Technical Specifications & Performance DataThis rotary can filling
machine is engineered for carbonated soft drink applications and
high-speed beverage production. With a robust rotary carousel and
precise isobaric filling technology, it supports multiple aluminum can
formats while maintaining excellent product integrity and carbonation
retention. Manufactured by Tecno-Food Group, the Master Can
configuration delivers reliable output for second hand and used
bottling line projects in industrial packaging.Filling technology:
Isobaric for carbonated beveragesNo. of valves: 50Series: 50Carousel
pitch: 113 mmCarousel diameter: 1800 mmRotation: CounterclockwiseBase
format speed: 23,000 can/h (0.5L)Maximum speed: 28,000 can/h
(0.33L)Compatible formats: 0.33L, 0.5L cansFilling temperature: 18
°CCO2 content specification: 8Installed power: 20 kWMain power
supply: 380 VFrequency: 50 HzAuxiliary voltage: 24 VElectrical cabinet
protection: IP55 (external), IP20 (internal)Year of manufacture:
2008Advanced Automation & Control SystemsThe electrical system is
configured for 380 V, 50 Hz industrial environments with a 24 V
auxiliary circuit for controls and sensors. Protection ratings of IP55
(external) and IP20 (internal) support dependable operation in
beverage production settings. The rotary architecture and defined
carousel pitch facilitate precise can handling and consistent fill
levels across high-speed runs.Industrial power interface at 380 V, 50
Hz24 V auxiliary control circuitIngress protection: IP55 external /
IP20 internalQuick format handling for 0.33L and 0.5LCounterclockwise
machine rotation for standard layout flexibilityProduction Line
Integration CapabilitiesDesigned for seamless integration into a
complete beverage production and packaging machinery layout, this
filler interfaces efficiently with upstream and downstream equipment
typical of a used bottling line.Upstream compatibility with can
depalletizing, rinsing/ionized air cleaning, and conveyingDownstream
interface with can seamer, leakage testing, pasteurizer,
labeling/inkjet coding, and packersStandalone or inline operation with
standard conveyor systemsMulti-format workflow for 0.33L and 0.5L
aluminum cansMachine Condition & Maintenance HistoryThe machine is
reported as still in work, indicating active operation. This
operational status supports rapid redeployment into second hand
beverage production environments, minimizing commissioning lead times.
Ongoing maintenance routines typical of carbonated beverage filling
lines are presumed to have been applied in production use.Operational
status: In productionSuitable for quick recommissioning in a used
bottling lineOperational Performance & VersatilityOptimized for
carbonated soft drinks, the isobaric filling process maintains
carbonation and ensures consistent fill levels at elevated speeds. The
50-valve rotary design balances throughput with U6354234 gentle
product handling, supporting industrial packaging demands across
standard can sizes.Product focus: Carbonated soft drinks
(CSD)Container material: Aluminum cansHigh-speed operation up to
28,000 can/h depending on formatStable performance at 18 °C filling
temperatureInstallation Requirements & Site PreparationSite utilities
and infrastructure should conform to the machineâs electrical and
pneumatic specifications. The carousel diameter and rotation direction
aid layout planning within existing packaging machinery lines.Power:
380 V, 50 Hz, approx. 20 kW installedCompressed air: 6â8 barInert
gas (CO2 or nitrogen as process requirement): 6â8 barProcess
water: 3â4 barOperational setpoint: 18 °C filling
temperatureCarousel diameter: 1800 mm (layout reference)Safety
Standards & Compliance CertificationThe machine shows CE conformity
marking and electrical protection ratings suitable for beverage
production sites. Standard guarding and interlocks for rotary fillers
are applicable, supporting operator safety and hygiene in industrial
beverage packaging.CE compliance indicatedElectrical ingress
protection: IP55 external / IP20 internalOperator safety features and
guarding consistent with rotary filling operations