1.5/1B-AM(R)
Outlet 25 mm
- Flow m³/h
- 3.6–21.3
- Head m
- 5–69
- Speed rpm
- 1200–3800
SLURRY HANDLING
Rubber-Lined Slurry Pump
An elastomer wet end for the right slurry.
Rubber-lined AM-family pumps for slurry duties where particle shape, chemistry and temperature suit an elastomer wet end.
Related resources: Mining slurry and tailings transfer
- Installation
- Horizontal, dry-installed
- Wet end
- Rubber impeller and liner components; the exact compound and compatibility require the slurry composition.
- Drive
- Drive matched to pump speed
- Selection
- Duty, slurry & applicable curve
Compare catalogue operating records
Catalogue operating records
Range screening only. Flow/head limits are not interchangeable operating points. Open the printed table and request the applicable curve.
| Catalogue model | Outlet mm | Flow m³/h | Head m | Speed rpm | Source / selection |
|---|---|---|---|---|---|
| 1.5/1B-AM(R) | 25 | 3.6–21.3 | 5–69 | 1200–3800 | PDF p. 6 ↗ |
| 2/1.5B-AM(R) | 38 | 7.2–42.48 | 7–40 | 1200–2600 | PDF p. 7 ↗ |
| 3/2C-AM(R) | 51 | 21.6–69.12 | 13–38 | 1300–2100 | PDF p. 9 ↗ |
| 4/3C-AM(R) | 76 | 28.8–149.4 | 9.6–35.6 | 1000–1800 | PDF p. 10 ↗ |
| 6/4D-AM(R) | 102 | 72–324 | 12.6–44.7 | 800–1350 | PDF p. 11 ↗ |
| 8/6E-AM(R) | 152 | 126–648 | 10–48 | 500–1000 | PDF p. 13 ↗ |
2/1.5B-AM(R)
Outlet 38 mm
- Flow m³/h
- 7.2–42.48
- Head m
- 7–40
- Speed rpm
- 1200–2600
3/2C-AM(R)
Outlet 51 mm
- Flow m³/h
- 21.6–69.12
- Head m
- 13–38
- Speed rpm
- 1300–2100
4/3C-AM(R)
Outlet 76 mm
- Flow m³/h
- 28.8–149.4
- Head m
- 9.6–35.6
- Speed rpm
- 1000–1800
6/4D-AM(R)
Outlet 102 mm
- Flow m³/h
- 72–324
- Head m
- 12.6–44.7
- Speed rpm
- 800–1350
8/6E-AM(R)
Outlet 152 mm
- Flow m³/h
- 126–648
- Head m
- 10–48
- Speed rpm
- 500–1000
No catalogue range matches these inputs.
Try a different duty, clear the filters, or send the requirement for a curve review. An empty result does not establish that no pump can meet the duty.
Six shared AM/AM(R) catalogue records. Printed notation is retained. These ranges include different conditions and are not a rubber-specific performance guarantee; request the applicable rubber-lined curve.
Need a model-specific curve?
Provide the actual slurry and operating point so the proposed model, speed and material can be reviewed together.
Rubber-Lined Slurry Pump construction and operation
Rubber-lined horizontal slurry pumps combine a dry-installed bearing frame with replaceable elastomer wet-end components. They are an option for fine-particle slurry when the rubber compound is compatible with the liquid, temperature and particle shape. The lining is a material choice within a pump arrangement; it does not make every corrosive or abrasive duty suitable for rubber.
The supplied manual identifies rubber impellers and liners and shows related metal and rubber constructions. Selection therefore starts with the actual slurry rather than the external appearance of the pump. Sharp particles, oversized solids, hydrocarbons and temperature all need review before an elastomer is specified. Keep the selected rubber compound and part references in the quotation and spare-parts list.
- ✓Replaceable rubber wet endImpeller and liner components can be identified from the assembly drawing for planned maintenance.
- ✓Review the complete liquidProvide chemistry, temperature and the solids distribution together when discussing rubber compatibility.
- ✓A serviceable surface installationKeep access to the wet end, seal, bearing frame and drive when laying out the pump station.
Components, materials and seals
Impeller
Review impeller construction and material against the solids, speed and hydraulic duty. Use the selected model parts schedule.
Casing & wear parts
Rubber impeller and liner components; the exact compound and compatibility require the slurry composition.
Shaft sealing
Select the applicable seal around inlet pressure, liquid chemistry and utility availability. Seal options require the selected assembly.
Bearing assembly
Coordinate shaft support, alignment, lubrication and transmission loads. Keep access for inspection and maintenance.
Materials, sealing & duty requirements
| Review item | Required information |
|---|---|
| Wetted components | Rubber impeller and liner components; the exact compound and compatibility require the slurry composition. |
| Sealing / interfaces | Packing, expeller or mechanical, by configuration |
| Solids information | Concentration basis, particle distribution, maximum size, hardness and shape |
| Liquid conditions | Complete chemistry, liquid and solids densities, operating temperature |
| Installation information | Suction level and pressure, pipework, drive and maintenance access |
Check the complete operating point
- ✓Normal and maximum flow / head
- ✓Density and concentration range
- ✓Particles, chemistry and temperature
- ✓Site arrangement and operating cycle
AI-generated family illustrations. The selected configuration follows the agreed model and drawing.
Installation & drive arrangement
Direct-coupled arrangement
Confirm the selected speed and motor arrangement, common-base alignment and removal clearances. The drawing must match the proposed set.
Transmission & speed review
Where a belt arrangement is proposed, review ratio, absorbed power, tensioning, guarding and foundation loads for the selected equipment.
- ✓Foundation and alignment
- ✓Suction pipework
- ✓Seal utilities
- ✓Maintenance clearance
Typical applications
Application descriptions are selection contexts. Suitability depends on the selected equipment and actual process conditions.
Mineral-processing slurry
Fine solids in process circuits require both abrasion and chemical compatibility checks. Include particle shape and any flotation reagents.
Tailings transfer
Define concentration changes, static lift and pipeline friction over the full operating cycle. Assess rubber against the actual tailings.
Industrial process slurry
Review dissolved chemicals and temperature as well as suspended solids before agreeing the wet-end compound.
Choose the supply scope
Select a scope below to carry it into the enquiry. The final equipment and documents are defined in the quotation.
Pump assembly
Pump, wet-end material, seal and shaft support for the selected duty.
- ✓Hydraulic assembly
- ✓Materials and sealing
- ✓Existing-drive interfaces
Electric pump set
Pump and matched motor with the agreed transmission, mounting and guarding.
- ✓Motor and operating speed
- ✓Base and transmission
- ✓Guarding and alignment
Configured equipment package
Agree the driver and complete equipment interfaces around the installation.
- ✓Driver and auxiliary scope
- ✓Wear spares and tools
- ✓Drawings and documentation
Define what arrives with the equipment
Equipment & interfaces
Selected pump, materials, seal, drive, connections, mounting and any required auxiliary services.
Inspection & documentation
Agree drawing revision, inspection requirements, applicable acceptance criteria and the documents required with delivery.
Packing & service spares
Specify preservation, packing, identification and an initial spare-parts list appropriate to the maintenance plan.
From preparation to shipment
Components & material review
Identify component drawings and materials for the agreed pump or parts scope.
Machining & interfaces
Check the critical faces, bores, fits and connections against the applicable drawing.
Inspection planning
Agree inspection points, acceptance criteria and any requested records before supply.
Packing & handover
Confirm identification, preservation, packing and the documents required for handover.
Technical documents
Original source catalogue
Original series introduction, drawings and available technical tables.
Slurry family brochure
Product arrangements and original family drawings. Confirm the applicable series and model.
Selected curve & arrangement
Request the applicable curve, materials, dimensions and installation instructions.
Pump questions
Is rubber always better than metal?
No. Rubber can suit some fine-particle duties, while sharp solids, incompatible chemicals or excessive temperature can make it unsuitable. Compare the complete slurry and proposed compound before selecting the wet end.
How is the pump selected?
Start with flow, total dynamic head, slurry density, solids concentration and size, temperature, chemistry and installation. Review these together on the applicable curve.
Are the images dimensional drawings?
Catalogue drawings show the source construction. Family exterior references and illustrative components are labelled. Use the selected model’s approved arrangement drawing for dimensions and installation.
What is included in the quotation?
The selected supply scope, materials, interfaces, inspection requirements, spares and documents must be agreed in the quotation. An illustration alone does not define the delivered equipment.
What if there is no numerical table on this page?
Send the operating requirement for a model-specific curve review. A product introduction or family envelope cannot replace a selected pump curve.
How do I use this enquiry form?
Choose any model, installation and supply options above, complete the required fields, and prepare a draft. Review it before copying, downloading or opening it in your email application.
Tell us about your slurry duty
Share the liquid, operating point and site arrangement for a useful selection discussion.
- ✓Operating pointFlow, head and operating range.
- ✓SlurryDensity, concentration and particles.
- ✓InstallationLiquid levels, drive and utilities.