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COOLING SYSTEM

eCoo 10

FAHRENHEIT's cooling systems can be modularly interconnected – and thus individually adapted to the desired cooling requirements. Our standard systems can be cascaded to expand their cooling capacity.


    Speed controlled, high-efficiency pumps for all three circuits


    Integrated free cooling mode: no additional hydraulics or software required


    Robust and reliable Siemens controller or Loxone miniserver


    Cloud based visualization and control from anywhere or Loxone control without a cloud 


    Integrated communication protocols: BACnet IP, BACnet MS/TP, M-Bus, LON, Modbus RTU, OPC

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Energy-efficient and environmentally friendly

Our cooling systems are based on the innovative adsorption cooling process. In this way, they turn existing heat into cold. This process requires no electrical power. Electricity savings of up to 80 % for the entire system are possible. Only pure water is used as refrigerant.


Very quiet, compact and virtually maintenance-free

The cooling modules contain no moving parts. Noise and maintenance are reduced to a minimum. Also, the refrigerant (water) and the adsorption material (silica gel or zeolite) need not be replaced. The principle of the patented thin sheet vacuum envelope also allows a particularly compact, stable and weight-reduced design

Application Range

Hot Water Temperature                  50-95 °C

Chilled Water Temperature            08-21 °C

Max. Operating Pressure                4 Bar

Re-Cooling Water Temperature    22-40°C


Dimensions

Footprint                                            0.67 m²

B x D x H                                            875 x 765 x 2,004 mm

Empty Weight                                   ca. 370 kg


Elect. Power Consumption And Supply

At Max. Delivery Head                    800 W

At Typical Pressure Drop               260 W

Power Supply                                   230 V, 50/60 Hz


Performance

Copth                                                 up to 0.65

Cooling Capacity                            up to 16.7 kW


Hot Water Circuit

Connection (HWC)                         G 1 ¼” AG

Available Funding Level (HWC)   464 mbar

Volume Flow Rate (HWC)              2,50 m³/h


Re-Cooling Circuit

Connection (RCC)                          G 1 ½” AG

Available Delivery Head (RCC)   690 mbar

Volume Flow Rate (RCC)              5,10 m³/h


Chilled Water Circuit

Connection (CWC)                         G 1 ¼” AG

Available Delivery Head (HWC)   630 mbar

Volume Flow Rate (CWC)              2,90 m³/h