Combination Gas Controls
V400 AND V800 COMBINATION GAS CONTROLS
APPLICATIONV400 and V800 are used on gas fired standing pilot appliances with 30 mV thermocouple. These gas controls include a manual gas valve, safety shutoff, single millivoltage automatic operator, and pressure regulator, pilot gas filter and flow adjustment, pressure tapping, and thermocouple connector.V400 is used on 120V systems. V800 is used on 24V systems. Refer to Table 1 for more specifications. Refer to Table 2 for available gas capacities.V800 gas controls are available with 1/4 x 1/4 inch or 3/16 x 1/4 inch energy cut-off (ECO) quick-connects. With the connector, an ECO high limit can be connected into the power circuit. When the temperature at the ECO exceeds the high limit, a switch opens and de-energizes
INSTALLATION INSTRUCTIONSthe power unit and shuts off main burner and pilot gas flow. To restart system, pilot flame must be relit and gas control must be reset manually.Power for the gas control and the control system is provided by a 30 mV thermocouple. We recommend the Q340 Thermocouple.Replacement parts: 1. Energy cut off (ECO) connector: 392451-1 2. Pressure Regulators: · Standard opening pressure regulator: V5306A,B. · Step opening pressure regulator: V5307A,B. 3. Valve Operators: · Line Voltage Operator: V404B. · Low Voltage Operator: V804B.
Model Number Suffix LetterA C M P
Table 1. Model Specifications.
Ambient Temperature Range
Pressure Regulator Type
32° F to 175° F [0° C to 79° C]
Standard-Opening
32° F to 175° F [0° C to 79° C] -40° F to 175° F [-40° C to 79° C]
Step-Opening Standard-Opening
-40° F to 175° F [-40° C to 79° C]
Step-Opening
Pressure Regulator Model V5306A V5307A V5306B V5307B
Table 2. Gas Control Capacities
Pipe Size (Inlet x Outlet) 1/2″ x 3/8″ 1/2″ x 1/2″ 1/2″ x 3/4″ 3/4″ x 3/4″
Gas Control Capacitya At 1 Inch
WCPD
Maximum Regulation Capacity Minimum Regulation Capacity
ft3/hr
m3/hr
ft3/hr
m3/hr
ft3/hr
m3/hr
110
3.1
110
3.1
11
0.3
225
6.4
225
6.4
23
0.7
250
7.1
290
8.2
23
0.7
335
9.5
425
12.0
34
1.0
a Capacity is based on 1000 Btu/ft3, 0.64 specific gravity natural gas at 1 inch wc pressure drop [37.3 MJ/m3, 0.64 specific gravity natural gas at 0.25 kPa pressure drop]. Use conversion factors to convert to other gases.
Multiply Listed Type of Gas Specific Gravity Capacity by:
Manufactured 0.60
0.516
Mixed
0.70
0.765
Propane
1.53
1.62
95-6996-11
V400 AND V800 COMBINATION GAS CONTROLS
INSTALL ATIONWhen Installing this Product…1. Read these instructions carefully. Failure to follow them could damage the product or cause a hazardous condition.2. Check the ratings given in these instructions and on the product to ensure the product is suitable for your application.3. Ensure installer is a trained, experienced service technician.4. After completing installation, use these instructions to check product operation.WARNINGFire or explosion hazard Can cause property damage, severe injury, or death Follow these warnings exactly:1. Disconnect power supply before wiring to prevent electrical shock or equipment damage.2. To avoid dangerous accumulation of fuel gas, turn off gas supply at appliance service valve before starting installation and perform Gas Leak Test following installation.3. Do not bend pilot gas tubing at control or at pilot burner after compression fitting is tightened. Gas leakage at the connection may result.4. Always install sediment trap in gas supply line to prevent contamination of gas control.5. Do not force gas control knob. Use only your hand to turn gas control knob. If the knob will not operate by hand, the control should be replaced by a qualified service technician. Force or attempted repair may result in fire or explosion.CAUTIONNever apply a jumper across (or short) gas control coil terminals. This may burn out thermostat heat anticipator.IMPORTANTThese gas controls are shipped with protective seals over inlet and outlet tappings. Do not remove seals until ready to connect piping.Follow the appliance manufacturer’s instructions if available; otherwise, use the instructions provided below as a guide.Choose LocationDo not locate the combination gas control where it may be affected by steam cleaning, high humidity, dripping water, corrosive chemicals, dust or grease accumulation, or excessive heat. To ensure proper operation, follow these guidelines. · Locate in a well ventilated area. · Mount high enough above the cabinet bottom to avoidexposure to flooding or splashing water. · Ensure the ambient temperature does not exceed theambient temperature ratings for each component.
· Cover gas control if appliance is cleaned with water, steam, or chemicals or to avoid dust and grease accumulation.· Avoid locating where exposure to corrosive chemical fumes or dripping water are likely.Mount combination gas control in the appliance vestibule on the gas manifold. In replacement applications, mount gas control in the same location as the old control.Install Piping to ControlAll piping must comply with local codes and ordinances or with National Fuel Gas Code (ANSI Z223.1 NFPA No. 54), whichever applies. Tubing installation must comply with approved standards and practices.1. Use new, properly reamed pipe free from chips. If tubing is used, make sure ends are square, deburred, and clean. All tubing bends must be smooth and without deformation.2. Run pipe or tubing to the control. If tubing is used, obtain a tube-to-pipe coupling to connect tubing to the control.3. Install sediment trap in gas supply line. Refer to Fig. 1.Install Control1. This control can be mounted 0-90 degrees, in any direction, from the upright position of the gas control knob, including vertically.2. Mount the control so gas flow is in direction of arrow on bottom of control.3. Thread pipe the amount shown in Table 3 for insertion into control. DO NOT THREAD PIPE TOO FAR. Valve distortion or malfunction may result if pipe is inserted too deeply.
DROP HORIZONTAL
PIPED GAS SUPPLY
GAS CONTROL3 IN. (76 MM) MINIMUM2
DROP HORIZONTAL1
TUBING GAS SUPPLY
GAS CONTROLRISER PIPED GAS SUPPLY3 IN. (76 MM) MINIMUM 2
RISER3 IN. (76 MM) MINIMUM
GAS CONTROL2
1 ALL BENDS IN METALLIC TUBING SHOULD BE SMOOTH.2 CAUTION: SHUT OFF THE MAIN GAS SUPPLY BEFORE REMOVING END CAP TO PREVENT GAS FROM FILLING THE WORK AREA. TEST FOR GAS LEAKAGE WHEN INSTALLATION IS COMPLETE. M3077C
Fig. 1. Install sediment trap.
95-6996–11
2
V400 AND V800 COMBINATION GAS CONTROLS
Table 3. NPT Pipe Thread Length (in.).
Pipe Size
Overall Thread Length
Maximum Depth Pipe Can Be Inserted Into Control
3/8
9/16
3/8
1/2
3/4
1/2
3/4
13/16
3/4
1
9/16
1
4. Apply moderate amount of good quality pipe compound to adapter, leaving two end threads bare. Refer to Fig. 2. (On LP gas installations, use compound resistant to LP gas.) Do not use Teflon tape.5. Remove seals over control inlet and outlet, if necessary.6. Connect pipe to control inlet and outlet. To tighten inlet and outlet connections, use wrench on projecting wrench boss. Refer to Fig. 3 and 4.
TWO IMPERFECT
THREADS
GAS CONTROL
PIPE
Connect Pilot Gas Tubing
1. Cut tubing to desired length and bend as necessary for routing to pilot burner. Do not make sharp bends or deform tubing. Do not bend tubing at control after compression nut has been tightened, as this may result in gas leakage at connection.2. Square off and remove burrs from end of tubing. 3. Unscrew brass compression fitting from pilot gasoutlet. Refer to Fig. 4. Slip fitting over tubing and slide out of way.
NOTE:
NOTE: When replacing a control, cut off old compression fitting and replace with new compression fitting provided on new combination gas control. Never use old compression fitting as it may not provide a gas-tight seal. Refer to Fig. 4.
4. Push tubing into pilot gas tapping on outlet end of the control until it bottoms. While holding tubing all the way in, slide fitting into place and engage threads. Turn until finger tight. Then tighten one more turn with wrench. Do not overtighten.5. Connect other end of tubing to pilot burner according to pilot burner manufacturer’s instructions.
THREAD PIPE THE AMOUNT SHOWN IN TABLE FOR INSERTION INTO GAS CONTROL
APPLY A MODERATE AMOUNT OF PIPE COMPOUND TO PIPE ONLY (LEAVE TWO END THREADS BARE).M3075D
GAS CONTROLTIGHTEN NUT ONE TURN BEYOND FINGER-TIGHT.
TO PILOT BURNER
Fig. 2. Use moderate amount of pipe compound.
MANUAL GAS CONTROL KNOBWRENCH BOSS
PRESSURE REGULATOR ADJUSTMENT (BENEATH COVER SCREW)
INSTALL LONG SCREW IN OUTSIDE CORNER
STANDARD PRESSURE REGULATOR (“A” MODEL)
ON
OFF INLET
GAS INLET
PILOT
PILOTSTAT POWER UNIT
STEP-OPENING
TH TR
REGULATOR (“C” MODEL)
TH
TR
PILOT GAS OUTLET PRESSURE TAPPING DIRECTLY BENEATH
PILOT FLOW ADJ. SCREW (BENEATH COVER SCREW)
M17845
Fig. 3. Top view of standard capacity gas control.
FITTING BREAKS OFF AND CLINCHES TUBING AS NUT IS TIGHTENED.
M3076B
Fig. 4. Always use new compression fitting.Connect ThermocoupleThe thermocouple connection to the power unit or ECO connector (Fig. 3) is an electrical connection and must be clean and dry. Never use pipe compound. Tighten only 1/4 turn beyond finger tight to give good electrical continuity.
Connect ECO (Standard-Capacity models only)If the ECO is provided, the leadwires must be equipped with insulated 1/4 in. female quick-connect terminals. Leadwire lengths must not exceed the lengths shown in Table 4 and 5. Connect high limit or ECO leadwires to the two terminals on the thermocouple.If ECO is not provided, connect a Q313B Thermopile Generator in place of the thermocouple to act as the highlimit for the system.
3
95-6996–11
V400 AND V800 COMBINATION GAS CONTROLS
Table 4. Maximum Length of Supplementary Limit Leadwires When Using Q340A Thermocouple.
Maximum Leadwire Length x 2 (Wires)
Thermocouple Length
AWG No. 14
AWG No. 16
AWG No. 18
in.
m
in.
m
in.
m
in.
m
18
0.5
35
0.9
22
0.6
13
0.3
24
0.6
29
0.7
18
0.5
11
0.3
30
0.8
23
0.6
15
0.4
9
0.2
36
0.9
17
0.4
11
0.3
6
0.2
48
1.2
DO NOT USE.
60
1.5
Table 5. Maximum Length of Supplementary Limit Leadwire When Using Q309A Thermocouple.
Maximum Leadwire Length x 2 (Wires)
Thermocouple Length
AWG No. 14
AWG No. 16
AWG No. 18
in.
m
in.
m
in.
m
in.
m
12
0.3
47
1.2
30
0.8
18
0.5
18
0.5
41
1.0
26
0.7
16
0.4
24
0.6
35
0.9
22
0.6
14
0.4
30
0.8
29
0.8
18
0.5
11
0.3
36
0.9
23
0.6
15
0.4
9
0.2
40
1.0
19
0.5
12
0.3
7
0.2
48
1.2
11
0.3
60
1.5
7
0.2
DO NOT USE.
WIRINGFollow appliance manufacturer’s wiring instructions, if available, or use general instructions provided below.All wiring must comply with applicable electrical codes and ordinances or with the National Electrical Code (ANSI/NFPA 70), whichever applies.Disconnect power supply before making wiring connections to prevent electrical shock.
e. Connect integral wires to control circuit. Do not splice except within a junction box.
LINE VOLTAGE THERMOSTAT OR CONTROLLERJUNCTION BOX
2LINE VOLTAGE OPERATOR
L2 1
L1
LIMIT
(HOT)
CONTROLLER
Wiring V400 models1. Refer to Fig. 5 for typical wiring diagram. 2. Ensure power supply rating on each controlmatches the available supply. 3. Install line voltage thermostat (or controller) andother controls as required. 4. Use junction box, as shown, when connecting con-trol circuit to gas control operator. 5. Make conduit connection to operator as follows:a. Slip conduit fittings over integral leadwires and screw securely into hole in operator cover.b. Cut flexible conduit to approximate length. c. Slip conduit over leadwires and attach to fit-tings. d. Route and connect both flexible conduits tojunction box.
1 POWER SUPPLY. PROVIDE DISCONNECT MEANS AND OVERLOAD PROTECTION AS REQUIRED.
2 LINE VOLTAGE ENCLOSURE NOT PART OF GAS CONTROL.
LINE VOLTAGE GAS CONTROLS MUST BE USED IN AN
OEM APPROVED ENCLOSURE.
M17846
Fig. 5. Typical V400 wiring diagram.
Wiring V800 models1. Ensure the power supply rating on each control matches the available supply.2. Install transformer, low voltage thermostat, and other controls as required.3. Connect control circuit to operator terminals. Refer to Fig. 6 for a typical wiring diagram.4. Adjust thermostat heat anticipator to 0.2A rating stamped on valve operator.
95-6996–11
4
V400 AND V800 COMBINATION GAS CONTROLS
ECO LIMIT 3
POWER UNIT
THERMOCOUPLEECO CONNECTOR
24 VOLT THERMOSTAT
CAUTION SEE 2
HIGH LIMIT CONTROLLER
TRANSFORMER
L1
(HOT)
1
L2
1 POWER SUPPLY. PROVIDE DISCONNECT MEANS AND OVERLOAD PROTECTION AS REQUIRED.
2 NEVER JUMPER THESE TERMINALS. THIS SHORTS OUT VALVE COIL AND MAY BURN OUT HEAT ANTICIPATOR IN THERMOSTAT.
3 ORDER ECO LIMIT AND LEADWIRES SEPARATELY.
M17848
Fig. 6. Typical V800 wiring diagram.
STARTUP AND CHECKOUT
WARNINGFire or Explosion Hazard Can cause property damage, severe injury, or death 1. Do not force the gas control knob. Only useyour hand to push down and turn gas control knob. Never use any tools. 2. If the gas control knob will not operate by hand, a new control should be installed by a qualified service technician.Gas Control Knob SettingsGas control knob settings are as follows: OFF prevents pilot and main burner gas flow. PILOT permits pilot gas flow only. Gas control knob must be held depressed or thermocouple must be heated sufficiently to hold the safety control valve open. ON permits pilot or main burner gas flow under control of thermostat and ignition module.Perform Gas Leak Test
WARNINGFire or Explosion HazardCan cause property damage, severe injury, ordeath Check for gas leaks with soap and water solution any time work is done on a gas control.
Gas Leak Test1. Paint pipe connections upstream of gas control with rich soap and water solution. Bubbles indicate gas leak.2. If leak is detected, tighten pipe connections. 3. Stand clear while lighting main burner to preventinjury caused from hidden leaks which could cause flashback in the appliance vestibule. Light main burner. 4. With main burner in operation, paint pipe joints (including adapters) and control inlet and outlet with rich soap and water solution. 5. If another leak is detected, tighten adapter screws, joints, and pipe connections. 6. Replace part if leak can not be stopped.
Light Pilot
1. Turn gas control knob clockwise
to OFF. Wait
five minutes to dissipate any unburned gas. Sniff
around the appliance near the floor. Do not relight
pilot flame if you smell gas.
2. Turn gas control knob counterclockwise
to
PILOT. Push down and hold the knob while lighting
the pilot flame.
3. Hold the gas control knob down about one minute,
then release.
· If pilot flame goes out, turn gas control knob
clockwise
to OFF and repeat steps 1
through 3.
· If pilot flame remains lit, turn gas control knob
counterclockwise
to ON.
Adjust Pilot Flame
The pilot flame should envelop 3/8 to 1/2 in. [10 to 13 mm] of the thermocouple tip. Refer to Fig. 7.
To adjust pilot flame:
1. Remove pilot adjustment cover screw. Refer to
Fig. 3.
2. Turn inner adjustment screws clockwise
to
decrease or counterclockwise
to increase
pilot flame.
3. Always replace cover screw after adjustment and
tighten firmly to ensure proper operation.
PROPER FLAME ADJUSTMENT
3/8 TO 1/2 IN. (10 TO 13 MM)
THERMOCOUPLEM3086CFig. 7. Proper flame adjustment.Turn On Main BurnerFollow appliance manufacturer instructions or adjust thermostat to call for heat.
5
95-6996–11
V400 AND V800 COMBINATION GAS CONTROLS
Check And Adjust Gas Input To Main BurnerCAUTION1. Do not exceed input rating stamped on appliance nameplate, or manufacturer’s recommended burner orifice pressure for size orifice(s) used. Make certain primary air supply to main burner is properly adjusted for complete combustion. Follow appliance manufacturer instructions.2. IF CHECKING GAS INPUT BY CLOCKING GAS METER:· Ensure that the only gas flow through the meter is that of the appliance being tested.· Ensure other appliances are turned off and their pilot burners are extinguished (or deduct their gas consumption from the meter reading).· Convert flow rate to Btuh as described in the Gas Controls Handbook (form number 70 2602) and compare to Btuh input rating on appliance nameplate.3. IF CHECKING GAS INPUT WITH MANOMETER: · Ensure gas control knob is in PILOT positionbefore removing outlet pressure tap plug to connect manometer (pressure gauge). · Turn gas control knob back to PILOT when removing gauge and replacing plug. · Shut off gas supply at the appliance service valve or, for LP gas, at the gas tank before removing outlet pressure tap plug and before disconnecting manometer and replacing outlet pressure tap plug. · Perform Gas Leak Test at inlet pressure tap plug.V5306A,B Standard-Pressure Regulator1. Check the manifold pressure listed on the appliance nameplate. Gas control outlet pressure should match the nameplate.2. With main burner operating, check gas control flow rate using the meter clocking method or pressure using a manometer connected to the outlet pressure tap on the gas control. Refer to Fig. 3.3. If necessary, adjust pressure regulator to match appliance rating. Refer to Table 5 and 6 for factory set nominal outlet pressure and adjustment range.
a. Remove pressure regulator adjustment cap and
screw.
b. Using screwdriver, turn inner adjustment screw
clockwise
to increase or counterclock-
wise
to decrease gas pressure to burner.
c. Always replace cap screw and tighten firmly to
ensure proper operation.
4. If desired outlet pressure or flow rate cannot be
achieved by adjusting the control, check the con-
trol inlet pressure using a manometer at the inlet
pressure tap. If inlet pressure is in normal range
(refer to Table 6 and 7), replace the control. Other-
wise, take the necessary steps to provide proper
gas pressure on the control.
V5307A,B Step-Opening Pressure Regulator
1. Check the full rate manifold pressure listed on the
appliance nameplate. Gas control full rate outlet
pressure should match this rating.
2. With main burner operating, check the control flow
rate using the meter clocking method or pressure
using a manometer connected to outlet pressure
tap on the control. Refer to Fig. 3.
3. If necessary, adjust pressure regulator to match
appliance rating. Refer to Table 6 and 7 for factory
set nominal outlet pressure and adjustment range.
a. Remove pressure regulator adjustment cap
screw.
b. Using a screwdriver, turn inner adjustment
screw clockwise
to increase or counter-
clockwise
to decrease gas pressure to
burner.
c. Always replace cap screw and tighten firmly to
ensure proper operation.
4. If desired outlet pressure or flow rate cannot be
achieved by adjusting the control, check the inlet
pressure using a manometer at inlet pressure tap
or upstream of the gas control. If inlet pressure is
in the normal range (refer to Table 6 and 7), replace
the existing control. Otherwise, take the necessary
steps to provide proper gas pressure to the control.
5. Carefully check burner lightoff at step pressure.
Make sure burner lights smoothly and without
flashback to orifice. Make sure all ports remain lit.
Cycle burner several times, allowing at least 30
seconds between cycles for regulator to resume
step function. Repeat after allowing burner to cool.
Readjust full rate outlet pressure if necessary to
improve lightoff characteristics.
Table 6. Pressure regulator specification pressures in in. wc.
Type Model of Gas
Nominal Inlet Pressure Range
A,M NATURAL 5.0-7.0
—
Outlet Pressure NominalFactory Setting
Step
Full Rate
3.5
Setting Range
Step
Full Rate
—
3-5
LP
12.0-14.0
—
11.0
—
8-12
C,P NATURAL 5.0-7.0
0.9
3.5
None
3-5
LP
12.0-14.0
2.2
11.0
None
8-12
95-6996–11
6
V400 AND V800 COMBINATION GAS CONTROLS
Table 7. Pressure regulator specification pressures in kPa.
Type Model of Gas
Nominal Inlet Pressure Range
Outlet Pressure NominalFactory Setting
Step
Full Rate
Setting Range
Step
Full Rate
A,M NATURAL 1.2-1.7
—
0.9
—
0.7-1.2
LP
2.9-3.9
—
2.7
—
2-3
C,P NATURAL 1.2-1.7
0.2
0.9
None
0.7-1.2
LP
2.9-3.9
0.5
2.7
None
2-3
Check Safety Shutdown Performance
c. Ensure that pilot burner tubing or orifice is not clogged. If clogged, replace combination gas control.
WARNINGFire or Explosion Hazard Can cause property damage, severe injury or death Perform the safety shutdown test any time work is done on a gas module.1. Place gas control knob in PILOT position. Main burner should go off and pilot should remain lit.2. Extinguish pilot flame. Pilot gas flow should stop within 2-1/2 minutes. Safety shutoff of pilot gas provides complete shutdown since safety shutoff valve blocks flow of gas to main burner and pilot.3. Relight pilot burner and operate system through one complete cycle to make sure all controls operate properly.SERVICECAUTIONDo not apply jumper across (or short) valve coil terminals, even temporarily. Doing so may burn out heat anticipator in thermostat.IMPORTANT Allow 60 seconds after shutdown before reenergizing step-opening model to ensure lightoff at step pressure.If Pilot Will Not Light1. Ensure the main gas supply valve is open and the pilot gas supply line is purged of air.2. Attempt to light pilot following procedure in “Light Pilot” on page 5. If pilot still will not light: a. Check pilot gas adjustment screw. If closed, readjust pilot flame. Refer to “Adjust Pilot Flame” on page 5. b. Perform gas leak test at compression fitting. If leak is detected, replace old compression fitting or tighten new one. Refer to “Connect Pilot Gas Tubing” on page 3.
If Pilot Goes Out When Gas Control Knob Is Released1. Make sure the gas control knob is held in at least one minute to allow the thermocouple time to heat.2. Check pilot flame adjustment, refer to “Adjust Pilot Flame” on page 5.3. Check the wiring between the thermocouple and the valve operator in the gas control.4. Ensure jumper between valve operator and power unit is secure and connections are clean.5. If pilot still goes out, measure the open and closed thermocouple circuit output voltages. Compare to acceptable range charts in the thermocouple specifications or in the Gas Controls Handbook. Replace the thermocouple if voltages are outside the acceptable range.6. Check power unit resistance. If above 11 ohms, replace gas control.If Main Burner Will Not Come On With Call For Heat1. Make sure gas control knob is in the ON position. 2. Adjust thermostat several degrees above roomtemperature. 3. Disconnect leadwires to lower left TH terminal andlower right PP terminal to isolate valve operator coil from balance of circuit. Measure resistance of coil. If coil is not 2 ohms ±10 percent, replace valve operator. 4. Measure the open and closed thermocouple output voltages and compare to acceptable range charts in the thermocouple specifications or in the Gas Controls Handbook. Replace the thermocouple if voltages are outside the acceptable range.If Burner Is OverfiringAdjust pressure regulator to correct pressure. If regulator cannot be adjusted and supply pressure is in normal range, replace complete gas control.
7
95-6996–11
V400 AND V800 COMBINATION GAS CONTROLSInstructions To The HomeownerWARNINGFire or Explosion Hazard Can cause property damage, severe injury or death Follow these warnings exactly: 1. Pilot must be lit manually. Follow theseinstructions exactly. 2. Before lighting, smell around the appliance forgas. Be sure to smell next to floor because LP gas is heavier than air. 3. IF YOU SMELL GAS: · Turn off gas supply at appliance service valve. On LP gas systems, turn off gas supply at the tank. · Do not light any appliances in the house. · Do not touch electrical switches or use the phone. · Leave the building and use a neighbor’s phone to call your gas supplier. · If you can not reach your gas supplier, call the fire department. 4. Do not force the gas control knob. Use only your hand to push down or turn the gas control knob. Never use any tools. If the gas control knob will not operate by hand, the gas control should be replaced by a qualified service technician. Force or attempted repair may result in fire or explosion. 5. The gas control must be replaced in case of any physical damage, tampering, bent terminals, missing or broken parts, stripped threads, or evidence of exposure to heat.Lighting The Pilot BurnerSTOP: READ THE WARNINGS ABOVE.This appliance has a pilot burner which must be lit manually. If the pilot flame has gone out, follow these instructions exactly.1. Set the thermostat to its lowest setting. 2. Disconnect all electric power to the appliance. 3. Remove gas control access panel.
4. Push in gas control knob slightly and turn clock-
wise
to OFF.
NOTE: Gas control knob can not be turned from PILOT to OFF unless it is pushed in slightly. Do not force gas control knob.
5. Wait five minutes to clear out any gas. If you then
smell gas, STOP! Follow Step 3 in the WARNING on
page 8. If you do not smell gas, continue with next
step.
6. Remove the pilot burner access panel located
below and behind the gas control.
7. Find the pilot burner by following the metal tube
from the gas control. The pilot is between the two
burner tubes behind the pilot burner access panel.
8. Turn gas control knob on gas control counter-
clockwise
to PILOT.
9. Push in gas control knob all the way and hold in.
Immediately light the pilot flame with a match and
continue holding the gas control knob in for one
minute after the pilot flame is lit.
10. Release gas control knob and it will pop back up.
Pilot flame should remain lit. If pilot flame goes
out, repeat steps 1 through 10.
· If gas control knob does not pop up when
released, stop and immediately and call your
service technician or gas supplier.
· If the pilot flame will not stay lit after several
tries, turn the gas control knob to OFF and call
your service technician or gas supplier.
11. Turn gas control knob counterclockwise
to
ON.
12. Replace pilot burner access panel.
13. Replace gas control access panel.
14. Reconnect all electric power to the appliance.
15. Set thermostat to desired setting.
Turning Off The Appliance
VACATION SHUTDOWN–Set thermostat to desired room temperature while you are away.
COMPLETE SHUTDOWN–Push in gas control knob
slightly and turn clockwise
to OFF. Do not force.
Appliance will completely shut off. Follow lighting
procedures above to resume normal operation.
www.resideo.com
Resideo Technologies, Inc. 1985 Douglas Drive North, Golden Valley, MN 55422 1-800-468-1502 95-6996–11 M.S. Rev. 10-20 | Printed in United States
report this ad© 2020 Resideo Technologies, Inc. All rights reserved. This product is manufactured by Resideo Technologies, Inc. and its affiliates.
[xyz-ips snippet=”download-snippet”]