Model 5012 HP Versi-Dredge®
Introducing the IMS 5012 HP Versi-Dredge®. This durable self-propelled hydraulic dredge is ideal for a variety of dredging applications such as canal, reservoir, and marina dredging projects. The 5012 HP Versi -Dredge® has been used all over the world, including the Philippines, Brunei, and the United States. The reliable dredge is very productive and comes with our patented Pump Defender™ self-cleaning debris guard technology, reducing downtime in debris rich environments.
Specifications
- Make & Model: IMS 5012 HP Versi-Dredge®
- Dredge Cutter: SolidsMaster® horizontal auger cutterhead
- Weed Cutter (optional): WeedMaster® patented vegetation cutterhead
- Propulsion: patented Starwheel Drive® self-propulsion + patented TractionMaster® technology
- Propulsion (secondary): Cable drive windlass onboard for poly plastic or cement lined lagoon floors
- Self-Launching Trailer (optional): Self-launching and retrieving trailer with hydraulic tilt deck, winch, and deck rollers
- Climate Controlled Cab: Standard
- Power: 375 HP (280 kW)
- Type: Diesel
- Production: 3,500 gpm (795m3/hr.)
- Dredging Depth: 22 ft. (6.7m)
- Pipeline Diameter: 10 in. (254mm)
Featured Equipment
- 91 m (300 ft) of roll flat discharge hose
- Climate -controlled operator cabin
- Joystick controls
- Ergonomic adjustable chair
- Closed-loop video monitor for discharge
Optional Equipment
- Weed Rake
- WeedMaster® cutterhead (patented)
- Transport / Launch / Retrieve Trailer (TLR)
- Pipe, hose, saddle floats
- Broadcaster discharge attachment
- Dredging GPS system
- Navigation lights
- Pipe, hose, saddle flats
- Booster pumps
- Spare parts packages
1 This represents total flow capabilities of the pump – water and solids.
2 This represents theoretical maximum solids production. This is calculated based on 25% solids by volume and 1 complete hour cutting and pumping material. This estimate does not take into account material properties, time used for positioning, pumping distance or elevation. Buyer should consult IMS for production estimates based specifically around their application.
