Airedale by Modine Announces Stainless Steel Extension of TurboChill™ DCS Chiller for Liquid Cooling Data Centers
Modine (NYSE: MOD) added a stainless steel variant to its Airedale TurboChill DCS chiller range on November 18, 2025.
The stainless steel design provides a robust, corrosion-resistant interface for facility water loops, improves circuit cleanliness, supports high-pressure direct liquid cooling (DLC) for high-density AI data centers, and can enable removal of in-row coolant distribution units (CDUs) to free hall space and simplify infrastructure.
Technical highlights include suitability for ambient temperatures up to 55°C (131°F), use of low-GWP refrigerant R1234ze (GWP 1.37), oil-free Turbocor centrifugal compressors, a modular 'V' coil with Enhanced Free Cooling, and Seismic Design Category D rating for global application.
Modine (NYSE: MOD) ha aggiunto una variante in acciaio inossidabile alla gamma di chiller Airedale TurboChill DCS il 18 novembre 2025.
Il design in acciaio inossidabile offre una interfaccia robusta e resistente alla corrosione per i loop d'acqua degli impianti, migliora la pulizia dei circuiti, supporta il raffreddamento liquido diretto ad alta pressione (DLC) per centri dati AI ad alta densità e può permettere la rimozione di unità di distribuzione del refrigerante in fila (CDU) per liberare spazio in sala e semplificare l'infrastruttura.
Le caratteristiche tecniche includono l'idoneità a temperature ambiente fino a 55°C (131°F), l'uso di refrigerante a basso GWP R1234ze (GWP 1,37), compressori centrifughi Turbocor senza olio, una bobina modulare a forma di 'V' con Free Cooling potenziato e la classificazione Seismic Design Category D per applicazioni globali.
Modine (NYSE: MOD) agregó una variante de acero inoxidable a su gama de enfriadores TurboChill DCS Airedale el 18 de noviembre de 2025.
El diseño de acero inoxidable ofrece una interfaz robusta y resistente a la corrosión para las mallas de agua de las instalaciones, mejora la limpieza de los circuitos, admite enfriamiento directo por líquido a alta presión (DLC) para centros de datos IA de alta densidad y puede permitir la eliminación de unidades de distribución de refrigerante en fila (CDUs) para liberar espacio en la sala y simplificar la infraestructura.
Los aspectos técnicos incluyen la idoneidad para temperaturas ambiente de hasta 55°C (131°F), el uso de refrigerante de bajo GWP R1234ze (GWP 1.37), compresores centrífugos Turbocor sin aceite, una bobina modular en forma de 'V' con Free Cooling Mejorado y la Clasificación de Diseño Sísmico D para aplicación global.
Modine (NYSE: MOD)는 2025년 11월 18일에 Airedale TurboChill DCS 칠러 라인에 스테인리스 스틸 버전을 추가했습니다.
스테인리스 스틸 설계는 시설의 급수 루프에 대해 견고하고 부식 저항이 뛰어난 인터페이스를 제공하며, 회로의 청정도를 향상시키고, 고밀도 AI 데이터 센터를 위한 고압 직접 액체 냉각(DLC)을 지원하며, 행 내 냉각수 분배 유닛(CDUs)을 제거해 홀 공간을 확보하고 인프라를 단순화할 수 있습니다.
기술 하이라이트로는 대기 온도 최대 55°C(131°F), 저-GWP 냉매 R1234ze(GWP 1.37), 오일 프리 Turbocor 원심 압축기, Enhanced Free Cooling이 포함된 모듈식 'V' 코일, 전 세계 적용을 위한 Seismic Design Category D 등급이 포함됩니다.
Modine (NYSE: MOD) a ajouté une variante en acier inoxydable à sa gamme de refroidisseurs Airedale TurboChill DCS le 18 novembre 2025.
Le design en acier inoxydable offre une interface robuste et résistante à la corrosion pour les boucles d'eau des installations, améliore la propreté des circuits, prend en charge le refroidissement direct par liquide à haute pression (DLC) pour les centres de données IA à haute densité, et peut permettre le retrait des unités de distribution de liquide en ligne (CDU) pour libérer de l'espace dans la salle et simplifier l'infrastructure.
Les points techniques incluent la capacité à supporter des températures ambiantes jusqu'à 55°C (131°F), l'utilisation du réfrigérant à faible GWP R1234ze (GWP 1,37), des compresseurs centrifuges Turbocor sans huile, une bobine modulable en forme de 'V' avec Free Cooling amélioré, et une classification de dimensionnement sismique D pour une application mondiale.
Modine (NYSE: MOD) hat am 18. November 2025 eine Edelstahl-Variante in seine Airedale TurboChill DCS-Kühlerreihe aufgenommen.
Das Edelstahl-Design bietet eine robuste, korrosionsbeständige Schnittstelle für die Wasserschleifen der Einrichtung, verbessert die Sauberkeit der Kreise, unterstützt Hochdruck-Direktkühlung (DLC) für datenintensive KI-Rechenzentren und kann die Entfernung von Reihen-Kühlmittel-Verteilern (CDUs) ermöglichen, um Hallenfläche freizugeben und die Infrastruktur zu vereinfachen.
Technische Highlights umfassen die Eignung für Umgebungstemperaturen bis zu 55°C (131°F), die Verwendung des Kältemittels mit geringem GWP R1234ze (GWP 1,37), ölfreie Turbocor-Zentrifugalkompressoren, eine modulare 'V'-Spule mit Enhanced Free Cooling und die Seismic Design Category D-Bewertung für globale Anwendung.
Modine (NYSE: MOD) أضافت متغيراً من الصلب غير القابل للصدأ إلى مجموعة مبردات TurboChill DCS من Airedale في 18 نوفمبر 2025.
تصميم الصلب غير القابل للصدأ يوفر واجهة متينة ومقاومة للتآكل لدائرة مياه المنشأة، يحسن نظافة الدائرة، يدعم التبريد السائل المباشر عالي الضغط (DLC) لمراكز البيانات المعتمدة على الذكاء الاصطناعي ذات الكثافة العالية، ويمكن أن يتيح إزالة وحدات توزيع سائل التبريد في الصف (CDUs) لتحرير مساحة القاعة وتبسيط البنية التحتية.
تشمل النقاط التقنية ملاءمة لدرجات حرارة محيطة حتى 55°C (131°F)، استخدام مبرد منخفض GWP R1234ze (GWP 1.37)، ضواغط Turbocor المحورية الخالية من الزيت، لَفائف 'V' النمطية مع التبريد الحر المعزز، وفئة التصميم الزلزالي D للاستخدام العالمي.
- Facilitates elimination of in-row CDUs in optimized architectures
- Designed for ambient operation up to 55°C (131°F)
- Uses low-GWP refrigerant R1234ze (GWP 1.37)
- Seismic Design Category D for global deployment
- Oil-free Turbocor centrifugal compressors for efficient loads
- CDU removal depends on optimized liquid cooling architectures
Insights
New stainless steel TurboChill DCS targets liquid‑cooled, high‑density AI data centers to improve loop cleanliness and reduce in‑row CDUs.
Modine's TurboChill DCS Stainless Steel provides a corrosion‑resistant hydraulic interface for direct liquid cooling. The design aims to lower particulate and biofouling risks in the facility loop, support high pressures, and maintain structural stability under large thermal loads. The unit uses oil‑free Turbocor compressors and low‑GWP refrigerant R1234ze (GWP 1.37).
Cleaner loop interfaces and the potential removal of in‑row CDUs reduce component count and free floor space for IT racks, which can simplify operations and improve PUE when integrated into an optimized architecture. Realized benefits depend on system integration choices, filtration quality, and site commissioning. Watch for pilot deployments, integration timelines, and measured PUE improvements over the first 6–18 months after installation.
New design enhances water loop cleanliness and enables removal of in-row CDUs in high density applications, optimizing PUE and freeing space for additional IT racks.
Providing a robust stainless steel interface to the facility water system loop, this extension to the TurboChill DCS range significantly enhances circuit cleanliness and overall system reliability. The corrosion-resistant material safeguards the integrity of the cooling loop, reducing contamination and build-up on the cold plates. Designed for high-pressure environments, the TurboChill DCS Stainless Steel maintains structural stability under extreme thermal loads while enabling precise filtration and fluid management.
When integrated within optimized liquid cooling architectures, the TurboChill DCS Stainless Steel can facilitate the complete elimination of in-row coolant distribution units (CDUs), reducing system complexity and potentially improving PUE, while freeing up space in the data center hall for additional IT racks.
Suitable for global application, the stainless steel variant of the Turbocor® compressor chiller meets Seismic Design Category D. Designed for durability and to meet customers' ambitious efficiency, performance, and sustainability objectives, TurboChill DCS chillers are optimized for higher ambient temperature operation of up to 55°C (131°F), with low GWP refrigerant, R1234ze (GWP 1.37). Turbocor® oil-free centrifugal compressors deliver outstanding efficiency across full and part load. The modular 'V' frame coil arrangement is optimized with the application of Airedale's Enhanced Free Cooling technology that utilizes larger diameter fans to reduce energy consumption.
"By combining superior corrosion and build-up resistance with optimized thermal performance, our TurboChill DCS Stainless Steel delivers exceptional reliability for mission-critical environments," said Art Laszlo, Group Vice President, Global Data Centers. "Its advanced design can eliminate the need for a CDU in high-density, liquid-cooled applications, simplifying infrastructure and reducing operational complexity."
Airedale by Modine's TurboChill DCS Stainless Steel builds upon 20 years of Turbocor® compressor experience and more than 50 years of data center expertise. Airedale by Modine solutions combine intelligent system integration with expert in-territory support, to deliver exceptional performance and reliability.
For more information about Airedale by Modine data center solutions, visit www.airedale.com.
About Modine
For more than 100 years, Modine has solved the toughest thermal management challenges for mission-critical applications. Our purpose of Engineering a Cleaner, Healthier World™ means we are always evolving our portfolio of technologies to provide the latest heating, cooling, and ventilation solutions. Through the hard work of more than 11,000 employees worldwide, our Climate Solutions and Performance Technologies segments advance our purpose with systems that improve air quality, reduce energy and water consumption, lower harmful emissions, enable cleaner running vehicles, and use environmentally friendly refrigerants. Modine is a global company headquartered in
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FAQ
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