Carrier 40UV Quick guide

40UV, UH050-200
Unit Ventilators
Installation, Start-Up and Service Instructions
CONTENTS
Page
SAFETY CONSIDERATIONS ......................... ]
INTRODUCTION ..................................... ]
PREINSTALLATION .................................. 1
Unpack and Inspect Units ........................... 1
Protect Units From Damage ......................... 1
Prepare Jobsite for Unit Installation ................. 1
Identify and Prepare Units ........................... 1
PHYSICAL DATA ................................... 1,2
INSTALLATION ................................... 2-24
Placing Vertical Units in Position .................... 2
Placing Horizontal Units in Position ................. 2
Make Piping Connections ........................... 8
Make Electrical Connections ........................ 8
Actuators (Field-Supplied) ........................... 8
Make Duct Connections ............................ 23
Make Final Preparations ............................ 24
START-UP .......................................... 24
SERVICE ........................................ 25-41
Preventing Excessive Condensation on Unit ....... 25
Check Drain ........................................ 25
Fan Motor Bearings ................................ 25
Fan Shaft Ball Bearing .............................. 25
Clean Fan Wheel ................................... 25
Clean or Replace Air Filters ........................ 25
ECM Motor Removal and Reinstallation ............ 25
Blower Assembly Section Removal and
Reinstallation .................................... 27
Coil Assembly Removal and ReinstallaUon ......... 30
Ball Bearing Replacement .......................... 32
Sleeve Bearing Replacement ....................... 37
Blower Wheel Removal and Reinstallation .......... 39
Damper Section Removal and Reinstallation ....... 40
SAFETY CONSIDERATIONS
Installation and servicing of this unit can be hazardous due
to system pressure, electrical components and equipment loca-
tion (such as a ceiling or elevated structure). Unwained person-
nel can perform the basic maintenance functions of replacing
filters. Only trained and qualified service personnel should per-
form all other operations.
When installing this unit, observe precautions in the litera-
ture, tags and labels attached to the equipment, and may other
safety precautions that may apply.
Follow all safety codes.
Wear safety glasses and work gloves.
Use care in handling and installing this accessory.
Use quenching cloth for all brazing operations.
Have fire extinguisher available for all brazing
operations.
INTRODUCTION
This document contains general installation instructions for
the 40UV,UH unit ventilators. Refer to the 40UV,UH Unit Ven-
tilators with Product Integrated Controls (PIC) Installation,
Start-Up and Service instructions manual for specific PIC
control instructions. Refer to the unit wiring diagram or to
specific manufacturer literature for any other type of factory-
mounted controls.
See submittal drawings for unit configurations, dimensions,
clearances, and pipe connections. Refer to unit wiring label for
all electrical connections; follow NEC (National Electrical
Code) and local codes.
PREINSTALLATION
Unpack and Inspect Units -- Remove shipping wraps
from all units. Check the shipment against shipping order. If
shipment is damaged or incomplete, file claim with transporta-
tion company and advise Carrier immediatel_
Protect Units From Damage -- To maintain war-
ranty, protect units against adverse weather, theft, vandalism,
and debris on jobsite. Do not allow foreign material to fall into
drain pan. Prevent dust and debris from being deposited on
motor and fan wheels.
If the equipment is stored for any length of time before in-
stallation, it should remain in its shipping container in a clean,
dry, and climate controlled area.
Prepare Jobsite for Unit Installation -- To save
timeand to reducethe possibility of costly errors, setupacom-
plete sample installation in a typical room atjobsite. Check all
critical dimensions such as pipe, wire, and duct connection
requirements. Refer to job drawings and product dimension
drawings as required. Instruct all trades in their part of the
installation.
Identify and Prepare Units
l. Be stme power requirements match available power
source. Refer to the unit nameplate and wiring diagran'L
2. Remove front (40UV) or bottom (40UH) access panels
from the unit. Retain the 5/32-in.socket head fasteners and
panels for reinstallation later.
3. Rotate the fan shaft by hand to ensure that fans are
unrestricted and can rotate freely. Check for shipping
damage and fan obstructions.
PHYSICAL DATA
Component weight data of 40UV, UH units is provided in
Table 1.
Before performing service or maintenance operations, turn
off main power switch to the unit. Electrical shock could
cause personal injury.
Manufacturer reserves the Wightto discontinue, or change at any time, specifications or designs without notice and without incuning obligations.
Book 3 Catalog No. 534-095 Pdntad in U.S.A, Form 40UV, UH-TSI Pg 1 5-05 Replaces: 40UV, UH-2SI

Table I -- Physical Data
UNIT 40UV, UH
NOMINAL AIRFLOW (Cfm)
FANS
Quantity
Diameter (In.)
Width (in.)
RLTERS
Nominal Size (In.) (1 in. thick)
Nominal Size (In.) 12 in. thick)
Quantity
4OUV SHIPPING WEIGHT**
(Approx Ib)
16% in. Deep Unit
217Is in. Deep Unit
40UH SHIPPING WEIGHT**
(Approx Ib)
30112in. Deep Unit
36 in. Deep Unit
40 in, Deep Unit
44 In. Deep Unit
40UV INSTALLED WEIGHT**
(Approx Ib)
16518in. Deep Unit
2171aIn. Deep Unit
40UH INSTALLED WEIGHT**
(Approx Ib)
301/2 In. Deep Unit
36 in. Deep Unit
40 In, Deep Unit
44 In, Deep Unit
COIL WATER WEIGHT
{Approx Ib per row of coil)
COIL CONNECTIONS (In. OD)
Water Coils with 1 to 5 Rows
Steam Coils (All Units)
050*
500
1
832
8
93/+x24+/4
9 x 241/4
1
330
340
315
325
1.0
075
750
2
8.32
8
93/,=x 361/+
9 x 36+/,=
1
400
410
420
50O
530
380
390
405
485
515
100 125
1000 1250
3 4
8.32 8.32
8 8
9_/4x481/4 93/4x601/+
9x48114 9x 60114
1 1
480 590
490 605
500 620
600 740
640 790
460 570
470 595
480 600
580 720
620 770
2.0 2.4
150
1500
5
8.32
8
93/4 x 721/+
9 x 721/4
1
66O
675
690
83O
88O
640
655
670
810
860
1.5 2.7
Return7/s Su_sply
% 11/.
Suction Liquid
DX Coils 7/s 3/s
LEGEND *40UV only.
DX -- Direct Expansion I'40UH 40 and 44 in. deep units only.
200t
2000
5
9.5
6
93_ x 721_
9 x 721/4
1
1020
1050
m
1000
1030
2.7
**Weight based on damper-controlled unit with 5-row coil and factory-
installed controls.
INSTALLATION
Units must be installed level and plumb. Failure to do so
may result in excessive vibration and/or premature failure.
Placing Vertical Units in Position
1. Select the unit location; ensure that service clearance is
provided. Allow enough grille clearance to maintain
un-restricted airflow. See submittal drawings and Fig. I
and 2 for dimensions.
2. Make sure wall behind unit is smooth and plumb; if
necessary, install furring strips on walls with irregular
surfaces or mullions. Furring sttips must be positioned
behind mounting holes in unit. Fasteners, furring strips,
and other seals (ff reqnired) must be field supplied.
3. Remove all wall and floor moldings from behind the uniL
4. Move unit into position. Unit must be snug against wall
and furring strips.
5. Adjust unit leveling legs so unit is level. Unit must be
level for proper operation and condensate drainage.
6. Using field-supplied fasteners, reach into unit and attach
unit to the wall using the 3/4 in. mounting holes in the
back panel.
7. Protect the unit from jobsita debris. Do not allow foreign
material to fall into drain pan. Prevent dust and debris
from being deposited on motor or fan.
Placing Horizontal Units in Position
1. Select the unit location; ensure that service clearance is
provided. Allow enough grille clearance to maintain unre-
stticted airflow. Make sure that ceiling is able to support
the weight of the unit. See Fig. 3-5 for nominal unit weight.
See submittal drawings and Fig. 3-5 for dimensions.
NOTE: See page 23 for additional requirements regard-
ing units ducted to multiple openings.
2. Ensure that bottom panels have been removed from unit.
When unit is lifted, access to the 3/4in. mounting holes is
through the bottom of the uniL Hanger rods and fasteners
and other required hardware must be field supplied.
3. Using a forklift or other mechanical lifting device, raise
the unit to the mounting position. If forklift or other
lifting device is likely to contact a painted wall surface,
protect the surface as necessary.
4. Use rods and fasteners to suspend the unit at the
mounting holes on the top of the uniL The unit must be
suspended at the 3/+in. mounting holes; do not use any
other locations.
5. If desirod" install field-supplied vibrati°n is°lators" Adjust
isolators so unit is uniformly suspended and pitched.
6. To ensure proper drainage and operation, ensure unit is
level and tighten all fasteners. DO NOT mount the unit
on a slope. Pitch of horizontal suspended units can
change afar coil is filled; recheck after frilling ceil.
7. Protect the unit from jobsite debris. Do not allow foreign
material to fall into drain pan. Prevent dust and debris
from being deposited on motor or fan.

.76 _ REMOVABLEsoTroMPANEL
(TYp)_ 10.61(Typ)_(EACH END)
,I
12'37t !..... r....l l
DISCHARGE GRILLE
12.10 (TYP)
1.00 _ "- I
(UNIT SHOWN /
WITH 1.00" END
PANELS)
CCN
CONTROLLER
(OPTIONAL)
FRONT SERVICE
PANELS
(SEE NOTE 3)
O
I
W1
(SEE NOTE 2)
I
I
7- -J /
FRONT VIEW
/
/
F-,_r_
L--J I
,4
I
I
FH
LJ
•- 16.63 _,
/ MOTOR 240
PIPING I
L2.oo TUNNE ---
ELECTRICAL
BOX
_NON-FUSED
DISCONNECT
SWITCH I
_2.95 4 13,90 F
--RECESSED RETURN
AIR/KICKPANEL
7.02
'--I
27.30
30.00
RIGHTSIDE VIEW
8.08 REMOVABLE PANEL
{TYP-SEE ( EACH END)
NOTE 2) PIPE T
7.04 (TYP)
1.54(TYP)
OPENING
(EACH END)
7.00 ('wP)
18.25
.75
(MOUNTING
HOLES-TYP-
4 PLACES)
W2
_'-OUTSIDE AIR
OPENING
4.50 .90
REAR VIEW
22.00
2.00
(r-,'P)
6.75 (TYp) LEGEND
CCN -- Carrier Comfort Network_
UNIT AIRFLOW DIMENSIONS(In. APPROXIMATE
SHIPPING
40UV (cfm) Wl W2 W3 WEIGHT (Ib)
050 500 50 24 16.60 330
075 750 62 36 31.67 400
100 1000 74 48 46.74 480
125 1250 86 60 61.81 590
150 1500 98 72 78.47 660
APPROXIMATE
INSTALLED
WEIGHT (Ib)
315
380
460
57O
640
NOTES:
1. All dimensionsare in inches.
2. Dimension does not includeend panels.
3. Three front panels provided for service access.
4. Motor and electrical power input box on right side of
unit. Box includes fan speed switch,On/Off switchand
non-fused disconnect switch.
5. Connection hand is determined by facing discharge of
unit.
Fig. 1 -- 40UV Dimensions -- 16s/a-in.Deep Units
(Standard)

5.98
(TYP)--
12.57
2,08
(ZYP)_
1.00
(UNIT SHOWN
WITH 1.00" END
PANELS)
CCN
CONTROLLER
(OPTIONAL)
FRONT SERVICE
PANELS
(SEE NOTE 3)
? I(_)_"_(F_HEOVANBDL_EBOTTOMPANEL I_ 5.20
..... w3 "21L
_ _- 5.22 TOPVIEW_BARSTOCK t_ 1.70
DISCHARGEGRILLE
Wl
(SEE NOTE2)
-- 12.00(TYP)
/
/
--7 o
i F-_3
I--
/iiiiii •.,
FMOTOR
_- 2.00
ELECTRICAL
_BOX
NON-FUSED
DISCONNECT
_SWITCH
JL PIPING
TUNNEL_
-- 3.00
FRONT VIEW RECESSED RETURN
AIR/KICK PANEL
REMOVABLE PANEL
8.08 (EACH END)
(TYP-SEE
NOTE2)
-7.04 (]YP)
•" 1.54 (TYP)
7.00 (TYp)
OPENING
(EACH END)
2'404_
1.7
+' fl
-1o.57-
ENDVIEW
18.25
,75
(MOUNTING
HOLES-TYP-
4 PLACES)
W2
OUTSIDE AIR
OPENING
4.50
REAR VIEW LEGEND
CCN -- Carrier Comfort Network_
UNIT AIRFLOW DIMENSIONS(in.) APPROXIMATE
40UV SHIPPING
(cfm) Wl W2 W3 WEIGHT (Ib)
050 500 50 24 16.60 340
075 750 62 36 31,67 410
100 1000 74 48 46,74 490
125 1250 86 60 61,81 605
150 1500 98 72 78.47 675
APPROXIMATE
INSTALLED
WEIGHT (Ib)
325
39O
470
595
655
NOTES:
1. All dimensions are in inches,
2. Dimension does not include end panels.
3. Three frontpanels provided for service access.
4. Motor and electrical power input box on right side
of unit. Box includes fan speed switch, On/Off
switchand non-fused disconnect switch.
5, Connection hand is determined by facing dis-
charge of unit.
Fig. 2 -- 40UV Dimensions -- 217/tin. Deep Units
(With Piping Chase)

LEFT SIDE VIEW
5.22
FRONT VIEW DISCHARGE GRILLE
(OPTIONAL)
,00
(UNIT SHOWN
WITH 1.00" END
PANELS)
CON
CONTROLLER
(OPTIONAL)
BO3-1OM SERVICE
PANELS
(SEE NOTE 3)
Wl
(SEE NOTE 2) _MOTOR
d'
r_/ _- 2.8o
L_ II _ ELECTRICAL
I" BOX
- i
k_ _NON-FUSED
Immmmmlm-.-O,SCO,',,,,ECTswITCH
BOTTOM VIEW _ RETURN AIR
LOUVERED PANEL
(OPTIONAL
8.08
(TYP-SEE REMOVABLE PANEL
NOTE 2) (EACH END) 1.54
(TYP)
18.25 w2 -t 17.50
.75 OUTSIDE AIR 2.50
(MOUNTING OPENING (TYP)
HOLES-TYP- -- 4.50 6.75 (TYP)
4PLACES) TOP VIEW
LEGEND
CCN -- Carrier Comfort Network'_
227 . w2 r3oo
I i,
'_ _REAR OUTSIDE I
\AIR OPENING (OPTIONAL) I_
REAR RETURN 5.75
AIR OPENING (OPTIONAL)
REAR VIEW
UNIT AIRFLOW DIMENSIONS (in.) APPROXIMATE APPROXIMATE
SHIPPING INSTALLED
40UH (cfm) Wl W2 W3 WEIGHT_b) WEIGHT_b)
075 750 62 36 31,67 420 405
100 1000 74 48 46,74 500 480
125 1250 86 60 61,81 620 600
150 1500 98 72 78,47 690 670
NOTES:
1. All dimensions are in inches.
2. Dimension does not include end panels.
3. Two bottom panels providedfor service access.
4. Motor and electrical power input box on right side of
unit.Box includes fan speed switch,On/Off switch and
non-fused disconnect switch.
5. Connection hand is determined by facing discharge of
unit.
Fig. 3 -- 40UH Dimensions -- 301/2-in. Deep Units

LEFT SIDE VIEW
(SIZES 075 TO 150)
t
16.63
IIJl_lllllt Irllllll _lllllll I Il
(TO OPENING)
(OPENING) FRONT VIEW _DOUBLE DEFLECT
LEFT SIDE VIEW
(SIZE200)
1.00
(UNIT SHOWN
WITH 1.00"
4.00 _ _ 7.50 END PANELS)
_-L-._;%EL
40.00
i
CCN
/CONTROLLER
(OPTIONAL)
BOTFGM SERVICE
PANELS
(SEE NOTE 3)
DISCHARGE GRILl
(OPTIONAL)
Wl .
(SEE NOTE 2)
MOTOR_ -ELECTRICAl
Box
', ,0
, 'r
-[I--
IIIIIIIII
RETURN AIR __
LOUVERED PANEL •NON-FUSED
(OPTIONAL) DISCONNECT
BOTTOM VIEW SWITCH
8.00
NOTE 2)
REMOVABLE PANEL
(EACH END)
W4
3167
(TYP)
LEGEND
CCN -- Carrier Comfort Network_
.75
-- (MOUNTING HOLES- 4.75
TYP-4 PLACES) (TYP) -
TOP OUTSIDE AIR
'_ OPENING (OPTIONAL)
w2
31 ' I_
1.25 TOP VIEW
2.27 REAR OUTSIDE AIR 3.00
5.00 _OPENING (OPTIONAL)7
II _1 o ,, t_-
5.75--1 g_,_Su_,_N_L)_
REAR VIEW
1.00_P)
17.50
2.50
(TYP)
6.75 (TYP)
UNIT AIRFLOW DEPTH DIMENSIONS (in.)
4OUH (cfm) (in.) Wl W2 W3 W4 W5
075 750 36 82 36 36 18.67 7.DO
100 1000 36 74 48 48 18.67 7.00
125 1250 36 86 60 60 18.67 7.00
150 1500 86 98 72 72 18,67 7.00
200 2000 40 98 !72 72 26.92 10.00
APPROXIMATE
SHIPPING
WEIGHT (Ib)
5OO
600
740
83O
1020
APPROXIMATE
INSTALLED
WEIGHT(Ib)
485
580
720
810
1000
NOTES:
1. All dimensions are ininches.
2. Dimension does not include end panels.
3. Two bottom panels provided for service
access.
4. Motor and electrical power input box on
right side of unit. Box includes fan speed
switch, On/Off switch and non-fused dis-
connect switch.
5. Connection hand is determined by facing
discharge of unit.
Fig. 4 -- 40UH Dimensions -- Front Discharge Units

1 460o---I
LEFT SIDE VIEW
(SIZES 075 TO 150) 1.00
4.00 _ _ 7.50 (UNITSHOWNw]TH1.00"
END PANELS)
I __ I__ _L PiPE
"1_TUNNEL W5 (OPENING
1 .00
LEFT SIDE VIEW
(SIZE 200) CON
CONTROLLER
(OPTIONAL)
BOTI'OM SERVICE
PANELS
(SEE NOTE 3)
16.63
FRONT VIEW
----9
_v I
(SEE NOTE 2)
(OPENING)
:::::::::::::::::::::::::::::::::::::::::::::::::
;.......................................... ,,,jPl
/JIILIIIIIIIII /
RETURN AIR
LOUVERED PANEL
(OPTIONAL)
BOI-I'OM VIEW
-ELECTRICAL
BOX
NON-FUSED
DISCONNECT
SWITCH
8.00
NOTE 2)
REMOVABLE PANEL
(EACH END)
(TYP) 1.00 (TYP)
,. )11
OPENING (OPTIONAL
W4 17.50
LEGEND
CCN -- C_rierCom_dNe_ork_
3.67
(TYP)
.75
(MOUNTING HOLES---
TYP-4 PLACES)
UNIT AIRFLOW DEPTH DIMENSIONS (In.) SHIPPING
40UH (cfm) (In.) Wl W2 W3 W4 W6 WEIGHT (Ib)
075 750 40 62 36 36 18.67 7.00 530
100 1000 40 74 48 48 18.67 7.00 640
125 1250 40 86 60 60 18.67 7.00 790
150 1500 40 98 72 72 18.67 7.00 880
200 2000 44 90 72 72 26.92 10.00 1050
1.25 TOP VIEW
2.27 REAR OUTSID_2AIR
5.00 _._ _ iN_I jL__ OPENING (OPTtONAL)_ _3.00
II 3-! o ,, I
5.75 _ REAR ,RGE[(UFFFN,_NRAL) _-
REAR VIEW
APPROXIMATE APPROXIMATE NOTES:
2.50
(TYP)
INSTALLED
WEIGHT lib)
515
620
77O
060
1030
1. All dimensions are in inches.
2. Dimension does not include end panels.
3. Two bottom panels provided for service
access.
4. Motor and electricaJ power input box on
right side of unit. Box includes fan
speed switch, On/Off switch and non-
fused disconnect switch,
5. Connection hand is determined by fac-
ing discharge of unit.
Fig. 5 -- 40UH Dimensions -- Down Discharge Plenum
?

Make Piping Connections -- Access to piping is
available throughthe accesspanels at the front, top, or end of
the vertical unit (horizontal accessfrom bottomor side). Route
piping through the pipe tunnel or the unit's back panel or floor
panel. Metal blank-off panels must be trimmed to complete
piping installation. All piping connections must be performed
by qualified personnel in accordance with local and national
codes.
DRAIN CONNECTIONS -- Condensate drain connections
are located on each end of the drain pan near the bottom of the
unit. Condensate drain line must be 3/4 in. copper tubing,
galvanized pipe, PVC or similar plastic pipe. Install drain line
maccordance with all applicable codes. Insulate the drain
line to prevent sweating. See Fig. 6for typical drain trap
construction.
Units with cooling coils require traps to prevent air from
entering the condensate fitting and preventing proper drainage.
Drain must flow downhill from the unit a minimum of Vs in.
per ft_Drain must be free and clear at all times.
3/4"
PVC OR COPPER 3/4= GALVANIZED PiPE
3" MIN
2" MIN
Fig. 6 -- Typical Condensate Drain Trap
Construction
EQUAL[ZER
SENSING BULB (CLAMPED TO
SUCTION LINE AND INSULATEDI
SUCTION LINE
Insulate drain lines to prevent condensate. Care must be
taken to avoid interference with control panel on left side
drain. LIQUID LINE
WATER SUPPLY/RETURN CONNECTIONS -- Install pip-
mg in accordance with all applicable codes. All piping must be
supported separately from coils.
Water supply must be connected so thatentering water is on
leaving-air side of coil. See the connection labels on the unit to
locate the inlet. Coils must be adequately vented to prevent air
binding. Be sure valves are in proper operating position and are
easily accessible for adjustment.
If coil and valve package connections will be made with a
solder joint, care should be taken to ensure that components in
the valve package are not subjected to high temperatures winch
may damage seals or other materials. Many 2-position electric
control valves are provided with a manual operating lever. This
lever should be in the OPEN position during all soldering
operations.
If coil connection is made with a union, the coil side of the
union must be prevented from taming (it must be backed up)
during tightening. Do not overtighten! Overaghtening will dis-
tort (egg shape) the union seal surface and destroy the unior_
NOTE: A freezestat is factory-installed when a hot water/steam
coil is installed.
STEAM CONNECTIONS -- On units with steam heating
coils, the maximum steam pressure applied to the unit should
never exceed 10 psig (operating pressure 6 psig).
DIRECT EXPANSION REFRIGERANT PIPING -- Use the
condensing unit manufacturer's recomrt_nded line sizes and
requirements. Perform leak test using nitrogen. Evacuate and
charge per recommended heating, ventilation, and air condi-
tioning (HVAC) procedures and all applicable codes. Insulate
suction hne after leak test up to the coil section end plate for
correct operation and to eliminate sweating. Use refrigerant-
grade copper lines only. The unit is NOT to be applied as a
heat pump.
See Fig. 7 for refrigerant piping connections with recom-
mended locations for the thermostatic expansion valve (TXV)
and sensing bulb.
HYDRONIC COIL PIPING -- When all joints am complete,
perform hydrostatic test for leaks. Vent all coils at this time.
Check interior unit piping for signs of leakage from shipping
damage or mishandling. If leaks are found, notify a Cartier
representative before initiating any repatrs. Release trapped air
from system (refer to Make Final Preparations section).
NOTE:FollowTXVmanufacturer'sinstructions.
Fig. 7 -- Typical TXV (Thermostatic Expansion
Valve) Installation
All water coils must be protected from freezing after initial
filling with water. Even if system is drained, unit coils may
still have enough remaining water to cause damage when
exposed to temperatmes below freezing.
Following the hydrostatic test, insulate all piping up to the
coil section end plate to prevent sweating.
To ensure compliance with building codes, restore the struc-
ture's original fire resistance rating by sealing all holes with
material carrying the same fire rating as the structure.
Make Electrical Connections -- Refer to unit serial
plate for required supply voltage, fan and heater amperage and
required circuit ampacities. Refer to unit wiring diagram for
unit and field wiring. See Tables 2M.for electrical data.
All input power wiring connections are accessed through
the electrical panel on front right-hand side of the unit. Use the
openings that am for the piping connections. See the dimen-
sional drawings Fig. 1-5 for electrical box connections.
The fan motor should never be controlled by any wiring or
device other than the factory-supplied switch or thermostat/
switch combination unless prior factory authorization is ob-
tained. Fan motor may be temporarily wired for use during
construction only with prior factory approval and only in strict
accordance with the instructions issued at that time.
All electrical connections should be made by qualified per-
sonnel and be in accordance with governing codes and ordinanc-
es. Any modification of unit wiring without factory authorization
will invalidate all factor 3,warranties and nullify any agency list-
ings. See Fig. 8A and 8B for typical wiring connections for basic
unit without CCN (Carder Comfort Networlc_) controls.
Actuators (Field-Supplied) -- Field-supplied actuators
must be mounted on 1/2in.diameter damper shafts.

Table 2 -- Electric Heater Data for Units with PSC Motor
UNIT FLA
40UV05O
(at 500 Cfm)
HP NOMINAL NUMBER
OF
V/PhiHz ELEMENTS
3
4
208/1/60 5
6
3
4
240/1/66 5
6
3
4
277/1/60 5
6
1/5 3
4
298/3/60 5
6
3
4
240/3/60 5
6
3
4
460/3/60 5
6
LEGEND
DX -- Direct Expansion
FLA -- Full LoadAmps
I-AT -- Leaving-Air Temperature at 70 F Entering-Air
Temperature
MCA -- Unit Minimum CircuitAmpacity
MOCP -- Maximum Overcurrent Protection(Maximum Fuse Size
or Circuit Breaker Amps)
PSC -- Permanent Split Capacitor
17.2
22.2
27.3
32.3
19.5
25.3
31.2
37.0
16.6
21.8
26.9
31.9
10.8
15.8
19.5
19.5
12.1
17.9
22.2
22.2
6.0
3.9
11,9
11.0
LAT
(F)
9O
97
104
110
97
106
113
124
97
106
115
124
9O
97
104
110
97
108
115
124
97
106
115
124
NOTES:
TOTAL
MCA MOCP CAPACITY
(kW)
21.5 25 3,2
27,8 30 4,2
34.1 35 5.3
40.4 45 6.3
24.4 25 4.2
31.7 35 5.6
39.0 40 7.0
46.3 59 8.4
21.0 25 4.2
27.3 30 5.6
33,6 35 7.0
39.9 40 8,4
13.5 15 3.2
19.8 20 4.2
24.4 25 5,3
24,4 25 6,3
15,1 20 4,2
22,4 25 5,6
27,8 30 7.0
27,8 36 8.4
7,5 15 4.2
11,1 15 5,6
13.8 15 7,0
13,8 15 8.4
1. LAT (Leaving Air Temperature) (F) is measured at nominal cfm.
2. Water and DX coils used on electric heat units have left-hand
coilconnections.
3. Electric heat isavailable inthe reheat positiononlyand connec-
tionsare on the rightside.
4. Face and bypass units are available with 3 heating elements
only.

Table2-- ElectricHeaterDataforUnitswithPSCMotor(cent)
UNIT HP FLA
40UV,UH075
(at759Cfm) 1/5
NOMINAL NUMBER
OF
V/Ph/Hz ELEMENTS
3
4
208/1/60 5
6
3
4
240/1/60 5
6
3
4
277/1/60 5
6
3
4
208/3/60 5
6
3
4
240/3/60 5
6
3
4
460/3/60 5
6
LEGEND
DX -- Direct Expansion
FLA -- Full LoadAmps
LAT -- Leaving-Air Temperature at 70 F Entering-Air
Temperature
MCA -- Unit Minimum Circuit Ampacity
MOCP -- Maximum Overcurrent Protection(Maximum Fuse Size
or Circuit Breaker Amps)
PSC -- Permanent SplitCapacitor
23.7
30.9
38.1
45.3
27.0
35.3
43.7
52.0
23.3
30,5
37.7
44.9
14.5
21.7
27.0
27.9
16.5
24.8
30.9
30.9
8,2
12.3
15.4
15,4
I-AT
(F)
89
96
102
108
96
104
113
121
96
104
113
121
89
96
102
108
96
104
113
121
96
104
113
121
NOTES:
TOTAL
MCA MOCP CAPACITY
(kW)
29.6 30 4.5
38.6 40 6.0
47.6 50 7.5
56.7 60 9.0
33.8 35 6.0
44.2 45 8.0
54.6 60 10.0
65.0 70 12.0
29.1 30 6.9
38.1 40 8.0
47.1 50 10.0
56.2 60 12.0
18.2 20 4.5
27.2 30 6.0
33.8 35 7,5
33,8 35 9,0
20.6 25 6.0
31.0 35 8.0
38.6 40 10.0
38.6 40 12.0
10.2 15 6.9
15.4 20 8,0
19.2 20 19.0
19.2 20 12.0
1. LAT (Leaving Air Temperature) (F) is measured at nominal cfm.
2. Water and DX coils used on electric heat units have left-hand
coil connections.
3. Electric heat is available in the reheat position only and connec-
tions are on the right side.
4. Face and bypass units are available with 3 heating elements
only.
]0

Table2-- Electric Heater Data for Units with PSC Motor (cont)
UNIT HP FLA
40UV,UH100
(at 1000 Cfm)
NOMINAL NUMBER
OF
V/Ph/Hz ELEMENTS
3
4
208/1/50 5
6
3
4
240/1/00 5
6
3
4
277/1/60 5
0
3
4
208/3/60 5
6
3
4
240/3/60 5
6
3
4
460/3/60 5
6
LEGEND
DX -- DirectExpansion
FLA -- Full LoadAmps
I.AT -- Leaving-Air Temperature at 70 F Entering-Air
Temperature
MCA -- Unit Minimum Circuit Ampacity
MOCP -- Maximum Overcurrent Protection(Maximum Fuse Size
or Circuit Breaker Amps)
PSC -- Permanent Split Capacitor
30.9
40.5
50.2
59.8
35.3
46.5
57.6
68.7
30.5
40.1
49.7
59.4
18.7
26.3
35.4
35.4
21.3
32.4
40.5
40.5
10.6
16.1
20.2
20.2
LAT
(F)
89
95
102
I 0B
96
104
112
121
96
104
112
121
89
05
102
108
96
104
112
121
96
I04
112
121
NOTES:
TOTAL
MCA MOCP CAPACITY
(kW)
38.6 40 6.0
50.7 60 8.0
62.7 70 10.0
74.7 80 11.9
44.2 45 8.0
58,1 60 10.7
72.0 80 13.3
85,8 90 16.0
38.1 40 8.0
50.1 60 10.7
62.2 70 13.3
74.2 80 16,0
23.4 25 6.0
35.4 40 8.0
44.3 45 10.0
44.3 45 11.9
26.6 30 8.0
40.5 45 10.7
50.7 60 13.3
50.7 60 16.6
13,2 15 8.0
20.1 25 10.7
25.2 30 13.3
25.2 30 16.0
1. LAT (LeavingAir Temperature) (F) is measured at nominalcfm.
2. Water and DX coils used on electric heat units have left-hand
coil connections.
3, Electric heat is available in the reheat position only and connec-
tions are on the right side.
4. Face and bypass units are available with 3 heating elements
only.
1]

Table 2 -- Electric Heater Data for Units with PSC Motor (cont)
UNIT HP NOMINAL NUMBER
OF FLA LAT MCA
V/Ph/Hz ELEMENTS (F)
40UV, UH125
(at 1250 Cfm) %
208/1/60
240/1/60
277/1/60
208/3/60
240/3/60
460/3/60
3
4
5
8
3
4
5
6*
3
4
5
6
3
4
5
6
3
4
5
6
3
4
5
6
LEGEND
DX
FLA
LAT Temperature
MCA -- Unit Minimum Circuit Ampacity
MOCP -- Maximum Overcurrent Protection(Maximum Fuse Size
or Circuit Breaker Amps)
PSC -- Permanent Split Capacitor
38.1
50.1
62.2
74.2
43.7
57.6
71.4
85.3
37.7
49.7
61.8
73.8
22.9
34.9
43.7
43.7
26.1
40.0
50.2
50.2
13.0
19.9
25.0
25.0
89
96
102
108
96
104
113
121
96
104
113
121
99
96
1O2
108
96
104
113
121
96
104
113
121
47.6
62.7
77.7
92.8
54.6
71.9
99.3
106.7
47.1
62.2
77.2
92.2
28.6
43.6
54.7
54.7
32,6
59.0
62.7
62.7
16.2
24.9
31.3
31.3
TOTAL
MOCP CAPACITY
(kw)
50 7.5
70 10.0
80 12.5
100 15.0
60 10.0
86 13.3
90 16.7
110 20.0
50 10.6
70 13.3
80 16.7
100 20.0
30 7.5
45 10.0
60 12.5
60 15,0
35 10.0
56 13.3
70 16.7
70 20,0
2O 10.0
25 13.3
35 16.7
35 20.0
-- Direct Expansion
-- Full Load Amps
-- Leaving-Air Temperature at 70 F Entering-Air
NOTES:
1. LAT (Leaving Air Temperature) (F) is measured at nominal cfm.
2. Water and DX coils used on electric heat units have left-hand
coilconnections.
3. Electric heat isavailable inthe reheat position onlyand connec-
tions are on the right side.
4. Face and bypass units are available with 3 heating elements
only,
*Left-hand coil connections only.
]2

Table2-- Electric Heater Data for Units with PSC Motor (cont)
UNIT HP FLA
40UV, UH180
(at 1500 Cfm)
NOMINAL NUMBER
WPhiHz OF
ELEMENTS
3
4
208/1/60 5
6*
3
4
240/1/80 5*
6
3
4
277/1/60 5
6
3
4
208/3/60 5
6
3
4
240/3/60 5
6
3
4
460/3/60 5
6
LEGEND
DX -- Direct Expansion
FLA -- Full LoadAmps
I-AT -- Leaving-Air Temperature at 76 F Entering-Air
Temperature
MCA -- Unit Minimum CircuitAmpacity
MOCP -- Maximum Overcurrent Protection(Maximum Fuse Size
or Circuit Breaker Amps)
PSC -- Permanent Split Capacitor
45.3
59.8
74.2
88,7
52.0
68.7
85.3
44.9
59,4
73,9
27.0
41.5
52.1
52.1
30.9
47.6
59.8
59.8
15.4
23.7
29.8
29.6
LAT
(F)
89
96
102
103
95
104
113
96
104
113
89
96
102
108
96
104
113
121
96
104
113
121
NOTES:
TOTAL
MCA MOCP CAPACITY
(kW)
56.7 60 9.0
74.7 80 12.0
92.8 100 15.0
110.8 125 18.0
65.0 70 12.0
85.8 90 16.0
196.7 110 20,0
56.2 60 12.0
74.2 80 16.0
92.3 100 20.0
33,8 35 9,0
51,9 60 12.0
65.1 79 15.0
55,1 70 18.0
38,6 40 12,0
59,5 60 16,0
74.8 80 20.0
74.8 80 24.0
19.2 20 12,0
29.6 30 16.0
37.3 40 20,0
37.3 40 24.0
1. LAT (Leaving Air Temperature) (F) is measured at nominalcfm.
2. Water and DX coils used on electric heat units have left-hand
coilconnections.
3. Electric heat isavailable inthe reheat position onlyand connec-
tionsare on the rightside.
4. Face and bypass units are available with 3 heating elements
only.
*Left-hand coilconnections only,
13

Table3-- Electric Heater Data for Units with ECM
UNIT FLA MCA MOCP
40UVO50
(at 500 Cfm)
HP NOMINAL NUMBER
OF
V/Ph/Hz ELEMENTS
3
4
208/1/60 5
6
3
4
240/1/60 5
6
3
4
277/1/60 5
6
1/3 3
4
208/3/60 5
6
3
4
240/0/60 5
6
3
4
460/3/60 5
6
LEGEND
DX -- Direct Expansion
FLA -- Full LoadAmps
LAT -- Leaving-Air Temperature at 70 F Entering-Air
Temperature
MCA -- Unit Minimum Circuit Ampacity
MOCP -- Maximum Overcurrent Protection (Maximum Fuse Size
or Circuit Breaker Amps)
PSC -- Permanent Split Capacitor
16,5
21.5
26.6
31.6
18.8
24.6
30.5
36.3
16.3
21.3
26.4
31.4
10.1
15.1
18.8
18.8
11.4
17.2
21.5
21,5
5,4
8,3
10.5
10.6
LAT
(F)
90
97
104
110
97
106
116
124
97
106
115
124
90
97
104
116
97
106
115
124
87
106
115
124
NOTES:
20.6
26.9
33.2
39.5
23.5
30.8
38,1
45.4
20.3
26.6
33.0
39.3
12.6
18.9
23.5
23.5
14.3
21.6
26.9
26.9
6.8
10.4
13,1
13.1
25
30
35
40
25
35
40
50
25
30
35
40
15
20
25
25
15
25
30
30
16
15
15
15
TOTAL
CAPACITY
(kW)
3.2
4.2
5,3
6.3
4.2
5.6
7.0
8.4
4.2
5.6
7.0
8,4
3.2
4.2
5.3
6.3
4.2
5.6
7,0
8.4
4.2
5.6
7.0
8.4
1. LAT (Leaving Air Temperature) (F) is measured at nominalcfm.
2. Water and DX coils used on electric heat units have left-hand
coilconnections.
3. Electric heat isavailable inthe reheat positiononly and connec-
tions are on the right side.
4, Face and bypass units are available with 3 heating elements
only.
]4

Table3-- Electric Heater Data for Units with ECM (cont)
UNIT HP NOMINAL NUMBER
OF FLA LAT
V/PWHz ELEMENTS (F) MCA
40UV,UH075
(at 750 Cfm) l&
208/1/60
240/1/60
277/1_0
208/3/60
240/3/60
460/3/60
LEGEND
3
4
5
6
3
4
5
6
3
4
5
6
3
4
5
6
3
4
5
6
3
4
5
6
DX -- Direct Expansion
FLA -- Full LoadAmps
LAT -- Leaving-Air Temperature at 70 F Entering-Air
Temperature
MCA -- Unit Minimum CircuitAmpacity
MOCP -- Maximum Ovemurrent Protection(Maximum Fuse Size
or Circuit Breaker Amps)
PSC -- Permanent Split Capacitor
24.0
31.2
38.4
45.6
27,3
35.6
44,0
52.3
23.7
30.9
38.1
45.3
14.8
22.6
27.3
27.3
16,8
25.1
31.2
31.2
8.2
12.3
15.4
15.4
NOTES:
89
96
102
108
96
134
113
121
96
104
113
121
89
96
102
108
96
104
113
121
96
104
113
121
30.0
39.0
48.0
57.0
34,1
44.5
55.0
65,4
29.6
38.6
47.6
56,7
18.5
27.6
34.2
34.2
20,9
31.4
39.0
39.0
10.2
15.4
19.2
19.2
TOTAL
MOCP CAPACITY
(kW)
30 4.5
40 6.0
50 7.5
60 9.0
35 6.0
45 8.0
60 10,0
70 12.0
30 6.0
40 8.0
50 10.0
60 12.0
20 4.5
30 6.0
35 7.5
35 9.0
25 6.0
35 8.0
40 10.0
40 12.0
15 6.0
20 8,0
20 10.0
20 12.0
1. LAT (Leaving AirTemperature) F) ismeasured at nominalcfm.
2. Water and DX coils used on electric heat units have left-hand
coilconnections,
3. Electric heat isavailable inthe reheat positiononly and connec-
tionsare on the right side.
4. Face and bypass units are available with 3 heating elements
only.
]5

Table 3 -- Electric Heater Data for Units with ECM (cont)
UNIT
40UV,UH100
(at1000Cfm)
HP
'/3
NOMINAL
V/Ph/Hz FLA
NUMBER
OF
ELEMENTS
3
4
5
6
3
4
5
6
3
4
5
0
3
4
5
6
3
4
5
6
3
4
5
6
MCA MOCP
31,5 39,4 40
41,1 51,4 66
208/1/60 50,8 63.4 70
50,4 75,5 80
35.9 44.9 45
47.1 58.8 60
240/1/80 58.2 72.7 80
69.3 88,5 90
31.2 39,0 40
40.8 51 .O 60
277/1/60 50.4 63.1 70
60.1 75.1 80
19.3 24.1 25
28.9 36.2 40
200/3/60 36.0 45.0 50
36.0 45.0 50
21.9 27.3 30
33.6 41.2 45
240/3/50 41.1 51.4 60
41.1 51.4 60
10.6 13,3 15
16.2 20.2 25
460/3/80 20.3 25.3 30
20.3 25.3 30
LAT
(F)
89
95
102
108
96
104
112
121
96
104
112
121
89
95
192
108
96
104
112
121
95
104
112
121
LEGEND
-- Direct Expansion
-- Full Load Amps
-- Leaving-Air Temperature at 70 F Entering-Air
TOTAL
CAPACITY
(kW)
6.0
8.0
10.0
11.9
8.0
10.7
13.3
16,0
8.0
10.7
13.3
16.0
6.0
8.6
10.0
11.9
8.0
10.7
13.3
16.0
8.0
10.7
13.3
16.0
DX
FLA
LAT Temperature
MCA -- Unit Minimum Circuit Ampacity
MOCP -- Maximum Overcurrent Protection (Maximum Fuse Size
or Circuit Breaker Amps)
PSC -- Permanent Split Capacitor
NOTES:
1. LAT (Leaving Air Temperature) (F) is measured at nominalcfm.
2. Water and DX coils used on electric heat unitshave left-hand
coil connections.
3. Electric heat is availeble in the reheat positiononly and connec-
tions are on the right side.
4. Face and bypass units are available with 3 heating elements
only.
]6

Table3-- Electric Heater Data for Units with ECM (cont)
UNIT HP NOMINAL
V/Ph/Hz FLA MCA MOCP
40UV, UH125
(at 1250 Cfm) 1/2
DX -- Direct Expansion
FLA
I_AT
208/1/60
240/1/60
277/1/60
208/3/60
240/3/60
460/3/60
NUMBER
OF
ELEMENTS
3
4
5
6
3
4
5
6*
3
4
5
6
3
4
5
6
3
4
5
6
3
4
5
6
LEGEND
-- Full Load Amps
Leaving-Air Temperature at 70 F Entering-Air
Temperature
39.4
51.5
63.5
75.5
45,0
58,9
72.7
86.6
39.0
51.0
63,1
75.1
24.2
36.2
45,0
45.0
27.4
41.3
51.5
51.5
13.2
20.2
25.3
25.3
LAT
(F)
69
96
102
108
96
104
113
121
96
1O4
113
121
99
98
102
108
96
104
113
121
96
104
113
121
49.3
64.3
79.4
94.4
56.2
73.6
90.9
108.3
48.7
63.8
78.8
93.9
30.2
45.3
56.3
56.3
34.2
51.6
64.3
64.3
16.5
25,2
31.6
31.6
50
70
80
100
60
80
1oo
11o
50
70
80
100
35
50
60
60
35
60
70
7o
20
30
35
35
TOTAL
CAPACITY
(kw)
7.5
10.0
12.5
15.0
10.0
13.3
16.7
20.0
10.0
13.3
16.7
20.0
7.5
10.0
12.5
15.0
10.0
13.3
16.7
20.0
10.0
13.3
16.7
20.0
MCA -- Unit Minimum Circuit Ampacity
MOCP -- Maximum Overcurrent Protection(Maximum Fuse Size
orCircuit Breaker Amps)
PSC -- Permanent Split Capacitor
NOTES:
1. LAT (Leaving AirTemperature) (F) is measured at nominalcfm,
2. Water and DX coils used on electric heat units have left-hand
coil connections,
3, Electric heat is available inthe reheat positiononly and connec-
tions are on the right side.
4. Face and bypass units are available with 3 heating elements
only.
*Left hand coil connections only.
]7

Table3-- ElectricHeaterDataforUnitswithECM(cont)
UNiT
40UV, UH150
(at 1500 Cfm)
HP
1/2
NOMINAL
V/PIdHz
208/1/60
240/1/60
277/1/60
208/3/60
240/3/60
460/3/60
NUMBER
OF
ELEMENTS
3
4
5
6*
3
4
5*
6
3
4
5
6
3
4
5
6
3
4
5
6
3
4
5
6
LEGEND
DX -- Direct Expansion
FLA -- Full LoadAmps
LAT -- Leaving-Air Temperature at 70 FEntering-Air
Temperature
FLA
46,7
61.1
75.6
90.0
53.3
70.0
86.6
46.2
60.7
75.1
28.3
42.8
53.4
53.4
32.2
48.9
61,1
51,1
15,6
24.0
30.1
30,1
LAT
(F)
89
96
102
108
96
104
113
96
104
113
89
95
102
108
96
104
113
121
96
104
113
121
MCA
58.3
76.4
94.4
112.5
66.6
87.5
108.3
57.8
75.8
93,9
35.4
53.5
66.7
66.7
40.3
61.1
76.4
76.4
19.5
30.0
37.6
37.6
TOTAL
MOCP CAPACITY
(kW)
60 9.0
80 12.0
100 15.0
125 18.0
70 12.0
90 16.0
110 20.0
60 12.0
80 16,0
100 20.0
40 9.0
60 12.0
70 15.0
70 18.0
45 12.0
70 16.0
80 20.0
80 24.0
20 12.0
30 16.0
40 20,0
40 24.0
MCA -- Unit Minimum Circuit Ampacity
MOCP -- Maximum Overcurrent Protection (Maximum Fuse Size
or CircuitBreaker Amps)
PSC -- Permanent Split Capacitor
NOTES:
1. LAT (Leaving Air Temperature) (F) is measured at nominalcfm,
2. Water and DX coils used on electric heat units have left-hand
coilconnections.
3. Electric heat isavailable inthe reheat positiononly and connec-
tions are on the right side.
4. Face and bypass units are available with 3 heating elements
only.
*Left handcoil connections only.
]8

Table3-- Electric Heater Data for Units with ECM (cont)
UNIT HP NOMINAL NUMBER
OF FLA LAT MCA
V/Ph/Hz ELEMENTS (F)
4OUH2OO
(at 2000 Cfm) ¾
208/1/60
240/1/60
277/1/60 77,7 102 97.1
208/3/60
3
4
5
6*
3
4
5*
6
3
4
5
240/3/60
50.1
64.6
79.0
93.5
56.8
73.5
90.1
48,8
63.3
84
89
94
99
89
96
102
89
96
62.7
80.7
99.8
116.8
71.0
91.8
112.7
61.0
79.1
TOTAL
MOCP CAPACITY
(kw)
70 9.0
90 12.0
100 15.0
125 18.0
80 12.0
100 16.0
125 20.0
70 12.0
80 16,0
100 20.0
40 9.0
60 12.0
80 15.0
80 18.0
45 12.0
70 16.0
90 20.0
90 24.0
25 12.0
35 16.0
40 20.0
40 24.0
460/_60
6
3
4
5
6
3
4
5
6
3
4
5
6
LEGEND
DX -- Direct Expansion
FLA -- Full Load Arnps
I.AT -- Leaving-Air Temperature at 70 F Entering-Air
Temperature
31.8
46.3
56.9
56.9
35.7
52.4
64.6
64.6
16.9
25.2
31.3
31.3
84
89
94
99
89
96
102
109
89
96
102
108
39.8
57.9
71,1
71.1
44,6
65.5
80.8
80.8
21.1
31.5
39.1
39.1
MCA -- Unit Minimum Circuit Ampacity
MOCP -- Maximum Overcurrent Protection (Maximum Fuse Size
or Circuit Breaker Amps)
PSC -- Permanent Split Capacitor
NOTES:
1. LAT (Leaving Air Temperature) (F) is measured at nominalcfm.
2. Water and DX coils used on electric heat units have left-hand
coil connections.
3. Electric heat is available in the reheat positiononly and connec-
tions are on the rightside,
4. Face and bypass units are available with 3 heating elements
only.
*Left hand coil connections only.
!9

UNIT 40UV, UH SIZE
050*
O75
100
125
150
MOTORHp
1/s
t/s
1/s
1/5
1/s
Table 4 -- Motor Data
PSC MOTORS
VOLTAGE FLA MCA MOP (Amps)
115 3.7 4.6 8.3
208/230 2,0 2.5 4.5
265 1.6 2.0 3.6
115 3,7 4.6 8.3
208/230 2.0 2.5 4.5
265 1.6 2.0 3.6
115 3.7 4.6 8.3
208/230 2.0 2.5 4.5
265 1.6 2.0 3.6
115 3,7 4.6 8.3
208/230 2.0 2.5 4.5
265 1.6 2.0 3.6
115 3.7 4.6 8.3
208/230 2.0 2.5 4.5
265 1.6 2,0 3.6
MAX FUSE SBE
(Amps)
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
UNIT 40UV, UH SIZE
O50*
075
106
125
150
2001"
MOTORHp
1/3
1/2
1/2
¾
LEGEND
ECM -- Electronically Commutated Motor
FLA -- Full Load Amps
MCA -- Minimum Circuit Amps
MOP -- Maximum Overload Protection
PSC -- Permanent Split Capacitor
*Available in vertical configuration only.
"i-Available in horizontal configuration only.
ECM
VOLTAGE FLA MCA MOP
115 1.4 1.8
208/230 1.3 1,6
265 1.1 1.4
115 3,7 4.6
208/230 2.3 2,9 5.1
265 2,0 2.5 4.5
115 4,0 5.0 9.1
208/230 2.6 3.2 5.6
265 2.3 2.9 5.1
115 4.7 5.9 10.6
208/230 3.3 4.1 7.4
265 2.9 3.6 6.6
115 4.7 5.9 10.6
208/230 3.3 4.1 7.4
265 2.9 3.6 6.6
115 9.6 12.0 21.6
208/230 6.8 8.5 15.3
265 5.5 6.9 12.4
(Amps)
3.1
2.9
2.6
8.3
MAX FUSE SIZE
(Amps)
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
20
15
15
2O