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30-
30-A 01-A
PARAMETER SETTINGS
PERFORMANCE DATA DIAGNOSTIC CODES To Obtain Performance Data:
1. Press and hold the (Down) button for two seconds.
2. While holding the (Down) button, press and hold the
Indirect Tank button (hold both buttons at the same
time).
3. Use the (Up) and (Down) buttons to scroll to the desired information described in the Performance Data Table.
4. The data for the performance number automatically appears in the display.
5. To exit performance data, repeat step 2 above. 2
1
Performance Data Table To display diagnostic codes:
1. Press and hold the Indirect Tank button for two seconds and then the (Up) button simultaneously.
2. The last nine maintenance codes display and flash one after the other.
3. To exit diagnostic codes and return the boiler to normal operation, press and hold the Indirect Tank button for two seconds, and then the (Up) button simultaneously.
1. To access the Parameter Settings, press and hold the red button on the PC Board for five seconds.
2. Press the Mode button on the controller. 3. Press the (Up) or (Down) arrows to select a parameter setting. Press the Select
button.
# Data Unit 01 Water Pressure PSI/bar*
03 Supply Temperature °F/°C*
04 Return Temperature °F/°C*
05 Freeze Protection Temperature °F/°C*
06 Exhaust Temperature °F/°C*
11 Fan Frequency Hz
17 Venturi Position 0=Closed, 1=Open
18 Venturi Cycles x100
20 Pump Cycles x100
21 Pump Hours x10
22 Pump for Boiler 0=OFF, 1=ON 23 Pump for System (Pump 1) 0=OFF, 1=ON
# Data Unit 24 Pump for Indirect Tank (Pump 2) 0=OFF, 1=ON
30 Indirect Tank Thermistor Temperature °F/°C*
31 Outdoor Temperature °F/°C*
40 Energization Hours x100
41 Combustion Hours x10
42 Combustion Cycles x100 45 Commissioning Cycles x1
MODE
1
2
1
* See “Electrical Diagnostics” section of this document.
3
4
2 3
4
5. To exit parameter settings and enter normal operation mode, press either the red
button on the PC Board or the Mode button on the controller.
Amp Fuses This unit has two (10) amp glass fuses located on the PC Board. Remove the fuses and check continuity through it. If you have continuity through each fuse then it is functioning. Otherwise, the fuse is blown and must be replaced.
Flame Rod Place one lead of your meter to the flame rod and the other to ground. When the unit is attempting to ignite, you should read more than 2VAC.
Important Safety Notes There are a number of (live) tests required when performing electrical diagnostics on this product. Proceed with caution at all times to avoid contact with energized components inside the boiler. Only trained and qualified service technicians should attempt to repair this product. Before checking for resistance readings, disconnect the power source to the unit and isolate the item from the circuit (unplug it).
100 Air Supply or Exhaust Blockage/Condensate Trap is Full
• Fan current initial check error. • Ensure condensate line and trap is not blocked. • Ensure internal air filter is clean with no obstructions. • Ensure high altitude setting is set properly (See High Altitude Setting). • Ensure combustion air and exhaust vents are not blocked and the approved venting
materials are being used. • Ensure either the exhaust ring or intake cap is removed properly. • Ensure vent length is within limits. • Check fan for debris and ensure wheel turns freely. • Verify fan check valve is not stuck between fan casing and burner body.
110 No Ignition (Unit Not Turning On)
• Ignition Error. • Check that the gas is turned on at the boiler, gas meter, and/or propane cylinder. • If the unit is installed in a propane system, ensure that gas is in the tank. • Bleed all air from the gas lines. • Check the ground wire for the PC Board. • Ensure the flame rod wire is connected. • Ensure the igniter is operational.* • Ensure the venting is installed in accordance with the I-Series Boiler Installation and
Operation Manual. • Check that the surface of the electrode and flame rod are clean. • Check gas solenoid valves for open or short circuits.* • Verify gas orifice installed is correct for the gas system the unit is installed in. • Check flame rod voltage to ground during ignition.
120 Flame Failure
• Boiler has flame failure. • Check that the gas is turned on at the boiler, gas meter, and/or propane cylinder. • If the unit is installed in a propane system, ensure that gas is in the tank. • Ensure the venting is installed in accordance with the I-Series Boiler Installation and
Operation Manual. • Ensure the flame rod wire is connected. • Ensure the gas type and inlet gas pressure are correct. • Bleed all air from the gas lines. • Check the ground wire to the PC Board. • Check flame rod voltage to ground during ignition.
140 Heat Exchanger Overheat
• Overheat switch is tripped. • Measure the resistance of the Overheat Switch.* • Check the heat exchanger surface for hot spots which may indicate blockage due to scale
buildup. • Ensure the boiler pump is not locked up. • Ensure that all of the valves in the CH circuit are open. • Ensure the boiler and CH circuit does not have a freezing condition. • The surface of the heat exchanger may turn to a black color as stainless steel is
tempered even in normal conditions. This does not indicate an abnormal condition. • Check for damage on the exhaust, seal, and venting.
150 Venturi Control
• Venturi operation error. • Ensure the venturi motor is operating correctly.* • Replace the gas valve assembly.
170 Venturi Blockage
• Check the venturi and silencer for blockage. • Before resetting this error, check if the condensate drain is block and if the venting is
connected properly.
181 Indirect Tank Temperature
• Indirect tank runs for more than six hours without cycling off. • Ensure the tank size is adequate. • Check the thermistor location. • Ensure the system is plumbed properly. • Check the supply temperature for tank is higher than tank setting temperature
(Parameter 30). • Check sensor wiring for damage. • Measure resistance of sensor.* • Replace sensor if necessary.
190 Electrical Grounding
• Secondary circuit ground fault. • Check all electrical components for electrical short.
250 Condensate Pump (Accessory)
• Boiler will operate for 60 seconds. • Confirm wire connections and harnesses are good. • Ensure the condensate reservoir is empty and condensate pump is operational.
310 Freeze Protection Thermistor
• Check sensor wiring for damage. • Measure the resistance of the sensor. • Replace if necessary.
353 Supply Thermistor
• Check sensor wiring for damage. • Clean the surface of the sensor. • Measure the resistance of the sensor. • Check the return thermistor. • Replace if necessary.
363 Return Thermistor
• Check sensor wiring for damage. • Measure the resistance of the sensor. • Replace if necessary.
371 Indirect Tank Thermistor
• Ensure DIP switch 4 is set to the appropriate setting. • Check sensor wiring for damage. • Measure the resistance of the sensor. • Replace if necessary. 380 Exhaust Thermistor
• Check sensor wiring for damage. • Clean the surface of the sensor. • Measure the resistance of the sensor. • Check the return thermistor. • Replace if necessary.
393 Outdoor Thermistor
• Ensure that DIP switch 1 is set to the appropriate position. • Check sensor wiring for damage. • Measure the resistance of the sensor. • Replace if necessary.
400 Pressure Sensor
• Check sensor wiring for damage. • Measure the voltage of the sensor. • Replace if necessary.
430 High/Low Water Pressure
• If the water pressure is too low, add water into the system until at least 13 PSI is observed.
• Ensure there are no leaking components in the CH system. • If the pressure is too high, adjust the pressure to a maximum of 30 PSI. • Ensure the pressure relief valve and water fill are working correctly.
443 Low Water Cut-Off (LWCO)
• Ensure the LWCO device is working correctly. • Ensure the LWCO jumper is connected properly when LWCO is not in use. • Ensure the output is 24 VAC on the PCB. If it is not, check the transformer
harness and output of transformer.
520 Solenoid Valve Circuit
• Check the flame rod and wire for damage. • Close the gas shut off valve installed near the boiler. • Ensure the flame rod and wire are not wet. • Check the output from the PC Board to the solenoid gas valve. • If the output from the PC Board is abnormal, replace the PC Board. • If the output from the PC Board is normal, replace the gas control.
540 High Exhaust Temperature
• Check the exhaust thermistor wiring for damage. • Clean the surface of the thermistor. • Measure the resistance of the exhaust thermistor.* • If the sensor has been replaced and the error still appears, check the return
thermistor. • Check the exhaust duct, seal, and venting for damage.
No Code Boiler does not start heating with a heating demand present.
• Supply temperature or return temperature inside the boiler may be too hot. • Ensure the pump operates properly.
No Code The boiler does not operate with the CH setting button.
• If DIP switch 2 is OFF, CH operation will operate via the room thermostat.
No Code
Boiler does not start heating the indirect tank, although the indirect tank is calling for heat.
• After the tank priority time (Parameter 34) passes, the boiler will be in heating
priority for 60 minutes. No
Code Supply Temperature is different from the setting temperature on the controller.
• During outdoor sensor control, the supply temperature will vary dependent on the outdoor temperature.
• During simultaneous operation of an Indirect Tank and CH, the supply temperature for CH is based on Indirect Tank control.
No Code CH capacity is insufficient
• Ensure the parameters are properly set for the installation. • During simultaneous operation of an Indirect Tank and CH, flow volume to
heating can be reduced. No
Code Pump or fan even with no demand
• The boiler may start or operate the pump for freeze protection operation. • The pump may intermittently operate to prevent it from becoming stuck.
720 Flame Rod
• Check the flame rod and wire for damage. • Ensure the flame rod and wire are not wet. • If there is no issue with the flame rod or wiring, replace the PC Board.
890 Freeze Issue
• The boiler checks the heat exchanger temperature at the time of operation. • If the temperature is too low, an error will occur. • Check if there is freezing in the boiler or CH system.
999 PC Board Mismatch
• This code occurs when the PC Board and the internal logic do not match. • Check if the software versions of the board and operation board do not match.
FFF Maintenance Indicator
• This code is a placeholder in diagnostic code history indicating a service provider performed maintenance or service.
• Enter this code after performing service by pressing the following buttons at the same time: UP, DOWN, and Indirect Tank. FFF appears on the monitor.
Indirect Tank
Up and Down
e:fff
Press the Indirect Tank button.
PC Board
Press and Hold
Red Button
for Five Seconds
4. Press the (Up) or (Down) arrows to change the selection for the setting
number (such as 30-A or 30-b). Then, press the Select button.
700 PC Board
• PC Board circuit error. • Replace PC Board.
710 Solenoid Valve Circuit
• Ensure Dip switch 5 on the PC Board is in the OFF position (default). • Ensure the gas control wire is not loose or damaged. • Replace the PC Board.
610 Combustion Fan
• Check the motor wire harness for loose or damaged connections. • Measure resistance and voltage of motor wire harness.* • Ensure the combustion fan spins freely.
ELECTRICAL DIAGNOSTICS
MODE
Eco
MODE
Eco
no. 04
MODE
Eco
120
DIAGNOSTICS POINTS
COMPONENT WIRE COLOR VOLTAGE *When the unit is operating RESISTANCE
PCB Connector PIN
Power Supply Black-White AC108-132V N/A CN24 1-3
Flame Rod Yellow-Body more than 2VAC* N/A CN1 2
Spark Electrode Red-Black 11-14VDC* N/A CN1 11-22
Combustion Fan
Red-Black 7-48VDC* N/A CN1 3-5
White-Black 2-14VDC* N/A CN1 5-9
Yellow-Black 11-14VDC N/A CN1 5-7
Venturi Control Device
Blue-White N/A 33-43Ω
CN1 17-19
Yellow-Red(No.9) CN1 13-15
Black-Red(No.3) 11-14VDC
N/A
CN1 11-29
Black-Brown Close Position:less than 1VDC Open Position:4-6VDC CN1 26-29
Black-Grey Close Position:4-6VDC Open Position:less than 1VDC CN1 24-29
Gas Solenoid Valve Yellow-Black 11-14VDC* 15-25Ω CN1 28-30
Exhaust Thermistor White-White
N/A
59°F:11.4-14kΩ 86°F:6.4-7.8kΩ
113°F:3.6-4.5kΩ 140°F:2.2-2.7kΩ 221°F:0.6-0.8kΩ
*Disconnect the connector and measure at thermistor side.
CN11 16-19
Supply Thermistor White-White CN11 12-19
Return Thermistor White-White CN11 10-20
Freeze Protection Thermistor Black-Black 32°F:38k-43k; 50°F:22k-26k; 68°F:14k-17k *Disconnect the connector and measure at thermistor side.
CN11 10-14
Transformer White-Grey AC108-132V CN18 1-2
N/A Red-Red AC20-30V (possible to measure at Output terminal as substitute position) CN18 3-4
Overheat Switch Black-Black less than 1VDC less than 1Ω 7(CN11)-27(CN1)
Water Pressure Sensor Red-Black 11-14VDC
N/A CN1 11-29
Yellow-Black 0kPa:655-745mV; 200kPa:2155-2245mV; 400kPa:3655-3745mV 6(CN11)-29(CNH1)
Water Level Electrode White-White 11-14VDC N/A 8(CN11)-29(CN1)
Air Handler Red-Black 11-14VDC N/A CN8 1-2
Control Panel Black-Black 11-14VDC N/A CN2 1-4
CH Indirect Tank
DIP Switches (Section 12 in Manual and table below)
# DIP Switch Function
1
Outdoor Temperature Sensor: Enables or disables outdoor temperature sensor.
OFF (Default): Outdoor Temperature Sensor in Use
ON: Outdoor Temperature Sensor Not in Use
2 Thermostat Usage: Changes mode between Thermostat Usage and CH Button.
OFF (Default): Thermostat Used
ON: CH button used. Boiler fires based on return water temperature
3 Indirect Tank: Enables the Indirect Tank Function for Pump 2.
OFF (Default): On
ON: Off (Pump 2 Operates at a CH Zone Pump)
4 Indirect Tank Thermistor/Thermostat Selection: Selects the method of controlling the indirect tank. OFF (Default): Thermistor; ON: Thermostat
5 Gas Valve Solenoid: Manually shuts down the integrated solenoid gas valve.
OFF (Default): Normal Operation; ON: Fixed Closed
6, 7
Altitude Setting: Sets the appropriate elevation of the boiler installation. (OFF/ON: Depends on Altitude)
8 Vent Type Selection: Selects the venting material used. The boiler is set from the factory to be installed in a PVC venting system. If CPVC, PP, or other approved venting is used, this setting may be adjusted. See Section 5 in Manual for more information. OFF (Default): PVC; ON: Other
SW1 Forced Hi/Low Fire Modes (Section 12 in Manual)
SW2 Deaeration Mode (Section 10 in Manual)
SW3 Data Transfer Mode
(Transfers PC Board data when replacing PC Board. Refer to instructions included in replacement parts.)
SW4 Parameter Settings (Section 12 in Manual)
OFF
ON
Error Reset
Power Reset
Heat Exchanger Overheat (140), Venturi Control (150), High Exhaust Temperature (540), and Freeze issue (890) can be reset by shutting down power to the boiler.
Interlock Reset Venturi (170) and Solenoid Valve Circuit (520) can be reset by pushing and holding button SW1 and 2 for five seconds.
Other Reset Other error can be reset by Indirect Tank On/Off button or Central Heating button.
ALTITUDE DIP
Switch 6 DIP
Switch 7
0-2,000 ft (0-610 m) (Default) OFF OFF
2,001-5,400 ft (610-1,646 m) ON OFF
5,401-7,700 ft (1,646-2,374 m) OFF ON
7,701-10,200 ft (2,347-3,109 m) ON ON
High Altitude DIP Switch Table
Controller
Model Temp. Water Flow Press.
1:F °F gal/min psi
1:C °C L/min bar
*Units of Measurement
1. Press the Mode button.
2. Press the Up or Down arrows to select a unit.
DIP Switches
For more information, refer to the Rinnai Boiler Installation and Operation Manual.
Parameter Number Setting Description
Selection Parameter Value
Date Adjusted
Parameter Value
Date Adjusted A b C d
00
Pressure Indication on the Control Panel Yes No
The current pressure will cycle on the controller display.
01
Outdoor Reset Curve
Curve 1 Curve 2 Curve 3 Curve 4 This parameter is available when Dip Switch 1 is in the OFF (default) position. Select the proper curve from below. Curve 1: Standard baseboard, high efficiency air handler, cast iron or panel radiators. Curve 2: Staple up radiant. Curve 3: High temperature air handler or undersized baseboard. Curve 4: Custom curve based on
02
Boost No 30 Minutes 60 Minutes
This parameter is available when Dip Switch 1 is in the OFF (default) position.
03
Maximum Outdoor Temperature the Boiler will Fire in CH Mode No Maximum 77°F (25°C)
This parameter is available when DIP switch 1 is in the OFF (default) position. This sets the maximum outdoor temperature the boiler will fire in CH mode.
31
Allowed Indirect Tank Temperature Drop before Firing (with Thermistor) 5.4°F (3°C) 10.8°F (6°C) 16.2°F(9°C) 21.6°F(12°C) *This parameters is available when Indirect Tank "In Use" is selected on DIP switch 3 and when Indirect Tank Control "Thermistor" selected on DIP switch 4.
30
Indirect Tank Supply Temperature with Thermostat Control 180°F (82°C) 160°F (71°C) 140°F (60°C)
*This parameters is available when Indirect Tank "In Use" is selected on DIP switch 3 and when Indirect Tank Control "Thermostat" selected on DIP switch 4. Indirect Tank Supply Temperature with Thermistor Control
180°F (82°C) Setting
Temperature +18°F (+10°C)
Setting Temperature +27°F (+15°C)
*This parameters is available when Indirect Tank "In Use" is selected on DIP switch 3 and when Indirect Tank Control "Thermistor" selected on DIP switch 4.
32
Indirect Tank Operation Option
Use Pump Use 3-Way Valve
*This parameters is available when Indirect Tank "In Use" is selected on DIP switch 3. When a 3 Way Valve and the boiler pump are to be used for recovering the indirect tank select “b”.
33
Indirect Tank Simultaneous Heating Indirect Tank
Priority
Simultaneous Heating with Indirect Tank and
CH
*This parameters is available when Indirect Tank "In Use" is selected on DIP switch 3 and when "Use Pump" is selected in Parameter 32.
34
Indirect Tank Priority Time 60 minutes 40 minutes 90 minutes
*This parameters is available when Indirect Tank "In Use" is selected on DIP switch 3.
35
CH Temperature Limitation to Allow Simultaneous Operation with Indirect Tank Yes No
*This parameters is available when Indirect Tank "In Use" is selected on DIP switch 3 and when "Use Pump" is selected in Parameter 32 and also when selecting "Simultaneous Heating with Indirect Tank and CH" in Parameter 33.
40
Linked Operation Between CH Pump 1 and 2 No Yes (Linked Together)
This parameter enables linked operation between the CH Pump 1 and 2. (default).
41
Linked Operation Between Main Boiler Pump and CH Pump 1 No Yes (Linked Together)
This enables the linked operation between the main boiler pump and CH pump 1.
42
Main Pump Runs When the Target Temperature is Achieved Continuously Intervals
This selects the mode of the main pump running when the target setpoint is achieved.
43
External Pump Runs When the Setpoint Temperature is Achieved Same as Main Pump
Does Not Run
This selects the mode of the external pump(s) running when the target setpoint is achieved.
44
External Pump Runs When Freeze Protection is in Operation Does Not Run
Same as Main Pump (if selected, hydraulic separation is needed)
This selects how the external pump operates when freeze protection is in operation.
46
The Differential Temperature from Ceasing Fire to Firing Again Normal Quick
How much temperature drop is permitted by the supply water thermistor before the boiler will fire again.
CH Setting Temperature Temperature Drop
168-182°F (75-82°C) 27°F (15°C) 15°F (8°C)
104-166°F (40-74°C) 15°F (8°C) 9°F (5°C)
47
The Time Which the Boiler is not Allowed to Fire Again for CH Normal (3 Minutes) Quick(10 Seconds)
This selects the time which the boiler will not be able to fire again for CH after the burner has shutdown.
48
Heating Eco Mode On Time 30 Minutes 15 Minutes
The setting changes the on time of the heating Eco mode.
45 Freeze Protection Level
Default When Boiler is Installed in a Warm Room
This selects the freeze protection level. Selecting “b” will prevent the boiler from operating in freeze protection mode more than believed necessary.
49
Will the boiler shut down on a high return water temperature Yes No
This setting is for whether the boiler will shut down at high return water temperatures.
60 Not Available Not Available
A0
Gas Type Natural Gas Liquid Propane
For selecting gas type when conducting gas conversion.
A1 Not Available Not Available
A2
Vent Material Used PVC
Material other than PVC:
CPVC/PP/Other
This selects the venting material used. The boiler is set from the factory to be installed in a PVC venting system. If CPVC, PP, or other approved venting is used, this may be adjusted. See the section on PVC Safety Switch for more information.
Record date and
parameter when
individual parameters
have been adjusted from
factory default.
NOTE
Electrical Diagram
Refer to the Wiring Diagram attached to the back of the front cover.
00
3
Low
er W
all Mo
un
t Bracket
10
90
00
28
1
1
1
1
1
00
4
Up
per W
all Mo
un
t Bracke
t 1
09
00
05
94
1
1
1
1
00
7
Co
nn
ectio
n R
ein
forcem
ent P
late 8
09
00
01
65
1
1
1
1
00
8
Ru
bb
er Bu
shin
g C
F79
-41
02
0-A
3
3
3
3
01
0
Resid
enti
al Screw an
d W
asher
10
60
00
64
5
4
4
4
4
01
2
Co
mb
usti
on
cham
ber su
pp
ort p
late 1
09
00
05
97
2
2
2
2
01
5
Igniter B
racket 1
09
00
05
99
1
1
1
1
01
6
Igniter A
ssemb
ly 1
05
00
02
30
1
1
1
1
01
7
Gro
un
din
g Screw
CP
-80
45
2
1
1
1
1
04
0
Fron
t pan
el Assy
80
90
00
16
7
1
1
1
1
04
4
Screw C
over
10
90
00
23
0
2
2
2
2
04
5
Fron
t Pan
el Packin
g-Top
1
09
00
01
20
2
2
2
2
04
6
Fron
t Pan
el Packin
g-side
1
09
00
06
08
2
2
2
2
10
0
Bu
rner A
ssemb
ly-Large 8
06
00
00
49
1
1
10
1
Bu
rner G
asket-Large 1
09
00
06
09
1
1
10
2
Bu
rner P
late A
ssemb
ly-Large
80
60
00
05
0
1
1
10
3
Co
mb
usti
on
Ch
eck valve Assem
bly
10
70
00
26
2
1
1
1
1
10
5
Bu
rner A
ssemb
ly-med
ium
8
06
00
00
51
1
1
10
6
Bu
rner G
asket-med
ium
1
09
00
06
10
1
1
10
7
Bu
rner P
late A
ssemb
ly-med
ium
8
06
00
00
52
1
1
11
0
Co
mb
usti
on
Fan A
ssemb
ly 1
08
00
00
81
1
1
1
1
11
1
Fan m
ou
nti
ng p
acking
10
90
00
61
1
1
1
1
1
11
2
O-rin
g 1
09
00
06
12
1
1
1
1
11
3
Hexago
n H
ead Screw
ZQ
AA
05
14
UK
3
3
3
3
11
4
Gas V
alve Assem
bly W
ith O
rifice
10
60
00
11
7
1
1
1
1
11
5
O-rin
g 1
09
00
02
52
2
2
2
2
11
6
Gas co
nn
ectio
n p
ipe A
ssy 8
06
00
00
54
1
1
1
1
11
7
Gas tu
be B
racket 1
09
00
06
35
1
1
1
1
11
8
Inlet G
as Sup
ply C
on
necti
on
1
06
00
01
19
1
1
1
1
11
9
Inlet G
as Test P
ort Screw
1
06
00
01
38
2
2
2
2
12
0
O-rin
g M
10
B-1
3-4
2
2
2
2
12
1
No
ise filter
10
60
00
12
0
1
1
1
1
13
0
Heat Exch
anger A
ssemb
ly-Large 8
07
00
01
73
1
1
13
1
Heat Exch
anger A
ssemb
ly-med
ium
8
07
00
01
74
1
1
13
6
OH
S Bracket
10
90
00
61
4
1
1
1
1
14
5
Co
nd
ensate Trap
Assem
bly
80
70
00
17
5
1
1
1
1
14
6
Ban
d R
C9
8H
Pi/e, C
on
d d
rain tu
be, b
ott
om
KT
10
90
00
13
8
2
2
2
2
14
7
Co
nd
ensate D
rain tu
be
80
70
00
17
6
1
1
1
1
15
1
Electrod
e 1
05
00
02
33
1
1
1
1
15
2
Flame R
od
1
05
00
02
34
1
1
1
1
15
3
Electrod
e packin
g 1
09
00
06
17
1
1
1
1
15
4
Electrod
e Plate
10
90
00
61
8
1
1
1
1
15
6
Electrod
e sleeve 1
09
00
06
20
1
1
1
1
20
0
Exhau
st du
ct Assy
80
80
00
05
0
1
1
1
1
20
2
O-rin
g 1
08
00
00
18
2
2
2
2
20
3
Exhau
st Du
ct Packin
g 1
09
00
06
21
1
1
1
1
20
4
Therm
istor
10
50
00
23
5
1
1
1
1
20
5
O-rin
g 1
07
00
03
23
1
1
1
1
20
6
Exhau
st du
ct seal 8
08
00
00
51
1
1
1
1
20
7
Therm
istor Screw
1
09
00
06
22
1
1
1
1
21
0
Flue C
on
necti
on
Assem
bly
10
80
00
08
3
1
1
1
1
21
2
Exhau
st pip
e con
necti
on
po
rt - 2 in
ch
10
80
00
08
4
1
1
1
1
21
3
Exhau
st Gaske
t - 2 in
ch
10
90
00
62
3
1
1
1
1
810
Screw
1
0900
0179
8
8 8
8
811
Screw
1
0800
0021
2
2
2
2
813
Screw
ZA
D04
08U
K
2
2
2
2
814
Screw
1
0900
0651
6
6
6
6
819
Th
ermisto
r Screw
ZFAB
040
6U
K
2
2
2
2
820
Screw
8
0900
0177
1
1
11
1
1
11
821
Tru
ss Screw
109
0005
98
21
2
1
21
2
1
822
Screw
8
0900
0178
2
2
2
2
823
Screw
ZA
A0
40
8U
K
2
2
1
1
824
Screw
8
0900
0179
1
1
1
1
825
G
rou
nd
ing Screw
1
0900
0793
2
2 2
2
826
Screw
8
0900
0180
1
1
1
1
827
Screw
8
0900
0181
2
2
2
2
828
Screw
8
0900
0182
8
8
8
8
830
C
able clip
8
0900
0183
1
1
1
1
860
W
all Bracke
t 1
0900
0628
1
1
1
1
861
V
ent Screen
Set 1
0800
0104
1
1
1
1
862
LP
Co
nversio
n O
rifice-In
clud
ed
806
0000
55
1 1
1 1
863
P
ressure R
elief Valve
807
0002
11
1 1
1 1
864
O
utd
oo
r Temp
erature Sen
sor
805
0000
96
1 1
1 1
888
U
ser Man
ual
800
0001
14
1
1
1
1
889
In
stallatio
n an
d O
perati
on
Man
ual
800
0001
12
1
1
1
1
890
Te
chn
ical Data Sh
eet
800
0001
33
1
1
1
1
891
U
ser Man
ual-Fren
ch
800
0001
43
1
1
1
1
892
In
stallatio
n an
d O
perati
on
Man
ual-Fren
ch
800
0001
44
1
1
1
1
ITEM
DESCRIPTION
PART
NUMBER
i090S
i060S
i120S
ITEM
DESCRIPTION
PART
NUMBER
i090S
i060S
i120S
21
5
Air su
pp
ly pip
e seal ring
108
0000
17
1
1
1
1
22
0
Air su
pp
ly bo
x 1
0800
0085
1
1
1
1
22
1
Air su
pp
ly filter (set)
108
0000
86
1
1
1
1
22
2
Air Su
pp
ly Co
nn
ectio
n
108
0000
87
1
1
1
1
22
3
Air Su
pp
ly Gasket - 2
inch
1
0900
0624
1
1
1
1
41
0
CH
Ou
tlet Co
nn
ectio
n
807
0001
82
2
2
2
2
41
3
Wate
r Pressu
re Senso
r Assem
bly
807
0001
85
1
1
1
1
41
6
Plate H
eatin
g Fittin
gs Assy
807
0002
09
1
1
1
1
42
2
CH
Heati
ng R
etu
rn P
ipe A
ssemb
ly 8
0700
0208
1
1
1
1
42
3
Heati
ng Fitti
ng A
ssemb
ly 8
0700
0210
1
1
1
1
43
1
Heat Exch
anger P
ipe C
on
necti
on
Assy-Large
807
0001
93
1
1
43
5
Trap D
rain P
lug A
ssy 8
0700
0195
1
1
1
1
44
0
HEX
-CH
Heati
ng C
on
necti
on
Pip
e 8
0700
0196
1
1
1
1
44
1
Heat Exch
anger P
ipe C
on
necti
on
Assy-M
ediu
m
807
0001
97
1
1
44
2
Air ven
t 8
0800
0052
1
1
1
1
44
3
Secon
dary H
eat Exchan
ger Ou
tlet Fittin
g 8
0700
0198
1
1
1
1
44
4
Secon
dary H
eat Exchan
ger Inlet Fitti
ng
807
0001
99
1
1
1
1
44
5
Prim
ary-Secon
dary P
ipe A
ssy-Large
807
0002
00
1
1
44
6
Prim
ary-Secon
dary P
ipe A
ssy-Med
ium
8
0700
0201
1
1
44
7
Prim
ary-Secon
dary C
on
necti
ng Fitti
ng
807
0002
02
1
1
45
1
Pip
e Bracket
809
0001
68
2
2
1
1
45
2
Reten
tio
n C
lip
809
0001
69
2
2
1
1
45
3
Pip
e Bracket
809
0001
70
1
1
1
1
46
0
Therm
istor Sen
sor
805
0000
79
1
1
1
1
46
1
Therm
istor Sen
sor
805
0000
80
1
1
1
1
47
0
O-rin
g 8
0700
0202
2
2
2
2
47
2
O-rin
g 8
0700
0204
1
1 1
1
10
1
0
47
3
O-rin
g 8
0700
0205
2
2
2
2
48
0
O-rin
g 8
0700
0207
1
1
1
50
2
Clip
8
0900
0173
2
2
2
2
50
4
Clip
8
0900
0174
1
1
50
6
Clip
1
0900
0638
5
5
5
5
70
5
Transfo
rmer
805
0000
86
1
1
1
1
70
6
PC
Bo
ard A
ssemb
ly 8
0500
0092
1
1
1
1
70
7
PC
Bo
ard C
over
809
0001
84
1
1
1
1
70
8
Co
ntro
ller 8
0500
0093
1
1
1
1
70
9
PC
Bo
ard A
ssemb
ly 8
0500
0094
1
1
1
1
71
0
Po
we
r cord
Assem
bly FF
105
0002
38
1
1
1
1
71
3
Senso
r Harn
ess-2
805
0000
95
1
1
1
1
71
4
Heater gro
un
d h
arness
805
0000
88
1
1
1
1
71
6
OV
ER H
EAT SW
ITCH
1
0500
0299
1
1
1
1
71
7
Wate
r Pressu
re Co
nn
ectio
n H
arness
805
0000
90
1
1
1
1
71
8
Freeze p
rotecti
on
Therm
istor
805
0000
91
1
1
1
1
71
9
Igniter G
rou
nd
Harn
ess 1
0500
0243
1
1
1
1
72
0
Gu
ide Seal
809
0001
76
1
1
1
1
80
0
Screw
109
0007
46
4
4
4
4
80
1
Screw
CP
-30
583
2
2
2
2
80
2
Screw
ZBA
040
8U
K
3 3
3
3
80
3
Screw
CP
-30
580
1
7 1
7
15
1
5
80
4
Screw
109
0006
48
3
3
3
3
80
5
Screw
109
0001
78
3
3
3
3
80
7
Screw
U2
17-4
49
2
2
2
2
80
8
Screw
109
0006
41
3
3
3
3
ITEM
DESCRIPTION
PART
NUMBER
i090S
i060S
i120S
Rin
nai A
merica C
orp
orati
on
con
tin
ually u
pd
ates materials, an
d as su
ch, co
nten
t is sub
ject to ch
ange w
itho
ut n
oti
ce. For fu
rther in
form
atio
n, co
ntact R
inn
ai at 1-8
00
-62
1-9
41
9 o
r visit ww
w.rin
nai.u
s
i150S
i150S
i150S
Gas C
on
version
Kits
Mo
dels
Gas Typ
e
Kit N
um
be
r
i15
0S
80
30
00
04
0
NG
/LPG
i1
20
S
i09
0S
i06
0S