) (E) (W)G1/4"G1/4"0.160.213ø-380
1ø-220
1ø-380
50276036/25104
WD-021 (S) (L) (E)G1/2"G1/2"0.160.213ø-380
1ø-220
50276020/12205
WD-033 (E) (S)G1/2"G1/2"0.250.333ø-380
1ø-220
50276025/16226
WD-05WG1/2"G1/2"0.370.51ø-220
1ø-380
50276045/25256.5
WD-05LG1/2"G1/2"0.370.53ø-38050276045/25256.5

*Die obigen Kennwerte basieren auf Wasserförderung bei Normaldrehzahl und 20°C. Der Toleranzbereich der Leistungsparameter liegt bei etwa ±10%. Die Pumpenleistung variiert je nach Mischungsverhältnis und Dichte des flüssigen Mediums.

Pumpenstruktur

The WD-W Pump production structure consists of the Pump Cover, Impeller, Mechanical Seal, Shaft Seal Base, Motor, and Fan, forming a compact cost-effective high-lift fluid transfer assembly.

WD-W Brass / Stainless Steel Vortex Pump exploded structure

Leistungskennlinie

WD-W Brass / Stainless Steel Vortex Pump performance curve showing head versus flow rate for different WD-W Pump models under standard operating conditions

The WD-W Pump production structure consists of the Pump Cover, Impeller, Mechanical Seal, Shaft Seal Base, Motor, and Fan, forming a compact cost-effective high-lift fluid transfer assembly.

Betriebsbedingungen

Thermal Conductivity WaterThermal Conductivity OilEthylene glycolWorking TemperatureMaximum ElevationMax withstand pressure
+5°C~+160°C+5°C~+200°C-30°C~+180°C-5°C~+40°C1000m10bar


Einsatzgebiet

Medical Sterilizers, Steam Generators, High and Low Temperature Test Instruments, Welder Cooling, Small Cooling Circulation Systems, etc.

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