mod. GB-X263 GB-X268 GB-X720

The machine is composed of four overlapping sections with horizontal ways. The four upper sections is used to cooker section while the two inferiors five are for the cooling process.
The upper section of the machine and his lateral sides are closed with a stainless steel caps completely removing.
The steam distribution in the machine is realized by a drilled pipe to assure an equal distribution of the steam into the cooker section.
The can’s rotation is alternate in every section to obtain the best heat distribution into the cans and to exploit at the best the surface of thermic exchange between the cans and the external surrounding.
The rotation speed is indipendent of the feed speed. This allows to have a very soft working procedure of product and, at the same time, a drastic reduction of treatment times.
The rotation speed is indipendent of the feed speed. This allows to have a very soft working procedure of product and, at the same time, a drastic reduction of treatment times.
The cooling sector is covered by a stainless steel piping to water distribution. The water is pumped on the cans throught some nebulizer nozzles that divide it giving a continous exposition to cooling, avoiding the danger of died zones.
The water can be recycled for other working process. The cooling water, before being introduced into the nozzles, must be filtred.
The cans rotation will be done by motorized rolls, in stainless steel, with adjustable speed; it’s made by four motorreductors of 3.0 HP.
The temperature control is realized by PT100 probe for the survey in the cooking section; this signal is send to a pneumatic regulating valve mounted on the cooking section.
The cooling sector is covered by a stainless steel piping to water distribution. The water is pumped on the cans throught some nebulizer nozzles that divide it giving a continous exposition to cooling, avoiding the danger of died zones.
The temperature control is realized by n°6 PT100 probe for the survey in the cooking and cooling section; these signals are send to an pneumatic regulating valve mounted on the cooking section and to ON/OFF valves on the cooling sections.
The signal is send also to a electronical temp control.

The machine has other safety devices such as:

• n°12 controls of correct can position on the four section
• n°11 thermic release alarms of all the electric motors
• n°1 Alarm of low temperature in cooking section
• n°3 alarms for the breaking of the main chain
• n°3 alarms for a no-correct can passing throught the four section
• n°1 alarm for compressed air

All these devices both cause the immediate stop of the machine and the warning signal on the electric panel. All the regulation and control instruments are installed on a particular electric panel that have also all the safety devices for the correct working of the plant.
The cans feeding is realized by a belt conveyor with a motorvariator of 0.5 HP, that has a pneumatic device syncronized with the main chain.The cans output is realized by the same type conveyor actioned by a motovariator of 0.5 HP The main chains has an high breaking load and they are balanced, those for the rolls rotation are a special type with fixed dismontable tongues.
The rolls rotation chains are reinforced with high breaking load.
The main chain tension is made automatically by four hydraulic cylinder helped by an hydraulic pump to assure the right pressure.
The structure is built in carbon steel treated with antirust and aluminium, while the lids, the lateral panels, the rolls and the storage pools of cooling water are in stainless steel.

DIMENSIONS
	GB-X263		GB-X268		GB-X270
	Mod. 18 mt	Mod. 24 mt	Mod. 19 mt	Mod. 25 mt	Mod. 19 mt	Mod. 25 mt
Width	3.500 mm
Lenght	18.800 mm	24.800 mm	19.400 mm	25.400 mm	19.400 mm	25.400 mm
Height	3.500 mm		4.100 mm		3.700 mm

SPECIFICATIONS
	GB-X263 f.ti 3.0 - 3.4 - 5.0 Kg		GB-X268 f.to ½ Kg		GB-X270 f.ti ½ - 1.0 - 1.2 Kg
	Mod. 18 mt	Mod. 24 mt	Mod. 19 mt	Mod. 25 mt	Mod. 19 mt	Mod. 25 mt
Rools	2.850 mm
Rools Wheelbase	180 mm		95 mm		120 mm
Floors	6
Inout Belts	2		3		2
Output Belts	1		2		2