Overview of the BLT 55-760 Baler
The BLT 55-760 Baler is designed for efficient recycling with a compact footprint, making it a cost-effective solution for processing smaller volumes. It is fully compliant with current health and safety requirements and is CE certified.
Specifications
- Dimensions: Length 6.86 m, Width 3.85 m, Height 2.5 m
- Hopper Size: 1.02 m x 0.71 m
- Shipping Weight: 9.3 Tonne
- Main Frame: Welded frame with heavily reinforced plate
- Floor and Bottom of Platen: AR 400 Liner Plates
- Main Motor: 22Kw/400v/50~/3 Ø
- Cooler Fan Motor: 0.75Kw/400v/50~/3Ø
- Control Circuit: 110 V
- Ram Control: Laser
- Sensor: IR Type Sensor
- Enclosure: IP 52 Rated
- PLC Controls: Allen Bradley with Touch-Screen Interface
- Maximum System Pressure: 207 Bar
- Main Cylinder: Bore/Rod 178mm, 140mm, 1372mm Stroke
- Tension Cylinder: Bore/Rod 152mm, 76mm, 203mm Stroke
- Overall Force: 52 Tonne
- Ram Face Pressure: 6.89 Kg/cm²
- Oil Reservoir Capacity: 890 Ltr
- Filtration: 20 Micron
- Pump: 217 Ltr/m
Performance
- Bale Size: 762 x 1092 x Variable mm
- Bale Volume: 1.5 m³
- Cycle Time: 9.3 Seconds
- Production Capacity: 340 m³
- 5 Wire Horizontal Tier
- Bale Discharge Table
- Operator’s Station
- Oil Cooler
- Colour touch-screen Controls
- Conveyor Controls up to 7.5Kw
- Modem
- Laser Positioning
- Low Oil Shutdown
- Hydraulic Oil
- Hopper Extensions
- Hydra-Kleen Filtration
- Baling Wire
- Oil Heater
- Service Plan
Material Processing
- OCC: Density 40Kg/m³, Up to 8 Tonne per hour, Bale Weights up to 680 Kg, Efficiency 55%
- News: Density 48Kg/m³, Up to 9.75 Tonne per hour, Bale Weights up to 726 Kg, Efficiency 50%
- Plastic: Density 16Kg/m³, Up to 3.25 Tonne per hour, Bale Weights up to 360 Kg, Efficiency 60%
Additional Notes
Performance rates, bale weights, and bale densities are subject to variables such as moisture content, material pre-bale densities, and feed rates. Specifications and nominal dimensions may change without notice. The machine depicted is representative of the BLT series and may not be the actual model.
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