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Clifton Series Submersible Drainage Pumps
Submersible Drainage Pumps for Dewatering, Construction, Mining and Industrial Water Removal
The DAE Pumps Clifton Series is an electric submersible drainage and dewatering pump family built for clean-to-dirty water removal in construction, mining, tunneling, pits, wells, floodwater, industrial drainage and jobsite dewatering applications. Clifton pumps help move water where the main challenge is drainage or dewatering rather than abrasive slurry pumping or cable-deployed dredging.
Compare Clifton models by discharge size, horsepower, max flow, max head and spec sheet. Choose a Clifton pump when the project requires electric submersible water removal. Choose Payload, Hauler, Tampa or Lansing when the material is abrasive sand, slurry, sludge, sediment or tailings. Choose Growler cable-deployed dredge pumps when the pump must be lowered by cable to dredge settled material from below the surface.
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Choose Clifton by Application
| Application / Buyer Need | Best Clifton Path | Choose This When | Next Step |
|---|---|---|---|
| Compact water removal | 2-inch Clifton drainage pumps | The project requires a compact electric drainage pump for smaller pits, sumps, tight spaces or lower-volume dewatering. | Compare 2-inch Clifton pumps |
| General jobsite dewatering | 3-inch Clifton drainage pumps | The project requires a practical balance of flow, head and compact deployment for construction, mining, tunnels or industrial water removal. | Compare 3-inch Clifton pumps |
| Higher-flow dewatering | 4-inch Clifton drainage pumps | The project requires more water movement than smaller Clifton models or a stronger range of head and flow options. | Compare 4-inch Clifton pumps |
| Large site drainage | 6-inch Clifton drainage pumps | The project requires higher water volume, high-flow dewatering or stronger head options for larger sites. | Compare 6-inch Clifton pumps |
| Maximum Clifton water movement | 8-inch Clifton drainage pumps | The project requires the largest Clifton discharge size for high-volume water removal and demanding dewatering applications. | Compare 8-inch Clifton pumps |
| Abrasive slurry, sand, sludge or sediment | Payload, Hauler, Tampa or Lansing | The job is not just water removal and the pump must handle abrasive solids-heavy material. | Compare DAE submersible slurry and sand/slurry pumps |
| Settled material dredging | Growler cable-deployed dredge pumps | The pump must be lowered by cable to dredge sediment, sludge or slurry from a pond, lagoon, marina, basin or pit. | Compare Growler cable-deployed dredge pumps |
Drainage, Slurry and Dredging: What Is the Difference?
| Pump Need | Use This Pump Type | Best DAE Family | Choose This Path When |
|---|---|---|---|
| Moving clean-to-dirty water | Submersible drainage pump | Clifton Series | The job is dewatering, drainage, floodwater removal, pit water removal, mine drainage or construction water control. |
| Moving abrasive slurry, sand, sludge, sediment or tailings | Submersible slurry or sand/slurry pump | Payload, Hauler, Tampa or Lansing | The material contains abrasive solids or the job requires more than water removal. |
| Hydraulic submersible pumping | Hydraulic submersible pump | Hauler or La Paz | The site uses a hydraulic power unit, excavator support or hydraulic equipment. |
| Dredging settled material from below the surface | Cable-deployed dredge pump | Growler 1000 or Growler 3000 | The pump is lowered from above and used to dredge settled sediment, sludge, sand or slurry. |
Clifton Model Comparison
Compare Clifton drainage pump models by discharge size, horsepower, max flow and max head. Use the downloadable spec sheet to confirm full model details, including pump curve, phase, rated flow, rated head, solid passage, dimensions, weight, materials, cable and motor information.
| Model | Discharge | Power | Max Flow | Max Head | Best Fit | Spec Sheet Download |
|---|---|---|---|---|---|---|
| Clifton 237 | 2 in | 5 HP | 132 GPM | 112 ft | Compact drainage and dewatering where a 2-inch discharge is preferred. | Download Clifton 237 Spec Sheet |
| Clifton 337 | 3 in | 5 HP | 238 GPM | 98 ft | 3-inch dewatering with lower horsepower and practical flow. | Download Clifton 337 Spec Sheet |
| Clifton 355 | 3 in | 7.5 HP | 317 GPM | 105 ft | 3-inch dewatering when more flow is needed than the Clifton 337. | Download Clifton 355 Spec Sheet |
| Clifton 380 | 3 in | 11 HP | 238 GPM | 98 ft | 3-inch drainage/dewatering where the pump configuration fits the site requirement. | Download Clifton 380 Spec Sheet |
| Clifton 3110 | 3 in | 15 HP | 264 GPM | 180 ft | 3-inch dewatering when higher head is more important than maximum flow. | Download Clifton 3110 Spec Sheet |
| Clifton 437 | 4 in | 5 HP | 380 GPM | 59 ft | 4-inch water movement when higher flow is needed at lower head. | Download Clifton 437 Spec Sheet |
| Clifton 455 | 4 in | 7.5 HP | 423 GPM | 79 ft | 4-inch dewatering with stronger flow capacity than smaller Clifton models. | Download Clifton 455 Spec Sheet |
| Clifton 475 | 4 in | 10 HP | 370 GPM | 138 ft | 4-inch dewatering when higher head is required. | Download Clifton 475 Spec Sheet |
| Clifton 4110 | 4 in | 15 HP | 409 GPM | 167 ft | 4-inch dewatering with stronger head and moderate flow. | Download Clifton 4110 Spec Sheet |
| Clifton 4150 | 4 in | 20 HP | 449 GPM | 197 ft | 4-inch drainage and dewatering where both flow and head matter. | Download Clifton 4150 Spec Sheet |
| Clifton 4220 | 4 in | 30 HP | 528 GPM | 230 ft | 4-inch high-head dewatering and demanding lift conditions. | Download Clifton 4220 Spec Sheet |
| Clifton 675 | 6 in | 10 HP | 594 GPM | 92 ft | 6-inch dewatering with practical flow and moderate head. | Download Clifton 675 Spec Sheet |
| Clifton 6110 | 6 in | 15 HP | 674 GPM | 105 ft | 6-inch drainage and dewatering with increased flow. | Download Clifton 6110 Spec Sheet |
| Clifton 6150 | 6 in | 20 HP | 660 GPM | 164 ft | 6-inch dewatering when lift/head requirements increase. | Download Clifton 6150 Spec Sheet |
| Clifton 6220 | 6 in | 30 HP | 1,268 GPM | 105 ft | 6-inch high-flow dewatering. | Download Clifton 6220 Spec Sheet |
| Clifton 6370 | 6 in | 50 HP | 660 GPM | 295 ft | 6-inch high-head drainage and dewatering. | Download Clifton 6370 Spec Sheet |
| Clifton 6450 | 6 in | 60 HP | 951 GPM | 272 ft | 6-inch dewatering requiring high head and stronger horsepower. | Download Clifton 6450 Spec Sheet |
| Clifton 8220 | 8 in | 30 HP | 1,664 GPM | 79 ft | 8-inch high-flow water removal at lower head. | Download Clifton 8220 Spec Sheet |
| Clifton 8370 | 8 in | 50 HP | 1,321 GPM | 180 ft | 8-inch dewatering with strong flow and higher head. | Download Clifton 8370 Spec Sheet |
| Clifton 8450 | 8 in | 60 HP | 1,479 GPM | 197 ft | 8-inch drainage/dewatering where high flow and higher head are both required. | Download Clifton 8450 Spec Sheet |
Choose by Discharge Size
| Size Group | Models Included | Best For | |
|---|---|---|---|
| 2-inch Clifton drainage pumps | Clifton 237 | Compact drainage, tight access, smaller pits, sumps and lower-volume dewatering. | |
| 3-inch Clifton drainage pumps | Clifton 337, 355, 380, 3110 | General construction dewatering, tunnels, mine drainage, pits and jobsite water removal. | |
| 4-inch Clifton drainage pumps | Clifton 437, 455, 475, 4110, 4150, 4220 | Higher-flow drainage and stronger head options across construction, mining and industrial dewatering. | |
| 6-inch Clifton drainage pumps | Clifton 675, 6110, 6150, 6220, 6370, 6450 | Large-site dewatering, high-flow water removal and higher-head drainage applications. | |
| 8-inch Clifton drainage pumps | Clifton 8220, 8370, 8450 | High-volume water removal and the largest Clifton drainage/dewatering applications. |
Clifton Design Advantages
| Feature | Customer Benefit |
|---|---|
| Watertight cable entry | An anti-wicking block and epoxy-sealed conductors help protect the motor chamber if the cable end is damaged or submerged. |
| Multi-direction discharge coupling | The discharge can be configured for horizontal or vertical discharge, with vertical discharge standard on models 7.5 HP and larger. |
| Motor protector | The motor protector helps guard against overheating and dry-run conditions. |
| Top discharge and double housing design | The design supports motor cooling during continuous operation and helps the pump fit into confined spaces. |
| Air-filled submersible motor | The motor is housed in a watertight casing and supports reliable electric submersible operation. |
| C3 ball bearings and hardened stainless steel shaft | Bearing and shaft design supports stability during continuous pumping operations. |
| Double mechanical seals | Oil-chamber seals help protect against leakage and dry-run damage. |
| High-chrome iron impeller with ACrS technology | Wear-resistant impeller construction supports reliability in demanding drainage and dewatering environments. |
| Durable outer jacket and strainer | Stainless steel outer jacket and strainer construction help protect the pump in harsh handling and jobsite conditions. |
| Food-grade lubricant | Eco-conscious lubrication supports reliable operation while minimizing environmental impact. |
Best-Fit Applications
- Construction site dewatering
- Mining drainage and mine water removal
- Tunnel and underground dewatering
- Pit, sump, well and excavation drainage
- Floodwater removal and emergency drainage
- Industrial water removal and process-area drainage
- Clean-to-dirty water transfer where abrasive slurry pumping is not the primary requirement
Related Products
Submersible Pumps
Submersible Drainage Pumps
Payload Electric Sand & Slurry Pumps
Hauler Hydraulic Sand & Slurry Pumps
La Paz Hydraulic Submersible Pumps
Tampa Submersible Slurry Pumps
Lansing Submersible Slurry Pumps
Growler Cable-Deployed Dredge Pumps
Clifton Submersible Drainage Pump FAQs
What is a submersible drainage pump used for?
A submersible drainage pump is used to remove water from construction sites, mines, tunnels, pits, wells, flood areas and industrial drainage applications.
What is the difference between a drainage pump and a slurry pump?
A drainage pump is selected when the main job is moving water. A slurry pump is selected when the material includes abrasive sand, sludge, sediment, tailings or solids-heavy slurry.
Which DAE pump family should I choose for dewatering?
Choose Clifton when the application is electric submersible drainage or dewatering.
Which Clifton size should I choose?
Choose by discharge size, required flow, total dynamic head, horsepower, site access and job conditions. Use the model comparison table and spec sheets to narrow the selection.
When should I choose Payload or Hauler instead of Clifton?
Choose Payload or Hauler when the job involves abrasive sand, slurry, sludge, sediment or tailings rather than clean-to-dirty water removal.
When should I choose Growler instead of Clifton?
Choose Growler when the pump must be lowered by cable to dredge settled material from below the surface of a pond, lagoon, basin, marina or pit.
What information does DAE need to size a Clifton pump?
DAE needs water conditions, required flow, total dynamic head, discharge size, pumping distance, power availability, site access, operating schedule and rental or purchase preference.
Need help choosing a Clifton submersible drainage pump?
Send DAE Pumps your water conditions, required flow, total dynamic head, discharge size, pumping distance, power availability, site access and timeline. DAE can help confirm the right Clifton pump, spec sheet and pump curve for your dewatering application.
