ICP SUPREME FEM10-M2401AM-A Assembly instructions

Models:
FEM10-M2401AM-A
FEM15-M2401AM-A
FEM18-M2401AM-A
FEM20-M2401AM-A
FEM23-M2401AM-A
FEM20-M2401BM-A
FEM23-M2401BM-A
FEM27-M2401BM-A
2008-05-27 X40131 Rev. M
Manufactured by:
UTC Canada Corporation
ICP Division
3400 Industrial Boulevard
Sherbrooke, Quebec - Canada
J1L 1V8
Caution: Do not tamper with
the unit or its controls. Call a
qualified service technician.
Printed in Canada
Printed on 100% recycled paper
DNS-0981Rev.A
MULTI POSITION
INSTALLER / SERVICE TECHNICIAN:
USE THE INFORMATION IN THIS MANUAL FOR THE INSTALLATION AND
SERVICING OF THE FURNACE AND KEEP THE DOCUMENT NEAR THE
UNIT FOR FUTURE REFERENCE.
HOMEOWNER:
PLEASE KEEP THIS MANUAL NEAR THE FURNACE FOR FUTURE
REFERENCE.
(3 WIRES 120/240 – 60 – 1)

TABLE OF CONTENTS
1 SAFETY REGULATIONS.............................................................................................. 3
1.1 SAFETY LABELING AND WARNING SIGNS...................................................................................... 3
1.2 IMPORTANT INFORMATION .............................................................................................................. 3
1.3 DANGER OF FREEZING..................................................................................................................... 3
2 INSTALLATION ............................................................................................................ 3
2.1 POSITIONING THE FURNACE ........................................................................................................... 4
2.2 CLEARANCE TO COMBUSTIBLE MATERIAL.................................................................................... 4
2.3 CONFIGURATIONS............................................................................................................................. 4
2.4 ELECTRICAL SYSTEM ....................................................................................................................... 5
2.5 INSTALLATION OF THE THERMOSTAT ............................................................................................ 5
2.6 SUPPLY AIR ADJUSTMENTS............................................................................................................. 6
2.7 INSTALLATION OF ACCESSORIES ................................................................................................... 6
3 OPERATION ................................................................................................................. 7
3.1 START-UP ........................................................................................................................................... 7
3.2 OPERATING SEQUENCE ................................................................................................................... 7
3.3 USE OF MANUAL FURNACE CONTROLS......................................................................................... 7
3.4 AIRFLOW VERIFICATION................................................................................................................... 8
4 MAINTENANCE ............................................................................................................ 8
4.1 AIR FILTER.......................................................................................................................................... 8
4.2 MOTOR LUBRICATION....................................................................................................................... 8
5 INFORMATION ............................................................................................................. 9
TABLES AND FIGURES
FIGURE 1 - CONFIGURATION, UPFLOW INSTALLATION........................................................................... 4
FIGURE 2 - CONFIGURATION, DOWNFLOW INSTALLATION .................................................................... 4
FIGURE 3 - CONFIGURATION, HORIZONTAL INSTALLATION ................................................................... 4
FIGURE 4 - MANUAL FURNACE CONTROLS .............................................................................................. 8
TABLE 1 - TECHNICAL SPECIFICATIONS...................................................................................................10
TABLE 2 - AIR FLOW (CFM) – SUPREME WITH 1/3 HP MOTOR ...............................................................11
TABLE 3 - AIR FLOW (CFM) – SUPREME WITH 1 HP MOTOR ..................................................................11
FIGURE 5 - DIMENSIONS.............................................................................................................................11
FIGURE 6 - WIRING DIAGRAM 10KW WITH 1/3 HP MOTOR .....................................................................12
FIGURE 7 - WIRING DIAGRAM 15KW WITH 1/3 HP MOTOR .....................................................................13
FIGURE 8 - WIRING DIAGRAM 18 AND 20KW WITH 1/3 HP MOTOR AND 20KW WITH 1.0 HP...............14
FIGURE 9 - WIRING DIAGRAM 23KW WITH 1/3 HP AND 1 HP MOTOR....................................................15
FIGURE 10 - WIRING DIAGRAM 27 KW WITH 1 HP MOTOR .....................................................................16
EXPLODED VIEW OF COMPONENTS AND PARTS LIST ..................................................................... 18-19
TABLE 4 - SEQUENCER LIST ......................................................................................................................20
2

3
1 SAFETY REGULATIONS
1.1 SAFETY LABELING AND WARNING
SIGNS
The words DANGER, WARNING and CAUTION are used to
identify the levels of seriousness of certain hazards. It is
important that you understand their meaning. You will notice
these words in the manual as follows:
DANGER
Immediate hazards that WILL result in death, serious bodily
injury and/or property damage.
WARNING
Hazards or unsafe practices that CAN result in death, bodily
injury and/or property damage.
CAUTION
Hazards or unsafe practices that CAN result in bodily
injury and/or property damage.
1.2 IMPORTANT INFORMATION
WARNING
Non-observance of the safety regulations outlined in this
manual will potentially lead to consequences resulting in
death, serious bodily injury and/or property damage.
a) It is the homeowner’s responsibility to engage a
qualified technician for the installation and subsequent
servicing of this furnace;
b) Do not use this furnace if any part of it was under water.
Call a qualified service technician immediately to assess
the damage and to replace all critical parts that were in
contact with water;
c) Do not store gasoline or any other flammable
substances, such as paper, carton, etc. near the
furnace;
d) Never block or otherwise obstruct the filter and/or return
air openings;
e) Ask the technician installing your furnace to show and
explain to you the following items:
i. The main disconnect switch or circuit breaker;
ii. The air filter and how to change it (check monthly
and clean or replace if necessary);
f) Before calling for service, be sure to have the
information page of your manual close by in order to be
able to provide the contractor with the required
information, such as the model and serial numbers of
the furnace.
WARNING
Installation and repairs performed by unqualified persons
can result in hazards to them and to others. Installations
must conform to local codes or, in the absence of same, to
codes of the country having jurisdiction
The information contained in this manual is intended for use
by a qualified technician, familiar with safety procedures and
who is equipped with the proper tools and test instruments.
Failure to carefully read and follow all instructions in this
manual can result in death, bodily injury and/or property
damage.
1.3 DANGER OF FREEZING
CAUTION
If your furnace is shut down during the cold weather
season, water pipes may freeze, burst and cause serious
water damage. Turn off the water supply and bleed the
pipes.
If the heater is left unattended during the cold weather season,
take the following precautions:
a) Close the main water valve in the house and purge the pipes
if possible. Open all the faucets in the house;
b) Ask someone to frequently check the house during the cold
weather season to make sure that there is sufficient heat to
prevent the pipes from freezing. Tell this person to call an
emergency number if required.
2 INSTALLATION
This furnace is a true multi-position unit, in that it will function in
an upflow, downflow or horizontal configuration to the left or the
right. Only a few modifications are required during installation to
change from one position to another. The unit is shipped in the
upflow configuration and instructions as to how to change to the
other positions are included in this manual.
The unit requires a 120/240VAC power supply to the control
panel, thermostat hook-up as shown on the wiring diagram and
suitable air ductwork.
All local and national code requirements governing the
installation of central electric heating equipment, wiring and the
flue connection MUST be followed. Some of the codes that may
apply are:
ANSI/NFPA 70: National Electrical Code
CSA C22.1 or CSA C22.10:
Canadian Electrical Code
Only the latest issues of these codes may be used.

4
2.1 POSITIONING THE FURNACE
WARNING
Fire and explosion hazard.
The furnace must be installed in a level position, never
where it will slope toward the front.
Do not store or use gasoline or any other flammable
substances near the furnace
Non-observance of these instructions will potentially result
in death, bodily injury and/or property damage.
CAUTION
This furnace is not watertight and is not designed for
outdoor installation. It must be installed in such a manner
as to protect its electrical components from water.
Outdoor installation will lead to a hazardous electrical
condition and to premature failure of the equipment
If the furnace is installed in a basement or on a dirt floor, in a
crawl space for example, it is recommended to install the unit on
a cement base 2.5 cm to 5.0 cm (1’’ to 2’’) thick.
The unit must be installed in an area where the ambient and
return air temperatures are above 15˚C (60˚F). In addition, the
heater should also be located close to the center of the air
distribution system.
2.2 CLEARANCES TO COMBUSTIBLE
MATERIAL
2.2.1. Heating unit
The furnace is approved for zero clearance to combustible
material regardless of the heating capacity.
2.2.2. Supply air ducts
Ducts for furnaces with a heating capacity up to and including
20 k W, can be installed with a zero clearance to combustible
material.
Ducts for furnaces of 23 kW or more must have a clearance of
25 mm (1’’) to combustible material for the first 0.9 m (36’’) of
duct. Thereafter the clearance can be zero.
Units of 23 kW and up, installed in the downflow position must
use a DFB-FEM downflow base, which is especially designed
for this purpose. It ensures that the required clearances are
being adhered to.
2.3 CONFIGURATIONS
2.3.1. Upflow installation
The return air opening may be located on either side of the
furnace. Care should be taken not to damage the wires inside,
while cutting the opening. Install the filter rack supplied with the
unit according to the instructions provided with it. It is also
recommended to install the blower door before handling or
moving the unit. Refer to Figure 1 for additional details.
Figure 1
2.3.2. Downflow installation
When the furnace is installed in the downflow position on a
combustible floor, the clearances from combustibles must be
adhered to. The downflow base DFB-FEM can be used to
ensure these clearances. Refer to Figure 2 and the installation
instructions provided with the base.
Figure 2
2.3.3. Horizontal installation
When the furnace is installed in the horizontal position, either
suspended or on a combustible floor with a choice of right or left
discharge, the clearances from combustible material must be
adhered to. Refer to Figure 3 for additional details.
Figure 3

5
2.4 ELECTRICAL SYSTEM
The SUPREME furnace is completely pre-wired and all field
wiring must be connected to the terminal blocks on the unit. It
requires a 120/240 volt, 3-wire power supply.
WARNING
Risk of fire.
The conductor sizing must conform to the last edition of
the local or national codes.
Failure to follow this rule can result in death, bodily injury
and/or property damage.
Power supply to the unit can be made using copper or
aluminum wires. The wire size must be decided in accordance
to unit power consumption, the over current protection type and
capacity, the wire type and length, and the environment where
the unit is installed. If an aluminum wire is used, other
precautions must be taken to insure the conformity of the
installation. In all cases, all the factors affecting the wire gauge
must be considered and the installation codes followed.
The exterior of the unit must have an uninterrupted ground to
minimize the risk of bodily harm. A ground terminal is supplied
with the control box for that purpose.
In the event that wires inside the unit require replacement, these
must be as same type as originals. COPPER WIRING ONLY.
2.5 INSTALLATION OF THE THERMOSTAT
A thermostat must be installed to control the temperature of the
area to be heated. Follow the instructions supplied with the
thermostat. Install the thermostat on an interior wall in a
location where it will not be subject to direct sun light, lamps, air
diffusers, fireplaces, etc. Seal openings in walls to avoid air
currents that may influence the operation of the thermostat.
Also refer to the wiring diagrams provided with the heating/air
conditioning unit. The connections must be made as indicated
on the following diagrams and the wiring diagrams, p.12 and 16.
1-stage thermostat, electric heating only
2-stage thermostat, electric heating only
1-stage thermostat with outdoor control for 2-stage
function, electric heating only
2-stage thermostat, electric heating and air conditioning
2.5.1. Thermostat heat anticipator adjustment (if
required)
Certain thermostats are equipped with a heat anticipator that
must be adjusted according to the instructions supplied. This is
to ensure that the heating mode is comfortable and economical.
Generally speaking, on a single stage thermostat, a reading of
the current must be taken with an ammeter as follows:
1) Move the anticipator to its highest setting, rendering it
ineffective.
2) Remove the wire from the “W1” terminal and connect
an ammeter between the terminal and the wire.
3) Call for heat by raising the set point on the thermostat
and allow the furnace to run for 3 to 4 minutes to reach
its peak output.

6
4) Once the current has stabilized, a reading should be
taken and the anticipator adjusted to that value. If
longer heating cycles are desired, the anticipator can
be set to a higher value
2.5.2. Ducts and filters
The ducts must be sized such a way as to accommodate the
specified airflow and the available static pressure. Refer to the
applicable local and/or national installation codes.
Insulate the ducts that lead through non-heated areas. Use
flexible supply and return air connectors to avoid the
transmission of vibration. To make the unit run even quieter,
the installer should:
1) Use two elbows between each outlet and the supply
and return air plenum;
2) Cover the vertical sections of the supply and return air
duct with soundproofing material;
3) Use baffles in short radius elbows;
4) Use flexible hangers to suspend the ducts.
The SUPREME furnace is equipped with a filter frame for the
blower compartment. It must be installed on the outside of one
of the three sides or the bottom of the furnace. Once the
location of the installation has been determined, use the four
square knockouts for ease of cutting the opening.
A heat pump or an air conditioner can be added to this furnace,
in either the supply or return air duct. Carefully follow the
instructions provided with these appliances to ensure proper
installation and hook-up to the electric furnace. Refrigerant and
drainage pipes must in no way hinder access to the furnace
panels.
2.6 SUPPLY AIR ADJUSTMENTS
On units equipped with 4-speed blower motors, the supply air
must be adjusted based on heating/air conditioning output and
the static pressure of the duct system. For the desired airflow,
refer to the following table as well as the airflow tables based on
static pressure in the Technical Specifications section of this
manual.
For the adjustment of the airflow on heating mode, to obtain the
temperature rise described in the technical specification table on
p.10, the orange wire must be positioned on the terminal
corresponding to the LOW, MED-LOW, MED-HIGH or HIGH
blower speed. Blower speed are adjusted in factory for 0.5 inch
static pressure.
Supply air adjustment on heating mode
FURNACE
INPUT
POWER
KW
HP MOTOR
STATIC
PRESSURE
(in. w.c)
RECOMMENDED
BLOWER SPEED
0.2 LOW
FEM10 10 1/3 0.5 LOW
0.2 MED-LOW
FEM15 15 1/3 0.5 MED-LOW
0.2 MED-LOW
FEM18 18 1/3 0.5 MED-LOW
0.2 MED-LOW
FEM20 20 1/3 0.5 MED-HIGH
0.2 MED-HIGH
FEM23 23 1/3 0.5 MED-HIGH
0.2 MED-LOW
FEM20 20 1.0 0.5 MED-LOW
0.2 MED-LOW
FEM23 23 1.0 0.5 MED-LOW
0.2 MED-LOW
FEM27 27 1.0 0.5 MED-LOW
For the adjustment of the airflow on air-cooling mode, to obtain
a sufficient airflow (350 to 450 CFM per ton), the blue wire must
be positioned on the terminal corresponding to the LOW, MED-
LOW, MED-HIGH or HIGH blower speed. Blower speeds are
adjusted in factory for 0.5 inch static pressure.
Supply air adjustment on air cooling mode
FURNACE HP MOTOR
COOLING
CAPACITY
(0.5” w.c.)
RECOMMENDED
BLOWER SPEED
1.5 LOW
2.0 MED-LOW
2.5 MED-HIGH
FEM10, 15, 18,
20 and 23 1/3
3.0 HIGH
2.5 LOW
3.0 MED-LOW
3.5 MED-HIGH
4.0 HIGH
FEM20, 23 and
27 1.0
5.0 HIGH
If the heating and air-cooling speed are the same, the orange
wire and the blue wire can be connected on the same terminal
on the motor.
2.7 INSTALLATION OF ACCESSORIES
WARNING
Electrical shock hazard.
Turn OFF electrical power at the fuse box or service panel
before making any electrical connections and ensure a
proper ground connection is made before connecting line
voltage.
Failure to do so can result in death or bodily injury.

7
2.7.1. Humidifier and electronic air cleaner
This unit is equipped with a 120 VAC terminal for the connection
of accessories up to a maximum of 2 amps. A humidifier and an
electronic air cleaner can be wired to terminals “1” and “2” of the
unit. Refer to the wiring diagrams in this manual. A field
supplied 120/24 VAC transformer can be installed for
accessories using 24 VAC. A separate power source must be
used if the accessories draw more then 2 amps.
Certain accessories require control relays. A location has been
set aside in the unit for the installation of relays: a 24 VAC (part
number L01H009) or a 120 VAC (part number L01H011). In
addition, a 24 VAC relay can be wired between terminals “W1”
and “C” to be activated during a call for heat. Refer to the wiring
diagrams for the location of the relay (R-Acc-X) on the control
panel.
2.7.2. Use of a heat pump
When using a heat pump, a kit is required that prevents the
operation of the electric elements and the heat pump at the
same time. Refer to the instructions provided with the
thermostat or the “Fossil Fuel” type kit for the proper wiring of
the furnace and the heat pump.
The simultaneous operation of the electric elements and the
heat pump will cause overheating of either unit. The safety
controls of the appliances will shut down the elements, since
they are not designed to function in this fashion.
3 OPERATION
3.1 START-UP
Before starting up the unit, be sure to check that the following
items are in compliance:
1) The electrical installation and ventilation;
2) The blower access door is in place and the blower rail
locking screws are well tightened;
3) The blower speed adjustments for heating and air
conditioning are appropriate and according to the
specifications in this manual;
4) The thermostat of the room is in the heating mode and
is set higher than the ambient temperature.
To start the unit, turn the main electrical switch on.
3.2 OPERATING SEQUENCE
Heating mode
1) The thermostat closes the R-W1 circuit, thereby
activating the sequencers and elements of the first
heating stage, one by one. The blower starts up at low
speed at the same time as the first element comes on.
2) Approximately 1 minute after the R-W2 circuit closes, a
sequencer will cause the blower to go to heating speed
(R-2 relay). Then, the elements of the second stage
will come on, one by one.
Cooling mode
1) The thermostat closes the R-G circuit, thereby
activating the 24 VAC R-1 relay. The blower starts up
to cooling speed. The blower will also start up to
cooling speed by way of the “Fan” switch on the
thermostat.
2) The thermostat closes the R-Y contact, thereby
activating the compressor relay of the air conditioner.
3.3 USE OF MANUAL FURNACE CONTROLS
FIGURE 4
Manual Furnace Controls
When there is a demand for heat, the pilot light (“L-1”) comes
on. Refer to the wiring diagram.
When the ”HI/LO” switch is put into the “LO” position, it will shut
down approximately half the elements.
However, it is important to put the switch back to the “HI”
position during the winter months to ensure adequate
heating.
Also, this switch must remain in the “HI” position when a 2-stage
or outdoor thermostat is used to control the electric elements of
the second stage. Refer to the diagram in Section 1.5) above
(Typical 24 VAC Wiring, Thermostat).
The “ON/OFF VENT/FAN” switch engages the blower in the
continuous low speed mode. This will filter the air and provide
for better air distribution in the building.
The circuit breaker is there to protect the motor and control
circuit conductors. If the unit does not function, press the circuit
breaker button to see if it may have disengaged due to a power
surge. If the breaker has to be pressed again, the unit must be
checked by a qualified service technician.

8
4 MAINTENANCE
3.4 AIRFLOW VERIFICATION
Verify the airflow by taking readings of the following points,
while the elements are in the heating mode: WARNING
xTotal amperage of all the heating elements; Electrical shock hazard.
xVoltage at the furnace; Turn OFF power to the furnace before any disassembly or
servicing.
xSupply air temperature. The point of the reading must
not be affected by radiant heat from the elements; Failure to do so can result in death, bodily injury and/or
property damage.
xReturn air temperature.
From these readings, one can arrive at an approximate
calculation of the average airflow. To do that, the following
formulae should be used: Preventive maintenance is the best way to avoid unnecessary
expense and inconvenience. Have your heating system
inspected by a qualified service technician at regular intervals.
Do not attempt to repair the furnace or its controls. Call a
qualified service technician.
0.82 x amps. x volts
Liter/s= -------------------------
Diff. temperature ˚C
3.1 x amps. x volts Before calling for repair service, check the following points:
CFM = ------------------------ 1) Check fuses or the circuit breaker;
Diff. temperature ˚F 2) Check if the 15 A circuit breaker on the furnace is
disengaged;
3.4.1. Supply Air Temperature Rise Test 3) Set the thermostat higher than room temperature. If
the unit does not start up, cut the power and call la
qualified service technician.
1) Operate the unit at maximum power for at least 10
minutes;
2) Measure the air temperature in the return air plenum; When calling for service or ordering a replacement part, specify
the model and serial number of your appliance.
3) Measuring the air temperature in the largest trunk
coming off the supply air plenum, just outside the
range of radiant heat from the heat exchanger. 0.3 m
(12”) from the plenum of the main take-off is usually
sufficient;
4.1 AIR FILTER
The filter supplied with the unit is the disposable type and
should be replaced twice a year. The presence of animal hair,
dust, etc. may necessitate more frequent changes. Dirty filters
have an adverse effect on the performance of the central
heating system.
4) The temperature rise is calculated by subtracting the
return air temperature from the supply air temperature.
If the temperature rise exceeds the temperature specified in
Table 1, p.10, change to the next higher blower speed tap, until
the temperature rise falls to the target or below. If the excessive
temperature rise cannot be reduced by increasing fan speed,
investigate for ductwork obstructions or dirty and improper air
filter.
4.2 MOTOR LUBRICATION
Do not lubricate the blower motor, since it is permanently
lubricated.
CAUTION
It is important to check the airflow and to ascertain that the unit
does not operate above the temperatures specified in the
Technical Specifications (Table 1). This is particularly important
if a cooling coil or a heat pump has been installed in the ducts.
Hi-Limit thermal protectors should never need to engage during
the normal functioning of the appliance. They are strictly
designed to engage during the improper functioning of the
blower or when the filter was improperly maintained.
3.4.2. Vérification des limiteurs de température
After operating the furnace for at least 15 minutes, restrict the
return air supply by blocking the filters or the return air register
and allow the furnace to shut off on High Limit. The electric
heaters must deactivate themselves one by one before the
warm air temperature exceeds 200˚F
Remove the obstruction and the elements should restart after a
few minutes.

9
5 INFORMATION
Model: Serial number:
Furnace installation date:
Service telephone # - Day: Night:
Dealer name and address:
START-UP RESULTS
Voltage:
Total current consumed by the elements:
Supply air temperature:
Return air temperature:
Supply air duct static pressure:
Return air duct static pressure:
Total pressure:
Calculated air flow:
Current consumed by the blower motor:
Current consumed by the accessories:

10
TABLE 1
Technical Specifications
Power (Kw) (x
x
)10 15 18 20 23 20 23 27
Net capacity (BTU/h) 34120 51180 61420 68240 78480 68240 78480 92130
Heating temperature rise range (F) 140-50 45-60 50-75 55-75 60-80 55-75 60-80 60-80
ELECTRICAL SYSTEM
Volts - Hertz - Phase
Electrical element #1 (Kw) 5 5 4 5 4 5 4 5
Electrical element #2 (Kw) 5 5 5 5 5 5 5 5
Electrical element #3 (Kw) 5 4 5 4 5 4 5
Electrical element #4 (Kw) 5 5 5 5 5 4
Electrical element #5 (Kw) 5 5
Electrical element #6 (Kw) 4
Blower motor Consumption (Amp) 6 6 6 6 6 13 13 13
Heating Elements Consumption (Amp) 41 61 74 82 94 82 94 111
Total Consumption (Amp) 47 67 80 88 100 95 107 124
Circuit amperage (wire sizing) 259 84 100 112 125 119 134 155
Maximum size circuit breaker (Amp) 260 90 100 125 125 125 150 175
BLOWER DATA (factory adjusted to a static pressure of 0.5" W.C.)
Blower speed at 0.50" W.C. static pressure LOW MED-LOW MED-LOW MED-HIGH MED-HIGH MED-LOW MED-LOW MED-LO
Blower speed at 0.20" W.C. static pressure LOW MED-LOW MED-LOW MED-LOW MED-HIGH MED-LOW MED-LOW MED-LO
Motor (HP) / number of speeds
Blower size
GENERAL INFORMATION
Overall dimensions (width x depth x height)
Supply
Return
Filter quantity and size
Shipping weight
Maximum cooling capacit
4
W
W
y
2) Calculated on the basis of Norm C22.2 Nr.236
RATINGS AND PERFORMANCE
20" x 20" x 36.5"
15" x 18"
19" x 19"
G10-8
FEMxx -M2401AM-A
1/3 HP / 4 speeds
FEMxx -M2401BM-A
3 wires 120/240 - 60 - 1
1 HP / 4 speeds
1) Select a blower speed that will generate the specified temperature rise
(1) 20" x 20"
5 tons3 tons
48 Kg / 105 lbs
GT12-10

11
TABLE 2
Air Flow (CFM) – SUPREME with 1/3 HP motor
0,1 0,2 0,3 0,4 0,5 0,6 0,7
LOW 715 700 690 675 660 650 635
MED-LOW 935 900 870 835 800 770 735
MED-HIGH 1090 1050 1010 970 930 890 850
HIGH 1285 1250 1220 1185 1150 1120 1085
Blower Speed Static Pressure
The airflow values are expressed in cubic feet per minute (CFM’), rounded to 5 CFM more or less.
These readings were taken with the air filter installed.
TABLE 3
Air Flow (CFM) – SUPREME with 1 HP motor
0,1 0,2 0,3 0,4 0,5 0,6 0,7
LOW 1035 1030 1030 1025 1020 1020 1015
MED-LOW 1315 1300 1285 1270 1255 1240 1225
MED-HIGH 1715 1650 1590 1525 1460 1400 1335
HIGH 1935 1900 1870 1835 1800 1770 1735
Blower Speed Static Pressure
The airflow values are expressed in cubic feet per minute (CFM), rounded to 5 CFM more or less.
These readings were taken with the air filter installed.
FIGURE 5
Dimensions
DNS-0982 Rev.B

12
FIGURE 6
Wiring Diagram 10 kW with 1/3 HP motor

13
FIGURE 7
Wiring Diagram 15 kW with 1/3 HP motor

14
FIGURE 8
Wiring Diagram 18 and 20 kW with 1/3 HP motor
and 20 kW with 1.0 HP

15
FIGURE 9
Wiring Diagram 23 kW with 1/3 HP and 1 HP motor

16
FIGURE 10
Wiring Diagram 27 kW with 1 HP motor

COMPONENTS
AND
REMPLACEMENT PARTS
17

18
PARTS LIST
Exploded View
B50002F
Please refer to Table 4
, p
.20

19
PARTS LIST
SUPREME with 1/3 HP and 1 HP motor: FEMxx-M2401AM-A and FEMxx-M2401BM-A
ITEM PART # DESCRIPTION COMMENTS
1A B03274-01 HEATING ELEMENT PLATE ASSEMBLY FEM-10kW (1/3 HP) Item 11 included
1B B03275-01 HEATING ELEMENT PLATE ASSEMBLY FEM-15kW (1/3 HP) Item 11 included
1C B03276-01 HEATING ELEMENT PLATE ASSEMBLY FEM-18kW (1/3 HP) Item 11 included
1D B03276-02 HEATING ELEMENT PLATE ASSEMBLY FEM-20kW (1/3 HP) Item 11 included
1E B03277-01 HEATING ELEMENT PLATE ASSEMBLY FEM-23kW (1/3 HP) Item 11 included
1F B03278-01 HEATING ELEMENT PLATE ASSEMBLY FEM-27kW (1/3 HP) Item 11 included
1H B03314-01 HEATING ELEMENT PLATE ASSEMBLY FEM-23kW (1 HP) Item 11 included
1I B03317-01 HEATING ELEMENT PLATE ASSEMBLY FEM-27kW (1 HP) Item 11 included
2A B03273 FRONT DIVIDER ASSEMBLY (1/3 HP)
2B B03313 FRONT DIVIDER ASSEMBLY (1 HP)
3 B03260 CASING ASSEMBLY Item 4 included
4 B03302 CASING INSULATION
5 B03263 TOP PANEL ASSEMBLY Items 6, 7 & 8 included
6 L01J001 CIRCUIT BREAKER 15 AMP
7 L07F015 ROCKER SWITCH SPDT
8 L01L006 PILOT LIGHT
9 B03286 HEATING ELEMENT COVER
10A L99H008 HEATING ELEMENT 5kW
10B L99H009 HEATING ELEMENT 4kW
11A R02N015 THERMODISK L150-55F 10 to 23kW - 1/3 HP
11B R02N019 THERMODISK L140-55F 23 to 27kW - 1.0 HP
12 B03288 MOUNTING PLATE FOR ELECTRICAL, TOP
13 B03289 MOUNTING PLATE FOR ELECTRICAL, SIDE
14 L05F004 TERMINAL STRIP, 4-POSITION
15 L01H009 RELAY SPDT 24 VAC
16 L01F009 TRANSFORMER 120-24Volts
17 L99F004 TERMINAL BLOCK
18* See Table 4 SEQUENCER Please refer to Table 4, p.20
19 B03265 TERMINAL BLOCK SUPPORT ASSEMBLY
20 B03280 DOOR, ELECTRICAL COMPARTMENT
21 Z04F004 PAPER FILTER 20 x 20 x 1
22 B03257-01 DOOR, BLOWER COMPARTMENT Item 23 included
23 B02293-22 BLOWER DOOR INSULATION
24 B03258 FLOOR Item 25 included
25 B02293-21 FLOOR INSULATION
26 B03299 FILTER RACK ACCESS
27 B03298 FILTER RACK U-FRAME
28 B30513 BLOWER RAIL
29 B03264 DIVIDER Item 28 included
30A B03301-01 REPLACEMENT BLOWER ASSEMBLY (1/3 HP) Item 31, 32, 34 & 38 included
30B B03318-01 REPLACEMENT BLOWER ASSEMBLY (1 HP) Item 31, 32, 34 & 38 included
31A B01291-04 SEAL STRIP (1/3 HP)
31B B01291-01 SEAL STRIP 1 1/2" x 13 1/8" (1 HP)
32A Z01I002 BLOWER G10-8DD (1/3 HP)
32B Z01I008 BLOWER GT12-10DD (1 HP)
33A Z01L001 BLOWER WHEEL G10-8DD (1/3 HP)
33B Z01L003 BLOWER WHEEL G12-10DD (1 HP)
34A L01I001 CAPACITOR 5 MF (1/3 HP)
34B L01I003 CAPACITOR 10 MF (1 HP)
35 B01024 CAPACITOR SUPPORT
36 B03303 BLOWER ELECTRICAL HARNESS
37A B01888 MOTOR SUPPORT BAND AND LEGS (1/3 HP)
37B B01889 MOTOR SUPPORT BAND AND LEGS (1 HP)
38A L06G007 MOTOR 1/3 HP
38B L06K004 MOTOR 1.0 HP
39A L01H009 ACCESSORY RELAY 24 VAC Optional
39B L01H011 ACCESSORY RELAY 120 VAC Optional
L50002F

20
Sequencer
number* Part
#
I
C
P
#
Part
#
I
C
P
#
Part
#
I
C
P
#
Part
#
I
C
P
#
Part
#
I
C
P
#
18
A
1 305563 R02N018 305563 R02N018 305563 R02N018 305563 R02N018 305563 R02N018
18B 2 305136 R02N017 305891 R02N016 305891 R02N016 305136 R02N017 305136 R02N017
18C 3 305136 R02N017 305891 R02N016 305891 R02N016 305891 R02N016
18D 4 305891 R02N016 305136 R02N017
18E 5 305891 R02N016
Item
TABLE 4
FEM10 FEM15 FEM18/20 FEM23 FEM27
(Please refer to the Parts List, item 18, page 19)
*The sequencer numbers are identified on the wiring diagrams, Figures 6 to 10 inclusively.