Technical Characteristics; Technical Data - Olimpia splendid SHERPA SHW S1 200 Manual Del Usuario

15 TECHNICAL CHARACTERISTICS

TECHNICAL DATA

Power supply
Water tank real capacity
Heating capacity
Rated power input
Nominal current
COP ***
DHW
COP ****
DHW
Max power input
Max current
Heating time with cold tank (*)
Max. outlet water temperature
(without using E-heater)
Max. water temperature
Min. water start temperature
Ambient working temp.
Refrigerant max. discharge pressure
Refrigerant max. suction pressure
Refrigerant type
Refrigerant charge
Compressor
Fan motor
Air flow without air static pressur
Air flow with 60 Pa of air static pressur
Duct diameter
Max allowed pressure of tank
Inside body material of tank
Auxiliary electrical heater
Electronic expansion valve
Magnesium stick
Heat pump heat exchanger material (condenser)
Solar exchanger coil surface
Auxiliary exchanger coil surface
Solar exchanger coil flow rate***
Auxiliary exchanger coil flow rate***
Exchanger coil max. pressure
Exchanger coil material
Cold water inlet
Hot water outlet
Solar heat source inlet/outlet
Auxiliary heat source inlet/outlet
Condensed water outlet
Drainage
IP protection class
Net Dimensions
Packing Dimensions
Net Weight
Weight with full water
Gross Weight
Sound power (2)
Sound pressure (3)
NOTES:
* Thermal capacity and power input based on the following conditions:
Aambient temperature 20°C, water temperature from 15°C to 55°C (these data are obtained by internal laboratory tests based on the uniform reintegration of
the tank temperature).
**Related to the supplementary e-heater. During disinfection, the water temp could be up to 70°C by electrical heater.
*** Energy efficiency of water heating based on ERP (EN 16147), profile L(200L) and XL(300L), room temperature 7℃/6℃, water temperature from 10℃ to 55℃.
**** Energy efficiency of water heating based on ERP (EN 16147), profile L(200L) and XL(300L), room temperature 14℃/12℃, water temp. from 10℃ to 55℃.
(1) Technical label values referred to integration with boiler in accordance with DIN 4708 norms (80/60°C primary circuit, 10/45°C secondary circuit)
(2) Measured according to EN 12102 standard in the conditions of EN 16147.
(3) Calculated according to ISO 3744 algorithm at a distance of 1m from the unit.
SHERPA SHW S1 200
V/Ph/Hz
L
W
W
A
W/W
W
A
h:min
°C
°C
°C
°C
bar
bar
g
Type
Oil
Type
W
RPM
m 3 /h
m 3 /h
mm
bar
kW
m
2
m
2
m /h
3
m /h
3
bar
inch
inch
inch
inch
inch
mm φ654x1638
mm 700x700x1760
Kg
Kg
Kg
dB (A)
dB (A)
02267
220-240/1Ph+N+PE/50
228
2060* (+1200**)
700* (+1200**)
2.21* (+5.2**)
2.64
2.81
765 (+1200**)
3.2* (+5.2**)
7:48
65
75**
10
-10 ~ +43
25
10
R134a
920
Rotary
ESTER OIL VG74, 400 mL
Asynchronous motor
80
1250
450
350
160
10
S235JR with double layer vetrification
1.2
si
si
Aluminium alloy
/
/
/
/
/
Pickled S235JR
G 1"female
G 1"female
/
/
0,3 mt. 22 mm plastic flexible pipe
To be installed externally
IPX1
98.0
326.0
112.0
58.2
42.8
SHERPA SHW S1 SHW 300S
02268
278
2.85
3.03
9:53
1,2
/
1,2
/
6
G 1"female
/
φ654x1888
700x700x2010
121.5
399.5
136.5
31