Baxi SPC SPLIT, Инструкция по установке и обслуживанию

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Parameters Unit SPC Split 200 FS SPC Split 300 FS
Daily fuel consumption (
Q
fuel
) kWh
Emissions of nitrogen oxides (
NO
X
) mg/kWh
Weekly fuel consumption with smart controls ( Qfuel,
week
,
smart
) kWh - -
Weekly electricity consumption with smart controls (
Q
elec
,
week
,
smart
)
kWh - -
Weekly fuel consumption without smart controls ( Q
fuel
,
week
,
smart
) kWh - -
Weekly electricity consumption without smart controls (
Q
elec
,
week
,
smart
)
kWh - -
Storage volume (V) l 215.0 270.0
Mixed water at 40°C (V40)
(2)
l 300 373
Sound power level (L
WA
) outdoors
(1)
dB(A) 57 57
Output (outdoor unit) with air temperature = 7°C W 1750 1750
Absorbed electrical power (outdoor unit) W 900 900
Heating time (10-54°C)
(3)
hours 5.5 7.1
COP in accordance with the EN16147 standard
(3)
- 3.30 3.42
Pes (Power)
(3)(4)
W 26.5 28.5
Air flow rate - maximum
m
3
/h
1300 1300
Immersion heater output W 1800 1800
Operating pressure MPa (bar) 1.0 (10) 1.0 (10)
Power supply voltage V 230 230
Circuit breaker A 16 16
R134a refrigerant kg 1.60 1.60
R-134a refrigerant
(5)
tCO
2
e 2.28 2.28
Length of the refrigeration connection (minimum / maximum) m 2 / 20 2 / 20
Maximum difference in height on the refrigeration connection m 10 10
Weight of the domestic hot water tank (empty) kg 70 82
Protection of the domestic hot water tank IP X1B X1B
Weight of the outdoor unit kg 33 33
Protection of the outdoor unit IP 24 24
Limit operating temperatures of the outdoor unit °C -15 / 42 -15 / 42
Settings range for the domestic hot water set point °C 38 / 75 38 / 75
(1) Value obtained at average air temperature of 20°C when heating from 10°C to 55°C.
(2) The equivalent volume of hot water at 40 °C.
(3) Value obtained with an air temperature of 7°C and a cold water temperature of 10°C, according to LCIE Specifications No. 103-15/
B:2011 based on the NF EN 16147 standard, with a 5-m long refrigeration connection with 0 m difference in height.
(4) Electrical power consumed with no hot water use.
(5) Quantity of refrigerant calculated in tonnes of CO
2
equivalent.
Important
The values in tonnes of CO
2
equivalent are calculated using the
following formula: quantity (in kg) of refrigerant fluid x GWP/1000.
GWP = Global Warming Potential. The GWP of R-134a is 1430.
3 Technical specifications
7740321 - v04 - 03122019 SPC Split 17