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New linear infeed with additional ventilator without size parts. Avoid machine infeed bottle blockage with multiple sizes and consequent reduced machine efficiency.

The group is composed by:

-Machine infeed guides

-Neck bottle block

-Body bottle block

-Body bottle block - height 250 mm

-Air channel bottle infeed

-Ventilation unit

Improve the cleanliness of the various components and reduce the changeover time for glass bottles

-New quick-change starwheel with hygienic profile

-New quick-change guide with hygienic profile

Trolley for perso parts available

On the current configuration, personnalisation parts are necessary to produce different sizes of PET bottles.

On the new configuration, no more personalization parts needed for guides and starwheels thanks to an adjustable conveyor andto the grippers (instead of guides and starwheels)

- Prevent premature wear of the roller carriage

- No lubrication needs

-Dual pre-evacuation and bottle flushing system

-An initial pre-evacuation phase followed by a flushing phase. Followed by another pre-evacuation phase.

-The oxygen in the bottle is used up. Then the bottle is pressurised and filled.

- These brackets let you work PET bottles on machines set to produce glass bottles without modifying the structure of the jacks and the related filling valve

- Brackets are made entirely of stainless steel and are easy to replace thanks to the quick release coupling

- The new cam is designed to optimize the movement of the lift cylinder for the filling PET and glass bottles

- The double capper was in tall for production flexibility (Glass - PET), reducing the change over times and time of machine stop when the customer switch crown → to cap

-The system permits the flexible and fast production of CSD and HOT FILL products by recalling a recipe from the operator panel (MMI)

-Contraints: No recirculation on the filling valveMax Pulp Diameter: 1mmLength: 6mm5% Pulp

One Xenon Flash lamp of a length of 175 mm

A protecting quartz plate to protect the reflector from dust and water spoilage. This quartz plate is also used to guide the caps in front of the flash lamp

A water-cooled internal cap chute to guide the caps in front of the flash. This cap chute is extended inside the light proof optical cabinet by a stainless steel cap chute.

Input voltage 2,500 V

-Sidel's Sonic De-Foaming System is an alternative way of dispersing foam. It is economical and does not harm the environment. It employs high power ultrasound (HPU) technology

-The bubbles of foam are attracted and then destroyed  under the action of the compressive forces generated by the sound wave

-The new O/C mechanism, with a stainless steel inner part and plastic bushing, allows optimization of the filling valve functionality

-New materials used for the seal kit and bushing

The current solution with a fixed inlet/outlet transfer bottle guide increases risks of loosing bottles in critical areas.

The current solution without torque limiter may lead to costly repairs and machine downtime due to overloads.

The new solution proposes new command with torque limiter and longer shaft

New waterproof materials used for the seals enable product change without contamination risk

-For a can neck changeover, the parts to be substituted are: the valve bell and the dummy bottle seals.

-A size changeover (with a change in the can body diameter) involves a quick change of the centring unit with a corresponding reduction and substitution of the ejectors, the drive starwheel and the wormscrew.

-For a change in can height it is necessary to substitute the filler spacers so that they match the can dimensions. For cans with a height of more than 115 mm it will also be necessary to insert a third starwheel element

-the skid allows to totally recover the water used for washing the caps

-the wash water is recovered in tanks and sent to the skid

-the skid retrieves chlorinated water, the water is filtered, sent into the recirculation loop and in chlorinated again to reach the required percentage

-In the previous solution speed and position were read by the software

-The new solution with the Phoenix system allows a greater safety, speed and position are read by an encoder

The current crown chute has a more complex constructional geometry, the cleaning of the chute requires greater care.

The performance of the current chute with vibrator foresees 1/10,000 cap jam.

In case of crown stoppage the channel cannot be opened; so it is necessary to empty it, removing the caps blocking.

The new crown chute has been designed to optimise the cleaning operations, making it easy to inspect thanks to the simple geometry

-The UPS (Uninterruptible Power System) isolates the load from the AC mains supply, protecting it from voltage drops, spikes, transients, RFI and frequency variations. In the event of total or partial AC mains power failure, the UPS will continue, without interruption, to provide power to the load from the sealed battery.

-Equipment authonomy depend on battery capacity and output load

-When the AC mains supply is restored, the UPS automatically recharges the batteries, ready for any power failure emergency.

-New design of the lower manifold with new gaskets and sliding rings

-the sliding seal has been replaced by a dedicated labyrinth.

-To reduce the top load working on the manifold rotary union (RU), an additional supporting unit has been introduced to unload the weight of the full piping

-The new system consists of Danfoss FC302 converter with the new MCO305 card embedded.

-The MCO305 controller extends the frequency converter functions for synchronization application.

-To be evaluated case by case the need of PLC module replcm.