Daikin EWAD365TZ-SS [2/75] Features and benefits
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FEATURES AND BENEFITS
Low operating cost and extended operating life This chiller range is the result of careful design, aimed to optimize
the energy efficiency of the chillers, with the objective of bringing down operating costs and improving installation profitability,
effectiveness and economical management.
The chillers feature a high efficiency single screw Inverter driven compressor design, large condenser coil surface area for maximum
heat transfer and low discharge pressure, advanced technology condenser fans and a ‘shell&tube’ or plate heat exchanger evaporator
with low refrigerant pressure drops.
Low operating sound levels Very low sound levels both at full load and part load conditions are achieved by the latest
compressor design and by a unique new fan that moves large volume of air at exceptionally low sound levels and by the virtually
vibration-free operation.
Outstanding reliability The chillers have one or two truly independent refrigerant circuits, in order to assure maximum safety
for any maintenance, whether planned or not. They are equipped with a rugged compressor design with advanced composite
compressor gaterotors material, a proactive control logic and are full factory-run-tested to optimized trouble-free operation.
Infinite capacity control Cooling capacity control is infinitely variable by means of a Inverter driven screw compressor
controlled by microprocessor system. Each unit has infinitely variable capacity control from 100% down to minimum capacity which is
variable depending on unit model (between 33% and 22% on single circuit units and between 15% and 11% for dual circuit models).
This modulation allows the compressor capacity to exactly match the building cooling load without any leaving evaporator water
temperature fluctuation. This chilled water temperature fluctuation is avoided only with a stepless control.
Inverter stepless regulation Based on the
geographical location and the application, the load profile of a
building can vary enormously but our system has an infinitely
variable load regulation without pre-set steps for a perfect
comfort solution.
The stepless regulation provides the required power to meet the
demand, ensuring highly accurate leaving water temperature
control and so delivering optimal comfort as well as cost savings.
Superior control logic The new MicroTech III controller provides an easy to use control environmental. The control logic is
designed to provide maximum efficiency, to continue operation in unusual operating conditions and to provide a history of unit
operation. One of the greatest benefits is the easy interface with LonWorks, Bacnet, Ethernet TCP/IP or Modbus communications.
Dynamic Condensing Pressure Management
A new superior software logic has been developed to get the
highest efficiency at whichever operating condition: thanks to the
Dynamic Condensing Pressure Management the chiller controller
adjusts the condensing pressure setpoint to minimize the overall
chiller power input.
The result is an efficiency optimization thanks to the achievement
of the most efficient working point for the unit at any ambient
temperature.
High full load and part load efficiency High efficiency at full load, but especially maximum efficiency at part load
conditions - which is the majority of the operating time of a chiller - are the factors that allow considerable savings in a system’s annual
energy costs.
With the objective of bringing down these operating costs and improving a building’s economical management, this inverter range has
been designed to optimize both full load efficiency (EER) and the seasonal energy efficiency (ESEER).
Seasonal quietness Very low sound levels in part load conditions are achieved by varying the fan speed, but especially thanks to
the variation of compressor frequency, which ensure the minimum sound level at all the time.
Quick comfort conditions The ability to vary the output power in direct relation to the cooling requirements of the system,
allow the possibility to achieve building comfort conditions much faster at start-up.
Low starting current No current spikes at start-up. The starting current is always lower than current absorbed in the maximum
operating conditions (FLA).
Displacement power factor always > 0.95 This inverter range can operate always with a displacement power factor >
0.95, which allows building owners to avoid power factor penalties and decrease electrical losses in cable and transformers.
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Содержание
- Air cooled chiller with inverter driven screw compressor 1
- Databook 1
- Ewad tz 1
- Performance according to en14511 1
- Dynamic condensing pressure management 2
- Features and benefits 2
- High full load and part load efficiency 2
- Infinite capacity control 2
- Inverter stepless regulation 2
- Low operating cost and extended operating life 2
- Low operating sound levels 2
- Low starting current 2
- Outstanding reliability 2
- Page 2 of 75 2
- Quick comfort conditions 2
- Seasonal quietness 2
- Superior control logic 2
- Certifications 3
- Code requirements safety and observant of laws directives 3
- Features and benefits 3
- Page 3 of 75 3
- Sound configurations 3
- Versions 3
- Cabinet and structure 4
- Compressor 4
- Condenser 4
- Condenser fans 4
- Electronic expansion valve 4
- Evaporator 4
- General characteristics 4
- Page 4 of 75 4
- Refrigerant 4
- Electrical control panel 5
- General characteristics 5
- Page 5 of 75 5
- Refrigerant circuit 5
- General characteristics 6
- Page 6 of 75 6
- Supervising systems on request 6
- Options 7
- Options on request 7
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- Standard options supplied on basic unit 7
- Options 8
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- Options 9
- Page 9 of 75 9
- Capacity class in kw cooling 10
- Efficiency level 10
- Inverter 10
- Machine type 10
- Model series 10
- Nomenclature 10
- Page 10 of 75 10
- Refrigerant 10
- Sound level 10
- Ewad tz ss 11
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- Technical specifications 11
- Ewad tz ss 12
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- Technical specifications 12
- Ewad tz sr 13
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- Technical specifications 13
- Ewad tz sr 14
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- Technical specifications 14
- Ewad tz xs 15
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- Technical specifications 15
- Ewad tz xs 16
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- Technical specifications 16
- Ewad tz xr 17
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- Technical specifications 17
- Ewad tz xr 18
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- Technical specifications 18
- Ewad tz ps 19
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- Technical specifications 19
- Ewad tz ps 20
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- Technical specifications 20
- Ewad tz pr 21
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- Technical specifications 21
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- Technical specifications 22
- Electrical specifications 23
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- Electrical specifications 24
- Ewad tz sr 24
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- Electrical specifications 25
- Ewad tz xs 25
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- Electrical specifications 26
- Ewad tz xr 26
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- Electrical specifications 27
- Ewad tz ps 27
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- Electrical specifications 28
- Ewad tz pr 28
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- Ewad tz pr 29
- Ewad tz ps 29
- Ewad tz ss 29
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- Sound levels 29
- Ewad tz sr 30
- Ewad tz xr 30
- Ewad tz xs 30
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- Sound levels 30
- Ewad tz pr 31
- Ewad tz ps 31
- Ewad tz ss 31
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- Sound level at distance 31
- Ewad tz sr 32
- Ewad tz xr 32
- Ewad tz xs 32
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- Sound level at distance 32
- Operating limits 33
- Operating limits 34
- Page 34 of 75 34
- Platinum version ewad tz p 34
- Table 1 water heat exchanger minimum and maximum water δt 34
- Table 2 minimum glycol percentage for low air ambient temperature 34
- Operating limits 35
- Page 35 of 75 35
- Table 3 air heat exchanger altitude correction factors 35
- Table 4 available fan static pressure correction factors for silver and gold version only 35
- Water charge flow and quality 35
- Water content in cooling circuits 35
- Cooling performance 37
- Ewad tz ss 37
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- Cooling performance 38
- Ewad tz ss 38
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- Cooling performance 39
- Ewad tz ss 39
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- Cooling performance 40
- Ewad tz ss 40
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- Cooling performance 41
- Ewad tz sr 41
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- Cooling performance 42
- Ewad tz sr 42
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- Cooling performance 43
- Ewad tz sr 43
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- Cooling performance 44
- Ewad tz sr 44
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- Cooling performance 45
- Ewad tz xs 45
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- Cooling performance 46
- Ewad tz xs 46
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- Cooling performance 47
- Ewad tz xs 47
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- Cooling performance 48
- Ewad tz xs 48
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- Cooling performance 49
- Ewad tz xr 49
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- Cooling performance 50
- Ewad tz xr 50
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- Cooling performance 51
- Ewad tz xr 51
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- Cooling performance 52
- Ewad tz xr 52
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- Cooling performance 53
- Ewad tz ps 53
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- Cooling performance 54
- Ewad tz ps 54
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- Cooling performance 55
- Ewad tz ps 55
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- Cooling performance 56
- Ewad tz ps 56
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- Cooling performance 57
- Ewad tz pr 57
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- Cooling performance 58
- Ewad tz pr 58
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- Cooling performance 59
- Ewad tz pr 59
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- Cooling performance 60
- Ewad tz pr 60
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- Options technical data 61
- Options technical data 62
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- Twin pump 2 poles 62
- Water pump kit combination matrix 62
- Options technical data 63
- A m l i h g b c f e d 64
- Dimensional drawing 64
- Legend 64
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- A m l i h g b c f e d 65
- Dimensional drawing 65
- Legend 65
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- A m l i h g b c f e d 66
- Dimensional drawing 66
- Legend 66
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- A m l i h g b c f e d 67
- Dimensional drawing 67
- Legend 67
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- Handling 68
- Installation notes 68
- Location 68
- Page 68 of 75 68
- Space requirements 68
- Warning 68
- Installation notes 69
- Installation notes 70
- Page 70 of 75 70
- Storage 70
- Dimensions 71
- General 71
- Page 71 of 75 71
- Performance 71
- Refrigerant 71
- Sound level and vibrations 71
- Technical specifications 71
- Unit description 71
- Compressors 72
- Cooling capacity control system 72
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- Technical specifications 72
- Unit mounted compressor s inverter and electrical requirement 72
- Condensation control 73
- Condenser coil 73
- Condenser fans 73
- Evaporator 73
- Hydronic kit options on request 73
- Page 73 of 75 73
- Reduced sound unit configurations on request 73
- Refrigerant circuit 73
- Technical specifications 73
- Controller 74
- Controller main features 74
- Electrical control panel 74
- High level communications interface on request 74
- Page 74 of 75 74
- Technical specifications 74
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