OverviewStandard layout designs often cannot meet complex project demands. Floor-supported and hybrid liquid cooling manifold configurations provide flexible, site-adaptable solutions for constrained or unique data center layouts. These configurations support combinations of in-rack installation, underfloor (raised floor) arrangements and custom pipeline routing while preserving operating performance, maintainability and expansion capability.
Key features- Tailored configurations: Custom-engineered layouts matched to specific power density and cooling load profiles.
- Flexible installation: Supports in-rack installation, raised-floor routing and bespoke pipeline paths for constrained sites.
- Scalable and modular: Modular design enables phased deployment and incremental capacity expansion.
- Hot aisle integration: Native compatibility for hot-aisle liquid cooling and seamless integration with existing hot aisle containment (HAC) systems.
- Maintenance access: Designed for straightforward service access to valves, manifolds and connections.
Product Highlights- Workload-specific engineering: Configurations engineered to meet exact power density and cooling load requirements of targeted racks or zones.
- Compatibility with existing HAC: Integrates with current hot aisle containment deployments without requiring major enclosure changes.
- Native hot-aisle manifold placement: Supports manifold installation within hot aisles to streamline coolant distribution and piping runs.
- Phased deployment: Modular components allow staged roll-out aligned with capacity growth and commissioning schedules.
From Air to Liquid, On Your TimelinePre-engineered modular components enable efficient liquid cooling retrofits, comply with facility slab load constraints and accelerate on-site deployment schedules.
Technical specifications- Configuration types: Floor-supported and hybrid manifold configurations (custom layouts).
- Installation modes supported: In-rack, raised-floor routing, ceiling/hot-aisle integration and custom pipeline routing.
- Design benefits: Scalable expansion, modular components for phased deployment and maintenance access considerations.
- Retrofit capability: Pre-engineered modules to facilitate conversion from air to liquid cooling and meet slab load requirements.