- Weight
- 9800 Kg
- Brand
- Apinox
- Model
- S1500Cwv
- Manufacture year
- 2009
- Volts (v)
- 450
- Frequency (hz)
- 50 hz
- Power (hp)
- 140 Kw
- Made up of
- Stainless steel
- Production capacity
- 1000 Kg
INDUSTRIAL
MIXER WITH DOUBLE SIGMA-SHAPED MIXING ARM FOR THE PRODUCTION OF CHEWING GUM AND
BUBBLE GUM.
Mixer with
sigma-shaped mixing arms with capacity 1000 litres, designed for normal and
also for heavy duties which require increased power inputs and structural
solidity of the machine.
Mixing bowl
Double
cradle mixing bowl complete with jacket for circulation of the product heating
water. The mixing is carried out inside the bowl by sigma-shaped mixing arms,
counter rotating at different speed, which are well known for their mixing
efficiency and cutting performance of the mixed material, for the excellent and
rapid dispersion and mixing of all raw materials loaded manually or
automatically. The bowl tilting for product unloading and for manual loading of
the raw material is achieved by one or more hydraulic cylinders. The cover can
be hinged, counterbalanced and dustproof. As option, it can be manufactured of
fixed type fitted with inlets ducts for
automatic ingredient loading.
All the
parts in contact with the product can be made of 304/304L, 316/316L stainless
steel and/or high mechanical resistance stainless steel suitable for food contact.
Electrical
equipment
The main
motor, housed inside the machine chassis, is standard supplied with bimetallic
thermal protectors, tropicalization and IP55 protection. The control panel
positioned usually on the door and/or on the front side of electrical cabinet
is standard supplied with push-buttons, cycle indicator lamps, emergency
push-button, timer for cycle time control, hour meter and thermoregulator for
dough temperature. The electrical cabinet can be fitted on the mixer or
separated, it contains all power devices and auxiliary controls.
Mechanical
drive
The
mechanical drive of this mixer has been improved in order to achieve a simple
unit easily accessible for all maintenance operations, but without compromising
robustness which is at the top of the category.
The drive,
generated by the motor, is transmitted to a mechanical gear unit by means of
pulleys and V–belts. Then, a flexible coupling moves a couple of robust gears in
oil bath which transmit the driving power directly to the mixing arms.