Technical Parameter

Carbonated Drinks Washing Filling Capping Production Line DXGF24-24-8

This  production line takes hinging transmission of wind power to sent bottles, frequency conversion to control speed. The method of washing bottles adopts folding bottleneck and inverted bottles. With inside clashing and outside pouring, the bottle can be washed in all directions. Bottle filling in the use of hanging bottleneck with micro-pressure, the filling valve in a unique refluxing way, then it avoids the dripping phenomenon after the end of filling. Spiral cover in the torsion way of hanging bottles with magnetic force, in this way, it can ensure that in the process of spinning cover, the rate of damage falls to a minimum and to achieve the perfect state. The system of mechanism cover adopts special design, using wind to deliver cover. Mechanism cover guarantees no anti-covered. The speed of sending cover is fast and safe. Proper, stable and safe design, in the same situation of the same bottleneck size, regardless of the height and magnitude, there is no need to control speed of every part, with the expectation of replacing solid bottle to output dial wheel, which is for customer convenience in a large extend and also greatly improves efficiency.

Main Technical parameter :
(1) Capacity: 8000bph,  basis on 500ml PET bottle.
(2) Filling material: carbonated drinks
(3) Filling temperature: 3-5℃
(4) Total power: 6KW
(5) Conveyor form for bottle infeed: air conveyor
(6) Neck-hanging technology: GERMAN KRONES.
(7) Washing head: 24
(8) Filling head: 24
(9) Capping head: 8
(10) Weight: about 5000KG
(11) External dimension: 3100×2500×2300
(12) Material: the parts contact with the liquid is adopted SUS304 stainless steel
(13) Bottle application: PET bottle
        Diameter of bottle body: Φ50mm—Φ100mm
        Height: 150mm-330mm
        Maximum of cap: Φ40mm
        Cap application: plastic
        Adjustable form: transducer
(14) Power of Cap unscramble: 0.25kw
(15) Pressure of water supplier: ≤0.2Mpa
(16) Air supplier: ≥0.5MPa

Detail Drawing