2006 SIDEL SBO - 16 PET stretch blow molding machine

Zürich area, Switzerland

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Description

Complete SIDEL SBO 16 blow moulding system, consisting of; 2006 Sidel Lifting device with mini funnel / hopper; Preform feeding for PET production line, 2006 Sidel SBO 16 PET Stretch Blow Molding Machine, 2006 NTS Air conveyor, 2006 Schoneweg-Filterteknic BF GR 2/50 filters, 2006 B&B Anlagen Umwelttechnic HP 48 filters, 2006 Lohenner GmbH Pressure tank and stainless steel working tables.


Directly available. Location: Zürich area, Switzerland (additional services available, such as professional dismantling, loading and/or international transport).


Contact us for more complete SIDEL SBO 16 blow molding system photos, extra information and/or an inspection appointment.


* Please note that this description has been translated automatically. The information of this advertisement is only indicative and is subject to change at any time without notice. We recommend to check the details with the seller. Contact us for further information.

Specifications

ManufacturerSIDEL
ModelSBO - 16 PET stretch blow molding machine
Year2006
ConditionUsed
BrandSidel
TypeSBO 16
Power496 kW
Electric connection400 V
Own weight22500 kg
Total dimension L15.300 mm
Total dimension W9.800 mm
Total dimension H5.000 mm
DescriptionManufactured articles: Bottle and / or Flacon
Maximum cycle28 800 w/h
Operating conditions during productionTemperature: 18 °C - 25 °C / Humidity: Dew point at ambient pressure: 10°C - 12 °C
Maximum altitude1,000m
Frequency50 / 60 Hz
Power installed in the machine + options and miscellaneous492 kW + 171 kW
Pneumatics quantity (7 bar circuit for cylinder movement)319 (m3)°/h
Quantity (40 bar circuit for blow molding)2212 (m3)%/h
Hydraulic cooling of furnace ramps (water at 20°C)100 159 kJ/h & 3 mº/h
Temperature budget for cold molds (water at 12°C)164 661KJ/h & 14.4 m°/h
Temperature budget for hot molds (water at 65°C)152 398kJ/h & 14 m3/h
Incl.Very extensive accessories for the machine; operating instructions are available; Dimensions correspond to the approximate space requirements of the machine.