16 Technical Data - Danfoss DHP-H Installation And Service Instructions Manual

16 Technical data

Air to water heat pump
Refrigerant Type
Amount
Test pressure
Design pressure
Compressor Type
Oil
Electrical data Main supply
3-N~50Hz
Rated power compressor
Rated power, circ.pumps/fan
Auxiliary heater, 5 steps
Start current
Circuit breaker
Electrical data Main supply
1-N~50Hz
Rated power compressor
Rated power, circ.pumps/fan
Auxiliary heater, 3 steps
Start current
Circuit breaker
Performance Heating capacity
10
COP
Heating capacity
COP
Power input
Nominal flow Cooling circuit
8
Heating circuit
External available pressure 9 Cooling circuit
Heating circuit
Lowest outdoor temperature allowed for compressor start
Max/min temperature Cooling circuit
Heating circuit
Pressure switches Low pressure
Operating
High pressure
Water volume Water heater
Condensor
Evaporator
Anti freeze media 13
Number of units
Indoor unit Dimensions LxWxH
Weight empty
Weight filled
Sound power level
Outdoor unit
Dimensions LxWxH
Weight empty
Weight filled
Sound power level, low/high
Fan speed low/high
Air flow low/high
Max. pipe length (Cu pipe Ø 28 mm between heat pump and outdoor unit)
The measurements are performed on a limited number of heat pumps which can cause variations in
the results. Tolerances in the measuring methods can also cause variations.
1) At A2W35 according to EN 14511 (including circulation pumps and outdoor unit).
At A7W35 according to EN 14511 (including circulation pumps and outdoor unit).
2)
Heat pump with 3 kW auxiliary heater (1-N 1.5 kW).
3)
Heat pump with 6 kW auxiliary heater (1-N 3 kW).
4)
5) Heat pump with 9 kW auxiliary heater (1-N 4.5 kW).
6) 12 kW auxiliary heater (compressor off).
7) 15 kW auxiliary heater (compressor off).
8) Nominal flow: heating circuit Δ10K, cooling circuit Δ3K.
9) Pressure drop that must not be exceeded outside the heat pump without the nominal flow being
reduced.
86
DHP-A Opti
1
1
2
2
2
11
12
6 8
R404A R404A
kg 0,95 1,45
MPa 3,4 3,4
MPa 3,10 3,10
Scroll Scroll
POE POE
Volt 400 400
kW 2,0 2,3
kW 0,4 0,4
kW 3/6/9/12/15 3/6/9/12/15
A 14 25
A 10 3 /16 4 /20 5 /20 6 16 3 /16 4 /20 5 /20
/25 /25 /30 /25 /25 /30
7 14 15 7 14
Volt 230 230
kW 3,3 4,2
kW 0,4 0,4
kW 1,5/3,0/4,5 1,5/3,0/4,5
A 58 76
A 25 /32 /40 25 /32 /40
3 3
4 5 4
kW 5,00 7,02
2,85 3,10
kW 5,90 7,96
3,26 3,45
kW 1,8 2,3
l/s 0,32 0,49
l/s 0,14 0,22
kPa 88 74
kPa 103 102
C -20 -20
o
o C 20/-25 20/-25
o C 55/20 55/20
MPa 0,08 0,08
MPa 2,65/2,85 2,65/2,85
MPa 3,10 3,10
l 180 180
l 1,3 2,2
l 1,0 1,3
Ethylene Glycol + Water solution with a freezing point below -30 °C
2 2
mm 690x596x1845 690x596x1845
kg 260 260
kg 440 440
dB(A) 42,5 47,7
630x1175x1245 630x1175x1245
mm
kg 94 94
kg 99 99
dB(A) 53/63 53/63
rpm 450/600 450/600
m 3 /h 2500/3200 2500/3200
m 210 (105+105) 131 (65+65)
10 ) The values apply to a new heat pump with clean heat exchangers.
11) Sound power level measured according to EN ISO 3741 at A7W45 (EN 12102).
12) Sound power level measured according to EN ISO 3741.
Propylene glycol or ethanol may not be used.
13)
Heat pump with 12 kW auxiliary heater.
14)
Heat pump with 15 kW auxiliary heater.
15)
VMBMA602
10 12
R404A R404A
1,50 1,60
3,4 3,4
3,10 3,10
Scroll Scroll
POE POE
400 400
3,6 4,4
0,5 0,6
3/6/9/12/15 3/6/9/12/15
29 32
6 16 3 /16 4 /20 5 /20 6 16 3 /20 4 /25 5 /25
/25 /30 /35 /25 /30 /35
15 7 14 15 7 14 15
230 230
5,4 5,7
0,5 0,6
1,5/3,0/4,5 1,5/3,0/4,5
97 108
32 /40 /50 32 /40 /50
3 3
5 4 5 4 5
8,20 9,84
2,85 3,00
9,85 11,3
3,29 3,35
3,0 3,4
0,58 0,64
0,22 0,28
56 98
101 93
-20 -20
20/-25 20/-25
55/20 55/20
0,08 0,08
2,65/2,85 2,65/2,85
3,10 3,10
180 180
2,7 2,7
1,3 1,6
2 2
690x596x1845 690x596x1845
260 268
440 448
45,5 48,1
630x1175x1245 630x1175x1245
94 94
99 99
54/67 54/67
500/800 500/800
2500/3900 2500/3900
70 (35+35) 76 (38+38)
6