Turck Guide Automates Data Center Cooling Control
The document provides a framework for integrating decentralized sensors and control logic into liquid-cooled infrastructure.
Updated on Oct. 30, 2026 in Data Centers
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Turck released its Data Center Industry Guide, a technical manual detailing automation and monitoring solutions for mechanical and electrical infrastructure. The guide outlines strategies for implementing liquid and immersion cooling alongside power distribution management.
Why it matters
Rising rack densities necessitate more granular control over facility cooling and power, prompting a shift toward decentralized automation. This guide provides an architecture for integrating monitoring directly into mechanical systems.
Turck utilizes IP67-rated sensors and decentralized multiprotocol I/O systems to allow hardware mounting directly on cooling manifolds and heat exchangers. These devices integrate IO-Link for real-time diagnostic trending and parameter monitoring.
The players
Turck
An industrial automation company specializing in sensors, connectivity, and modular decentralized I/O systems for infrastructure control.
The details
The system employs ARGEE, a platform that enables onboard logic execution directly within the I/O hardware, removing the need for a central controller to process minor routine tasks. For facility cooling, CRAC (Computer Room Air Conditioning) and CRAH (Computer Room Air Handler) units are managed through integrated pump and fan control software, allowing for automated response to load-based heat fluctuations. The deployment of power distribution stations relies on configurable AC and DC modules to support modular infrastructure layouts.
Timeline
October 30, 2026: Turck released the Data Center Industry Guide.
The Tech Race
As rack densities continue to climb, hardware providers are competing to integrate control logic directly at the cooling source to minimize latency in thermal management. This guide marks Turck's effort to standardize automation protocols for these emerging liquid-cooled architectures.
Facility engineers and data center architects can use these modular components to retrofit existing cooling infrastructure with enhanced diagnostic capabilities. The automation solutions are currently available for integration into new or upgraded mechanical and electrical deployments.
The takeaway
Data center operators should track the adoption of decentralized I/O in liquid cooling to determine if it reduces equipment downtime compared to centralized control systems. Watch for future benchmarks on how onboard logic via ARGEE affects fan and pump duty cycles in dense environments.
Further reading
For more information on the evolving infrastructure demands of modern server farms, see the Data Centers section.
Source note: This article includes information reported by Manufacturing.
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Is now a good time for data centers to prioritize upgrading cooling infrastructure?
