U - 085/100/115/130 CQ, CR, CS


ECOi-W R32 Cooling Only Chiller

Cooling capacity: 84,2 to 135,0kW.
Customizable design gives high flexibility. Wide range of communication protocols fulfill the requirements in hotels, offices, industry applications.

· High seasonal efficiency
· Ambient temperature operating range: -15 to +48°C
· Water outlet temperature range: -10 to +18°C
· Optional acoustically insulating compressor jacket
· Optimised design for service and maintenance
· Simple user friendly control as standard
· Modbus RTU & TCP/IP, BACnet MSTP & IP as standard
· Electronic expansion valves

Technical focus.
· Chiller type: cooling only
· Compressor type (number): Scroll compressors (2)
· Refrigerant type: R32
· Refrigerant circuit: 1
· Fan type (number): axial fan (2), optional EC and high pressure EC fans
· Heat exchanger: stainless steel plate heat exchanger
· Flow switch, water safety & air purge valves included
· Water filter included (mandatory to be installed on site)
· Night mode setting to save energy and reduce noise level
· Water compensation curve control

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Specifications

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U - 085/100/115/130 CQ, CR, CS
121.0 kW
AC fan model without buffer / with buffer U-115CQNB / U-115CQBL
EC fan model without buffer / with buffer U-115CRNB / U-115CRBL
High pressure EC fan model without buffer / with buffer U-115CSNB / U-115CSBL
Power supply (Voltage) V 400
Power supply (Phase) Three phase
Power supply (Frequency) Hz 50
Cooling capacity (1) kW 121,0
Input power cooling (1) kW 37,8
Total EER 100% (1) 3,19
SEER (2) 4,53
ηs,c (2) % 178
Startup type Direct
Maximum operating current A 93,8
Startup current without softstarter A 333
Startup current with softstarter A 247
Sound power (with AC / EC fans) dB(A) 87,0
Sound pressure (with AC / EC fans) (3) dB(A) 55,1
Sound power (with HP EC fans) dB(A) 90,0
Sound pressure (with HP EC fans) (3) dB(A) 58,1
Dimension (with AC fans) without buffer (Height) mm 2.286
Dimension (with AC fans) without buffer (Width) mm 2.180
Dimension (with AC fans) without buffer (Depth) mm 1.160
Dimension (with AC fans) with buffer (Height) mm 2.286
Dimension (with AC fans) with buffer (Width) mm 2.680
Dimension (with AC fans) with buffer (Depth) mm 1.160
Dimension (with EC / HP EC fans) without buffer (Height) mm 2.334
Dimension (with EC / HP EC fans) without buffer (Width) mm 2.180
Dimension (with EC / HP EC fans) without buffer (Depth) mm 1.160
Dimension (with EC / HP EC fans) with buffer (Height) mm 2.334
Dimension (with EC / HP EC fans) with buffer (Width) mm 2.680
Dimension (with EC / HP EC fans) with buffer (Depth) mm 1.160
Operating weight without buffer kg 813
Operating weight with buffer kg 1.317
Refrigerant (R410A) kg 13
Number of refrigerant circuit 1
Compressors .
Number of compressors 2
Type of compressors Scroll
Part load step % 0 /44 /56 /100
Crankcase heater W 66 /66
Evaporator .
Number of evaporators 1
Type of evaporators Plate
Nominal water flow (cooling) m³/h 21,1
Water pressure drop (cooling) kPa 46,6
Water volume L 7,8
Antifreeze heater W 2 x 30
Coils .
Number of coils 2
Frontal surface 6,4
Number of rows 3
Fans standard .
Number of fans standard 2
Air flow (AC fan) m³/h 41.300
Rotation speed (AC fan) r.p.m. 870
Power input (AC fan each fan) W 1,6
Air flow (EC fan) m³/h 41.300
Rotation speed (EC fan) r.p.m. 780
Power input (EC fan each fan) W 1,0
Air flow (HP EC fans) m³/h 41.300
Rotation speed (HP EC fans) r.p.m. 940
Power input (HP EC fans each fan) W 1,6
Static pressure Pa 85
Water connections Inch .
Type of water connections Male gas threaded BSPP ISO 228
Inlet - diameter (evaporator) Inch 2 ½
Outlet - diameter (evaporator) Inch 2 ½
Inlet - diameter (desuperheater) Inch 1 ¼
Outlet - diameter (desuperheater) Inch 1 ¼

1) Data refers to 7°C leaving chilled water temperature and 35°C condenser air temperature, according EN14511 standard.
2) Following COMMISSION REGULATION (EU) No 2016/2281 for comfort application chillers.
3) Sound pressure levels calculated at 10 meters. Sound pressure levels refer to ISO standard 3744 with parallel piped shape.
* The data are calculated with variable flow.