Vir Mauri triblock

Used VIR MAURI CORNER 24/24/6 S.V Filling Monoblocks of 1997 is a specific 'rotative counterclockwise' unit, engineered for filling 'vinegar' into 'glass' bottles at a speed of up to 6000 bottles per hour. This 'used Vir Mauri filling monoblocks' integrates three functions in one compact machine: rinsing, filling, and capping. The rinsing section features '24 clamps' with 'fixed nozzle' design, performing 'one treatment with air'. Following rinsing, the '24 mechanical valves volumetric filler' precisely handles the liquid product. The machine then proceeds to capping, equipped with 'one capper with 6 head for aluminum screw' caps. Bottle handling through the machine utilizes a 'pick on the fly' distribution system, ensuring smooth transfer between stages. The 'Vir Mauri CORNER 24/24/6 S.V 6000 BPH' unit includes 'safety protection' features, crucial for operator safety in a production environment. This specific 'second-hand filling monoblocks for sale' is characterized by its dedicated design for 'glass' containers and its 'rotative counterclockwise' operation. The integration of all three processes — rinsing, volumetric filling, and screw capping — makes this a complete front-end solution for a bottling line. Currently, this 'used Vir Mauri filling monoblocks' is located in Europe and is offered in 'As Is' condition.

When inspecting this VIR MAURI CORNER 24/24/6 S.V from 1997, particularly important areas to scrutinize are around the '24 clamps rinser', the '24 mechanical valves volumetric filler', and the '6 head for aluminum screw' capper. For the rinser, physically check the condition of all '24 clamps' for wear, proper jaw closure, and any corrosion on the 'fixed nozzle' assemblies, especially given its age and vinegar handling. Verify the integrity of the air treatment system, including any associated valves and tubing, as wear here can lead to improper bottle cleaning. On the '24 mechanical valves volumetric filler', manually cycle each valve to check for smooth operation and signs of leakage that could indicate worn seals or piston rings, critical for precise 'vinegar' filling. Inspect the condition of the capper's '6 head for aluminum screw' units for worn chucks, bearings, and any signs of stripped threads which could affect cap application reliability. As a 1997 vintage unit, pay close attention to any visible rust or corrosion on the frame and critical components, particularly those exposed to 'vinegar'. Examine all gearboxes and drive mechanisms for excessive play or oil leaks. Request to see the machine powered up, if possible, to observe the 'rotative counterclockwise' motion and verify all 'safety protection' interlocks are functional. Ask about the availability of the machine's manual and any spare parts inventory, especially for the 'pick on the fly' bottle transfer components, as these can wear out over time. Confirm the electrical panel's condition; older panels might need updates for local standards or easier maintenance. The presence of 'safety protection' is a definite value-add, but verify its current functionality and compliance with contemporary standards rather than assuming it's fully up-to-date simply because it's listed.

Integrating this VIR MAURI CORNER 24/24/6 S.V into a production line, especially with its 6000 BPH 'rotative counterclockwise' flow, requires careful planning. Given its 'Counterclockwise' rotation, the infeed conveyor should approach from the right-hand side of the machine, feeding bottles into the rinser's starwheel. Conversely, the outfeed conveyor will exit to the left, taking filled and capped bottles away. For a consistent 6000 BPH, plan for a suitable unscrambler or depalletizer upstream capable of feeding 'glass' bottles at or above this rate, ensuring a constant supply to the '24 clamps rinser'. Immediately downstream, a labeling machine and then a packaging solution (tray packer, carton erector, shrink wrapper) would follow. Adequate accumulation tables are critical both before the monoblock (to buffer bottle supply) and after the capper (to manage minor downstream interruptions without stopping the filler). With a 6000 BPH machine, consider at least 5 minutes of accumulation capacity in both locations. When discussing format changeover parts, a buyer should immediately inquire about starwheels, guides, and worm screws specifically for different 'glass' bottle diameters and heights, as these will be custom-made for the '24 clamps rinser' and '24 mechanical valves volumetric filler', and the '6 head for aluminum screw' capper. Throughput balancing considerations for this unit mean ensuring upstream equipment can continuously present bottles and downstream equipment can continuously take them away, as the monoblock is typically the pacing item in such a setup. Any minor inconsistency can quickly lead to downtime or reduced efficiency.