8/6E-TG Gravel Pump, interchangeable with Warman pumps
8x6E-TG Gravel Pump is suitable for handling large particles at consistently high efficiency, resulting in lower costs. Casing is designed with a large volume internal profile to reduce associated velocities which prolong component life. Designed to pump extremely aggressive slurries with a wide particle distribution, With a range of G series gravel parts and different material combinations Dredge and Gravel pumps have the versatility to ensure the most appropriate pumping solution can be provided for any given application.
Design Features
• The structure of TG series gravel pump is mainly single-casing and horizontal type, The outlet direction can be positioned 360°, easy to install.
• Shaft Components adopt cylinder structure, which is convenient to adjust the gap between impeller and front wearing plate, The shaft uses grease lubrication.
• Shaft Seal: packing seal, expeller seal and mechanical seal.
• Broad flow passage & good anti-Cavitation property & highly efficient wear resistance.
• The wet parts are made of Ni-hard and high-chrome wear-resistant alloys with good anti-corrosive property.
• Variable speeds and modals to ensure smooth operation, Additionally, Long service life and high operation efficiency offer reliable performance in a tough operating environment.
8/6E G Sand Gravel Pump Performance Parameter
Model |
Max. Power P (kw) |
Capacity Q (m3/h) |
Head H (m) |
Speed n (r/min) |
Eff. η (% ) |
NPSH (m) |
Impeller Dia. (mm) |
8x6E-TG |
120 |
126-576 |
6-45 |
800-1400 |
60 |
3-4.5 |
391 |
8/6E-TG Gravel Pump Applications
• Gravels | • Sands | • Dredging | • Sand Excavation |
• Tunneling | • Tunnel boring machine | • Blast slag | • Dredger |
• Pipe-jacking system | • Ash handing | • Coal ash | • Coarse sand |
• Tailings | • Stone | • Waste sludge | • Mineral processing |
• Mining | • Alumina Industry | • Construction | • Other industries |
Note:
8×6 E-TG gravel pumps and spares are only interchangeable with Warman® 8×6 E-G gravel pumps and spares.
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 |