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    Zero-straight-run electromagnetic flowmeters give data centers installation freedom, precise liquid cooling control, and long-term reliability in space-constrained, high-density environments.
    KROHNE WATERFLUX Flowmeters Redefine Installation Flexibility for High‑Density Data Center Cooling

    KROHNE WATERFLUX Flowmeters Redefine Installation Flexibility for High‑Density Data Center Cooling

    04/09/2026

    ­KROHNE, a leading provider of industrial process instrumentation, highlights its support for the rapidly growing data center market with WATERFLUX electromagnetic flowmeters that combine zero straight‑run requirements with high‑accuracy liquid cooling measurement for mission‑critical facilities. As AI workloads drive higher rack power densities and push cooling systems closer to the rack, WATERFLUX enables operators and mechanical designers to optimize tight mechanical spaces without sacrificing measurement performance or uptime.

    Unlike conventional flowmeters that require long upstream and downstream straight runs, the WATERFLUX platform features a unique rectangular, reduced measuring section that conditions the flow internally, delivering stable, repeatable measurement without needing any piping. This installation independence allows WATERFLUX meters to be installed directly after elbows, valves, reducers, or in compact skids, providing true Zero DN capability that aligns with the dense layouts of modern data center cooling galleries. For both designers and instrumentation leads, this eliminates a major layout constraint and simplifies integration of precise flow measurement into space‑constrained cooling water and liquid‑to‑chip loops.

    In advanced data center architectures, including liquid‑to‑chip cooling and hybrid systems with heat recovery, accurate flow measurement at the rack, row, and plant level is essential to maintaining thermal headroom and energy efficiency. By continuously monitoring glycol‑water and other coolant circuits, WATERFLUX meters provide the real‑time flow data needed to balance coolant distribution, protect IT assets from hotspots, and avoid over‑pumping that increases energy consumption. This data underpins automated control strategies that adjust pump speeds and valve positions, helping operators reduce operating costs while maintaining availability and service level commitments.

    Built on KROHNE’s proven electromagnetic technology, WATERFLUX meters are designed for long‑term stability and reliability in demanding environments where uptime is non‑negotiable. The rectangular sensor design supports a wide turndown ratio and stable measurement even at low flow rates, enabling accurate metering across a broad range of load conditions typical of dynamic, high‑density data centers. With variants such as WATERFLUX 3050, 3100, and 3300, the platform covers applications from standard cooling water measurement to more demanding duties that call for advanced diagnostics and enhanced accuracy.

    As the data center industry continues to scale in support of cloud, AI, and digital services, operators are under pressure to increase energy transparency and support ambitious sustainability objectives. WATERFLUX integrates seamlessly into KROHNE’s broader data center offering, which includes comprehensive measurement solutions for cooling water loops, secondary circuits, and heat and cold management in facilities that leverage heat recovery and district heating connections. By combining installation‑independent flow measurement with robust, industrial‑grade design, KROHNE gives data center stakeholders a measurement platform that supports compact mechanical layouts, smarter cooling control, and long‑term, sustainable operation.

    For more information on KROHNE’s WATERFLUX flowmeters and data center cooling solutions, visit KROHNE’s data center microsite here.

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    Power Systems Design

    Power Systems Design is a leading global media platform serving the power electronics design engineering community. It delivers in-depth technical content, industry news, and product insights to engineers and decision-makers developing advanced power systems and technologies.

    Published 12× per year across North America and Europe, Power Systems Design is distributed through online and fully digital editions, complemented by eNewsletters, webinars, and multimedia content. The platform covers key areas including power conversion, semiconductors, renewable energy, automotive electrification, AI power systems, and industrial applications—supporting innovation across the global electronics industry.