Carrier 58HDV Using Exterior Risers, Vertical Termination, Vent Termination Shielding

Page 29

Using Exterior Risers

1.Install elbows and pipe to form riser as shown in Fig. 23

2.Secure vent pipe to wall with galvanized strap or other rust resistant material to restrain pipe from moving.

3.Insulate pipe with Armaflex or equivalent moisture resistant closed cell foam insulation or Fiberglass insulation if boxed in and sealed against moisture.

Vertical Termination

1. Fig. 25 shows the proper installation and clearances for

vertical vent termination. The vertical roof termination

should be sealed with a plumbing roof boot or equivalent

flashing. The inlet of the intake pipe and end of the exhaust

OVERHANG

EXHAUST 12(304.8mm) MIN.

90°

INLET

12(304.8mm) MIN. Ground

Level OR Snow Level

25- 23- 73

vent must be terminated no less than 12(307.8mm) above

the roof or snow accumulation level, and 12(307.8mm)

away from a vertical wall or other protrusion.

2. If the vent system is installed in an existing chimney make

sure clearances shown in Fig. 25 are maintained. Horizontal

section before the termination elbow can be extended on the

inlet air to provide necessary clearance.

Vent Termination Shielding

Under certain wind conditions some building materials may be affected by flue products expelled in close proximity to unprotected surfaces. Sealing or shielding of the exposed surfaces with a

FRONT VIEW

Same Joist

Space

SIDE VIEW

12(304.8mm) MIN.

A07699

58HDV

corrosion resistant material (such as aluminum sheeting) may be required to prevent staining or deterioration. The protective material should be attached and sealed (if necessary) to the building before attaching the vent terminal.

Multi Vent Termination Clearances

When two (2) or more furnaces are vented near each other, each furnace must be individually vented.

Two (2) vent terminations may be installed as shown in Fig. 26, 27, 28, 29, and 30 but the next vent termination must be at least 36(914.4mm) away from first two terminations. It is important that vent terminations be made as shown to avoid recirculation of flue gases.

Fig. 24 - Recommended Alternate Installation

for Sustained Cold Weather

(0_F (-17_C) & below for 24 or more consecutive hours)

B

A

8” (203.2mm)* MIN. 20’ (6.1m) MAX

*18(457.2mm) Minimum for cold climates [sustained 0_F (- 17_C) and below for 24 or more consecutive hours]

8” (203.2mm) MIN.

12 ” (304.8mm)

MIN.

GRADE LEVEL

 

OR

 

SNOW LEVEL

25--00--04F

A07716

A

25--00--06

A = 12(304.8mm) Above roof or snow accumulation level B = 8(203.2mm) Min., 20(6.1m) Maximum, except in areas with extreme cold temperatures [sustained 0°F(-17°C) and below for 24 or more consecutive hours], the 18(457.2mm)

Min.

A07717

Fig. 25 - Rooftop Termination

Fig. 23 - Sidewall Termination with Exterior Risers to Get

Above Snow Level or Grade Level

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Contents Installation Instructions Required Notice for Massachusetts Installations FIRE, EXPLOSION, and Asphyxiation Hazard Furnace Reliability HazardCUT Hazard Water Damage to Property Hazard Frozen Water Pipe HazardWinter Shutdown Installation Requirements Installation PositionsLocation and Clearances Carbon Monoxide Poisoning HazardHorizontal Furnace Installation Furnace Installation ConsiderationsCondensate Trap and Drain Lines LevelingDimensions and Clearances Outdoor Combustion Air Method Air Openings and Connecting DuctsKnock Outs Requirements Confined Space InstallationIndoor Combustion Air Unconfined Space Make the Following Check Ventilation AirVenting and Combustion Air Check Contaminated Combustion Air For Two Pipe Installation Direct VentDual Certified Direct or Non- Direct Vent Sizing Combustion Air and Vent Pipe Combustion Air and Vent Piping Insulation GuidelinesSingle Piping only Vent Termination ClearancesDirect Vent Termination Clearance Other than Direct Vent Termination Clearance Frozen and Burst Water Pipe Hazard Condensate Drain TrapOnly Upflow Installations Top Vent See FigSide View Upflow Installations Vent through Left-Side See FigPVC All Models Vent through Right-Side See FigExhaust Downflow Left-Side Vent and Trap See FigDownflow Right-Side Vent and Trap Downflow Right-Side Vent and Trap See FigExhaust Horizontal Left through Top See FigInlet Horizontal Left-Side Vent See FigHorizontal Right through Top Horizontal Right through Top See FigExhaust Horizontal Right-Side Vent See FigVent Pipe Connection Connecting Vent and Combustion Air PipingCombustion Air Pipe Connection Direct Vent Horizontal Termination Connecting Vent Pipes and TerminationJoining Pipe and Fittings Vertical Termination Using Exterior RisersVent Termination Shielding Multi Vent Termination ClearancesConcentric Vent and Combustion-Air Carbon Monoxide POISONING, Fire and Explosion Hazard Concentric Vent TerminationVertical & Horizontal Termination 40,000, 50,000, 60,000, & 75,000 Btuh Furnaces Gas Supply Requirements Gas Piping RequirementsFire and Explosion Hazard Fire HazardTypical Gas Piping for Upflow Electrical Operation HazardPropane Conversion High Altitude Air Pressure SwitchGeneral Derating Rules Additional Propane Connection RequirementsElectrical SHOCK, Fire or Explosion Hazard Changing Orifices for High AltitudeFinal Gas Piping Check Power Supply WiringJunction Box J- Box Relocation Thermostat HeatingOptional Equipment CoolingFurnace Control Fuse Tap Select Interface BoardConnections InstallationSizing InsulationAddition Of Air Conditioning Filter Installation using Filter RackFilters Subbase for Combustible Floor Combustible Floor InstallationGas Supply Pressure Manifold Gas Pressure AdjustmentsStartup Main Burner Flame Check Temperature Rise CheckNatural Gas Input Rating Check Continuous- Fan using G Blower AdjustmentsHard Wired Continuous Fan Operation Changing Blower SpeedOn = OFF = Continuous Circulating Fan G Request Low Cooling Y1 RequestHigh Cooling Y1 & Y/Y2 or Y/Y2 Request Heating Request with Gas Shut Off Furnace Control Board Diagnostic Codes See FigWiring Diagram Thermostat Wiring Guide No Connection SINGLE-STAGE Thermostat TWO-STAGE Catalog No 58HDV---01SI