Movable pallet palletiser with top feeding for high output.
Max. production: 1700 bags/h
Bag dimensions
Max. 1100 x 550 x h. 250 mm<br>Min. 300 x 150 x h. 60 mm
Pallet dimensions
Max. 1300 x 1200 x h. 140 mm<br>Min. 1000 x 800 x h. 100 mm
Layer dimensions
Max. 1400 x 1250 mm
Standard full pallet height
1600 mm
Compressed air consumption
100 Nl/min
Max. full pallet weight
2000 Kg
Operational capacity
6 layers/min with limit of 1700 bags/h
Installed power
13,5 KW
Operating pressure
6 bar
Control voltage
24 V
Indicative weight
12000 Kg
The IMP.A.C. 11 AV palletiser is designed for high throughputs, with a palletising capacity of up to 1700 bags per hour.
This model is highly versatile and suitable for working with both small (2 kg) and large (up to 50 kg) bags, ensuring wide use in various industries.
The sack from an upstream line is compacted and made uniform, then orientated according to the pre-set formation and directed towards the layer pre-forming zone. The composite layer is then transferred to a centrally opening platform, which opens to deposit the layer on top of the pallet in the loading position. A lifter, using a photoelectric barrier system, correctly positions the pallet for the next layer deposit. The cycle continues repeating itself until the pallet is completed, which is then evacuated and replaced for the new cycle.
All synchronisms are managed by a programmable modular system (PLC), which allows the machine to be configured to palletise bags of different sizes, formations and number of layers.
This model is the ideal solution for companies needing a powerful, flexible and easy-to-configure palletiser for various production requirements.
Product benefits
__ High production capacity
Up to 1700 sacks/h.
__ Flexibility
For working with bags of various sizes (from 2 kg to 50 kg).
__ Modular system
Programmable (PLC) for precise movement management.
__ High precision
Synchronisation of movements with photoelectric barrier.
__ Configurability
Possibility of palletising different configurations and numbers of layers.