Shotblasting for Steel Constructions
Capacity range [mm]: 1500 x 800 and Number of Turbines: 8
Video
Benefits at a glance
- Aperture size (w x h): 1.600 × 900 mm
- Eight turbines (11 kW each) – arranged diagonally to direction of movement
- Complete shotblasting of steel fabricated beams and sections including standard structural steel sections and plates
- Triple housing (steel / manganese steel / exchangeable manganese-steel internal lining)
Alternative Machines
Features
Low Loss of Shotblasting Abrasive
- Collects shotblasting abrasive left on shotblasted materials
- Return to the shotblasting machine by screw conveyor
- Five curtains in the discharge lock chamber ensure that the shotblasting abrasive stays in the machine
- A funnel collector with screw conveyor transports the shotblasting abrasive back to the bucket conveyor
Regeneration of Shotblasting Abrasive
- Recirculation of shotblasting abrasive
- Low operating costs
- Complete with return stop and rpm monitor for safe operation
High Stability, Low Wear, Low Running Costs
- The outer hull is made of construction steel and ensures high stability of the entire system through its bolted manganese lining
- High resistance to wear
- The manganese lining can be quickly and easily exchanged when worn
Manageable Operating Costs
- Operating speed designed for BSA = 2.5 with material grades S235JR NEN-EN
Maintenance and Inspection Made Easy
- Protected platform for inspections
- Easy accessibility to filters
- Maintenance friendly
Stocking Shotblasting Abrasive
- Sufficient supply of shotblasting abrasive for a continuous process
Shotblasting Abrasive Free from Dust and Scale
- Optimum, multi-level cascading air cleaner removes dust and scale from shotblasting abrasive
- Good shotblasting results even with repeated use of the abrasive
Reduction in Use of Shotblasting Abrasive
- Separation of shotblasting abrasive and vacuumed air
- Long cartridge filter life
- Low shotblasting abrasive use
Optimum Shotblasting Results
- Double-disc turbine wheel with eight blades for optimum shotblasting abrasive delivery
- The turbine is driven by an electric motor via clutch for stable continuous operation
- Vertical mounting to the feedthrough direction. Thus optimum shotblasting results at the highest feedthrough speeds
- Good accessibility, easy maintenance
Clean Work Environment
- Purification of the vacuumed air (< 1 mg / m2) by means of cartridge filters (without the use of additional filters)
- Return of purified air to the work environment
- Long cartridge filter life and thus low operating costs
Technical Data
| Procedures | Shotblasting | |
| Workspace max. | mm | 1.500 x 800 |
| Passage range | mm | 1.600 x 900 |
| Number of turbines | Pieces | 8 |
| Drive performance per turbine | kW | 11 |
| Degree of Automation | automatic infeed automatic outfeed Full-Automatic | |
| Materialclass | Steel | |
| Process | Profiles Solid Material Plate Welded constructions |
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