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2. In parallel airflow applications, dampers must be provided to

direct air over furnace heat exchanger when heat is desired and
over cooling coil when cooling is desired.

IMPORTANT:

The dampers should be adequate to prevent cooled

air from entering furnace. If manually operated, dampers must be
equipped with a means to prevent operation of either cooling unit
or furnace unless damper is in full cool or heat position.

VENTING INSTRUCTIONS

Venting of furnace should be to the outside and in accordance with
local codes or requirements of local utility.

OIL-FIRED APPLIANCES SHALL BE CONNECTED TO
FLUES HAVING SUFFICIENT DRAFT AT ALL TIMES TO
ENSURE SAFE AND PROPER OPERATION OF APPLIANCE.

For additional venting information, refer to ANSI/NFPA 211
Chimney, Fireplaces, Vents, and Solid Fuel Burning Appliances
and/or CSA B139 Installation Code.

This furnace is certified for use with Type "L" vent (maximum flue
gas temperature 575°F).

Step 1—Pre-Installation Vent System Inspection

Before furnace is installed, it is highly recommended that any
existing vent system be completely inspected.

For any chimney or vent, this should include the following:

1. Inspection for any deterioration in chimney or vent. If dete-

rioration is discovered, chimney must be repaired or vent must
be replaced.

2. Inspection to ascertain that vent system is clear and free of

obstructions. Any blockage must be cleared before installing
furnace.

3. Cleaning chimney or vent if previously used for venting a

solid fuel burning appliance or fireplace.

4. Confirming that all unused chimney or vent connections are

properly sealed.

5. Verification that chimney is properly lined and sized per the

applicable codes. (Refer to list of codes in Safety Consider-
ations section.)

Step 2—Masonry Chimney

This furnace can be vented into an existing masonry chimney. This
furnace must not be vented into a chimney servicing a solid fuel
burning appliance. Before venting furnace into a chimney, the
chimney MUST be checked for deterioration and repaired if
necessary. The chimney must be properly lined and sized per local
or national codes.

If furnace is vented into a common chimney, the chimney must be
of sufficient area to accommodate the total flue products of all
appliances vented into chimney.

The following requirements are provided for a safe venting
system:

1. Be sure that chimney flue is clear of any dirt or debris.

2. Be sure that chimney is not servicing an open fireplace.

3. Never reduce pipe size below minimum certified furnace pipe

size as shown in Table 2.

4. All pipe should be supported using proper clamps and/or

straps. These supports should be at least every 4 ft.

5. All horizontal runs of pipe should have at least 1/4-in. per ft of

upward slope.

6. All runs of pipe should be as short as possible with as few

turns as possible.

7. Seams should be tightly joined and checked for leaks.

8. The flue pipe must not extend into chimney but be flush with

inside wall.

9. The chimney must extend 3 ft above highest point where it

passes through the roof of a building and at least 2 ft higher
than any portion of a building within a horizontal distance of
10 ft. It shall also be extended at least 5 ft above highest
connected equipment flue collar.

10. Check local codes for any variance.

Step 3—Factory-Built Chimneys

Listed factory-built chimneys may be used. Refer to chimney
manufacturer’s instructions for proper installation.

Step 4—Horizontal Venting

This furnace may be vented horizontally through an outside wall
when installed with 1 of the following auxiliary inducer blowers:

Tjernlund Products, Inc. Model SS1 (SS1C required in Canada)

available from: Tjernlund Products, Inc.

1601 Ninth Street
White Bear Lake, MN 55110-6795
(612) 426-2993

or

Fields Controls Model SWGII-5
(with a CK-60 or CK-61 control kit)

available from: Fields Controls Company

2308 Airport Road
Kinston, NC 28051
(919) 522-3031

NOTE:

In both cases, the 24-v wiring schematic included with

inducer is the recommended wiring setup.

The use of either inducer can create a negative pressure in the area
where furnace is located if the proper combustion-air openings are
not available. This negative pressure can lead to excessive heat
being retained in heat exchanger, coking, and fumes. Refer to
NFPA-31 Section 1.5 for proper combustion-air requirements.

USE METALLIC VENT PIPE ONLY! PLASTIC VENTING
MATERIALS ARE PROHIBITED!

OIL BURNER

This furnace is supplied with a high-pressure atomizing retention
head type burner (for use with not heavier than grade 2 Fuel Oil).
The air tube length, from face of mounting plate to extreme face of
end cone, should be as shown in Table 3.

OIL CONNECTIONS

Complete instructions for installation of fuel oil piping will be
found in oil burner Installation Instructions included with furnace.

Oil line entry holes are provided in side panels. Two holes are
provided in each location so that a 2-pipe system may be used if
desired.

Table 2—Minimum Certified Furnace Pipe Size (In.)

UNIT SIZE

MINIMUM PIPE DIAMETER

105-12

5

125-16

5

155-20

6

Table 3—Oil Burner Air Tube Length

UNIT SIZE

LENGTH (IN.)

105-12

5

125-16

5

155-20

7

4

Summary of Contents for 58BLA

Page 1: ... BURNER WHEN EXCESS OIL HAS ACCUMULATED WHEN THE FURNACE IS FULL OF VAPOR OR WHEN THE COMBUSTION CHAMBER IS VERY HOT For use with grade 2 Fuel Oil maximum Do not use Gasoline Crankcase Oil or any Oil containing Gasoline Failure to follow this warning could lead to sooting fire explosion and or severe bodily harm Never burn garbage or paper in the heating system and never leave rags paper or any fl...

Page 2: ...i nation would include the following ammonia chlorine hydrogen sulfide halogenated hydrocarbons carbon tetra chloride cleaning solvents hydrochloric acid water soften ing chemicals and similar chemicals Failure to follow this warning will lead to premature rusting of heat exchanger and possible premature furnace failure and or vent failure which could result in fire hazard and or bodily harm This ...

Page 3: ...urnace operational problems Some of these problems are 1 Excessive oil burner after drip and oil fumes 2 Sooting 3 Melted oil burner couplings and or ignitor relay control 4 A condition where air band or air shutter settings must be more open than normal to achieve proper combustion 5 Lockouts on start up Step 2 Duct Work Recommendations The proper sizing of warm air ducts is necessary to ensure s...

Page 4: ...Never reduce pipe size below minimum certified furnace pipe size as shown in Table 2 4 All pipe should be supported using proper clamps and or straps These supports should be at least every 4 ft 5 All horizontal runs of pipe should have at least 1 4 in per ft of upward slope 6 All runs of pipe should be as short as possible with as few turns as possible 7 Seams should be tightly joined and checked...

Page 5: ...en valve on oil supply line 3 Reset primary control 4 Set thermostat above room temperature 5 Set main electrical switch to ON position Burner should start DO NOT TAMPER WITH UNIT OR CONTROLS CALL YOUR SERVICE TECHNICIAN Step 2 Recommended Installation Practices and Combustion Check In order to obtain optimum performance from oil burner the following setup procedures must be followed 1 A test kit ...

Page 6: ... to be changed to obtain necessary cooling airflow Step 6 Heating The blower speed is factory set to deliver required airflow at normal duct static pressure Step 7 Cooling The blower speed may be field adjusted to deliver required airflow for cooling application See Table 5 Step 8 Constant Blower Switch This furnace is equipped with a constant low speed blower option Whenever room thermostat is no...

Page 7: ...cal supplies upstream of furnace If furnace has been in operation some surfaces may be hot Allow time for unit to cool down 2 Disconnect flue pipe 3 For access to cleanout ports remove blower door and filter The 2 cleanout ports are located in blower compartment They protrude through the partition and are located on the left and right of flue pipe See Fig 2 4 Unscrew wing clamp nuts and remove cle...

Page 8: ...r observa tion door limit wiring and oil burner 21 Replace collector box on secondary tube flange ensuring proper placement of gasket Tighten screws to 35 45 lb in of torque 22 Replace top partition inside collar on flue pipe top rear panel outside flue collar and blower door 23 Reconnect flue pipe and oil line s 24 Readjust burner for proper operation Check limit operation as outlined in Limit Co...

Page 9: ...STATIC PRESSURE IN WC 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 0 105 12 High 1795 1735 1675 1605 1550 1485 1425 1350 1275 1220 Medium 1365 1335 1305 1275 1255 1215 1155 1105 1050 985 Low 995 965 945 925 900 870 825 775 725 670 125 16 High 1905 1845 1770 1695 1630 1565 1490 1425 1325 1220 Medium 1750 1675 1620 1560 1500 1440 1370 1305 1235 1130 Low 1390 1350 1305 1260 1220 1180 1120 1060 985 880 155 2...

Page 10: ...Fig 6 Barometric Damper Locations A95117 FIG A FIG G FIG D FIG L FIG B FIG C FIG J FIG H FIG K POOR WRONG WRONG WRONG WRONG WRONG BAROMETRIC DAMPER LOCATIONS GOOD LOCATIONS BAD LOCATIONS 10 ...

Page 11: ... CONFORM TO N E C AND LOCAL CODES IN CANADA WIRING MUST CONFORM TO CURRENT CSA 22 1 CANADIAN ELECTRICAL CODE PART 1 AND OR LOCAL CODES 3 IF ANY OF THE ORIGINAL WIRE AS SUPPLIED WITH THE FURNACE MUST BE REPLACED IT MUST BE REPLACED WITH WIRING MATERIAL HAVING A TEMPERATURE RATING OF AT LEAST 105 C AND BE A MINIMUM OF 16 GA AWG COPPER STRAND WIRE USE COPPER WIRE ONLY FOR FIELD WIRING 4 CONNECT REQUI...

Page 12: ...ructions exactly a fire or explosion may result causing property damage personal injury or loss of life 1 Open all warm air registers and make sure all return air grilles are unobstructed 2 If a humidifier is installed with your system open water supply valve 3 Set thermostat to lowest setting 4 Turn on electric power to furnace 5 Open oil supply valve 6 Check all connections to ensure there are n...

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