Choose NEURAIR
Pioneering IT with advanced liquid cooling.
NEURAIR provides advanced liquid cooling for high-density IT and data centers, optimizing reliability, efficiency, and scalability.
Our Technology
1. Precision Cooling Units (PCUs):
​​​
-
NEU-PCU-PRO2500:​​
-
Dimensions (H x W x D): 2255 x 1200 x 1505 mm
-
Efficiency: < 61 dBA, 19.5kW Power Consumption
-
Description: A professional-grade, high-capacity cooling unit designed for hyperscale data centers and large-scale operations.
-
Cooling Capacity: 2.5MW @ 2000LPM
-
Type: Liquid-to-Liquid In-Row PCU
-
​
-
NEU-PCU-PRO1300:
-
Type: Liquid-to-Liquid In-Row PCU
-
Cooling Capacity: 1.3MW @ 1250LPM
-
Dimensions (H x W x D): 2160 x 900 x 1480 mm
-
Efficiency: < 59 dBA, 12.5kW Power Consumption
-
Description: A robust mid-range cooling solution ideal for medium-sized data centers and enterprise workloads.
-
​
-
NEU-PCU-CORE400:
-
Type: Liquid-to-Liquid In-Row PCU
-
Cooling Capacity: 400kW @ 400LPM
-
Dimensions (H x W x D): 2160 x 900 x 1200 mm
-
Efficiency: < 58 dBA, 6kW Power Consumption
-
Description: A foundational core cooling unit designed for smaller-scale operations and entry-level applications.
-
​
-
NEU-PCU-EDGE160:
-
Type: Liquid-to-Liquid In-Rack PCU
-
Cooling Capacity: 160kW @ 150LPM
-
Dimensions (H x W x D): 175 (4U) x 445 x 925 mm
-
Efficiency: < 60 dBA, 1.5kW Power Consumption
-
Description: Optimized for edge computing, offering efficient cooling in compact in-rack setups.
-
​
-
NEU-PCU-EDGE94:
-
Type: Liquid-to-Liquid In-Rack PCU
-
Cooling Capacity: 94kW @ 80LPM
-
Dimensions (H x W x D): 220 (5U) x 445 x 925 mm
-
Efficiency: < 58 dBA, 1.0kW Power Consumption
-
Description: A reliable and space-efficient cooling unit for localized data centers with medium workloads.
-
​
-
NEU-PCU-EDGE73:
-
Type: Liquid-to-Liquid In-Rack PCU
-
Cooling Capacity: 73kW @ 70LPM
-
Dimensions (H x W x D): 175 (4U) x 445 x 925 mm
-
Efficiency: < 58 dBA, 0.6kW Power Consumption
-
Description: Compact and economical cooling tailored for small-scale or space-constrained environments.
-
2. High-Efficiency Thermal Exchange Panels (TEPs):
-
NEU-TEP-ULTRA52:
-
Type: Thermal Exchange Panel
-
Cooling Capacity: 52.5kW
-
Dimensions (H x W x D): 1950 x 600 x 170 mm
-
Efficiency: < 0 dBA, Low Maintenance
-
Description: A premium solution for heat-intensive environments, delivering exceptional thermal dissipation.
-
​
-
NEU-TEP-PERFORMANCE39:
-
Type: Thermal Exchange Panel
-
Cooling Capacity: 39.5kW
-
Dimensions (H x W x D): 1950 x 600 x 130 mm
-
Efficiency: < 0 dBA, Low Maintenance
-
Description: Performance-oriented cooling for mid-tier heat dissipation requirements in dense racks.
-
​
-
NEU-TEP-OPTIMA29:
-
Type: Thermal Exchange Panel
-
Cooling Capacity: 29.5kW
-
Dimensions (H x W x D): 1950 x 800 x 130 mm
-
Efficiency: < 0 dBA, Low Maintenance
-
Description: The optimal choice for small-to-medium setups requiring reliable heat dissipation.​
-
3. Adaptive Liquid-to-Air Cooling Modules (ACMs):
-
NEU-ACM-HYPER130:
-
Type: Liquid-to-Air Adaptive Unit
-
Cooling Capacity: 130kW
-
Dimensions (H x W x D): 2352 x 900 x 1068 mm
-
Efficiency: 16kW Total Power, Noise @ 110 dBA
-
Description: High-powered cooling engineered for intensive operations such as AI, HPC, and high-density workloads.
-
​
-
NEU-ACM-PERFORMANCE80:
-
Type: Liquid-to-Air Adaptive Unit
-
Cooling Capacity: 80kW
-
Dimensions (H x W x D): 2352 x 600 x 1068 mm
-
Efficiency: 10.5kW Total Power, Noise @ 110 dBA
-
Description: A balanced solution offering mid-range performance and reliable cooling in diverse environments.
-
​
-
NEU-ACM-CORE60:
-
Type: Liquid-to-Air Adaptive Unit
-
Cooling Capacity: 60kW
-
Dimensions (H x W x D): 2352 x 600 x 1068 mm
-
Efficiency: 10.5kW Total Power, Noise @ 70 dBA
-
Description: A cost-effective, efficient cooling unit for essential performance needs.
-
Liquid Cooling System
Liquid cooling systems use fluid to efficiently manage heat in high-performance computing, data centers, and industrial equipment, ensuring optimal performance and hardware longevity.
We Integrate With Your Ecosystem
-
Superior Heat Dissipation: Maintains stable temperatures under heavy workloads.
-
Energy Efficiency: Reduces power consumption and operational costs.
-
Compact Design: Enables higher density setups.
-
Silent Operation: Minimal noise for sensitive environments.
-
Eco-Friendly: Supports sustainability with efficient cooling.