EMI Air Conditioner/heat Pump(outside Unit) Manual L0612425

User Manual: EMI EMI Air conditioner/heat pump(outside unit) Manual EMI Air conditioner/heat pump(outside unit) Owner's Manual, EMI Air conditioner/heat pump(outside unit) installation guides

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S1 C/S 1H SINGLE-ZONE

SIDE DISCHARGE J

i

E_l@ _ricaSgrigs

i

5780 Success Dr.

Rome, NY 13440

www.enviromaster.com

INSTALLATION,OPERATIONANDMAINTENANCEMANUAL

P/N240005897,Rev.1.2[05/06]

Thismanualisintendedasanaidtoaqualifiedservicepersonnelforproperinstallation,

operation,andmaintenanceofEMIAmericaSerieshighefficiency condensing units.

Carefully read these instructions before attempting installation or operation. Failure

to follow these instructions may result in improper installation, operation, service, or

maintenance, possibly resulting in fire, electrical shock, property damage, personal

injury, or death.

• _ D

(1) Retain this manual and warranty for future

reference.

(2) Before leaving the premises, review this

manual to be sure the unit has been

installed correctly and run the unit for

one complete cycle to make sure it

functions properly.

To obtain technical service or warranty

assistance during or after the installation

of this unit, check our website @ www.

enviromaster.com or call your installing

contractor or distributor. Our technical

service department may be contacted at

1-800-228-9364.

When calling for assistance, please have

the following information ready:

• Model Number

• Serial Number

• Date of installation

DANGER

'_' Read all instructions before using

the EMI AmericaSeries high ef-

ficiency condensing unit. Install or

locate this unit only in accordance

with these instructions. Use this

unit only for its intended use as

described in this manual.

,AY

Check the rating plate on the EMI

AmericaSeries condensing unit

before installation to make certain

the voltage shown is the same as

the electric supply to the unit.

The EMI AmericaSeries condens-

ing unit must be connected only to

a properly grounded electrical sup-

ply. Do not fail to properly ground

this unit.

Turn off the electrical supply before

servicing the EMI AmericaSeries

condensing unit.

Do not use the EMI AmericaSeries

condensing unit if it has damaged

wiring, is not working properly, or

has been damaged or dropped.

[Save These Instructions]

_'®D b " " •

The AmericaSeries SlC/H and $2C

condensing units are, air-cooled, vertically

arranged side discharge, high efficiency

units designed specifically to meet or ex-

ceed a 13 SEER rating.

The S1C 9,000-36,000 Btuh and S1H

9,000-24,000 Btuh capacity condensing unit

will provide cooling for a single evaporator,

as identified in the "S 1C Specifications and

Dimensions" section on pages 22-23.

The $2C 18,000 (99) - 21,000 (92) and

23,000 (22) Btuh capacity condensing units

will provide cooling for two evaporators, as

identified on page 24 in the "$2C Specifica-

tions and Dimensions" section. The S1C/H

and $2C are quiet units that can be recom-

mended for both commercial and residential

applications.

installation of the S1C/H and $2C

condensing units is simplified by a 24V

control interconnection from the evaporator

and multiple units can be lined up in close

proximity to an exterior wall. Service valves

are recessed to reduce tampering and

all 9,000-12,000 Btuh units are equipped

with a Duratec Performance Package that

includes an oversized suction accumula-

tor with surge baffles and enhanced oil

management, a factory installed solid core

filter drier and loss of charge switch. A field

installed crankcase heater is standard on

S1H 0-9 &12 models, and is available as

optional equipment on other models.

• Power wiring

• Low Volt wiring (18 awg minimum)

• Secure mounting pad or foundation

• Refrigerant piping (if not purchased

from EMI)

• High Volt Disconnect

• Refrigerant for charging interconnect

piping (see charge table on page 10)

• Compressor and fan motor contactor

• Run capacitor

• Loss of charge switch (09 - 12 only)

• Low voltage terminal connections

• Large capacity suction accumulator

(09 -12 only)

• Solid core filter drier (09 - 12 only)

• Crankcase heater (09 - 12 $1H's)

• H.RS. (High pressure switch)

- Standard on S1H's (heat pumps)

- Standard on SlC's 18K and above.

• Low Ambient controls for operation

down to 32 ° F standard, factory in-

stalled on all Sl H's (heat pumps)

j Q_ Q

• Field installed crankcase heater for

straight cool units (standard on 9,000-

12,000 Btuh S1H's)

• Straight cool hard start (standard on

all S1H's)

• 115V (9,000-12,000 Btuh only)

• Copper/copper coils (sea coast use)

• LowAmbient controls for operation down

to 32 ° F, specify this option for SlC or

$2C systems (standard on SlH's) that

will be operated in cooling mode at

outside temperatures below 60 ° F (field

installed kit)

• Low Ambient for operation down to 0° F

for SlC, S1H or $2C systems (consult

factory for availability)

Low Ambient controls are required when

the system is asked to cool at outdoor tem-

peratures below 60 ° F, this may cause dam-

age to the compressor and coil, and may

void the warranty. A Field Installed Low-

Ambient Kit is good for operation down to

32 ° F. This is accomplished by cycling the

condenser fan on and off, which will in turn

maintain a constant low side pressure pro-

viding a steady cooling effect and keeping

the air handler from frosting-up.

•Locatetheunitasclosetotheindoor

sectionas possible.(SeeTubing

Specificationschartonpape7.)

•Iftheunitisusedforlowambientcool-

ingdownto32°F,thisoptionmustbe

specifiedtopreventsystemdamage.

•Avoidhightrafficareasandprevailing

windlocations.

•Surfacemustbeflatandlevel.

• Mount unit above typical snow fall

levels.

Ensure free flow of air through the unit.

Air must not recirculate from discharge to

intake. Air is drawn through the coil and

side discharged through the fan grille. A

minimum 48" clearance is necessary for

the condenser discharge. Rear intake

(coil side) clearance is 12" minimum.

Consider how power will be run to the unit

from the power source. Refrigerant piping

should be a direct line to the indoor unit.

1. Place the unit on a flat concrete surface

or pad if on the ground. Roof mounting

should use a build up platform to avoid

intake of hot air from the roof.

2. in areas of heavy snowfall, condens-

ers should be set above the level of

maximum anticipated snowfall (12"

is usually adequate).

Side discharge unit allows for per-

manent mounting through the feet. This is

highly recommended due to the vertical

design of the unit.

1. Loosen the screws on left and right sides

of the front panel. (De not remove these

screws.)

2. Remove the screws on the front of the

panel.

3. To remove front panel:

4. Slide front panel forward to clear side

screws and remove.

Compressor Accumulator Capacitor

Lag Bolts

1. All electrical wiring must be run accord-

ing to NEC and local codes.

2. Refer to the unit rating plate for voltage,

minimum circuit ampacity and over cur-

rent protection requirements.

5. Insert lag bolts through the holes in

the bottom of the unit and tighten to

secure.

3. Use only HACR type breakers or time

delay fuses. Select the wire size accord-

ing to the ampacity rating.

4. To access electrical connections and

wiring diagram:

a) Remove the screws on the side panel

adjacent to the back panel.

6. Insert lag bolts through the holes in the

feet on the back of the unit and tighten

to secure.

7. Replace the front panel, do not tighten

the side screws at this time.

b) The screws adjacent to the front

panel should already be loose (don't

remove them).

c.Slidethesidepanelouttoaccessthe 8.Checkwiringdiagramfortherequired

high/lowelectricalconnectionsand numberoflowvoltagewirestoberun

wirediagram, betweenindoorandoutdoorsections.

Hig Low Volt

Plastic Edge Guards

Note: Remove the plastic edge guards

from the holes and replace with awater-

tight strain relief fitting (High V) and a split

grommet fitting (Low V)

5. Power should be run to a weather proof

disconnect box usually within 3 feet of

the unit.

6. From the disconnect box, run the power

through the 7/8" hole on the side of the

unit and into the electrical box and an-

chor with the strain relief fitting.

7. Run wires to the high Volt pigtail in the con-

trol box and attach L1 and L2 connections.

Also run green wire to ground wire.

9. Connect the 24 Volt wiring matching color

to color. Refer to the wiring diagram on

the inside panel of the condenser, and

also refer to the wiring

diagram on the

indoor unit.

Low Volt in-

terconnect

should be

at least

18 awg.

10.Toreplacesidepanelslidetheslotted

holesofthepanelontotheloosened

screwsofthefrontpanelsothatthe

edgeofthefrontpanelcoverstheedge

ofthesidepanel.

Thesystemwill supportrefriger-

antrunstotheinsideunitofupto 100'

equivalentfeetwitha35'riseincluded.

Theunitsarefurnishedwithsweatcon-

nectionsandareequippedwithrefrigerant

valvesandSchraderfittingsforcharging

andtakingpressurereadings.Thefollow-

ingprecautionsshouldbemade:

• Becertainnoburrsremainonthe

fittings.

•Useonlycleanrefrigerationtubing,

• Usetubebenderstoguardagainst

kinking.

•Avoidpipingonwetandrainydays

andinsulate suction line. Be certain

that plastic end caps remain in place

when inserting through wall openings.

Isolate tubing from transmitting vibra-

tion to the building or unit and avoid

contact with sharp edges. Refrigera-

tion valves should be wrapped with

a wet rag "heat sink" to protect

valves while brazing.

11. Fasten all remaining loose screws.

•A P-trap is recommended when the suc-

tion riser is equal to or greater than 20

feet in height.

• When the condenser is installed above

the evaporator, the P-trap will help the

return of oil back to the compressor.

• The placement of the P-trap should be

at the halfway mark of the suction riser.

For example if the suction riser is 30 feet

tall then a P-trap is recommended at the

15 foot mark of the suction riser (see

Figure 1).

• A P-trap may be fabricated using (2) street

elbows and (2) regular elbow. A prefab-

ricated trap may be purchased from a

wholesaler or distributor however the trap

should be shallow as the (3) elbow con-

figuration. Each elbow is approximately

2 equivalent feet. One P-trap is equal to

approximately 12 equivalent feet.

• P-traps are not required at the foot of the

hot gas risers due to increased oil flow at

higher temperatures.

f

-- Condenser

Evaporator

1.Cleantheendsoftubingandinsertinto

fittinc

5.Attachmanifoldset.

ManifoldVaccumPump MicronGage

2.Protectthevalvesbywrappingwitha

wetrag"heatsink"beforebrazing.

3.Werecommendtheuseofashield(can

bemadefromsomescrapmetal)to

protectthepaint.

6.Evacuatelineto500micronsorlessto

ensureallmoisturehasbeenremoved

andtherearenoleaks.

7.Oncecertainofa goodevacuationand

leakfreejoints,back-seatthevalves

(counter-clockwise)to openandallow

4.Brazetubingintofittings, factorychargetofilllinesandindoorunit.

8. Chargeto properweight,charge

basedonfeetofinterconnect(tables

startingonpage10).

9.RefertoChartsonpage12to"fine

tune"therefrigerantchargetomeet

yourconditions.

IMPORTANTNOTES:

1.Tofindthechargeadjustmentandsystemchargeforanyevaporatorandtubinglength:

Line Adjustment =(Line Charge/FT) x Line Length

System Total =Factory Charge +Line Adjustment

2. Round to the nearest ounce and allow for gauges and hoses.

S 1CA9 CACA12 .25 oz. 37 oz.

SICA8 CACA24 .56 oz. 51 oz.

S 1CA3 CACA36 .56 oz. 72 oz.

$1 CA9 WLHA09 .25 oz. 37 oz.

1i z.i

SICA8 WLHA24 .56 oz. 51 oz.

$1 CAg WLCAg0 .56 oz. 72 oz.

$2CA99 WLHA09 .25 oz. 28 oz./28 oz.

$2CA92 WLHA09+WLHA12 .25 oz. 28 oz./33 oz.

S2CA22 CACA12 .25 oz. 33 oz./33 oz.

ills2

The units are delivered precharged

with refrigerant for the condenser coil

and the evaporator. Charging of the field

installed piping is required. Refer to the

refrigerant charge table for the proper

amount to be added for the applications

interconect piping. Unit service valves are

solid brass, for sweat connections.

When charging and checking pres-

sures/temperatures on system supplied

with Low Ambient Option, the fan cycle

switch should be jumped out of the circuit

temporarily to obtain accurate data.

CoolingCycle

Models$1C9,$1H9

with EMI's-WLH09 or CAC12 (R-22 Ref.)

Cooling Cycle

Models $1C2, $1H2

with EMI's-WLHf2 or CAC12 (R-22 Ref.)

Room Temp. (°F)

Relative Humidity 50% "_ 300

._ .,c

85 °F.... ......................................................

380°F _L 3

Room Temp. (°F)

Relative Humidity 50%

,4

it

WL i................

....i"" i

...............................................................85 °F.... .......................................................

__ __ 80 °F

75 °F......... --

.....................i.................

o... 35 _ 35

o.

o o

u u

65 75 85 95 105 115 65 75 85 95 105 115

Outdoor Temp. (°F) Outdoor Temp. (°F)

Note: Minimum compressor superheat -5° F Note: Minimum compressor superheat -5° F

Cooling Cycle

Models SLC8, $1H8

with EMILe-WLH24 or CAC24 (R-22 Ref.)

340 Z

Room Temp. (°F)

Relative Humidit'

;i

.................h

_ 85

_80

7s

..................i....................................

3

Cooling Cycle

Models $1C4, SIH4

with EMI's-WLH24 or CAC24 (R-22 Ref.)

O_ 351 _° 35

15. ,. _ 15

5 I_ 5,

o0

v 65 75 85 95 105 115 _ 65 75 85 95 105 115

Outdoor Temp. (°F) Outdoor Temp, (°F)

Note: Minimum compressor superheat -5 ° F Note: Minimum compressor superheat -5° F

Cooling Cycle

Models SlC3

withEMI's-WLC30(R-22 Ref.)

Cooling Cycle

Models $1C3

withEMI's-CAC36(R-22 Ref.)

Room Temp. (°F)

Relative Humidity 50% 300

z I 1

._

:,_.- "_'_ '.,- 75-

o J 80 °F -- 3

7s°F.........

o 35

_, 25,

E

o

.....................i................. 55 r --

im_mmiim,_m

35.

i

1

i o 15-

..... o=- ..

E 5

o

65 75 85 95 105 115

Outdoor Temp. (°F)

Note: Only 1 superheat line (TXV)

Room Temp. (°F)

Relative Humidity 50%

i÷

..................85 °F.... ................

80 °F

i 75 °F......... ...................

i i ,

"'J i

65 75 85 95 105 115

Outdoor Temp. (°F)

Note: Minimum compressor superheat -5° F

340 _

___300

&

Cooling Cycle

Models $1C6

with EMI's-WLC36 (R-22 Ref.)

Room Temp.(°F)

Relative 50%

i

35

E

o

u

85 OF........................... i..................

- 80 °F i

75 °F..........

i I i

'i

i _ i

ii i

i

i I

65 75 85 95 105 115

Outdoor Temp. (°F)

Note: Only 1 superheat line (TXV)

Cooling Cycle

Models $1C6

with EMI's-CAC36 (R-22 Ref.)

i J

5: .................

.< ......................

65 75 85 95 105 115

Outdoor Temp. (°F)

Note: Minimum compressor superheat -5 ° F

Heat Cycle

Models $1H9

with EMI's-WLH09 (R-22 Ref.)

Heat Cycle

Models $1H2

withEMI's-WLH12(R-22 Ref.)

10 20 30 40 50

Outdoor Temp. {°F}

RH -50%

60 10 20 30 40 50 60

Outdoor Temp. (°F)

RH -50%

Heat Cycle

Models $1H8

withEMI's-WLH24(R-22 Ref.)

Heat Cycle

Models $1H4

withEMILs-WLH24(R-22 Ref.)

Room Temp.(°F)

10 20 30 40 50

OutdoorTemp.(°F)

RH-50%

60 I0 20 30 40 50 60

Outdoor Temp, (°F)

RH - 50%

m

34ol

3oo-

2602

_-220 Z

"1- 180Z

140L

95

"_ 85

_75-

3 65_

Cooting Cycle

Models S2C99

withEMFs-WLC09or CAC'i2(R-22 Ref./

......... ........ i

Room Temp.(°F) " '

1 Relative Humidity 50%

[ i [ i i ; i i ;s

......i...............................

[ i i _ ,i

i 1

I I

...... ....................................................................................i

....4-.....

..........._ ..................f 8soF....

___80 F

55

m

35

_ 25-

o.

E 5-

o

I

I

65 75 85 95 105 115

Outdoor Temp. (°F)

Note: Minimum compressor superheat -5 ° F

_m3oo

g

I1

Cooling Cycle

Models $2C22

withEMI's-WLC12or CAC'i2(R-22 Ref.)

Room Temp.(°F)

Relative Humidity 50%

=, _i..'"

7s- ......""'-',......................................,i...................

o. :- !85°F.= ......................................

3 -- _ 80 °F

175 °F......... ..................

55.

35,

,._ ,,.[ ....................

_ 15-

_ 5

o

u65 75 85 95 105 115

Outdoor Temp. (°F)

Note: Minimum compressor superheat -5° F

• In low ambient cooling 9-12 Btuh units,

if a crankcase heater is installed,

power the system 24 hours before

attempting to start the unit in cool

weather (below 60 ° F).

• After doing a final system check using

the Operation Charts (supplied on pre-

vious pages). Record results on Test

Unit Data Sheet on page 25.

• Remove gauge set. Mount all access

panels and make sure they are prop-

erly secured.

• Make final visual inspection and repair

any deficiencies.

The $1C/H and $2C outdoor sections

are the compressor bearing units of the

system. It operates at the command of

the indoor section or room thermostat.

Therefore, the system operation will be

described in the manual pertaining to the

indoor section.

EMI units are designed and con-

structed for reliability and long life with

minimal maintenance. You can assure

peak operating efficiency by regularly

inspecting for free air passage into and

through the coil. If debris collects on the air

coil, it should be cleaned by "back-flushing"

with a spray of water or vacuuming. TURN

OFF POWER SUPPLY FIRST. Outdoor

units may be cleaned or waxed if desired.

Use a non-abrasive car wax (on metal

surfaces only).

This unit is equipped with a perma-

nently lubricated motor. Although oiling is

not necessary, adding a few drops through

the oiling ports twice yearly will extend the

life of the motor. Do not over oil.

Panels should remain on the unit at all

times. Service should be performed by a

QUALIFIED service agency only.

All EMI products are subject to on-

going development programs so design

and specifications may change without

notice. Please consult the factory for more

information.

EMI America Series condensers are

designed to operate with EMI America

Series evaporators. Both the condenser

(outdoor unit) and evaporator (indoor

unit) have a high volt service connection.

Each is to be independently connected to

the electrical service panel. (See the unit

name plate for the correct breaker type

and size). The outdoor and indoor units

are also connected to each other through

a low volt interconnect wiring. A 24V trans-

former located in the indoor unit provides

the low Volt power source.

Straight cool condensers are designed

to operate as a single stage cooling unit.

Heat pump condensers are designed to

operate as a single stage cooling two

stage heating unit. For proper operation

the unit must be matched with an appro-

priate EMI indoor unit with unit mounted

controls and/or wall mounted thermostat.

For two-stage heating operation the in-

door unit must be equipped with an elec-

tric strip heater.

,j_%4_Condenser operation: The transform-

er located in the indoor unit provides 24V,

low-Volt control power to the condenser

(outdoor unit). This can be measured

across low-Volt terminals "R" and "C".

Single zone heat pump condensers

utilize a reversing valve to provide re-

verse cycle operation. Therefore the out-

door unit will act as either a condenser or

an evaporator there-by providing comfort

cooling or heating to the indoor space.

The reversing valve is energized in cool-

ing. Should the valve fail to actuate, the

system will default to the heating mode of

operation.

_Cooling operation, single-zone and

dual-zone: Cooling operation requires that

the control (either unit mount or remote

wall mount thermostat) make a connec-

tion between low-Volt terminals "R" and

"Y" along with "R" and "O" (heat pumps

only). When the indoor control is placed

in cooling mode, with the set point tem-

perature below the room temperature, the

reversing valve will energize (R & Oheat

pumps only) along with the compressor

and outdoor fan (R & Y). When the indoor

control is satisfied and the room tempera-

ture falls below the set temperature, the

compressor and fan will de-energize. The

anti-short cycle timer (ASCT) will prevent

the compressor from re-starting for three

minutes.

_Heating operation (heat pumps only):

Heating operation requires that the con-

trol (either unit mount or remote wall

mount, heat pump thermostat) make a

connection between low-Volt terminals

"R" and "Y" only. When the indoor control

is placed in heating mode, with the set

point temperature above room tempera-

ture, the compressor and outdoor fan

(R & Y) will energize. When the indoor

control is satisfied and the room temper-

ature rises above the set temperature,

the compressor and fan will de-energize.

The anti-short cycle timer (ASCT) will

prevent the compressor from re-starting

for three minutes.

_Y Defrost controls with short cycle

protection (heat pumps only): The unit

is equipped with a logic control circuit de-

signed to keep system operating at peek

efficiency. The 24V circuit provides control

to the indoor and outdoor systems includ-

ing a three minute, anti-short cycle timer

(ASCT) compressor protection.

The defrost control circuit is designed

to keep the condenser coil free from frost

and ice during heating mode. This is ac-

complished through the precise switching

sequence of the outdoor fan, reversing

valve and indoor auxiliary heater.

Jt_ Defrost initiation: The defrost-sensor

is located on either the end plate or the re-

turn bend of the condenser coil. A defrost

cycle will initiate after the sensor closes

(approx. 30 ° F) and remains closed for

the length of time selected on the control

board (either 30, 60 or 90 minutes)*.

At the start of the defrost cycle, the re-

versing valve will change from heating to

cooling mode. The condenser fan will also

switch off there-by allowing pressure and

temperature to rise within the condenser

coil to melting off any ice build-up. At the

same time the unit will switch on the in-

door electric strip heater to temper the

cold air being discharged from the evapo-

rator unit. This will continue until either

the defrost-sensor opens (approx. 60 ° F)

or a 10-minute maximum cycle time has

elapsed. Defrost times will vary depend-

ing on outdoor temperature and moisture

conditions. When the defrost cycle is com-

plete the unit will return to normal heating

operation.

*Factory settings 9-30/{ Btu =90 min-

utes, 36k Btu =60 minutes

The condenser will operate in heat-

ing for approximately 20 seconds. At that

point the unit will enter defrost mode for

approximately 2 seconds. During this time

the condenser fan will switch off, the re-

versing valve will energize and the defrost

board will energize the indoor electric

heat relay through the "W" terminal. After

the two second defrost cycle is complete,

the unit will switch back to heating opera-

tion for another 20 seconds. This process

will repeat until the jumpers are removed

from the test pins.

DFT TST Rand DF2

Defrost operation can be initiated us-

ing the test pins located on the circuit

board of the condensing unit. "Defrost test

operation" will be a time compressed ver-

sion of the actual defrost cycle.

With the system "off", using two small

alligator clips, jumper the following sets of

test pins. "R and DF2" and "DFT TST'.

AV Defrost control board: Apply power

to the indoor and outdoor units. Place the

indoor unit in heating mode with the set

point temperature well above room tem-

perature, This is to ensure that the con-

denser will remain on during the entire

defrost test operation.

_" Low ambient operation: If the unit

is equipped with low ambient fan control

for cooling, the fan will remain off (while in

cooling mode) until the condenser pres-

sure reaches 210psi. The fan will then en-

ergize and run until the condenser pres-

sure falls below 150psi. This will happen

only in the cooling mode (or when the re-

versing valve is energized). In heating (re-

versing valve not energized), the fan will

run continuous so long as the connection

is made between "R" and "Y'.

NO TE. All EMI products are subject to ongoing development. Design and specifications may

change without notice•

B

SlCA/SlHA9 24"

SlCA/SlHA2 24"

SlCA/SlHA8 32"

SlCA/SlHA4 32"

SlCA/SlHA3 38"

SlCA/SlHA6 38"

Zl

_iii/

5" 36"

5" 36"

5" 36"

5" 40"

5" 44'_

5" 48'_

W_

_9

I2

I8

->4

30

}6

m

BAI

_9

_9

)2

)3

)8

)8

Electrical

connections

Easy access interconnect. _

on back of unit

1/2' Diameter Lag Holes

9-12 98

18-24 156

30-36 210

SICA/S1 HA9, SICA/S1 HA2

SICA/S1 HA8, SICA/S1 HA2

SICA3, SICA6

|m

t ............

/ol_ 1}

104

LlO4

I 197

197

[O_a| ;;;;

_MP_]

8.1

4.3

5.3

6.2

8.8

11.6

13.6

115/60/1

115/60/1

208/230/60/1

208/230/60/1

208/230/60/1 197

208/230/60/1 197

208/230/60/1 197

208/230/60/1 197

m

9.8

11.9

5.2

6.4

7.6

10.8

14.1

16.6

m

15

2o

15

15

15

15

2O

25

NOTE: All EMI products are subject to ongoing development. Design and specifications may

change without notice.

N{_i

vol_;

StH9A .O 104 9.7 15

S1H9D .2 197 5.1 15

SIH8D .2 197 7.6 15

System Performance Data: Matched With EMI AmerioaSeries Indoor Units

OAC

SIC/SIH Single Zone

SICA9 CACA12 9,000 13.0 .79 11.7 R22

SICA2 CACA12 12,000 13.0 .72 12.2 R22

S1CA8 CACA24 18,000 13.0 .76 12.3 R22

SICA4 CACA24 23.000 13.0 .67 11.8 R22

S1CA3 CACA36 30,000 13.5 .82 12.5 R22

SICA6 CACA36 36,000 13.0 .74 12.6 R22

eo *

S1CA9

S1CA2

S1CA8

S1CA4

S1CA3

SICA6

S 1HA9

S 1HA2

S 1HA8

S 1HA4

WLHAO9 9,000 13.0 .79 11.8 R22

WLHA12 12,000 14.0 .74 12.9 R22

WLHA24 18,000 14.0 .78 13.0 R22

WLHA24 24,000 13.0 .70 12.5 R22

WLCA30 30,000 13.0 .67 12.4 R22

WLCA36 33,600 13.0 .65 11.8 R22

NNPF

WLHA09 9,000 8_200 13. I 7.7

WLHA12 12,000 10,200 13. I 7.7

WLHA24 18,000 16,400 13. _ I7.7

I

WLHA24 23,000 20,600 13. } I7.7

I

WLC/WLH

5 12.C R22

12.1 R22

12.1 R22

1 11._ R22

NOTE: All EMI products are subject to ongoing developmenL Design and specifications may change without notice.

1/2_'DiameterLag Holes

B

iiif !!!iiiiiiiiiiiiiif_! i

?D

..............................B...............................

Easy access interconnects

on back of unit

connections

99,92,22

99

22,92

!

9900

2200

208-230/60/1

208-230/60/1

! []

.....78 7

!!

HACR ;Mi_

11volt

197

15 197

Circuit Designators' 9 =9,000 Btuh * 2 = 12,000 Btuh

ex. - Model 9200 consists of one 9,000 Btuh compressor and one 12,000 Btuh compressor

Always refer lo lhe rating plale for Minimum Circuit Ampacily on all multiple compressor units

8RKR

15

WLC

S2C

CAC

The Test Unit Performance Data sheet

below is provided for use by a qualified

service professional in the event that there

is a problem with the unit. In order for our

Technical Service Department to better

serve you, please complete and have

this information ready when calling. Make

sure to include the Model Number, Serial

Number, Date of Installation.

Call our Technical Support Department

@ 1-800-228-9364.

i ModelNumber

Serial Number

Date:

Technician:

Mode: ICooling

EvaporatorEnteringAir- DB

EvaporatorEnteringAir - WB

i EvaporatorLeavingAir - DB

i EvaporatorLeavingAir - WB

EnteringAir

i LeavingAir

TemperatureSplit

iCompressor Suction - PSIG

Compressor Discharge - PSIG

iCompressor - Volts

Compressor - Ampe

OD Fan Motor- Volts

OD Fan Motor- Amps

IDFan Motor- Volts

IDFan Motor-Amps

TotalVolts

Compressor Suction

Compressor Discharge

Liquid Out Cond

Liquid before Expansion

Suction out Evaporator

DB - Temp Split at evap.

I

CompressorSuperheat

SubCooling

WLC/WLH

High Wall Evaporator

CAC

Cassette Evaporator

SIC& SIH

Single Zone

Side Discharge

T2C, T3C & T4C

2, 3 & 4 Zone

Top Discharge

$2C

Dual Zone

ALL PRODUCT LIMITED WARRANTY

Enviromaster International LLC (EMI) warrants to the purchaser/owner that EMI prod- I|

ucts will be free from defects in material and workmanship under the normal use and I|

maintenance for a period of twetve months for all components and sixty months on unit I|

compressors from the date of original installation, or fifteen months for all components I|

and sixty-three months on unit compressors from the date of manufacture, whichever I|

comes first. II

WHAT WE WILL COVER I|

EMI will replace any defective part returned to EMI's approved service organization with I|

a new or rebuilt part at no charge. The replacement part assumes that unused portion I|

of this warranty. I_

I!

WHAT WE DON'T COVER I|

THIS WARRANTY DOES NOT INCLUDE LABOR or other costs incurred for repairing, I|

removing, installing, shipping, servicing, or handling of either defective or replacement I|

parts. II

EMI IS NOT RESPONSIBLE FOR: I|

•Normal maintenance I|

• Damage or repairs required as a consequence of faulty installation or application by I|

others. I|

• Failure to start due to voltage conditions, blown fuses, open circuit breakers, or other I|

damages due to the inadequacy or interruption of electrical service. I|

•Damage or repairs needed as a consequence of any misapplication, abuse, improper I|

servicing, unauthorized alteration, or improper operation. I|

• Damage as a result of floods, winds, fires, lightening, accidents, corrosive atmosphere, I|

or other conditions beyond the control of EMI. I|

•Parts not supplied or designated by EMt. I|

• Products installed outside the United States or Canada. I|

•Any damages to person or property of whatever kind, direct or indirect, special or I|

consequential, Whether resulting from use or loss of use of the product. I_

III

LIMITATION OF WARRANTIES I|

This warranty is exclusive and in lieu of any implied warranties of merchantability and I|

fitness for a particular purpose and all other warranties express or implied. The remedies I|

provided for in this warranty are exclusive and shall constitute the only liabilities on the part I|

of EMI including any statements made by any individual which shall be of no effect. I

II

FOR SERVICE ul'_ I'(=r'_lK: I|

(1) Contact the Installer Enviromaster International LLC II

(2) Call the nearest Distributor 5780 Success Drive, Rome, NY 13440 II

(3) Contact the Factory www.enviromaster.com|