The WEDA L95N slurry pump features a max head of up to 171ft, max flow of 880USgpm, and can withstand solids of up to 1.4in.

The WEDA slurry pumps are the toughest and have the largest apertures to facilitate handling of slurry with the most challenging solids. These pumps are specially designed to operate in quarries, dredging and settling ponds, dealing with abrasive media with high solids content.

 

View and/or Download WEDA L95N: Brochure / Datasheet

TECHNICAL DATA

Specifications   3ph
Max. head ft 171
Max. flow US gpm 880
  m3/hr 202
Rated output hp 50
Max. power input kW 54
Discharge connection in ASME 6" 150lb
Max solid handling in 1.4

Product Code Weda L95N
Installation Portable 
Discharge connection 100DN/ANSI 4 in/DIN
Hydraulic range N - Normal Head
Solid handling Max. solids 25 mm 1 in
Liquid temperature max 95°F (35°C), standard
pH of the liquid pumped pH 4-10
Frequency 60 Hz
Number of poles 4
Insulation class H
Portection class IP68
Thermal contacts 230°F (110°C)
Cable H07RN-F 4G10/SOOW 4xAWG6
Cable length 65 ft (20m)
Outer casing CI Alloy
Impeller Cr Alloy CI
Wear parts Cr Alloy CI
Stator housing CI Alloy
Strainer CI Alloy
Shaft Stainless steel
O-rings Viton
Discharge connection CI Alloy
Bearings Heavy Duty Bearings
Motor Side Seals 2 lip seals (BUNA)
Impeller Side Seals

3 lip seals (BUNA) + 1 V-RING (TPU)

Discharge Flange
Start type Direct-on-line
Weight and dimensions  
Weight (lb) 1667
Hieght (in) 63.2 
Width (in) 36.8
Diameter (in) 21.5

PERFORMANCE CURVES

POWER RATING

Rating 3 ph 
Power P1 40 kW (54 HP)
Power P2 37 kW (50 HP)
Shaft speed  62.9 A
460 V  1750 r.p.m.

Applications & Use Cases

Industrial Slurries

WEDA L application

WEDA L95N slurry pumps' high abrasion resistance makes them an excellent choice for industrial slurries.

Dredging

WEDA L application

Slurry pumps for dredging are used to remove contaminants from water, move sediment, create waterways, and mine for metals. The WEDA L95N pump is designed for the toughest applications thanks to its high durability and abrasion resistance.