Floor-Standing PLC Cabinet for Keg Filling

A floor-standing PLC control cabinet is a full-height, free-standing electrical enclosure housing a programmable logic controller (PLC), touchscreen HMI, and all associated wiring and I/O components for brewery filling line automation. Compared to a wall-mounted control panel, the floor-standing cabinet offers greater internal capacity for complex multi-zone control, higher I/O density for multi-head filling machines, and an integrated HMI display for direct operator interaction — making it more suitable for medium-to-large commercial brewery filling operations.

The standard reference configuration of this floor-standing PLC control cabinet is designed to pair with a double-head keg filling machine capable of processing 70–140 kegs per hour, subject to beer pressure and keg size. For operations with different throughput requirements — such as single-head, triple-head, or higher-speed filling lines — ZR BREW can customize the control cabinet configuration accordingly. Please share your target output and equipment spec for a tailored solution.

Yes. ZR BREW supports full customization of the PLC control logic and HMI interface to match the buyer’s specific keg filling process, including CO₂ pre-purge cycles, pressure filling parameters, fill volume control, sealing sequence, and alarm settings. Custom HMI screen layouts and multi-language display options may also be available. Contact our technical team with your process requirements before ordering.

The cabinet supports 220V, 240V, 380V, and 415V as standard voltage options, with custom configurations available on request. This makes it directly deployable in brewery facilities across the EU, UK, North America, Australia, Southeast Asia, and other regions with varying local electrical standards. Buyers are advised to confirm local voltage, phase count (single-phase vs. three-phase), and any applicable regional electrical certifications (e.g., CE, UL) before ordering.

Before placing an order, buyers are recommended to confirm: (1) local power supply voltage and phase configuration; (2) the exact filling equipment this cabinet will control, including head count and filling method; (3) required I/O count and sensor types; (4) HMI display language and interface preferences; (5) whether remote monitoring, SCADA integration, or data logging is required; (6) enclosure dimensions and installation space constraints; and (7) any regional electrical certification requirements. ZR BREW’s engineering team can assist with pre-order technical review.