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1NSTALLATlON RESTRICTIONS
A WARNING
Failure to install, maintain and/or operate the Draft Inducer in accordance with manufacturer's instructions may result in conditions
which can produce bodily injury and property damage.
A WARNING
The Draft Inducer must be installed by a qualified installer in accordance with these instructions and all local codes or in their absence
in accordance with the latest editions of The National Fuel Gas Code (NFPA#54), Installation of Fuel Burning Equipment (NFPA 31),
Chimneys, Fireplaces, Vents, and Solid Fuel Burning Appliances (NFPA 211), The National Electrical Code (NFPA#70} and the
Occupational Safety and Health Act (OSHA) when applicable. Improper installation can create a hazardous condition such as an
explosion, fire, electrical shock or carbon monoxide poisoning resulting in property damage, personal injury or death.
1. The Draft Inducer shall not be used on condensing heating equipment.
2. Oil burning installations and gas-fired units without a draft hood I diverter should include a barometric draft regulator.
3. The Draft Inducer motor shaft must be mounted horizontally to prevent motor bearing wear.
4. The Draft Inducer shall not be installed where flue gas temperatures exceed 575°F at the Draft Inducer Inlet. Ambient room
temperatures must not exceed 104 degrees F.
Flue gas temperature verification:
A) Consult appliance manufacturer for temperature of gases at the appliance outlet after dilution by draft hood, draft diverter or
barometric draft control.
AND
B) Measure temperature of flue gases at the Draft Inducer inlet at time of installation. Temperature should be measured after
appliance and Draft Inducer have operated for at least 10 minutes, allowing flue gas temperature to stabilize.
1. Inputs shown are believed to be
maximum capacities for inducers when
mounted on pipe sizes shown for
ordinary jobs where a moderate amount
of mechanical induced draft is required.
2. Consideration is given to typically
higher static pressure requirements for
larger installations, for the type of fuel
burned and for the type of draft control
installed.
3. Where pressure requirements are
unknown or believed to be unusually
severe, ask for complete performance
curves or consult factory.
4. All ratings have been developed in our
testing and research department and
have been approved by a nationally
known independent testing laboratory.
Certification is available upon request.
DRAFT INDUCER SELECTION TABLE
GAS FIRING PIPE GASFIRlttG WITH SIZE WITH BAR. DRAFT IN. DRAFT HOOD CONTROL
MODEL
HEATER 270°F HEATER 390'F
BTU FLUE GAS BTU FLUE GAS
INPUT INPUT
S.P. CFM SP. CFM
3 69.000 .034 48 72,000 .047 36
4 DJ-3 105,000 .042 72 109,000 .053 55
5 111,000 .043 72 104,000 .052 52
6 100,000 .041 68 34.000 .042 17
5 270,000 .063 190 330,000 .085 166
6 D-3 356,000 .073 246 377,000 .090 190
7 360,000 .075 259 330,000 .085 166
B 320,000 .068 217 222,000 .075 110
8 900,000 .125 590 1,200,000 .143 603
9 1,HCl;OQO .135 7U 1,JJ0,000 .150 653 I
10 1,250.000 .140 850 1,260,000 .145 615
12 1,030,000 .128 710 710,000 .115 357
9 1,460,000 .145 1010 1,970,000 .175 989
10 2,080,000 .170 1370 2,460,000 .185 1240
12 1,920,000 .160 1325 2.230,000 .182 1120 IL 14 1,840,000 .159 1270 1.470,000 .158 740
16 900,000 .120 620 650,000 .113 340
18 650,000 .099 450 440,000 .095 220
16 4,000,000 .250 2760 4,000,000 .260 2010
OIL FIRING WITH aECTRICAL BAR.DRAFT DATA
CONTROL
HEATER 530'F
BTU FLUE GAS
INPUT
SP. CFM VOLTS HZ RPM WATTS
58,000 .048 33
92,000 .057 48
115 60 1550 35 74,000 .052 39
25,000 .035 13
295,000 .092 163
300,000 .093 169
115 60 1550 74
230,000 .080 118
123.000 .065 65
1,100,000 .147 566
tt,100,00!! .148 566'
115 60 1725 1/4HP
840,000 .136 440
400,000 .100 211
1,700,000 .180 900
1,900,000 .180 1010
115 60 1725 1/4HP
1,500,000 .170 789
825.000 .135 453 115 60 1725 1/3HP
350,000 .095 184
200,000 .075 106
3,300,000 .230 1763
AMPS
.43
.96
5.4
5.4
6.0
5. Heating capacities shown are for 1000
BTU per cubic foot natural gas and for
139,000 BTU per gallon No. 2 fuel oil.
Consult factory for capacities with other
fuels. Heating capacities are based on
typical combustion efficiencies and
allow for approximately 5 percent
ambient air drawn into inducer to 18 3,900,000 .240 2650 3,250,000 .240 1660 2,100,000 .190 1103 115 11.0
cool motor and drives.
6. Draft Inducers should be installed
in single wall vent pipe in order
to insure proper performance.
XL
HD
20 2,800,000
24 1,500,000
20 5,300,000
24 3,500,000
.195 1935 2,100,000 .175
.150 1035 1,100,000 .125
.290 3690 5,200,000 .270
.220 2415 3,750,000 .220
208 60 1725 3/4HP 5.4
1079 1,200,000 .150 626 230 5.3
527 503,000 .110 266
2440 3,600,000 .240 1870 208 6.3
230 60 1725 2 HP 6.4
1660 2,900,000 .218 1550 460 3.2
THERM
PROT.
IMP.
PROT.
YES
YES
YES
YES
YES
NO
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