Log Stacker HP600F
for high speed folding machines and low pagination web presses.
- Automatic stacking of high speed folding machines and low pagination web presses signatures
- Compact overall design, on casters for portability
- Infeed conveyor, adjustable height
- Shingle stream forming device with laser counting of the signatures (on request)
- Infeed pneumatic squeeze roller, independent settings left/right
- Better fold quality and signature compression
- Optimized stacking quality
- Stream aligner
- Stream gap device for high quality separation between logs
- Full electronic stacking regulation system (patented)
- Superior log quality even for difficult productions
- Avoid marking on signatures
- Adjustable former plate (patented)
- to bow light weight signatures for consistent stacking
- Open accessibility to the log in formation, direct access to the signatures entry point, easy sample taking with no productions stops
- Manual insertion of endboards
- Positive log transportation and automatic strapping
- Manual or automatic palletizing system (on request)
- Touch screen operating control panel
- Telemaintenance system (on request)
- CE certification
PDF FILE LOG STACKER HP600F
References of this product
- SPINE ORIENTATION
- Spine leading
- LOG LENGTH
- 400 to 800 mm (15.75 to 31.5 inches) (*)
- SPEED
- 6000 to 20000 signatures per hour, depending on pagination and signature thickness
- SIGNATURES HEIGHT
- 100 to 350mm (3.94 to 13.78 inches)
- SIGNATURE WIDTH
- 180 to 500mm (7.09 to 19.7 inches)
- INFEED HEIGHT
- 600 to 1000 mm
- LOG DELIVERY HEIGHT
- 1100 mm
- PAGINATION
- 4 to 32
- PAPER WEIGHT
- 60 to 250g/m²
- ELECTRICAL SUPPLY
- 3 x 400 V (-10% ; +10%), 50 Hz, 25A
- AIR REQUIREMENT
- Average consumption: 2Nm3/h, constant pressure : 6 bars, no lubricate, 50µm filtration
- WEIGHT
- 1900 kg
(*) Notes :
- Production which associates several extreme features can be impossible (product permitting)
- (*) Calculation of the compressed log maximum length must consider endboard thickness, compression rate, and paper thickness variation.