Keg Filling Line, Washer, KHS Innokeg CombiKeg R5 DFC, 75–85 Kegs/Hour, #5991599
Keg Filling Line, Washer, KHS Innokeg CombiKeg R5 DFC, 75–85 Kegs/Hour, #5991599
Location:California
Available quantity:1
Description
Automatic stainless steel keg cleaning and filling line built by KHS, Model Innokeg CombiKeg R5 DFC, designed for 75–85 kegs per hour depending on format (1/6 - 1/2 bbl sizes). Unit includes (2) exterior wash stations, (2) caustic soak tanks, (5) interior wash stations, and (1) filling (racking) head with Direct Flow Control (DFC) inductive flow metering for precise, low-oxygen fills. Integrated mixed-water, caustic (x2), hot-water, and acid tanks (~120 L each) plus external washer tank (~165 L). Features touchscreen HMI control, safety light curtains, polycarbonate doors, and motorized infeed/discharge conveyors with checkweigh scale. Utilities include 15 kVA connected load, 4 m³/h water flow, 200 Nm³/h compressed air, 165 kg/h steam, and 150 kg/h CO₂. Suitable for beer, cider, kombucha, and RTD beverage operations.
Specifications
| Stock Number | 5991599 |
| Manufacturer | KHS |
| Model | Innokeg CombiKeg R5 |
| Year | 2021 |
| Capacity | 75–85 kegs/hour |
| Keg Sizes | 1/6 bbl (19.5 L), 1/4 bbl slim (29.3 L), 1/2 bbl (58.7 L) |
| Stations | 2 exterior wash, 2 caustic soak, 5 interior wash, 1 DFC filling head |
| Wash Cycle | sequential rinse, caustic, acid, and mixed-water rinse |
| Fill Control | Direct Flow Control (DFC) with inductive flow meter |
| Integrated Tanks | ~120 L rinse, caustic, acid, hot-water, plus ~165 L external washer |
| Conveyor System | motorized discharge with integrated checkweigh scale |
| HMI | touchscreen control panel with automated sequencing and diagnostics |
| Basis | FOB |
General Information
KHS is a leading manufacturer of beverage processing and packaging systems. The CombiKeg R5 DFC line combines keg washing and racking in a compact automated design, offering accuracy, efficiency, and low oxygen pickup through direct flow control. Ideal for breweries or co-packers needing a reliable, high-throughput system with hygienic design and reduced resource consumption.
