Hitecsa 1602.2, Installation, Operation & Maintenance Manual, Page: 10 / 39

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IOM_UMXCBA-UMXCA_801.1a4502.2_208027_200201_EN
UMXCBA/UMXCA
CONDENSER UNITS WITH
COMPRESSOR AND AXIAL FAN
TECHNICAL SPECIFICATIONS
UMXCBA / UMXCA
MODELS 3502.2 4002.2 4502.2
COOLING CAPACITY
Nominal cooling capacity
(1)
kW 108.8 123,9 134,7
Total absorbed power cooling
(1)
kW 35,7 40,3 44,7
EER coefficient cooling --- 3,05 3,07 3,01
HEATING CAPACITY
Nominal heating capacity
(2)
kW 118,2 131 142,4
Total absorbed power heating
(2)
kW 32,5 36,8 40,8
COP coefficient --- 3,63 3,57 3,49
REFRIGERANT
Type
--- R-410A
Charge
(3)
kg 2 x 14 14 + 15,5 2 x 15,5
Global warming potential (GWP)
(4)
--- 2088
ELECTRICAL SPECIFICATIONS
Power supply V / ~ / Hz 400 / 3+N / 50
Maximum absorbed current A 114,7 128,5 135,5
Start current A 272,6 286,4 331,4
COMPRESSOR
Type --- Scroll
Number
--- 2
Number of refrigerant circuit --- 2
Number of stages --- 2
Oil type Danfoss POE oil 160SZ
Oil volume
(l) 2 x 6,7 2 x 6,7 2 x 6,7
REFRIGERANT CONNECTIONS
Liquid line diameter circuit 1
‘’
7/8
Gas line diameter circuit 1
‘’
1 3/8
Liquid line diameter circuit 2
‘’
7/8
Gas line diameter circuit 2
‘’
1 3/8
FAN
Type
--- Outdoor Axial Rotor
Nominal air flow
m
3
/h 46400 65900 65900
Available static pressure
Pa 0
Number --- 2 4 4
Diameter mm 800 710 710
Power Δ/Υ
kW 1,90 / 1,20 1,25 / 0,97 1,25 / 0,97
Speed Δ/Υ
r.p.m. 890 / 690 950 / 825 950 / 825
DIMENSIONS AND WEIGHT
Length mm 2215 2215 2215
Width
mm 1960 1960 1960
Height
mm 2170 2170 2170
Weight
kg 979 1043 1046
(1) Calculated according to the UNE-EN-14511 standard, for indoor temperature conditions of 27ºC B.S. / 19ºC B.H. and 35ºC
outdoor temperature.
(2) Calculated according to the UNE-EN-14511 standard for indoor temperature levels lower than 20ºC and outdoor temperature
levels of 7ºC B.S. / 6ºC BH. (3) The basic charge does not include the refrigeration lines. The standard equipment is delivered
with a nitrogen charge. The refrigerant is included only when the equipment is delivered with a Flare valve which is available as
an option.
(4) GWP: Global warming potential (climatic) of 1 kg of greenhouse gas relative to 1 kg of CO2, calculated over a period of 100
years.