Technical Details - Rinnai REU-1110FFU-E Installation And User Manual

Continuous flow water heater
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Infinity Model
Installation
Burner Operating Gas Pressures
Flue System
Temp. Range
Ignition
Gas Consumption & Capacities minimum conditions
G20 Nat Gas: Input Q
Hi/Hs | Useful output P
m:
G20 Nat Gas flow V
m
G230 Air Propane: Input Q
Hi/Hs | Useful output P
m:
G230 Air Propane flow V
m
G30 Input Q
: Hi/Hs | Useful output P
m
G30 flow V
m
G31 Input Q
: Hi/Hs | Useful output P
m
G31 flow V
m
Gas Consumption & Capacities nominal conditions
G20 Nat Gas: Input Q
: Hi/Hs | Useful output P
n
G20 Nat Gas flow V
n
G230 Air Propane: Input Q
: Hi/Hs | Useful output P
n
G230 Air Propane flow V
n
G30 Input Q
: Hi/Hs | Useful output P
n
G30 flow V
n
G31 Input Q
: Hi/Hs | Useful output P
n
G31 flow M
n
Country of destination
Gas category and pressure
Type
Max Flow ( Cold water temperature 5°C / 25°C )
Min Operation Flow
Water Pressure (p
)
w
Power Supply
Electric Consumption (normal / stand-by / anti-frost**)
Ignition safety time T
SAmax
Protection Factor
Weight
NOx at Max Input GCV O2 0%
Load Profile
Water Heating Efficiency η wh
Daily Fuel Consumption Qfuel
Daily Electrical Consumption Qelec
Sound Power Level L WA
All input and output values and flows are given at 15°C and 1013,25 mBar.
* Minimum operation flow based on temperature setpoint and inlet conditions.
** Only on models: Continuum 11i-fp and Continuum 14i-fp.

TECHNICAL DETAILS

m
m
m
m
n
n
n
n
G20 / G30 / G31
Continuum 11i
Continuum 11i-fp
Internal
See page 27
Room Sealed Forced Draught
35,37-48,50,55,60
Direct electronic ignition
H
= net calorific value
H
i
6.10 / 6.80 | 5.60
0.65
6.10 / 6.60 | 5.60
0.50
6.70 / 7.26 | 5.80
0.21
5.90 / 6.40 | 5.10
0.24
H
= net calorific value
H
i
s
21.60 / 24.0 | 19.20
2.30
21.60 / 23.50 | 19.20
1.77
24.70 / 26.77 | 21.50
0.77
21.60 / 23.50 | 18.80
0.88
GB/IE
I
G20-20mbar / I
2H
C13 / C33 Indoor
5.75 / 8.6
2.4*
0.7* - 10.00 (recommended 2.0 min)
230 V / 50 Hz
50 / 8 / 60**
4.5
IPX4
16
145 / 185 / -
S
60.6
3.214
0.200
56
30
Continuum 14i
Continuum 14i-fp
= gross calorific value
s
= gross calorific value
G31-37mbar
3P
68 / 6 / 71**
16
mg/kWh
Unit
°C
kW
3
m
/hr
kW
3
m
/hr
kW
3
m
/hr
kW
3
m
/hr
kW
3
m
/hr
kW
3
m
/hr
kW
3
m
/hr
kW
3
m
/hr
L/min
L/min
bar
W
Sec.
kg
%
kWh
kWh
dB

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