Description

Used Rinsing Machine Kompass SK481 8000 bph

Used Rinsing Machine Kompass SK481 8000 bph
General Features of the Used Rinsing Machine Kompass SK481 8000 bph

The Used Rinsing Machine Kompass SK481 8000 bph rinses bottles with a diameter of 45 mm and delivers a nominal output of 8000 bottles per hour. Kompass manufactured this machine in 2009 to serve medium-speed bottling lines. In particular, the SK 481 model offers a compact, efficient solution for plants that prioritize line compatibility and consistent performance. As a result, it suits both new installations and retrofitting projects.
This unit is configured to work specifically with 0.1275-liter PET bottles, making it ideal for producers handling small-format plastic containers.

Operation and Mechanical Configuration of this used rinsing machine

This rinsing unit rotates counterclockwise, while bottles enter from right to left. Therefore, the machine aligns easily with conventional conveyor systems. Moreover, the mechanical assembly includes 32 grippers that firmly secure each bottle during the rinsing phase. The Used Rinsing Machine Kompass SK481 8000 bph performs a single rinsing treatment using fixed nozzles and water as the washing medium. Consequently, it ensures minimal complexity in maintenance and operation.

Processable Products and Application Versatility

The Used Rinsing Machine Kompass SK481 8000 bph handles various products, including alcoholic beverages, juices, syrups, oils, soft drinks, spirits, wine, and water. Thanks to this broad compatibility, the machine supports production lines that frequently change product types. In addition, operators can use it across multiple beverage categories without major mechanical adjustments. Furthermore, the consistent treatment method ensures uniform results regardless of the processed liquid.
Its adaptation to 0.1275 L PET bottles ensures compatibility with compact beverage formats, commonly used in specific product lines or promotional packaging.

Electrical and Dimensional Specifications of this used rinsing machine

The machine operates at 415 Volts, with a frequency of 50 Hz, and consumes 3.0 kW of electrical power. These parameters match industry-standard infrastructure. Additionally, the machine’s footprint — 1850 mm long, 2250 mm wide, and 2100 mm high — fits comfortably within most medium-sized bottling halls. Therefore, engineers can plan the layout with minimal disruption. Likewise, these dimensions support integration with adjacent modules in the line.

Automation and Control System

The Used Rinsing Machine Kompass uses a Telemecanique PLC (Programmable Logic Controller) to manage its automation logic. This control system ensures precise execution of rinsing cycles and contributes to the machine’s reliability over time. Additionally, Telemecanique components offer strong compatibility with industrial automation systems, making diagnostics and maintenance more straightforward. As a result, plant technicians can easily interface this machine with existing control infrastructures.

Storage Condition and Safety Features of this used rinsing machine

Currently, the Used Rinsing Machine Kompass remains disassembled and stored, allowing technicians to inspect its components with ease. As a result, teams can perform a full mechanical assessment before reassembly. Notably, the machine includes all original safety devices, which comply with the technical regulations in force at the time of manufacture. In this way, the machine helps streamline the recommissioning process and ensures worker protection upon installation.

Integration into Bottling Lines

Due to its precise layout and standard specifications, the Used Rinsing Machine Kompass integrates seamlessly into existing bottling lines. For example, technicians can position it directly upstream from fillers, cappers, or monoblocks. At the same time, they must verify direction of rotation, bottle flow, treatment method, gripper count, and PLC interface to maintain system compatibility. Additionally, the machine’s modular nature allows flexible positioning within the line. In summary, its design supports fast integration and reliable performance.

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