Technical Specifications; Heat Pump Technical Data - Hayward S.Line Pro Fi Einbau- & Anleitungshandbuch

2. TECHNICAL SPECIFICATIONS

2.1 Heat pump technical data

Models
Supply voltage
Refrigerant
Load
Mass in teqCO
2
Leak check frequency
Min--Max heating capacity
Min--Max electric input power
Min--Max continuous current rating
Max--Min continuous power (COP)
Min--Max heating capacity
Min--Max electric input power
Max--Min continuous power (COP)
Maximum continuous current
Fuse rating
Circuit-breaker curve C
Starting current
Hydraulic connection
Nominal water flow
(a)
Max. loss of head on water
Compressor
Type
Quantity
Coil resistance at 20°C
Fan
Quantity
Diameter
Number of blades
Motor
Quantity
Rotation speed
Silent mode speed
Sound pressure level at 1 meter
Sound pressure level at 10 meters
Unit's net dimensions (L-W-H)
Weight
(a) Dry air 27°C - Relative humidity 78% - Water inlet temperature 26°C.
(b) Dry air 15°C - Relative humidity 71% - Water inlet temperature 26°C
4
S.LINE PRO
V
kg
kW
(a)
kW
(a)
A
(a)
(a)
kW
(b)
kW
(b)
(b)
A
gG
C
A
mm
m
kPa
Ohm
mm
rpm
rpm
dB(A)
dB(A)
mm
kg
HP5081DT3LV
/
0.45
/ 0.30
/ No specific frequency. but an annual check is recommended
2.83 -- 8.16
0.212 -- 1.19
1.41 -- 5.20
/ 13.30 -- 6.81
1.77 -- 5.91
0.31 -- 1.28
/ 5.70 -- 4.62
6.50
10
10
/h 3.50
3
8
/ DC Inverter MITSUBISHI ELECTRIC
/
/
/
/
/
/
500 -- 800
500
45.1
27.9
1011 / 430 / 622
61
HP5111DT3LV
220V-240V /1ph/50Hz

R32
0.50
0.34
1.95 -- 10.90
0.150 -- 1.92
1.05 -- 8.49
12.92 -- 5.67
1.86 -- 8.40
0.30 -- 1.83
6.20 -- 4.59
10.30
12
12
< maximum continuous current
50 mm
4.60
5
Twin rotary
1
1.91 +/- 5%
Axial
1
405
3
DC Inverter
1
500 -- 900
500
48.6
31.6
61
HP5151DT3LV
0.65
0.44
5.27 -- 15.66
0.457 -- 2.80
2.04 -- 12.28
11.53 -- 5.59
3.81 -- 11.67
0.588 -- 2.71
6.48 -- 4.31
14
16
16
6.70
10
DC Inverter
Mitsubishi
Twin rotary
0.95 +/- 5%
500
500 -- 750
500
54.1
36.9
1025 / 480 / 768
87