Model
Unit
TWH 200 E
TWH 300 E
TWH 300 EH
Circuit breaker
A
16 A, type K
16 A, type K
16 A, type K
Residual current protection
(RCD) device
30 mA, type A
30 mA, type A
30 mA, type A
(1) Quantity of refrigerant calculated in tonnes of CO
2
equivalent.
Important
The R-134a refrigerant is contained in equipment that has been
hermetically sealed.
Tab.4
Ambient air performance
Model
Unit
TWH 200 E
TWH 300 E
TWH 300 EH
Load profile
-
L
XL
XL
Absorbed electrical power
(heat pump)
W
460
470
470
COP
(1)
2.73
2.93
2.68
COP
(2)
3.34
3.50
3.27
Vmax
(3)
litres
274
377
383
Pes
(1)(4)
W
39
44
48
Pes
(2)(4)
W
25
35
32
(1) Value obtained with an air temperature of 7 °C and a water inlet temperature of 10 °C according to EN16147, based on LCIE Specifica
tions No. 103-15/B:2011
(2) Value obtained with an air temperature of 15 °C and a water inlet temperature of 10 °C according to EN16147, based on LCIE Specifi
cations No. 103-15/B:2011
(3) Maximum usable volume of hot water at a temperature of 40 °C
(4) Absorbed power at stabilised rate
Tab.5
Outside air performance
Model
Unit
TWH 200 E
TWH 300 E
TWH 300 EH
Load profile
-
L
XL
XL
Absorbed electrical power
(heat pump)
W
500
500
500
COP
(1)
3.16
3.11
2.9
Nominal air flow rate (∆P = 25
Pa)
m
3
/h
320
320
320
Vmax without back-up
(2)(3)
Available volume
litres
275
378
383
Pes
(1)(4)
W
27
27
32
Maximum length of the
160 mm diameter air connec
tion.
(5)
m
26
26
26
(1) Value obtained with an air temperature of 7 °C and a water inlet temperature of 10 °C according to EN16147, based on LCIE Specifica
tions No. 103-15/B:2011
(2) Maximum usable volume of hot water at a temperature of 40 °C
(3) For a set point temperature of 54 °C (TWH 200 E and TWH 300 E) or 55 °C (TWH 300 EH)
(4) Power absorbed at stabilised rate
(5) The installation of the heat pump intake and backflow ducts adversely affects its performance
3 Technical specifications
300026515 - v10 - 28082018
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