IDEAL HP180IND, Установка и обслуживание, Страница: 5 / 36

Page 5
DESIGN
TECHNICAL INFORMATION
A
I
D
K
C
J
H
N
E
35°
23°
15°
= =
NOTES
1. Not all models - see
table 3.
2. Recovery times based
on Primary Coil/I.H.
duty (ie. assumes the
heat pump output is
adequate).
3. All connections
are supplied with
compression fittings
for direct connection to
copper pipework.
1. Measured at 0.25 l/s primary flow rate 2. Measured at 0.25 l/s primary flow rate and at 82°C flow temperature
Table 3
Ideal HP Slimline Model HP180SL HP210SL
Product Stock Code IDEPLUHP180SL IDEPLUHP210SL
Energy efficiency class C C
Heat loss
watts 67 74
kWh/24h 1.61 1.77
Capacity - total volume litres 183 202
Volume heated by IH litres 166 186
Weight - empty/full kg 38/219 40/237
Pressure regulating valve setting bar 3 3
Expansion relief valve setting bar 4.5 4.5
Temperature setting (P&T valve) °C 95 95
Pressure setting (P&T valve) bar 6 6
Expansion vessel size (volume) litres 18 24
Expansion vessel initial charge pressure bar 3 3
Height A mm 1791 1963
Diameter B mm 475 475
22mm secondary return C mm - 1551
22mm compression cold feed D mm 220 220
P & T valve E mm 1565 1737
28mm primary return H mm 290 300
28mm primary flow I mm 1545 1585
HP control thermostat J mm 617 674
Dual CT & OHT pocket K mm 617 674
3kW immersion heater height N mm 220 220
Primary heat exchanger surface area m
2
3.01 3.01
Primary heat exchanger thermal rating 1 kW 32.8 31.2
Primary heat exchanger pressure loss
1
bar 0.018 0.018
Heat up time from 15°C to 60°C 2 min 33 41