150SV-TSP Vertical Slurry Pump
150SV-TSP Vertical Slurry Pump is available in a wide range of popular sizes to suit most pumping applications. Thousands of these pumps are proving their reliability and efficiency worldwide in Minerals processing, Coal preparation, Chemical processing, Effluent handling, Sand and gravel and almost every other tank, pit or hole-in-the ground slurry handling situation.
We provide various pumping solutions in China. The sump slurry pumps are designed for vertical cantilever type with single casing, double suction and semi-open impeller design. The impeller is made of high-chromium alloy or rubber. The gap between impeller and liner is adjustable, to assure the high-efficient operation. This series of sump slurry pumps do not need any shaft seal, and the wet parts of pumps are made of rubber and the parts contacting with slurry are lined with rubber. The vertical sump pump can be used to deliver corrosive slurries. The pump may be driven by belt or direct coupling. It should rotate clockwise viewing from the drive end.
Design features
• Fully Cantilevered - Eliminates submerged bearings, packing, lip seals, and mechanical seals that other vertical slurry pumps typically require.
• Impellers - Unique double suction impellers; fluid flow enters the top as well as the bottom. This design eliminates shaft seals and reduces thrust load on the bearings.
• Large Particle - Large particle impellers are also available and enable passing unusually large solids.
• Bearing Assembly - The maintenance friendly bearing assembly has heavy duty roller bearings, robust housings, and a massive shaft.
• Casing - The metal pumps have a heavy walled abrasive resistant Cr27Mo chrome alloy casing. Rubber pumps have a molded rubber casing adhered to sturdy metal structures.
• Column and Discharge Pipe - The metal pump columns and discharge pipes are steel, and the rubber columns and discharge pipes are rubber covered.
• Upper Strainers - Snap in elastomer strainers fit in column openings to prevent overly large particles and unwanted refuse from entering casing of the pump.
• Lower Strainers - Bolt-on cast strainers on the metal pump and molded snap-on elastomer strainers on the rubber pumps protect the pump from oversize particles.
150SV-TSP Vertical Slurry Pumps Performance Parameters
Model |
Matching power P (kw) |
Capacity Q (m3/h) |
Head H (m) |
Speed n (r/min) |
Eff.η (%) |
Impeller dia. (mm) |
Max.particles (mm) |
Weight (kg) |
150SV-TSP(R) |
11-110 |
108-576 |
8.5-40 |
500-1000 |
52 |
450 |
45 |
1737 |
150SV-TSP Vertical Slurry Pumps Applications
Vertical Sump Pumps widely used for Mining, Mineral Processing, Sand and Gravel, Coal Prep, Chemical Slurry Service, Cyclone Feeds, Aggregate Processing, Wet crushers, SAG mill discharge, Fine Primary Mill Grinding, Tailings, Secondary Grinding, Bottom/fly ash slurries, Pulp And Paper, Food Processing, Cracking Operations, Gypsum slurries, Pipeline Transport, High Velocity Hydraulic Transport,Food Processing, Explosive Sludge In Metal Smelting, River And Pond Dredging, Heavy Refuse Removal, Larger Particle Or Low NPSHA Applications, Continuous (Snore) Sump Pump Operation, Abrasive Slurries, High Density Slurries, Large Particle Slurries, Sump Drainage, Wash down, Floor Drainage, Mixing, Iron Ore, Cooper, Diamond, Aluminum oxide, Gold, Kaolin, Phosphorite, Steel, Palm, Suger, Chemical, Power, FGD, Frac Sand Blending, Waste water, Flotation etc.
Note:
150SV-TSP vertical slurry pumps and spares are only interchangeable with Warman® 150SV-SP vertical slurry pumps and spares.
RT Slurry Pumps are designed for handling highly abrasive,high density slurries with excellent wear life while maintaining efficiency during the wear cycle providing the best total operating cost.
At present, Ruite has the new material MC01, MC01 spares part service life is 1.5-2 times than A05 material.
Our production ability 1200ton per month,The largest wear-resistant casting weighs can up to 12 ton. Welcome to visit.thank you.
TH Cantilevered, Horizontal, Centrifugal Slurry Pump Material:
Material Code | Material Description | Application Components |
A05 | 23%-30% Cr White Iron | Impeller, liners, expeller, expeller ring, stuffing box, throatbush, frame plate liner insert |
A07 | 14%-18% Cr White Iron | Impeller, liners |
A49 | 27%-29% Cr Low Carbon White Iron | Impeller, liners |
A33 | 33% Cr Erosions & Corrosion Resistance White Iron | Impeller, liners |
R55 | Natural Rubber | Impeller, liners |
R33 | Natural Rubber | Impeller, liners |
R26 | Natural Rubber | Impeller, liners |
R08 | Natural Rubber | Impeller, liners |
U01 | Polyurethane | Impeller, liners |
G01 | Grey Iron | Frame plate, cover plate, expeller, expeller ring, bearing house, base |
D21 | Ductile Iron | Frame plate, cover plate, bearing house, base |
E05 | Carbon Steel | Shaft |
C21 | Stainless Steel, 4Cr13 | Shaft sleeve, lantern ring, lantern restrictor, neck ring, gland bolt |
C22 | Stainless Steel, 304SS | Shaft sleeve, lantern ring, lantern restrictor, neck ring, gland bolt |
C23 | Stainless Steel, 316SS | Shaft sleeve, lantern ring, lantern restrictor, neck ring, gland bolt |
S21 | Butyl Rubber | Joint rings, joint seals |
S01 | EPDM Rubber | Joint rings, joint seals |
S10 | Nitrile | Joint rings, joint seals |
S31 | Hypalon | Impeller, liners, expeller ring, expeller, joint rings, joint seals |
S44/K S42 | Neoprene | Impeller, liners, Joint rings, joint seals |
S50 | Viton | Joint rings, joint seals |