Rinnai REU-VR2632FFUD - 26i Installation And Use Manual page 43

Model
Installation
G20 Nat Gas Press Low / High
G31 Propane Press Low / High
Flue System
Temp. Range Controllers
Temp. via dip switches
Ignition
Gas Consumption & Capacities min conditions
G20 Nat Gas: Input Q Hi/Hs | Useful output P
m:
G20 Nat Gas flow normal operating conditions V
G31 Input Q : Hi/Hs | Useful output P
m
G31 flow normal operating conditions M
Gas Consumption & Capacities nominal condit.
G20 Nat Gas: Input Q : Hi/Hs | Useful output P
n
G20 Nat Gas flow ref. conditions V
G31 Input Q : Hi/Hs | Useful output P
n
G31 flow normal operating conditions M
Country of destination
Gas category and pressure
Type
Max Flow
Min Operation Flow
Operating Water Pressure (P
Power Supply
Electric Consumption (1 remote)
Electric Consumption standby (1 remote)
Electric Consumption (antifrost)
Ignition safety time T
SAmax
Weight
IPx Protection
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
* Minimum operation flow based on temperature setpoint and inlet conditions.
TECHNICAL DETAILS
Direct Forced Exhaust
40, 42, 50, 55, 60, 65, 75, 85 40, 42, 50, 55, 60, 65, 75, 85
H = net calorific value H
i
m
m
m
m
H = net calorific value H
i
n
r
n
n
ON=2,4 * / OFF=1,7 *
)
w
G20 / G31
HD70e
External
1.83 / 7.95
2.34/ 9.25
37-46,48,50,55,
(HD:60,65,75)
Direct Elecronic Ignition
= gross calorific value
s
5.00/5.55 | 4.46
0.53
5.20/5.65 | 4.62
0.40
= gross calorific value
s
62.3/69.0 | 57.0
6.59
62.3/67.7 | 57.0
4.84
GB,IE
I2H G20-20mbar / I3P G31-37mbar
A3
37
2,0 * - 10
230V/50Hz
67
2
100
4.5
25
IPX4
55 / 70
XL
83.2
23.889
0.048
-
43
HD70i
Internal
1.86 / 7.95
2.22 / 9.25
Forced Room Sealed
37-46,48,50,55,
(HD:60,65,75)
5.00/5.55 | 4.46
0.53
5.00/5.43 | 4.46
0.39
62.3/69.0 | 57.0
6.59
62.3/67.7 | 57.0
4.84
C13,C33
37
ON=2,4 * / OFF=1,7 *
2,0 * - 10
99
2
100
4.5
25
-
-
-
-
-
-
-
Unit
mbar
mbar
°C
°C
kW
3
m /hr
kW
kg./hr
kW
3
m /hr
kW
kg./hr
L/min
L/min
Bar
W
W
W
Sec.
kg
-
mg/kWh
%
kWh
kWh
dB