Technical Specifications & Performance Data This second hand triblock
Rinsing-Filling-Capping Monoblock delivers reliable performance for
glass bottling applications. Manufactured by Fimer with proven
engineering quality, the SRT 24-24-6 configuration integrates a
24-clamp rinser, a 24-valve filler, and a 6-head capper into a
compact, efficient platform suitable for industrial packaging and
beverage production. It is a strong option for upgrading an existing
used bottling line or expanding a production cell with robust,
easy-to-service equipment. Manufacturer: Fimer Model: SRT 24-24-6
Year: 1998 Configuration: 24-24-6 triblock (rinser-filler-capper)
Production speed: up to 5,000 bph Containers: Glass bottles Rinser: 24
grippers with mobile nozzle Filler: 24 valves, gravity/light
depression technology Capper: 6 heads for aluminum screw caps Cap
format: 31.5 x 18 mm aluminum screw cap Electrical supply: 380 V, 50
Hz Installed power: 6.5 kW Compressed air: max 6 bar Included
accessories: cap elevator and a selection of spare parts Advanced
Automation & Control Systems The monoblock features straightforward
controls designed for dependable day-to-day operation. Mechanical
synchronization between the rinser, filler, and capper ensures
accurate bottle handling and repeatable processes at rated speeds.
Standard operator interfaces allow parameter adjustments and format
transitions, while interlocked guards and emergency stops support safe
operation. The filling section’s light vacuum (low depression)
assistance improves filling stability for still products, enhancing
consistency and minimizing product exposure. Production Line
Integration Capabilities Engineered for integration within an
industrial packaging environment, this triblock can operate inline
with upstream and downstream conveyors, accumulations, and inspection
equipment. Starwheels and guides are designed for glass handling,
offering smooth transfers between rinsing, filling, and capping
stations. The 31.5 x 18 mm aluminum screw closure format is widely
used across condiments and still beverages, enabling compatibility
with existing cap feeding and sorting systems. The machine is well
suited for retrofit into a used bottling line seeking reliable glass
bottle processing. Machine Condition & Maintenance History This second
hand unit has been used previously for vinegar in glass bottles and is
complete with a cap elevator and select spare parts. Its configuration
and technical state make it a practical candidate for recommissioning
in beverage production or other still liquid applications. The
equipment presents as ready for operation subject to standard
installation, setup, and format tooling verification by the buyer.
Operational Performance & Versatility The gravity/light depression
filler is optimized for still, non-carbonated products, supporting
clean fills with U6354234 reduced turbulence. The 24-24-6 layout
balances throughput and footprint, providing up to 5,000 bph with
consistent rinsing, accurate filling, and precise aluminum screw
capping. The 31.5 x 18 mm closure is common in sectors such as
vinegar, oils, and still wines, offering broad market compatibility.
The included cap elevator enhances autonomy and minimizes operator
intervention for continuous runs. Installation Requirements & Site
Preparation Installation requires a standard industrial power supply
at 380 V, 50 Hz, and sufficient compressed air up to 6 bar for
actuations and cap handling. Allow space for infeed/outfeed conveyors,
cap elevator positioning, and operator access around guarded areas.
Proper leveling and anchoring are recommended to maintain alignment of
rinsing, filling, and capping turrets for optimal performance. Safety
Standards & Compliance Certification The monoblock includes guarded
enclosures and emergency stop circuits consistent with industrial
bottling safety practices. It bears CE marking, aligning with
applicable machinery safety directives. Stainless steel and food-grade
compatible construction practices support hygiene requirements typical
for beverage and condiment production environments.