Integrated and Taylor-Made cooling architectures designed to meet the thermal demands of modern data centers and AI environments.
High-efficiency chillers forming the foundation of the cooling plant, delivering reliable and scalable thermal capacity for mission-critical environments.
Precision air distribution solutions designed to manage airflow and temperature across data halls, ensuring uniform conditions and operational efficiency.
Advanced liquid cooling technologies engineered for high-density and AI workloads, enabling efficient heat removal at the rack and component level.
| Products | Capacity (kW) | Compressor | EER | User Water Temp Range | Ambient Temp | Refrigerant | Versions |
|---|---|---|---|---|---|---|---|
| TTX | 540 ~ 2120 | Oil-Free (MagLev) | 3.7 – 4.4 | 68–86 F (20–30 C) | Up to 113 F (45 C) | R1234ze | Cooling Only / Free-Cooling |
| TVD | 512 ~ 1172 | Inverter Screw | 3.6 – 3.9 | 68–86 F (20–30 C) | Up to 113 F (45 C) | R1234ze | Cooling Only / Free-Cooling |
TTX is a high-efficiency range of oil-free centrifugal chillers engineered for modern data centers and AI environments. Combining oil-free centrifugal compressors with advanced heat exchangers, the system delivers exceptional efficiency and performance, especially at partial loads. Available with low-GWP R1234ze refrigerant, TTX helps reduce environmental impact while optimizing overall system sustainability.
TVD is a high-efficiency range of air-cooled chillers designed for sustainable and energy-conscious applications. Combining low-GWP HFO refrigerants and oversized V-shaped heat exchange coils delivers exceptional efficiency and optimized footprint performance. Free-Cooling configurations provide enhanced energy savings through expanded heat exchange surfaces, in addition to low TEWI performance, the TVD range is engineered for easy maintenance and simplified compressor accessibility.
| Products | Unit Type | Application | Capacity (kW) | Air Flow (CFM) | Air Flow Configuration | Compressor / Refrigerant |
|---|---|---|---|---|---|---|
| HBCV | Fanwall | Chilled Water | 100 ~ 460 | 12,400 ~ 34,600 | Displacement | – |
| TRF | CRAH | Chilled Water | 58 ~ 275 | 9,100 ~ 24,100 | Upflow/Downflow/Displacement | – |
| NRG | CRAC | DX | 8 ~ 147 | 1,300 ~ 14,900 | Upflow/Downflow/Displacement | Inverter / R513A |
| JREF | CRAH / CRAC | Chilled Water / DX | 7 ~ 33 | 1,300 ~ 3,800 | Upflow/Downflow/Displacement | (2X) Inverter / R513A |
| Model | Capacity (kW) | ATD | Operating Conditions | Redundancy | Key Features | Power Consumption |
|---|---|---|---|---|---|---|
| CDU HB | 1000 | 4K | 68/86°F – 75/93°F | N | PICV, Plate HX, Variable Speed Pumps | 9.8 kW |
| CDU HC | 1400 | 4K | 68/86°F – 75/93°F | N+N | PICV, Plate HX, Redundant Pumps | 17 kW |
The CDU is a critical component of liquid cooling infrastructure, designed to distribute and circulate coolant efficiently across chilled water loops. By regulating the flow of PCLs throughout the system, the CDU ensures precise temperature control, precise temperature control, and reliable operation for AI and mission-critical applications.
| Model | Capacity (kW) | Airflow (CFM) | Cooling Medium | EER | Key Features | Power Consumption |
|---|---|---|---|---|---|---|
| RDC64 | 25 ~ 37 kW | 4,000 CFM | Chilled Water | 15.6 – 23.2 | Passive/Active Operation, EC Fans, PICV | 1.6 kW |
| RDC84 | 41 ~ 61 kW | 6,200 CFM | Chilled Water | 25.4 – 37.9 | High-Density Cooling, EC Fans, 180° | 1.6 kW |
Advanced cooling technology engineered for the demands of modern data centers. Through our partnership with HiRef, Terminus delivers high-performance cooling solutions for hyperscale, colocation, AI, HPC, and other mission-critical environments.
From equipment selection and application engineering to startup and lifecycle support, Terminus provides local expertise backed by HiRef's global engineering capabilities.
