Data Center Coolıng - What Do We Do ? | Chiller Su Soğutma Sistemleri

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- ARA SERIES - MEA SERIES - LTA SERIES - DCA SERIES - DMA SERIES - STA SERIES - LSR SERIES
  There is a capacity range from 3.5 kW to 1970 kW according to your needs.
- ENE-S SERIES, ENE-D SERIES
  There is a capacity range from 194 kW to 1830 kW according to your needs.
- Provides Precise Temperature Control on Plastic Extruder Film Surface ERACO Film Inflation Cooler ER.IC series devices are produced to provide precise temperature control on the plastic extruder film surface. Thanks to the series with a film cooling capacity between 100 kg/h and 450 kg/h per hour, up to 30% increase in film production is achieved.
  Increase in movie quality
  Up to 30% increase in film production
  Increase in film transparency and gloss
- It acts as a distributor in cooling the mold. It is used to open and close the cooling circuits. Flow rate is compatible with measurement principles. With the level indicator cone, the desired flow rate can be adjusted for each chamber.
  Cycle/flow rate: 0/10 lt/min
  Mold connection: 12 mm brass socket suitable for 3/8” or ½” hoses
  Water inlet-outlet size: ¾”
- HEA-S/T SERIES - HEA-HPS SERIES - RCA SERIES
  There is a capacity range from 9 kW to 1700 kW according to your needs.
- HEW SERIES - RCW SERIES
  There is a capacity range from 61kW to 2148kW according to your needs.
- KSI SERIES
  There is a capacity range of 6kW – 32kW.
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Eraco Chiller

DATA CENTER COOLING

<p>Today, data and information reside almost entirely in computers and digital storage units. These centers, which are formed by the combination of certain components, are faced with data losses and sometimes malfunction situations due to the temperature created by high currents and voltages.</p><p>Cooling emerges as a must to eliminate this problem. Just as a working computer is cooled by fans (simple cooling), units such as large switchboards, data centers and transformers must be configured with low-temperature forced cooling systems (complex cooling). Otherwise, loss of speed and malfunctions will be inevitable.</p>

Today, data and information reside almost entirely in computers and digital storage units. These centers, which are formed by the combination of certain components, are faced with data losses and sometimes malfunction situations due to the temperature created by high currents and voltages.

Cooling emerges as a must to eliminate this problem. Just as a working computer is cooled by fans (simple cooling), units such as large switchboards, data centers and transformers must be configured with low-temperature forced cooling systems (complex cooling). Otherwise, loss of speed and malfunctions will be inevitable.