RGM series sand&gravel pump is a single stage, single casing, centrifugal horizontal pump. Sand&Gravel pumps are designed for continuously handling the most difficult higher abrasive slurries which contain too big solids to be pumped by a common pump.
Large flow path make pump allow large particle solids. Simple structure and high chrome alloy liner make the sand&gravel pump long life and easy maintenance.
Discharge Diameters 4” to 16” (100mm to 400mm)
Heads Range 230ft (70m)
Flow rate 8,000gpm (4,100m3/h)
Casing Pressure Tolerance 300psig (2,020kPa)
Max Particle Size: 330mm
PH: 5-12
Applications
- Large particle applications
- Mining
- explosive sludge in metal smelting
- dredge the waterway
- grudging in dredger and course of river
- sugar beet
- Barge loading
- Suction hopper dredging
Features
-Good discharge capacity and NPSH
-single casing structure coupled with the cassette shell
-High strengh frame, large shaft diameter, used in the heavy duty industry
-The inlet/outlet is alternative flange, the pipline is easy to install
- Liners material: A05 A07 A33 A49 etc
- Driven Type: CR ZV CV
- Seal type:gland seal, expeller seal, machanical seal
- Discharge direction can be positioned at any intervals in 360 degrees
We are a companyover 20 years of experience specializing in the production of slurry pumps,focuses on research and development, and its business includes production, sales, after-sales maintenance and remote technical support. We have passed ISO9001 and our products are ...
We are a companyover 20 years of experience specializing in the production of slurry pumps,focuses on research and development, and its business includes production, sales, after-sales maintenance and remote technical support. We have passed ISO9001 and our products are ...
1. The maximum lift of the rubber-lined impeller should not exceed 63m. The maximum allowable linear speed should not exceed 30m/m. 2. Bearings generally use rolling bearings and are lubricated with thin oil or grease. Their operating temperature should not exceed 75°C. 3. The ...