baler 400Plus
Semi-automatic horizontal baler press 400Plus is suitable for processing the material to an average of 1 ton per hour. The machine is ideal for an industrial plant producing high-quality material in the relatively small amounts. When the disc presses projecting entirely to the door 400Plus press produces a very compact bale with dimensions and weight comply with the requirements of the mill. Bale can be completely discharged from the chamber after binding, facilitating switching between materials. The vertical binding system makes the machine is easy to use, quick to bind and suitable for setting along the wall.
For which materials is 400Plus suitable?
Very good press properties: bulk paper, loose cardboard, flat cardboard, rigid plastic, plastic pots, 5 l cans, 25 l cans, polystyrene foam
It is also suitable for pressing: plastic foil, cans, aluminum cans, clothing, clothes, etc.
Technical specifications:
- Dimensions (height x width x depth): 2.232 mm x 1.600 mm x 4.560 mm
- Weight of the baler: 5.000 kg
- Inlet size (height x width): 1045 mm x 675 mm
- Bale dimensions (height x width x depth): 750 mm x 1.150 mm x 830 mm
- Weight of a bale: 400 – 500 kg
- Bale wiring: 3 mm, 3,9 m
- Number of wires: 4
- Binding direction: vertical
- Pressure: 200 bar
- Pump size: 20 cc, 11,2 cc
- Number of actuators: 2
- Crushing force: 50 tons
- Engine speed: 1.440 rpm
- Standard time of crushing cycle: 7,5 kW / 56 seconds; 15 kW / 38 seconds
- Optional time of crushing cycle: 11 kW / 56 seconds; 15 kW / 38 seconds
- Electric current: 20A (7,5 kW motor); 27A (11 kW motor); 35A (15 kW motor)
- Lenght of power supply cable: 6 m
- Inner electrical circle: 24V DC
Standard equipment | Optional accessories |
Engine 11 kW |
Engine 11/15 kW for shorter cycles |
Manual door closure | Oil heater |
Indicator of complete bale | Hydraulic door drive |
Cleaning rod |
Oil cooler |
Lockable doors |
|
Retaining jaws |
|
Door absorber (recommended for retaining jaws) |
|
Engine clock counter | |
Additional pressure settings for alternative materials |