Omega Products FLD106 Installation Manual
INSTALLATION, OPERATION
& MAINTENANCE INSTRUCTIONS
AIR COOLED CONDENSERS
FLUID COOLERS
HEAT RECLAIM UNITS
CONTENT
SAFETY CONSIDERATIONS .........................2
INTRODUCTION..............................................2
HANDLING.......................................................3
INSTALLATION ...............................................3
STEPS #1 INSPECTION/LOCATION:..3
STEP #3 WIRING:.........................................3
STEPS #4 PIPING/LEAK TESTING ....3
OPERATION .....................................................4
FAN MOTORS/FAN CYCLING...................4
MAINTENANCE - CLEANING .......................4
TABLE 1: FLUID COOLERS: ..........................5
TABLE 2: CONDENSER & HEAT
RECLAIM ............................................6 to 16
Fig # 1: Standard legs .......................................17
Condenser/Fluid Cooler Dimensions........18& 19
Fig. #2 : Extended Legs....................................20
Fig #3 : 2 fans ...................................................21
Fig # 4: 1 fan ....................................................22
Table #3............................................................23
Table #4............................................................24
Table #5............................................................25
Table #6............................................................26
Table #7............................................................27
Replacement part list…………………... 28 & 29
WARRANTIES................................................30
SAFETY CONSIDERATIONS
Installing, starting up, and servicing
equipment can be hazardous due to system
pressures, electrical components and equipment
location (roofs, elevated structures, etc.). Only
trained, qualified installers and service
mechanics should install, start up, and service
this equipment.
When working on the equipment, observe
precautions in the literature and on the tags,
stickers, and labels attached to the equipment.
Follow all safety codes. Wear safety glasses
and work gloves. Keep quenching cloths and fire
extinguisher nearby when brazing. Use care in
handling, rigging, and setting bulky equipment.
WARNING
Before installation, always check to be sure
main power to systems is OFF. Electrical
shock can cause personal injury or death.
INTRODUCTION
Air Cooled condensers series CCR, CMR, CLR,
CLW, CLX, CNR, CNW, CNX, CVR, CVW,
CVX, CCD, CQD, CLD, CMD, CH8, CL8,
CHD and CID are designed for refrigerant
condensing of refrigeration and air conditioning
systems. They can be manufactured for single or
multiple circuits, for single or multiple
compressors.
Fluid coolers series FCD, FLD, FID, FMD,
FNV, FVD, FVV and FND are designed to cool
glycol, oil or any other fluid that is not corrosive
to copper and will not let the leaving air
temperature exceed 140°F (60°C).
Heat recovery units HCD and HMD are designed
to recover heat from refrigeration system in
warehouse or shipping area.
2
HANDLING
CAUTION : Do not use forklift truck to
handle units. Use only chains with hooks and
spread bars to lift units.
When a unit is shipped on its side, two or three
hangers are installed. Use them to unload the
unit from truck.
A lift truck can be used with the wood base in
that position only to lower the unit on the
ground.
Two others hangers, four, six or eight legs
(depending on the unit) and the required
hardware are supplied attached to the cabinet.
Lifting method 1 :
• Install all the legs on the same side as
hangers.
• Gently lower the unit on those legs.
• Install hangers on opposite side.
• Raise the other side and install other legs.
• Install chains and spread bars to raise the
unit to its final position.
Lifting method 2 :
• Gently lower the unit on a flat surface.
• Install hangers on opposite side.
• Install chains and spread bars to raise the
unit.
• Lift the unit and install all the legs.
• Lift the unit to it’s final position.
See fig # 1 for more details. If the unit as been
ordered with extended legs, see fig. #2 for field
assembly. Also refer to table #1, #2 for unit
weight.
INSTALLATION
STEP #1 INSPECTION:
If the unit is suspected of having been damaged
in transit, immediately notify the carrier and file
a claim with that carrier. The refrigeration coil
section(s) of the unit should display a pressurised
nitrogen gas holding charge. Unit should then be
pressurised to 350 psi with dry nitrogen gas and
leak-checked prior to rigging; this to insure no
coil damage has occurred after the unit left the
factory. Bolts & nuts may have become loose in
transit, as well as electrical components. Please
make sure that everything is tight prior to startup.
STEP #2 LOCATION:
Condensers and fluid coolers are installed on the
roof or ground level. If a unit is installed on the
ground it must be fenced to prevent possible
damage. Heat recovery units are installed inside
at the ceiling level. Check loading capacity of the
roof, the ceiling or the floor before installation.
The unit is intended to be installed in an
atmosphere containing only neutral water
vapour, natural precipitation and air. Use in any
other atmosphere must be checked for
compatibility with metals, materials and coating
used in manufacturing of this equipment.
Unit positioning as well as firmness and perfect
levelness of mounting base supports are
important: Good installation practices are well
known and are to be followed. Air flow paths on
all sides as well as coil inlet and fan discharge
areas are not to be restricted. Unit positioning
that may result in air recirculation as well as
prevailing wind impedance is to be avoided.
If a unit is to be placed close to a wall the
minimum distance should be 24 inches for single
row of fans and 48 inches for double row of fans.
If units are to be placed side by side, the
minimum distances should be 48 inches for
single row of fans and 96 inches for a double
row of fans. The chosen location must be
convenient and allow safe accessibility for
maintenance.
STEP #3 WIRING:
NOTE: A wiring diagram is provided with the
unit, it is located on the inner face of the
electrical box access door.
All wiring must be done in accordance with
national and local codes. Check the nameplate
with the current characteristics to be used for
wiring unit. Internal wiring connections of the
fan motors, optional controls and contactors have
been completed at the factory. Once wired, make
sure the unit has been grounded. Disconnect
switch at the unit must be provided by others.
On air cooled condensers with flooding valve,
one fan (single width unit) or one pair of fans
(double width unit) must operate when
compressor is operating to avoid internal damage
to the condenser coil.
3
STEP #4 PIPING:
probably occur.
CAUTION: The unit has not been designed to
carry the weight of any extended piping or
valves. The piping must be well supported
otherwise tube breaking at the coil will most
All refrigerant or fluid system components must
be installed in accordance with applicable local
and national codes and in accordance with good
engineering practice required for proper
operation.
Use top quality refrigeration tubing that is
internally free of dirt, humidity or other
contaminants. Unsealed tubing should not be
used. Long radius elbows are recommended.
Dry nitrogen must be swept through the lines
while joints are brazed to avoid oxidation and
carbon deposits.
IMPORTANT: The use of a calibrated
pressure gage and regulator must always be
used with nitrogen gas cylinders.
To minimise hydraulic shock line breakage
possibilities, valving and controls must be
designed to eliminate any rapid introduction of
hot gas into cold piping. Most especially if the
piping contains liquid refrigerant or is at a much
lower pressure than the hot discharge gas, which
can be the case of double-wide condensers that
feature one-half operation during winter. Plans
should be for utilising either a slow-shifting
three-way/four-way valve, or not completely
lowering to suction pressure the condenser coil
side that deactivates during winter. Most often, a
combination of both of these options works well
in geographic areas that encounter lower than
freezing seasonal outdoor temperatures.
Air-cooled condensers must be provided with
inverted “P” trap with a purge connection. A
separate sub cooling circuit may be necessary if
liquid line must rise to level higher than the unit.
Vibration in the discharge or liquid line must be
corrected immediately to avoid piping and/or
header breakage and refrigerant loss.
Generally, horizontal-piping runs should grade
slightly downwards in the direction of the flow.
Liquid line piping must be arranged so that it is
free draining from the condenser to the receiver.
It is best to pipe liquid lines so that there is an
immediate drop, at least 2 or 3 feet, at the
condenser outlet, before headering or running
horizontally.
STEP #5 LEAK TESTING:
Leak testing and evacuation must be done in
accordance with local and national codes.
Once all refrigerant connections are made, leak
test all joints before charging the system with
refrigerant. After leak testing, all moisture and
non-condensable gas must be evacuated from the
system. Attach high vacuum line pump and gage
on both high and low pressure sides of the
system. A minimum vacuum level of 100
microns is required to effectively remove
moisture.
Be sure all valves such as compressor, hot gas,
receiver, and liquid solenoid valves are open.
Break the vacuum in the system with the
refrigerant to be used. Always charge the
refrigerant into the system through a new 16 cu.
in drier (field supplied) in the charging manifold
line.
OPERATION
The notice below depicts the label that is affixed
to the control box cover.
WARNING
ONE FAN (SINGLE WIDTH UNIT) OR ONE
PAIR OF FANS (DOUBLE WIDTH UNIT)
OPERATE SIMULTANEOUSLY TO AVOID
Not complying to this condition can cause
uneven rapid expansion and contraction of the
condenser core tubing contributing to condenser
tubes failures. Violation of this condition will
void the warranty of the misused unit.
For a refrigeration system to function properly,
the condensing pressure and temperature must be
maintained within certain limits.
To prevent excessively low head pressure during
winter operation, two basic control methods are
used, refrigerant side control and air side control.
Warranty Condition
AND THE COMPRESSOR MUST
DAMAGE TO THE CONDENSER COIL.
4
1) A) Refrigerant-side control is accomplished
by modulating the amount of active
condensing surface available for condensing
by flooding the coil with liquid refrigerant.
This method requires a receiver and a larger
charge of refrigerant. See fig. #3.
B) Refrigerant-side control by doing the
one-half condenser operation. The
condenser is initially resigned with two
equal sections, each accommodating 50% of
the load during normal operation.
During winter an ambient controlled flow
divider valve blocks off one section of the
condenser and pumps down the inactive
section in the suction. This saves the
flooding overcharge and sometimes allows
the shutdown of the fans on the inactive
condenser side. Fig. #4
2) Airside control is accomplished by cycling
fans in response to condensing pressure or
outdoors-ambient temperature. To reduce
stress on the condenser coil, one fan or one
pair of fans must operate when a condenser
is operating. Speed control on the constant
operating fan may be used to reduce motor
cycling and stabilise the operating pressure.
See table 3 to 6 for more information.
For low ambient operation this method must be
combined with refrigerant side control.
FAN MOTORS:
Check the fan blade clearances within the
venturies, as well as check for proper rotation.
Fan motors operating at higher elevations will
draw lower than rated amp as well as draw less
effective air volume across the coil surface. This
is due to the reduced density of the higher
altitude air, which results in higher compressor,
and higher discharge pressure along with
reduced unit capacity. Please consult factory if
you suspect this situation.
The fan motors are permanently lubricated for
service free operation. The motor may restart on
automatic thermal protection. Motors are readily
serviced by removing fan guards and fans. If a
motor is inoperative or it cycles on thermal
protection, check supply voltage at the motor
leads. Fan motors may cycle on thermal
protection if the coil is blocked.
Units equipped with axial fans, CVR, CVW,
CVX: The entire fan assembly, motor, blade and
ventury need to be replaced if there is a failure of
any kind. With the two speed version, 3
contactors are used per motor. Do not attempt to
manually close one of these contactors; this may
result in motor winding damage.
FAN CYCLING:
Optional temperature or pressure controls are
located in the control box. Air temperature
sensors are located in the air flow and pressure
controls are directly connected to the circuit in a
return bend.
Optional line duty controls are connected
directly to the fan motors. Controls are double
pole single throw, one line remain live on the
motors. Units must be completely disconnected
before servicing.
Optional pilot duty controls are connected to 3
pole motor contactors. If controls or contactors
are defective, they must be replaced.
MAINTENANCE
CLEANING:
After one day of operation, check for any
vibration that might have developed in the unit.
It is recommended that the unit be inspected
occasionally for dirt accumulation. Grease and
dust should be removed from the fans and fan
guards.
Periodical cleaning of finned surfaces can be
done by washing down dust with warm water
spray and a mild detergent. Do not use alkaline
or acidic solution as it will attack the coil
material.
The inner face of the coil may be cleaned by the
access panel on the side of the units or by
removing the fan guards.
Always pressure -clean in reverse of the air flow.
5
TABLE 1: FLUID COOLERS
Fluid
CoolerID
FCD02 1 1 190 FLD015 1 1 654
FCD03 1 1 201 FLD018 1 2 985
FCD04 1 1 210 FLD021 1 2 1005
FID010 1 1 515 FLD023 1 2 1063
FID011 1 1 525 FLD026 1 2 1091
FID013 1 1 592 FLD028 1 2 1117
FID014 1 1 602 FLD030 1 2 1159
FID016 1 1 641 FLD035 1 3 1460
FID017 1 1 654 FLD040 1 3 1490
FID020 1 2 985 FLD042 2 2 1625
FID023 1 2 1005 FLD043 1 3 1570
FID025 1 2 1063 FLD045 1 3 1609
FID029 1 2 1091 FLD049 2 2 1792
FID031 1 2 1117 FLD050 1 4 1875
FID034 1 2 1159 FLD053 2 2 1781
FID039 1 3 1460 FLD054 1 4 1915
FID044 1 3 1490 FLD056 2 2 1882
FID046 2 2 1625 FLD057 1 4 2019
FID049 1 3 1570 FLD060 2 2 1934
FID051 1 3 1609 FLD061 1 4 2071
FID054 2 2 1792 FLD063 2 3 2323
FID055 1 4 1875 FLD066 1 5 2403
FID058 2 2 1781 FLD070 1 5 2475
FID059 1 4 1915 FLD075 1 5 2540
FID064 2 2 1882 FLD080 2 3 2508
FID065 1 4 2019 FLD085 2 3 2664
FID068 2 2 1934 FLD090 2 3 2742
FID069 1 4 2071 FLD099 2 4 3029
FID070 2 3 2323 FLD106 2 4 3129
FID073 1 5 2403 FLD113 2 4 3338
FID079 1 5 2475 FLD120 2 4 3442
FID085 1 5 2540 FLD124 2 5 4198
FID088 2 3 2508 FLD132 2 5 4298
FID095 2 3 2664 FLD142 2 5 4560
FID101 2 3 2742 FLD150 2 5 4690
FID112 2 4 3029 FLD159 2 6 5292
FID119 2 4 3129 FLD170 2 6 5642
FID129 2 4 3338 FLD180 2 6 5798
FID137 2 4 3442 FLD190 2 6 6535
FID141 2 5 4198 FMD05 1 1 308
FID149 2 5 4298 FMD07 1 1 335
FID162 2 5 4560 FMD08 1 1 350
FID171 2 5 4690 FMD09 1 2 489
FID178 2 6 5292 FMD11 1 2 518
FID194 2 6 5642 FMD12 1 2 532
FID205 2 6 5798 FMD13 1 2 544
FID214 2 6 6535 FMD14 1 2 566
FLD009 1 1 515 FMD18 1 3 727
FLD010 1 1 525 FMD20 1 3 741
FLD012 1 1 592 FMD21 1 3 767
FLD013 1 1 602 FMD23 1 3 789
FLD014 1 1 641
Width
(fan)
Length
(fan)
Shipping
Weight
(lb)
Fluid
Cooler ID
Width
(fan)
Length
(fan)
Shipping
Weight
(lb)
6
TABLE 2: CONDENSER AND HEAT RECLAIM
Condenser
ID
CCD02 1 1 1.8 5.8 190 CL8053 2 2 47 153 1882
CCD03 1 1 2.7 8.7 201 CL8054 1 4 46 150 2019
CCD04 1 1 3.5 12 210 CL8055 2 3 34 112 2323
CH8010 1 1 5.8 19 515 CL8059 1 5 43 140 2403
CH8013 1 1 8.8 29 592 CL8068 1 5 57 187 2475
CH8015 1 1 12 38 641 CL8071 2 3 52 169 2508
CH8020 1 2 12 38 985 CL8081 2 3 69 225 2664
CH8026 1 2 17 57 1063 CL8094 2 4 68 224 3029
CH8029 1 2 23 76 1117 CL8108 2 4 91 299 3338
CH8038 1 3 26 85 1460 CL8118 2 5 85 280 4198
CH8040 2 2 23 75 1625 CL8135 2 5 114 373 4560
CH8044 1 3 34 112 1570 CL8141 2 6 164 553 5292
CH8051 2 2 35 115 1792 CL8162 2 6 218 717 5642
CH8052 1 4 34 112 1875 CLD009 1 1 5.8 19 515
CH8058 2 2 47 153 1882 CLD010 1 1 5.8 19 525
CH8059 1 4 46 150 2019 CLD012 1 1 8.8 29 592
CH8060 2 3 34 112 2323 CLD013 1 1 8.8 29 602
CH8065 1 5 43 140 2403 CLD014 1 1 12 38 641
CH8074 1 5 57 187 2475 CLD015 1 1 12 38 654
CH8078 2 3 52 169 2508 CLD018 1 2 12 38 985
CH8088 2 3 69 225 2664 CLD021 1 2 12 38 1005
CH8104 2 4 68 224 3029 CLD023 1 2 17 57 1063
CH8118 2 4 91 299 3338 CLD026 1 2 17 57 1091
CH8130 2 5 85 280 4198 CLD028 1 2 23 76 1117
CH8147 2 5 114 373 4560 CLD030 1 2 23 76 1159
CH8156 2 6 197 664 5292 CLD035 1 3 26 85 1460
CH8177 2 6 262 860 5642 CLD040 1 3 26 85 1490
CHD010 1 1 5.8 19 515 CLD042 2 2 23 75 1625
CHD012 1 1 5.8 19 525 CLD043 1 3 34 112 1570
CHD013 1 1 8.8 29 592 CLD045 1 3 34 112 1609
CHD014 1 1 8.8 29 602 CLD049 2 2 35 115 1792
CHD015 1 1 12 38 641 CLD050 1 4 34 112 1875
CHD016 1 1 12 38 654 CLD053 2 2 35 115 1781
CHD020 1 2 12 38 985 CLD054 1 4 34 112 1915
CHD024 1 2 12 38 1005 CLD056 2 2 47 153 1882
CHD026 1 2 17 57 1063 CLD057 1 4 46 150 2019
CHD029 1 2 17 57 1091 CLD060 2 2 47 153 1934
CHD030 1 2 23 76 1117 CLD061 1 4 46 150 2071
CHD032 1 2 23 76 1159 CLD063 2 3 34 112 2323
CHD040 1 3 26 85 1460 CLD066 1 5 43 140 2403
CHD044 1 3 26 85 1490 CLD070 1 5 57 187 2475
CHD045 1 3 23 75 1625 CLD075 1 5 57 187 2540
CHD048 1 3 34 112 1570 CLD080 2 3 52 169 2508
CHD049 2 2 34 112 1609 CLD085 2 3 69 225 2664
CHD055 2 2 35 115 1792 CLD090 2 3 69 225 2742
Width
Length
(fan)
(fan)
Refrigerant
Charge
Summer (lb)
Refrigerant
Charge
Winter (lb)
Shipping
Weight (lb)
Condenser
ID
Width
(fan)
Length
(fan)
Refrigerant
Charge
Summer (lb)
Refrigerant
Charge
Winter (lb)
Shipping
Weight (lb)
7
Condenser
ID
CHD056 1 4 34 112 1875 CLD099 2 4 68 224 3029
CHD059 2 2 35 115 1781 CLD106 2 4 68 224 3129
CHD060 1 4 34 112 1915 CLD113 2 4 91 299 3338
CHD061 2 2 47 153 1882 CLD120 2 4 91 229 3442
CHD062 1 4 46 150 2019 CLD124 2 5 85 280 4198
CHD063 2 2 47 153 1934 CLD132 2 5 85 280 4298
CHD064 1 4 46 150 2071 CLD142 2 5 114 373 4560
CHD073 2 3 34 112 2323 CLD150 2 5 114 373 4690
CHD074 1 5 43 140 2403 CLD159 2 6 164 553 5292
CHD077 1 5 57 187 2475 CLD170 2 6 218 717 5642
CHD079 1 5 57 187 2540 CLD180 2 6 218 717 5798
CHD089 2 3 52 169 2508 CMD05 1 1 3.3 11 308
CHD092 2 3 69 225 2664 CMD07 1 1 4.9 16 335
CHD096 2 3 69 225 2742 CMD08 1 1 6.5 22 350
CHD110 2 4 68 224 3029 CMD09 1 2 6.3 21 489
CHD118 2 4 68 224 3129 CMD11 1 2 9.5 31 518
CHD123 2 4 91 299 3338 CMD12 1 2 9.5 31 532
CHD127 2 4 91 229 3442 CMD13 1 2 13 42 544
CHD138 2 5 85 280 4198 CMD14 1 2 13 42 566
CHD148 2 5 85 280 4298 CMD18 1 3 14 47 727
CHD153 2 5 114 373 4560 CMD20 1 3 14 47 741
CHD159 2 5 114 373 4690 CMD21 1 3 19 62 767
CHD177 2 6 164 553 5292 CMD23 1 3 19 62 789
CHD184 2 6 218 717 5642 CQD008 1 1 5.8 19 525
CHD191 2 6 218 717 5798 CQD009 1 1 5.8 19 535
CID010 1 1 5.8 19 515 CQD010 1 1 8.8 29 602
CID011 1 1 5.8 19 525 CQD011 1 1 8.8 29 612
CID013 1 1 8.8 29 592 CQD012 1 1 12 38 651
CID014 1 1 8.8 29 602 CQD013 1 1 12 38 664
CID016 1 1 12 38 641 CQD016 1 2 12 38 1085
CID017 1 1 12 38 654 CQD019 1 2 12 38 1025
CID020 1 2 12 38 985 CQD021 1 2 17 57 1083
CID023 1 2 12 38 1005 CQD022 1 2 17 57 1111
CID025 1 2 17 57 1063 CQD023 1 2 23 76 1137
CID029 1 2 17 57 1091 CQD024 1 2 23 76 1179
CID031 1 2 23 76 1117 CQD031 1 3 26 85 1490
CID034 1 2 23 76 1159 CQD034 1 3 26 85 1520
CID039 1 3 26 85 1460 CQD035 1 3 34 112 1600
CID044 1 3 26 85 1490 CQD036 1 3 34 112 1639
CID046 2 2 23 75 1625 CQD041 2 2 35 115 1832
CID049 1 3 34 112 1570 CQD042 1 4 34 112 1915
CID051 1 3 34 112 1609 CQD044 2 2 35 115 1821
CID054 2 2 35 115 1792 CQD045 1 4 34 112 1955
CID055 1 4 34 112 1875 CQD046 2 2 47 153 1922
CID058 2 2 35 115 1781 CQD047 1 4 46 150 2059
CID059 1 4 34 112 1915 CQD048 2 2 47 153 1974
CID064 2 2 47 153 1882 CQD049 1 4 46 150 2111
CID065 1 4 46 150 2019 CQD057 1 5 43 140 2453
CID068 2 2 47 153 1934 CQD058 1 5 57 187 2525
Width
(fan)
Length
(fan)
Refrigerant
Charge
Summer (lb)
Refrigerant
Charge
Winter (lb)
Shipping
Weight (lb)
Condenser
ID
Width
(fan)
Length
(fan)
Refrigerant
Charge
Summer (lb)
Refrigerant
Charge
Winter (lb)
Shipping
Weight (lb)
8
Condenser
ID
CID069 1 4 46 150 2071 CQD061 1 5 57 187 2590
CID070 2 3 34 112 2323 CQD069 2 3 52 169 2568
CID073 1 5 43 140 2403 CQD070 2 3 69 225 2724
CID079 1 5 57 187 2475 CQD072 2 3 69 225 2800
CID085 2 5 57 187 2540 CQD083 2 4 68 224 3109
CID088 2 3 52 169 2508 CQD091 2 4 68 224 3209
CID095 2 3 69 225 2664 CQD093 2 4 91 299 3418
CID101 2 3 69 225 2742 CQD096 2 4 91 299 3522
CID112 2 4 68 224 3029 CQD104 2 5 85 280 4298
CID119 2 4 68 224 3129 CQD114 2 5 85 280 4398
CID129 2 4 91 299 3338 CQD116 2 5 114 373 4660
CID137 2 4 91 229 3442 CQD121 2 5 114 373 4790
CID141 2 5 85 280 4198 CQD137 2 6 164 553 5412
CID149 2 5 85 280 4298 CQD140 2 6 218 717 5762
CID162 2 5 114 373 4560 CQD145 2 6 218 717 5918
CID171 2 5 114 373 4690 HCD02 1 1 0.6 0.6 190
CID178 2 6 164 553 5292 HCD03 1 1 0.9 0.9 201
CID194 2 6 218 717 5642 HCD04 1 1 1.2 1.2 210
CID205 2 6 218 717 5798 HMD05 1 1 1.1 1.1 308
CL8009 1 1 5.8 19 515 HMD07 1 1 1.6 1.6 335
CL8012 1 1 8.8 29 592 HMD08 1 1 2.1 2.1 350
CL8014 1 1 12 38 641 HMD09 1 2 2.1 2.1 489
CL8018 1 2 12 38 985 HMD11 1 2 3.1 3.1 518
CL8024 1 2 17 57 1063 HMD12 1 2 3.1 3.1 532
CL8027 1 2 23 76 1117 HMD13 1 2 4.3 4.3 544
CL8035 1 3 26 85 1460 HMD14 1 2 4.3 4.3 566
CL8036 2 2 23 75 1625 HMD18 1 3 4.6 4.6 727
CL8041 1 3 34 112 1570 HMD20 1 3 4.6 4.6 741
CL8047 2 2 35 115 1792 HMD21 1 3 6.3 6.3 767
CL8048 1 4 34 112 1875 HMD23 1 3 6.3 6.3 789
Width
(fan)
Length
(fan)
Refrigerant
Charge
Summer (lb)
Refrigerant
Charge
Winter (lb)
Shipping
Weight (lb)
Condenser
ID
Width
(fan)
Length
(fan)
Refrigerant
Charge
Summer (lb)
Refrigerant
Charge
Winter (lb)
Shipping
Weight (lb)
9
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