GIETART ECO Blaster 1504
Cost effective shot blasting system for cleaning plates, profiles and tubes
GIETART ECO Blaster 1504 BENEFITS AT A GLANCE
- Suitable for a throughput up to 20,000 tons a year
- Highest uptime
- Reliable and durable, high-quality blasted products
- Extendable with various transport systems
- Superior performance at the lowest cost of ownership
- User friendly system. Easy to maintain
- Available with many options
- Highly efficient, cost effective and competitive system
- Best blasting and cleaning results
FEATURES
Easy Inspection and Maintenance
Good accessibility to the most important machine components for regular inspection and maintenance work
Easy changing of the rubber curtains in the infeed and discharge lock chamber
Regeneration of Shotblasting Abrasive
Recirculation of shotblasting abrasive
Low operating costs
Complete with return stop and rpm monitor for safe operation
Optimum Cleaning of Shotblasted Parts
Blasting abrasive conveying system, brushes and blowers are integrated into an adjustable supporting frame
Precise adjustment to remove the shotblasting abrasives
Easy control and changing of the brushes
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
Clean Work Environment
Ten curtains in the infeed and 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
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
Automatic Shotblasting Abrasive Refilling
Control of the filling level in the shotblasting abrasive container; when at minimum level shotblasting abrasive is automatically added
Removal of Water and Snow
Blow-off of water and snow (max. water film: 0.5 mm) prior to material processing
Steel construction with permanently-installed cross-flow fan (optionally with automatic height adjustment)
Stocking Shotblasting Abrasive
Sufficient supply of shotblasting abrasive for a continuous process
Automatic refill container (optional)
Shotblasting Abrasive Free from Dust and Scale
ptimum, 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
Optimum Temperatures of Steel Beams and Constructions
Two burners
Extremely low gas consumption
Adjustable temperature range
The preheating furnace is connected to the after-dryer by means of a duct system, so heated air can thus be used in the drying process
TECHNICAL DATA
| Supply and discharge side | Shotblasting | |
| Workspace max. | mm | 1.500 x 600 |
| working range Plate | mm | 1.500 x 80 |
| working range Profile | mm | 1.000 x 420 |
| Passage range | mm | 1.500 x 650 |
| Number of turbines | Pieces | 4 |
| Drive performance per turbine | kW | 11 |
| Degree of Automation | automatic infeed | |
| automatic outfeed | ||
| Full-Automatic | ||
| Material class | Steel | |
| Working processes | Profiles | |
| Solid Material | ||
| Plate |