Silent Operations - Whether it’s single or two-phase immersion cooling, liquid cooling keeps your hardware submerged in a dielectric fluid of some type. More importantly, that will eliminates the noisy fans, which should be running throughout day and night in condition of air-based cooling and consume roughly 25-30% in additional power required to keep compute equipment on-line.
Reduced PUE - Power usage effectiveness (PUE) is the ratio of a data center’s total facility energy to its total IT equipment (ITE) energy.Legacy or underside air-cooled techniques can struggle to maintain in the 1.8 to 2.4 range. Modern, purpose-built data centers have achieved significant PUE reductions using air-cooled chillers with closed-loop systems, often hitting a PUE of 1.3-1.5.With immersion cooling, PUE consistently stays under 1.3, drastically reducing a facility’s energy load.
Cost Savings - Cooling accounts for a large part of operating expenses. A facility that houses thousands of servers is also expected to run 24/7, 365 days a year. In traditional air cooling, a large number of fans, HVAC and CRAC systems contribute a lot to the electricity bill. However, when servers are submerged in thermally conductive cooling solutions, electricity usage is reduced by more than 95%, which no one can refuse.

Application:

Air dry cooler features:

Air discharge direction
Performance ranges	Cooling capacity: from 5 to 649 kw Air volume: from 2828 to 263503 m3/h Sound pressure level: from 31 to 69 dB A(10m) Dry coolers:customized on demand
High efficiency heat exchanger	Capacity designs for maximizing the heat transfer relative to the energy consumption of the fan. Tube and tube coupling design for low pressure drop in the coil on the media sides(maximum 100KPa at water designing condition). Our thermodynamic and aerodynamic designing software is long year tested and proved in Germany
Fan	Only choose low specific energy consumption fans. Fan nozzle designs for maximum air flow and air throw. Our fans from the world`s leading manufacturer are practically proved to be reliable in operation and long lasting. Motor: protection class IP 54 and insulation class F. Voltage:400V/3N/50Hz Air separator for each fan.
Testing	Heat exchangers are supplied clean and tested at a pressure of 30 bars
Options	Coil design refrigerant: water, oil, glycol. Multiple circuits. Sub-cooling circuits. Stainless steel or aluminum casing. Coated aluminum or copper fins. Explosion ploof motor. Customized fin spacing.

Dry fluid cooler technical parameter

FLAT SERIES SINGLE ROW FANS

HVS91 HVS125	Van Dim mm	*	HVS191 HVS1125	HVS291 HVS212	HVS391 HVS3125	HVS491 HVS4125	HVS591 HVS5125	HVS691 HVS6125	HVS791 HVS7125	HVS891 HVS8125	HVS991 HVS9125	HVS1091 HVS10125
	Rated Capacities (kW) Heat Exchange Surface (㎡)
Fluid Coolers	910	D	69kW-1050kW 171㎡-4711㎡ (Water/Ta25℃/Tin40℃/Tout35℃)
	1250		182kW-2056kW 481㎡-8546㎡ (Water/Ta25℃/Tin40℃/Tout35℃)
Freon Condensers	910	F	86kW-1167kW 171㎡-4711㎡ (R404A/Ta35℃/Tk50℃)
	1250		212kW-2340kW 481㎡-8546㎡ (R404A/Ta35℃/Tk50℃)
Ammonia Condensers	910	A	93kW-1234kW 203㎡-6027㎡ (NH3/Ta35℃/Tk50℃)
	1250		201kW-2377kW 502㎡-10046㎡ (NH3/Ta35℃/Tk50℃)
Gas Coolers	910	G	81kW-1534kW 259㎡-4711㎡ (CO2/Tair32℃/Tin113℃/P94Bar/Tout34℃)
Oil Coolers	910	O	65kW-2126kW 171㎡-4711㎡ (OIL ISO VG 46/Ta35℃/Tin85℃/Tout60℃)
	1250		176kW-3548kW 481㎡-8546㎡ (OIL ISO VG 46/Ta35℃/Tin85℃/Tout60℃)
Fan Model	910	EC	W3G910KU2503 (2.55kW) or FN091-ZIQ.GL.V5P1 (3.2kW)
	910	AC	W6D910GB0101 (2.02kW) or FN091-SDS.6N.V7P2 (1.85kW)
	1250	EC	160M2-8P-5.5kW/720RPM/1250_5-5_LP_39°_PPG_9W2L
	1250	AC	160M2-8P-5.5kW/720RPM/1250_5-5_LP_39°_PPG_9W2L
No of Fans			1	2	3	4	5	6	7	8	9	10
Overall Dimensions	910	Lenth	1530	2730	3930	5130	6330	7530	8730	9930	11130	12330
		Width	2000
		Width+Pad	2260
		Height	2260
	1250	Lenth	1930	3530	5130	6730	8330	9930	11530	13130	14730	16330
		Width	2000
		Width+Pad	2260
		Height	2360

Packing:

Mineral Oil Immersion Aluminum Fin Dry Fluid Cooler Chiller

Immersion Cooling System