Qe FADX – 60kW
One of the Qe Telecom Site Cooling products, is the Qe FADX hybrid cooling unit, unlocks the potential of reducing your Telecom Sites cooling energy consumption with its Fresh Air cooling capability, by reducing the number of compressor run hours. Utilising filtered fresh air to cool your Telecom Sites Telecommunication infrastructure loads when the external ambient air temperatures are most favourable.
Fresh Air Free Cooling using main fan power only reduces the units total power consumption (with all compressors) by 80% . The typical availability of Fresh Air Free cooling in Northern Europe is greater than 50%.
Cooling Modes
- Mixed Air Mode Low Temperature outside air is filtered and mixed with warmer room air in the unit and passed into the room to provide low energy / cost cooling capacity.
- Fresh Air Mode Outside air is filtered and passed into the room to provide low energy / cost cooling capacity.
- Dx and FA Mixed Cooling Mode – External fresh air when lower tan the room air temp is Dx mechanically cooled to provide lower energy / cost cooling capacity
- Dx Cooling Mode – Full room recirc air is Dx mechanically cooled utilising the inverter compressors to provide precise cooling capacity to meet heat load condition.
HIGH ENERGY EFFICIENCY
- The EVO intelligent controller ensures optimum cooling efficiency and control. Large colour touch screen display with intuitive graphics provide intelligent control at the fingertip.
- Efficient EC fan providing optimum airflow adjustment.
- Inverter Drive Compressors to precisely match cooling capacity to actual cooling load demand.
- Electronic Expansion Valves providing smooth control of refrigerant gas to optimise load matching.
- Evaporator and Condenser contained within a single modular structure.
HIGH ADAPTABILITY
- Air discharge is down flow
- Can work with other Qe Cooling unit types in Teamwork Control mode.
- Intelligent precise control function for constant temperature and humidity
- Designed for the continuous 365 x 24 operation under full range of climate conditions.
- Long lifetime design with low operating and maintenance costs.
- Large airflow supply with high SHR and low power consumption.
- Menu-based large LCD display with multi-level password protection function
- Remote monitoring and control through dry contact or RS485 communication interface with open protocol
- Standby (master/slave) mode and rotating duty mode available
- Self-diagnosis function, various system diagnosis, alarm, and protection functions.
- Large airflow supply with high SHR and low power consumption.
- Dual Power Inputs
- Critical Designation – Powering – The Controls and Main Supply Fans
- Essential Designation – Powering – The Inverter Compressors and Condenser Fans
Options
- Wired temperature/humidity sensors realize the precise matching of cooling capacity and heat load.
- Condenser water pump
Model Sizes (kW):
- Single Circuit – 60 kW
Air Flow Orientations:
- Down Flow
Air Flow Volume Range:
- 16,000 m3/h
Dimensions:
- Height (mm) 3400
- Width (mm) 2400
- Depth (mm) 1300
- Weight (kg) 980
EVO intelligent controller
- 7-inch, 800×480 dot matrix true color touch screen.
- Temperature and humidity curves.
- Graphical display of device running status.
- Multi-level password protection.
- Able to connect multiple temperatures & humidity sensors and detect the temperature & humidity of the inlet/outlet air of racks.
- Control mode selected according to the rack cooling demand, the precise air supply to realize energy saving.
- RS485 interface as standard.
- Optional SNMP and TCP/IP interface.
- Multiple history alarms, expanded storage of history alarms is provided.
- The running data stored every 60 seconds into a rolling log.
- The relevant data can be read directly via Building Management Systems.
- Team Work Function to group multiple units easily.
- Selective area temperature control.
- Shared temperature and humidity setting.
- Teamwork mode: demand management, trend management, rotation and standby (lead/lag), realising adaptive energy saving.
EC fan
- Saving 20%~30% energy compared to traditional AC motor.
- Soft-startup function, low startup current.
- Adjust rotary speed automatically according to cooling requirements and airflow pressure, and provide airflow as required.
- N+1 redundant configuration of fans, ensure the airflow in case of any fan fault.
- Easy-maintenance design.
Inverter Drive Compressors
- Variable-capacity range between 20% and 100%.
- Optimum Efficiency especially at part load and mixed-mode.
- Soft Start providing smoother power system loading.
- Precision control and timely reaction to heat load changes.
- Reduction in stop start cycles reducing power consumption and increasing life cycle.
Electronic Expansion Valve
- Precision cooling capacity control through Electronic increments to the expansion valve.
- Optimising energy conservation by precisley matching the cooling capcity in combination with the Inverter compressor to the heat load.
- Wide range of incremental inputs, to optimise the reduction of superheat and improving EER.
- Quick incremental positioning responses to feedback to facilitate accurate heat load matching.
Condenser – EC Centrifugal Fan Technology
- Saving 20%~30% energy compared to traditional AC motor.
- Soft-startup function, low startup current.
- Adjust rotary speed automatically according to cooling requirements and airflow pressure, and provide airflow as required.
- N+1 redundant configuration of fans, ensure the airflow in case of any fan fault.
- Easy-maintenance design.
