- 19 -
Technical data
‘19 • HM-T-340
Technical specifications
Installation requirements
Indoor unit
HMA60-S
HSB60-W
HMA100-S
HSB100
HMA100-S
HSB100
HSB140
Outdoor unit
FDCW60VNX-A
FDCW71VNX-A
FDCW100VNX-A
FDCW140VNX-A
Max pressure, climate system
0.25MPa (2.5Bar)
Max temperature, climate system
65
℃
Max temperature in indoor unit
65
℃
Max temperature from external heat source
65
℃
Max supply temperature with compressor
58
℃
Min supply temperature cooling
7
℃
Max supply temperature cooling
25
℃
Min volume, climate system without
underfl oor cooling application
50
ℓ
50
ℓ
80
ℓ
150
ℓ
Min volume, climate system with
underfl oor cooling application
80
ℓ
80
ℓ
100
ℓ
150
ℓ
Max fl ow, climate system
0.29
ℓ
/s
0.38
ℓ
/s
0.57
ℓ
/s
0.79
ℓ
/s
Min fl ow, climate system
0.12
ℓ
/s
0.19
ℓ
/s
0.29
ℓ
/s
0.39
ℓ
/s
Nominal system fl ow heating (
△
T=5K)
0.29ℓ/s (6kW,7/45
℃
)
0.38ℓ/s (8kW,7/45
℃
)
0.43ℓ/s (9kW,7/45
℃
)
0.79
ℓ/s
(16.5
k
W,7/45℃)
Nominal system fl ow cooling (
△
T=5K)
0.28ℓ/s (5.8kW,35/7
℃
)
0.34ℓ/s (7.1kW,35/7
℃
)
0.38
ℓ/s
(8
k
W,35/7℃)
0.56
ℓ/s
(11.8
k
W,35/7℃)
External circulation pump must be used when the pressure drop in the system is greater than the available external pressure. In such
case, a bypass line with non-return valve must be installed.
Use an overflow valve if system flow cannot be guaranteed.
#
Summary of Contents for FDCW100VNX-A
Page 7: ... 5 Technical data 19 HM T 340 Technical data ...
Page 36: ... 34 Technical data 19 HM T 340 Dimensions FDCW71VNX A Meaning of symbol ...
Page 38: ... 36 Technical data 19 HM T 340 FDCW140VNX A Meaning of symbol Dimensions ...
Page 41: ... 39 Technical data 19 HM T 340 Electrical circuit diagram ...
Page 42: ... 40 Technical data 19 HM T 340 Electrical circuit diagram ...
Page 43: ... 41 Technical data 19 HM T 340 Electrical circuit diagram ...
Page 44: ... 42 Technical data 19 HM T 340 Electrical circuit diagram ...
Page 45: ... 43 Technical data 19 HM T 340 Electrical circuit diagram ...
Page 46: ... 44 Technical data 19 HM T 340 Electrical circuit diagram ...
Page 47: ... 45 Technical data 19 HM T 340 Electrical circuit diagram ...
Page 48: ... 46 Technical data 19 HM T 340 Electrical circuit diagram ...
Page 49: ... 47 Technical data 19 HM T 340 Electrical circuit diagram Split box HSB60 W ...
Page 50: ... 48 Technical data 19 HM T 340 HSB100 Electrical circuit diagram ...
Page 51: ... 49 Technical data 19 HM T 340 HSB140 Electrical circuit diagram ...
Page 52: ... 50 Technical data 19 HM T 340 Electrical circuit diagram Outdoor units FDCW60VNX A ...
Page 57: ... 55 Technical data 19 HM T 340 Electrical circuit diagram POWER SOURCE RC HY20 W sheet 3 ...
Page 58: ... 56 Technical data 19 HM T 340 Electrical circuit diagram RC HY20 W sheet 4 ...
Page 61: ... 59 Technical data 19 HM T 340 Electrical circuit diagram POWER SOURCE RC HY40 W sheet 3 ...
Page 62: ... 60 Technical data 19 HM T 340 Electrical circuit diagram RC HY40 W sheet 4 ...
Page 64: ... 62 Technical data 19 HM T 340 Electrical circuit diagram RC HY40 W sheet 6 ...
Page 65: ...Installation 19 HM T 340 Installation 63 ...
Page 133: ...Control 19 HM T 340 Control 131 ...
Page 170: ... 168 Service 19 HM T 340 Service ...
Page 263: ... 258 Service 19 HM T 340 Outdoor unit FDCW60VNX FDCW71VNX Component replacement ...
Page 264: ...Service 259 19 HM T 340 FDCW100VNX FDCW140VNX LEK LEK Component replacement ...
Page 290: ... 285 Components 19 HM T 340 Components ...
Page 300: ... 295 Components 19 HM T 340 PT300 Component positions ...
Page 301: ... 296 Components 19 HM T 340 Component positions PT300 PT300 A mm 1634 B mm 743 C mm 673 ...
Page 302: ... 297 Components 19 HM T 340 PT500 Component positions ...
Page 303: ... 298 Components 19 HM T 340 PT500 Component positions PT500 A mm 1835 B mm 897 C mm 832 ...
Page 311: ...THo R THo A THo D Outside units FDCW60VNX 306 Components 19 HM T 340 Piping system ...