installation manual im 1203-1 - oslo.dev.daikinapplied.com

Installation Manual

Pathfinder® Remote Evaporators Air-Cooled Screw Compressor Chillers

Model AWS, C Vintage 170 to 550 Tons (600 to 1930 kW) HFC-134a Refrigerant 60 Hz

IM 1203-1Group: Chiller

Part Number: IM1203-1

Date: June 2015

IM 1203-1 • PATHFINDER® MODEL AWS REMOTE CHILLERS 2 www.DaikinApplied.com

Table of ConTenTs

Manufactured in an ISO 9001 & ISO 14001 certified facility

©2015 Daikin Applied. Illustrations and data cover the Daikin Applied product at the time of publication and we reserve the right to make changes in design and construction at any time without notice.

Table of ConTenTs

Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3

Installation and Application Considerations . . .4

Chilled Water Piping . . . . . . . . . . . . . . . . . . . . . .6

Remote Evaporator Dimensions . . . . . . . . . . . .14

Isolator Information . . . . . . . . . . . . . . . . . . . . . .18

Lifting and Mounting Locations . . . . . . . . . . . .26

Physical Data . . . . . . . . . . . . . . . . . . . . . . . . . . .53

Table of ConTenTs

©2014 Daikin Applied Form SF01017 P/N 331977001 10OCT2014

Pre-Start Checklist – Screw Chillers Must be completed, signed and provided to Daikin Applied at least 2 weeks prior to requested start date.

Job Name Installation Location

Customer Order Number Model Number(s)

G.O. Number(s) Chilled Water Yes No N/A Initials Piping Complete Water strainer installed on evaporator entering chilled water piping per IM Water System filled, flushed and vented Pumps installed and operational (rotation checked, strainers cleaned) Controls operational (3-way valves, face/bypass dampers, bypass valves, etc.) Water system operated and tested; flow meets unit design requirements Flow switch installed and wired Vent installed on evaporator Glycol at design % Electrical Yes No N/A Initials Building controls operational *Power leads connected to power block or optional disconnect Power leads have been checked for proper phasing and voltage All interlock wiring complete and compliant with Daikin specifications Power applied at least 24 hours before startup Oil heaters energized at least 24 hours before startup Chiller components (EXV Sensors Transducers) installed and wired properly. *Wiring complies with National Electrical Code and local codes (See Notes) Remote EXV wired with shielded cable Miscellaneous Yes No N/A Initials Unit control switches all off Remote Evaporator Piping factory reviewed and approved All refrigerant components/piping leak tested, evacuated and charged Thermometers, wells, gauges, control, etc., installed Minimum system load of 80% capacity available for testing/adjusting controls Document Attached: Technical Breakdown from Selection Software Document Attached: Final Order Acknowledgement Document Attached: Remote evaporator piping approval Notes: The most common problems delaying start-up and affecting unit reliability are: 1. Field installed compressor motor power supply leads too small. Questions: Contact the local Daikin sales representative*. State size, number and

type of conductors and conduits installed: a. From Power supply to chiller

* Refer to NEC Article 430-22 (a) 2. Remote Evaporator piping incomplete or incorrect. Provide approved piping diagrams. 3. Items on this list incorrectly acknowledged may result in delayed start and extra expenses incurred for return trips.

Contractor Representative Daikin Applied Sales Representative Signed: Signed: Name: Name: Company: Company: Date: Date: Phone/Email: Phone/Email:

Cut

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InTroduCTIon

www.DaikinApplied.com 3 IM 1203-1 • PATHFINDER® MODEL AWS REMOTE CHILLERS

This manual contains data specific to AWS-C chiller remote evaporators. Data that is common to both packaged and remote evaporator models can be found in the current version of the catalog and the unit installation manual available on www.DaikinApplied.com, and includes:

• Electrical Data • Pressure Drops

• Performance Data (subject to adjustment factor) • Sound Data

WARNINGElectric shock hazard. Improper handling of this equipment can cause personal injury or equipment damage. This equipment must be properly grounded. Connections to and service of the MicroTech® control panel must be performed only by personnel that are knowledgeable in the operation of the equipment being controlled.

HAZARD IDENTIFICATION INFORMATION

DANGERDangers indicate a hazardous situation, which will result in death or serious injury if not avoided.

WARNINGWarnings indicate potentially hazardous situations, which can result in property damage, severe personal injury, or death if not avoided.

CAUTIONCautions indicate potentially hazardous situations, which can result in personal injury or equipment damage if not avoided.

InTroduCTIon


InsTallaTIon and applICaTIon ConsIderaTIons

Shipment MethodAWS chillers with remote evaporators ship in three pieces.

• Outdoor condensing unit• Remote evaporator • Refrigerant specialties kit with the unit has the following

components for field installation: — Filter-drier and cores for field piping — Sight glass — Electronic expansion valve — Solenoid valve — Evaporator vent and drain shutoff valves - waterside — Charging Valve (on non-economizer models) — Suction coupling and flange to attachment evaporator

Performance Derate Data AWS performance data can be found in the current version of the catalog, available on www.DaikinApplied.com or the local sales office. There is a derate to the performance of an AWS with remote evaporator due to field installed refrigerant line losses exceeding those found on the packaged arrangement. For preliminary purposes, use the following as an estimate:

Table 1: Approximate Initial Derate Factors

Once the pipe design is finalized, the actual adjustment is determined using the following procedure.

Derate Procedure1. Sketch the liquid and suction piping, including the actual

pipe lengths and all fittings.

2. Using the recommended pipe sizes from Table 5 and Table 6, add up the equivalent pressure drop for the fittings in the suction line. Add this value to the actual linear feet of tubing to determine the total equivalent length (TEL) for the piping run.

3. Using Table 5 and Table 6, determine the pressure drop (in degrees F) based on the TEL. Interpolation is permitted, extrapolation is not. Consult the Daikin Technical Response Center for piping installations outside the published recommendations.

4. Determine the derate factors from Table 2 based on the suction line pressure drop.

Table 2: Performance Derate Factors

Remote Evaporator Field Wiring Notes:1. The 110V liquid line solenoid valves (LSV) have to

be wired back to the outdoor unit. All the conduit and wiring is to be field supplied (14 gauge, red and white wires, 3/8” conduit with straight and 90 degree fittings). If additional length is required, use 14 gauge wire up to a maximum of 100 feet. A din connector is supplied with refrigerant specialties kits. Field to wire directly into compressor terminal box terminal block per below:

• Compressor #1: (LSV-1) wire 740-1A (red) wires into compressor #1 terminal box terminal block at TB1-2-9. Wire 740-1B (white) wires to TB1-2-10.



2. Two evaporator water temperature sensors with 100 feet of cable coiled up and attached to the unit base for extension to the evaporator and insertion in fittings located on the side of the inlet and outlet nozzles.

3. One suction line refrigerant temperature sensor per circuit with 100 feet of cable coiled up and attached to the unit base for extension to the evaporator.

4. One suction line pressure transducer per circuit with 100 feet of cable coiled up and attached to the unit base for extension to the evaporator.

5. The electronic expansion valve has a 40-foot long cable attached and can be used, when the outdoor unit is less than 40 feet away. Beyond that, a junction box must be located within 40-feet of the evaporator, and up to 60 additional feet of 14GA wire connected from the cable to the unit, allowing up to a total distance of 100 feet. When splicing is required the connections must be soldered together and individually shrink wrapped to be made water resistant. The expansion valve wiring cannot run in conduit with other wiring that is over 24 Volts AC Shielding must cover the wiring from the unit to the EXV, including the splice connection.

NOTE: 14 AWG Wire Gauge sizes will use Beldon part number 83754.

AWS - CSuction Line

Pressure Drop (oF)Capacity Derate

Power Derate

EER Derate

0 .0 1.00 1.00 1.001 .0 0.98 0.99 0.992 .0 0.96 0.98 0.973 .0 0.94 0.98 0.964.0 0.92 0.97 0.94


AWS - CActual Line Length

Up To:Capacity Derate

Power Derate EER Derate

75’ 0.96 0.98 0.9750’ 0.97 0.99 0.9825’ 0.98 0.99 0.99



Figure 1: Remote EXV Field Wiring

6. A flow switch must be installed in the leaving chilled water line per manufacturer’s instructions and wired to terminals 8 and 23 on terminal block M5 in the chiller control panel. See Unit Field Wiring Diagram in current version of installation manual available on www.DaikinApplied.com.

7. Do not reduce the wire lengths of factory wiring.

Remote Evaporator Refrigerant Piping IMPORTANT NOTE

Service Form SF99006 (available from the local sales office) and an isometric sketch of the Remote Piping Layout showing pipe size, location of fittings, measured lengths, and elevations MUST BE SUBMITTED to Daikin Technical Response Center and reviewed at least two weeks prior to beginning piping installation. The information can be forwarded to Daikin Applied by the local sales office or sent directly to E-mail: [email protected] Daikin Applied service will not perform startup without reviewed Service Form SF99006 and drawing. Installation must match reviewed drawing. All field piping, wiring and procedures must comply with design guidelines set forth in this manual and be performed in accordance with ASHRAE, EPA, local codes and industry standards. Any product failure caused or contributed to by failure to comply with appropriate design guidelines will not be covered by manufacturer’s warranty. Daikin Technical Response Center - Phone : 540-248-9239; E-mail: [email protected]

Careful design of refrigerant piping is necessary for proper system operation. Design the refrigerant piping to accomplish the following:

1. Assure proper refrigerant feed to the evaporator.2. Provide practical and economical refrigerant line sizes

without excess pressure drop.3. Maintain uniform oil return to the compressor under all

load conditions.4. Refer to the latest version of the ASHRAE Handbook for

recommended piping practice; use included tables for

correct pipe sizing.5. Keep the refrigerant suction line pressure drop to a

maximum of 2 F. in saturated temperature equivalent. 6. Each suction line’s velocity must be sufficient to carry oil

considering a 25% capacity reduction in each circuit.7. When facing the unit control box, the left-hand

compressor is circuit # 1, and the right-hand is circuit # 2. If present, the compressor behind #2, on the right-hand side, is circuit #3.

8. Liquid lines may be insulated to prevent collection of condensation, if needed.

The following applies to all size units:• Maximum linear line length cannot exceed 75 feet• Maximum total equivalent length (TEL) cannot exceed

180 feet (75 feet for vertical suction lines)• The evaporator cannot be located more than 20 feet

above or 30 feet below the outdoor unit. • Suction line connection at unit = 4 1/8-inch OD each • Underground refrigerant piping is not permitted• Field piping must include adequate service taps for

checking filter-drier, subcooling, and superheat.• Insulate complete suction lines. Liquid lines may be

insulated to prevent collection of condensation if required.• Ensure the braze rod used is appropriate for the

materials being joined

Table 3: Fitting Equivalent Feet of Pipe

NOTE: TEL values for the filter-drier and solenoid valve are already included and should not be added to the liquid line drop.

Piping LayoutFigure 4 shows the piping layout for one of the two or three refrigerant circuits for AWS units with a remote evaporator without the economizer circuit. The outdoor unit, the evaporator, and a kit of refrigerant components are shipped as separate pieces for field mounting, wiring, and piping. The suction shutoff valve is standard on remote evaporator units.

Note: Field insulation of the suction lines and the liquid line on circuits with economizers is required. The outdoor unit will have a refrigerant charge equal to that of a packaged unit pumped down into the condenser. The additional charge of refrigerant and oil required by the field piping is supplied and installed by the customer. The location and size of the refrigerant connections are shown on dimensional drawings available from a Daikin Applied sales representative.

ADDRESS=3

T1 T3

T2

T4

E.E.X.V.1

1 2 3 4 5 6

ON

ADDRESS=5

T1 T3

T2

T4

E.E.X.V.2

1 2 3 4 5 6

ON

BRN

WHT

BLU

BLK

RED

GRN

WHT

BLK

RED

GRN

WHT

BLK

BLU

BLK

WHT

BRN

M16

902

900

M26

906

901

POL94E.00/MCQ

D01A

C1

D01B

DI1

R1

T3-M

X3

+5V

X1

T3-M

X2

M1-

M2+

M2-

M1+

+24V

24VGNDB-A+

A+ B- GND 24V

POL94E.00/MCQ

D01A

C1

D01B

DI1

R1

T3-M

X3

+5V

X1

T3-M

X2

M1-

M2+

M2-

M1+

+24V

24VGNDB-A+

A+ B- GND 24V

W1Θ

W1Θ

W2Θ

W2Θ

EXV-1

1

2

3

4

GTB5

W1Θ

W1Θ

W2Θ

W2Θ

EXV-2

1

2

3

4

GTB5

A2 A1M16

(438

)(4

39)

(440

)

NC

NO

903

A2 A1M26

(538

)(5

39)

(540

)

NC

NO

907

(847) (847) (847) (847)

(848) (848) (848) (848)

(863) (863) (863) (863)

/(756)

/(659)

/(756)

/(659)

Line Size In. OD

Angle Valve

Globe Valve

90-Degree Std. Radius

Elbow

90-Degree Long Radius

Elbow

2 5/8 1.00 1.00 1.00 1.00

3 1/8 0.98 0.99 0.99 0.99

3 5/8 0.96 0.98 0.97 0.97

4 1/8 0.94 0.98 0.96 0.96

5 1/8 0.92 0.97 0.94 0.94



Chilled Water Piping Figure 2: Typical Piping, Shell and Tube Evaporator

CAUTIONTo prevent damage to the evaporator and potential chiller failure, a supply strainer is required in the inlet water piping which connects to this evaporator. This strainer must be installed prior to operation of the chilled liquid pumps.

Field installed water piping to the chiller must include:

• A cleanable strainer installed at the water inlet to the evaporator to remove debris and impurities before they reach the evaporator. Install cleanable strainer within 5 feet (1500 mm) of pipe length from the evaporator inlet connection and downstream of any welded connections (no welded connections between strainer and evaporator).

• AWS-C models require a strainer with perforations no larger than 0.125” (3.2 mm) diameter. See the Inlet Strainer Guidelines on page 7 for more information.

• A water flow switch must be installed in the horizontal piping of the supply (evaporator outlet) water line to avoid evaporator freeze-up under low or no flow conditions. The flow switch may be ordered as a factory-installed option, a field-installed kit, or may be supplied and installed in the field. See IOM for more information.

• Purge air from the water system before unit start-up to provide adequate flow through the evaporator.

• Adequate piping support, independent from the unit, to eliminate weight and strain on the fittings and connections.

It is recommended that the field installed water piping to the chiller include:

• Thermometers at the inlet and outlet connections of the evaporator.

• Water pressure gauge connection taps and gauges at

the inlet and outlet connections of the evaporator for measuring water pressure drop.

• Shutoff valves are necessary to isolate the unit from the piping during unit servicing.

• Minimum bends and changes in elevation to minimize pressure drop.

• An expansion tank or regulating valve to maintain adequate water pressure

• Vibration eliminators in both the supply and return water lines to reduce transmissions to the building.

• Flush the system water piping thoroughly before making connections to the unit evaporator.

• Piping insulation, including a vapor barrier, helps prevent condensation and reduces heat loss.

• Regular water analysis and chemical water treatment for the evaporator loop is recommended immediately at equipment start-up.

Chilled Water PumpThe chilled water pumps must be wired to, and controlled by, the chiller controller. The chiller controller has the capability to selectively start pump A or B or automatically alternate pump selection and also has standby operation capability. The controller will energize the pump whenever at least one circuit on the chiller is enabled to run, whether there is a call for cooling or not. This helps ensure proper unit startup sequence. The pump will also be turned on when the water temperature goes below the Freeze Setpoint for longer than a specified time to help prevent evaporator freeze-up.

LEAVING FLUIDTEMP. SENSOR

VENT3/8” PIPE PLUG

VIBRATIONELIMINATOR

FLOWSWITCH

GATEVALVE

FLOW

FLOW

GATEVALVE

OUTLET

DRAIN

BALANCINGVALVE

VIBRATIONELIMINATOR

WATERSTRAINER

VALVEDPRESSURE

GAUGE

PROTECT ALL FIELD PIPINGAGAINST FREEZING

INLET



CAUTIONAdding glycol or draining the system is the recommended method of freeze protection. If the chiller does not have the ability to control the pumps and the water system is not drained in temperatures below freezing, catastrophic evaporator failure may occur.

Failure to allow pump control by the chiller controller may cause the following problems:

1. If any device other than the chiller attempts to start the chiller without first starting the pump, the chiller will lock out on the No Flow alarm and require manual reset.

2. If the chiller evaporator water temperature drops below the “Freeze setpoint” the chiller will attempt to start the water pumps to avoid evaporator freeze. If the chiller does not have the ability to start the pumps, the chiller will alarm due to lack of water flow.

3. If the chiller does not have the ability to control the pumps and the water system is not to be drained in temperatures below freezing, the chiller may be subject to catastrophic evaporator failure due to freezing.

Inlet Strainer GuidelinesAn inlet water strainer kit must be installed in the chilled water piping before the evaporator inlet. Two paths are available to meet this requirement:

1. A field-installed kit shipped-loose with the unit is available for all unit sizes and consists of:

• Y-type area strainer with 304 stainless steel perforated basket, Victaulic pipe connections and strainer cap [a strainer with perforations no larger than 0.125” (3.2 mm) diameter for AWS-C models].

• Extension pipe with two Schrader fittings that can be used for a pressure gauge and thermal dispersion flow switch. The pipe provides sufficient clearance from the evaporator for strainer basket removal.

• ½-inch blowdown valve • Two grooved clamps

The strainer is sized per Table 4 and the pressure drop is shown in the Strainer Pressure Drop graph.

2. A field-supplied strainer that meets specification and installation requirements of this manual.

Table 4: Strainer Sizing Data

Strainer Size (in.)

Strainer Plus Pipe Length (in.)

Strainer Weight (lbs)

6 30.5 72

8 36.0 125

10 43.0 205

Figure 3: Strainer Pressure Drop

Evaporator Freeze ProtectionPathfinder® chillers are equipped with thermostatically controlled evaporator heaters that help protect against freezeup down to -20°F (-28°C). The immersion heater itself may not be able to properly protect the evaporator from freezing without circulation of water, and it is important that the chilled water pumps are wired to, and controlled by, the chiller’s controller. Additionally, use at least one of the following procedures IF the mechanical room where the remote evaporator is installed is subject to ambient temperatures below 32F:

1. Add a concentration of a glycol anti-freeze with a freeze point 10°F below the lowest expected temperature. This will result in decreased capacity and increased pressure drop. Do not use automotive grade antifreezes as they contain inhibitors harmful to chilled water systems. Use only glycols specifically designated for use in building cooling systems.

2. Drain the water from outdoor equipment and piping and blow the chiller tubes dry from the chiller. Do not energize the chiller heater when water is drained from the vessel.

NOTE: The heaters come from the factory connected to the control power circuit. The control power can be rewired in the field to a separate 115V supply (do not wire directly to the heater). See the field wiring diagram on page 60. If this is done, it should power the entire control circuit. Mark the disconnect switch clearly to avoid accidental deactivation of the heater during freezing temperatures. Exposed chilled water piping also requires protection. If the evaporator is drained for winter freeze protection, the heaters must be de-energized to prevent heater burnout.



Figure 4: Piping Schematic, Remote Evaporator (One of Two Circuits)

*R3319947010E3*

AWS Remote Evaporator Models (No Economizer)

AWS Remote Evaporator Models (With Economizer)

*R3319947010E4*

CHARGINGVALVE

LIQUIDTUBING

FILTERDRYER

SOLENOIDVALVE

SIGHTGLASS

EXPANSIONVALVE

WATER INWATER OUT

DX EVAPORATOR

SUCTION TUBING

(STUB TUBE)

OIL PRESS. TRANSDUCER

WITH SCHRADERVALVE

DISCHARGE TUBING

AIRFLOW

AIRFLOW

CONDENSERASSEMBLY

F3/F4COMPRESSOR

RELIEFVALVE

SUCTION TEMP. SENSOR

SUCTION TRANSDUCER

DISCHARGE TEMP. SENSOR

(WOE)TEMP. SENSOR

(WIE)TEMP. SENSOR

OUTSIDE AIR TEMPERATURE

(WAA)

SCHRADERVALVE

SCHRADERVALVE

SHUT-OFFVALVE

BUTTERFLYVALVE

RELIEFVALVE

DISCHARGE TRANSDUCER

SCHRADERVALVE STRAINERBALL

VALVESOLENOID

VALVE

LIQUID INJECTION

TUBING

SUCTION TRANSDUCER

SCHRADERVALVE

CHARGINGVALVE

FIELD CONNECTION

POINT

SCHRADERVALVE

FIELD CONNECTION

POINTFIELD PIPING

SHOWN DASHEDLIQUID

SHUTOFF VALVE

SCHRADERVALVE

FIELD INSTALLED LIQUID LINE COMPONENTS

SCHRADERVALVE

(HEADER)

CHARGINGVALVE

NOTE :PIPING SHOWN FOR ONE SYSTEM OF UNIT.

UNIT HAS TWO INDEPENDENT SYSTEMS.

CHARGINGVALVE

LIQUIDTUBING

FILTERDRYER

SOLENOIDVALVE

EXPANSIONVALVE

WATER INWATER OUT

DX EVAPORATOR

SUCTION TUBING

(STUB TUBE)

OIL PRESS. TRANSDUCER WITH SCHRADER

VALVEDISCHARGE

TUBING

AIRFLOW

AIRFLOW

CONDENSERASSEMBLY

F3/F4COMPRESSOR

RELIEFVALVE

SUCTION TEMP. SENSOR

SUCTION TRANSDUCER

DISCHARGE TEMP. SENSOR

(WOE)TEMP. SENSOR

(WIE) TEMP. SENSOR

OUTSIDE AIR TEMPERATURE

(WAA)

SCHRADERVALVE

SCHRADERVALVE

SCHRADERVALVE

SHUT-OFF BALL VALVE

SOLENOIDVALVE

TGE EXPANSION

VALVE

ECONOMIZER

SHUT-OFFVALVE

ECONOMIZER FLASH GAS TO COMPRESSOR INTERSTAGE

BUTTERFLYVALVE

RELIEFVALVE

DISCHARGE TRANSDUCER

BALLVALVE

SCHRADERVALVE

LIQUIDINJECTION

TUBINGSOLENOID

VALVESCHRADER

VALVE

SCHRADERVALVE

(HEADER)

SCHRADERVALVE

CHARGINGVALVE

FIELD CONNECTION

POINT

SCHRADERVALVE

SIGHTGLASSSCHRADER

VALVEFILTERDRYER

FIELD CONNECTION

POINT

STUBTUBE

SCHRADERVALVE

FIELD INSTALLED LIQUID LINE COMPONENTS

FIELD PIPING SHOWN DASHED

STRAINER

CHARGINGVALVE

SIGHTGLASS

SUCTION PRESS.

TRANSDUCER

NOTE:PIPING SHOWN FOR ONE SYSTEM OF UNIT.UNIT HAS TWO INDEPENDENT SYSTEMS.



Table 5: Recommended Horizontal or Downflow Suction Line Size

Model Circuit

Recommended Horizontal or Downflow Suction Line Size

Nominal Tons Per Circuit

Tubing Conn. Size At

Unit

UP TO 50 EQUIV. FT.

UP TO 75 EQUIV. FT.

UP TO 100 EQUIV. FT.




Size PD Size PD Size PD Size PD Size PD Size PD

AWS170CDS 1 95 4 1/8 3 5/8 1.23 3 5/8 1.84 4 1/8 1.32 4 1/8 1.66 4 1/8 1.99 4 1/8 2.38

AWS170CDS 2 95 4 1/8 3 5/8 1.23 3 5/8 1.84 4 1/8 1.32 4 1/8 1.66 4 1/8 1.99 4 1/8 2.38

AWS190CDS 1 95 4 1/8 3 5/8 1.23 3 5/8 1.84 4 1/8 1.32 4 1/8 1.66 4 1/8 1.99 4 1/8 2.38

AWS190CDS 2 95 4 1/8 3 5/8 1.23 3 5/8 1.84 4 1/8 1.32 4 1/8 1.66 4 1/8 1.99 4 1/8 2.38

AWS200CDS 1 115 4 1/8 3 5/8 1.73 4 1/8 1.40 4 1/8 1.87 4 1/8 2.34 4 1/8 2.80 4 1/8 3.36

AWS200CDS 2 115 4 1/8 3 5/8 1.73 4 1/8 1.40 4 1/8 1.87 4 1/8 2.34 4 1/8 2.80 4 1/8 3.36

AWS210CDS 1 95 4 1/8 3 5/8 1.23 3 5/8 1.84 4 1/8 1.32 4 1/8 1.66 4 1/8 1.99 4 1/8 2.38

AWS210CDS 2 115 4 1/8 3 5/8 1.73 4 1/8 1.40 4 1/8 1.87 4 1/8 2.34 4 1/8 2.80 4 1/8 3.36

AWS225CDS 1 115 4 1/8 3 5/8 1.73 4 1/8 1.40 4 1/8 1.87 4 1/8 2.34 4 1/8 2.80 4 1/8 3.36

AWS225CDS 2 115 4 1/8 3 5/8 1.73 4 1/8 1.40 4 1/8 1.87 4 1/8 2.34 4 1/8 2.80 4 1/8 3.36

AWS250CDS 1 115 4 1/8 3 5/8 1.73 4 1/8 1.40 4 1/8 1.87 4 1/8 2.34 4 1/8 2.80 4 1/8 3.36

AWS250CDS 2 135 4 1/8 4 1/8 1.25 4 1/8 1.87 4 1/8 2.49 5 1/8 1.10 5 1/8 1.32 5 1/8 1.58

AWS260CDS 1 135 4 1/8 4 1/8 1.25 4 1/8 1.87 4 1/8 2.49 5 1/8 1.10 5 1/8 1.32 5 1/8 1.58

AWS260CDS 2 135 4 1/8 4 1/8 1.25 4 1/8 1.87 4 1/8 2.49 5 1/8 1.10 5 1/8 1.32 5 1/8 1.58

AWS290CDS 1 135 4 1/8 4 1/8 1.25 4 1/8 1.87 4 1/8 2.49 5 1/8 1.10 5 1/8 1.32 5 1/8 1.58

AWS290CDS 2 155 4 1/8 4 1/8 1.60 4 1/8 2.40 5 1/8 1.13 5 1/8 1.41 5 1/8 1.69 5 1/8 2.03

AWS310CDS 1 155 4 1/8 4 1/8 1.60 4 1/8 2.40 5 1/8 1.13 5 1/8 1.41 5 1/8 1.69 5 1/8 2.03

AWS310CDS 2 155 4 1/8 4 1/8 1.60 4 1/8 2.40 5 1/8 1.13 5 1/8 1.41 5 1/8 1.69 5 1/8 2.03

AWS350CDS 1 155 4 1/8 4 1/8 1.60 4 1/8 2.40 5 1/8 1.13 5 1/8 1.41 5 1/8 1.69 5 1/8 2.03

AWS350CDS 2 185 4 1/8 4 1/8 2.20 5 1/8 1.16 5 1/8 1.55 5 1/8 1.94 5 1/8 2.33 5 1/8 2.79

AWS375CDS 1 185 4 1/8 4 1/8 2.20 5 1/8 1.16 5 1/8 1.55 5 1/8 1.94 5 1/8 2.33 5 1/8 2.79

AWS375CDS 2 185 4 1/8 4 1/8 2.20 5 1/8 1.16 5 1/8 1.55 5 1/8 1.94 5 1/8 2.33 5 1/8 2.79

AWS400CTS 1 135 4 1/8 4 1/8 1.25 4 1/8 1.87 4 1/8 2.49 5 1/8 1.10 5 1/8 1.32 5 1/8 1.58

AWS400CTS 2 135 4 1/8 4 1/8 1.25 4 1/8 1.87 4 1/8 2.49 5 1/8 1.10 5 1/8 1.32 5 1/8 1.58

AWS400CTS 3 135 4 1/8 4 1/8 1.25 4 1/8 1.87 4 1/8 2.49 5 1/8 1.10 5 1/8 1.32 5 1/8 1.58

AWS425CTS 1 135 4 1/8 4 1/8 1.25 4 1/8 1.87 4 1/8 2.49 5 1/8 1.10 5 1/8 1.32 5 1/8 1.58

AWS425CTS 2 135 4 1/8 4 1/8 1.25 4 1/8 1.87 4 1/8 2.49 5 1/8 1.10 5 1/8 1.32 5 1/8 1.58

AWS425CTS 3 155 4 1/8 4 1/8 1.60 4 1/8 2.40 5 1/8 1.13 5 1/8 1.41 5 1/8 1.69 5 1/8 2.03

AWS450CTS 1 155 4 1/8 4 1/8 1.60 4 1/8 2.40 5 1/8 1.13 5 1/8 1.41 5 1/8 1.69 5 1/8 2.03

AWS450CTS 2 155 4 1/8 4 1/8 1.60 4 1/8 2.40 5 1/8 1.13 5 1/8 1.41 5 1/8 1.69 5 1/8 2.03

AWS450CTS 3 135 4 1/8 4 1/8 1.25 4 1/8 1.87 4 1/8 2.49 5 1/8 1.10 5 1/8 1.32 5 1/8 1.58

AWS470CTS 1 155 4 1/8 4 1/8 1.60 4 1/8 2.40 5 1/8 1.13 5 1/8 1.41 5 1/8 1.69 5 1/8 2.03

AWS470CTS 2 155 4 1/8 4 1/8 1.60 4 1/8 2.40 5 1/8 1.13 5 1/8 1.41 5 1/8 1.69 5 1/8 2.03

AWS470CTS 3 155 4 1/8 4 1/8 1.60 4 1/8 2.40 5 1/8 1.13 5 1/8 1.41 5 1/8 1.69 5 1/8 2.03

AWS500CTS 1 155 4 1/8 4 1/8 1.60 4 1/8 2.40 5 1/8 1.13 5 1/8 1.41 5 1/8 1.69 5 1/8 2.03

AWS500CTS 2 155 4 1/8 4 1/8 1.60 4 1/8 2.40 5 1/8 1.13 5 1/8 1.41 5 1/8 1.69 5 1/8 2.03

AWS500CTS 3 185 4 1/8 4 1/8 2.20 5 1/8 1.16 5 1/8 1.55 5 1/8 1.94 5 1/8 2.33 5 1/8 2.79

AWS525CTS 1 185 4 1/8 4 1/8 2.20 5 1/8 1.16 5 1/8 1.55 5 1/8 1.94 5 1/8 2.33 5 1/8 2.79

AWS525CTS 2 185 4 1/8 4 1/8 2.20 5 1/8 1.16 5 1/8 1.55 5 1/8 1.94 5 1/8 2.33 5 1/8 2.79



Table 6: Recommended Horizontal or Downflow Suction Line Size

Model Circuit

Recommended Horizontal or Downflow Suction Line Size

Nominal Tons Per Circuit

Tubing Conn. Size At

Unit

UP TO 50 EQUIV. FT.

UP TO 75 EQUIV. FT.





Size PD Size PD Size PD Size PD Size PD Size PD

AWS210CDH 1 105 4 1/8 3 5/8 1.47 3 5/8 2.20 4 1/8 1.59 4 1/8 1.98 4 1/8 2.38 4 1/8 2.86

AWS210CDH 2 105 4 1/8 3 5/8 1.47 3 5/8 2.20 4 1/8 1.59 4 1/8 1.98 4 1/8 2.38 4 1/8 2.86

AWS230CDH 1 105 4 1/8 3 5/8 1.47 3 5/8 2.20 4 1/8 1.59 4 1/8 1.98 4 1/8 2.38 4 1/8 2.86

AWS230CDH 2 125 4 1/8 3 5/8 2.01 4 1/8 1.63 4 1/8 2.17 4 1/8 2.71 4 1/8 3.26 4 1/8 3.91

AWS250CDH 1 125 4 1/8 3 5/8 2.01 4 1/8 1.63 4 1/8 2.17 4 1/8 2.71 4 1/8 3.26 4 1/8 3.91

AWS250CDH 2 125 4 1/8 3 5/8 2.01 4 1/8 1.63 4 1/8 2.17 4 1/8 2.71 4 1/8 3.26 4 1/8 3.91

AWS280CDH 1 125 4 1/8 3 5/8 2.01 4 1/8 1.63 4 1/8 2.17 4 1/8 2.71 4 1/8 3.26 4 1/8 3.91

AWS280CDH 2 150 4 1/8 4 1/8 1.51 4 1/8 2.26 4 1/8 3.01 5 1/8 1.33 5 1/8 1.60 5 1/8 1.92

AWS300CDH 1 150 4 1/8 4 1/8 1.51 4 1/8 2.26 4 1/8 3.01 5 1/8 1.33 5 1/8 1.60 5 1/8 1.92

AWS300CDH 2 150 4 1/8 4 1/8 1.51 4 1/8 2.26 4 1/8 3.01 5 1/8 1.33 5 1/8 1.60 5 1/8 1.92

AWS330CDH 1 150 4 1/8 4 1/8 1.51 4 1/8 2.26 4 1/8 3.01 5 1/8 1.33 5 1/8 1.60 5 1/8 1.92

AWS330CDH 2 175 4 1/8 4 1/8 1.99 4 1/8 2.98 5 1/8 1.40 5 1/8 1.76 5 1/8 2.11 5 1/8 2.53

AWS350CDH 1 175 4 1/8 4 1/8 1.99 4 1/8 2.98 5 1/8 1.40 5 1/8 1.76 5 1/8 2.11 5 1/8 2.53

AWS350CDH 2 175 4 1/8 4 1/8 1.99 4 1/8 2.98 5 1/8 1.40 5 1/8 1.76 5 1/8 2.11 5 1/8 2.53

AWS390CDH 1 175 4 1/8 4 1/8 1.99 4 1/8 2.98 5 1/8 1.40 5 1/8 1.76 5 1/8 2.11 5 1/8 2.53

AWS390CDH 2 205 4 1/8 4 1/8 2.64 5 1/8 1.40 5 1/8 1.87 5 1/8 2.33 5 1/8 2.80 5 1/8 3.36

AWS410CDH 1 205 4 1/8 4 1/8 2.64 5 1/8 1.40 5 1/8 1.87 5 1/8 2.33 5 1/8 2.80 5 1/8 3.36

AWS410CDH 2 205 4 1/8 4 1/8 2.64 5 1/8 1.40 5 1/8 1.87 5 1/8 2.33 5 1/8 2.80 5 1/8 3.36

AWS450CTH 1 150 4 1/8 4 1/8 1.51 4 1/8 2.26 4 1/8 3.01 5 1/8 1.33 5 1/8 1.60 5 1/8 1.92

AWS450CTH 2 150 4 1/8 4 1/8 1.51 4 1/8 2.26 4 1/8 3.01 5 1/8 1.33 5 1/8 1.60 5 1/8 1.92

AWS450CTH 3 150 4 1/8 4 1/8 1.51 4 1/8 2.26 4 1/8 3.01 5 1/8 1.33 5 1/8 1.60 5 1/8 1.92

AWS475CTH 1 150 4 1/8 4 1/8 1.51 4 1/8 2.26 4 1/8 3.01 5 1/8 1.33 5 1/8 1.60 5 1/8 1.92

AWS475CTH 2 150 4 1/8 4 1/8 1.51 4 1/8 2.26 4 1/8 3.01 5 1/8 1.33 5 1/8 1.60 5 1/8 1.92

AWS475CTH 3 175 4 1/8 4 1/8 1.99 4 1/8 2.98 5 1/8 1.40 5 1/8 1.76 5 1/8 2.11 5 1/8 2.53

AWS500CTH 1 175 4 1/8 4 1/8 1.99 4 1/8 2.98 5 1/8 1.40 5 1/8 1.76 5 1/8 2.11 5 1/8 2.53

AWS500CTH 2 175 4 1/8 4 1/8 1.99 4 1/8 2.98 5 1/8 1.40 5 1/8 1.76 5 1/8 2.11 5 1/8 2.53

AWS500CTH 3 150 4 1/8 4 1/8 1.51 4 1/8 2.26 4 1/8 3.01 5 1/8 1.33 5 1/8 1.60 5 1/8 1.92

AWS530CTH 1 175 4 1/8 4 1/8 1.99 4 1/8 2.98 5 1/8 1.40 5 1/8 1.76 5 1/8 2.11 5 1/8 2.53

AWS530CTH 2 175 4 1/8 4 1/8 1.99 4 1/8 2.98 5 1/8 1.40 5 1/8 1.76 5 1/8 2.11 5 1/8 2.53

AWS530CTH 3 175 4 1/8 4 1/8 1.99 4 1/8 2.98 5 1/8 1.40 5 1/8 1.76 5 1/8 2.11 5 1/8 2.53

AWS240CDP 1 105 4 1/8 3 5/8 1.47 3 5/8 2.20 4 1/8 1.59 4 1/8 1.98 4 1/8 2.38 4 1/8 2.86

AWS240CDP 2 105 4 1/8 3 5/8 1.47 3 5/8 2.20 4 1/8 1.59 4 1/8 1.98 4 1/8 2.38 4 1/8 2.86

AWS265CDP 1 105 4 1/8 3 5/8 1.47 3 5/8 2.20 4 1/8 1.59 4 1/8 1.98 4 1/8 2.38 4 1/8 2.86

AWS265CDP 2 125 4 1/8 3 5/8 2.01 4 1/8 1.63 4 1/8 2.17 4 1/8 2.71 4 1/8 3.26 4 1/8 3.91

AWS290CDP 1 125 4 1/8 3 5/8 2.01 4 1/8 1.63 4 1/8 2.17 4 1/8 2.71 4 1/8 3.26 4 1/8 3.91

AWS290CDP 2 125 4 1/8 3 5/8 2.01 4 1/8 1.63 4 1/8 2.17 4 1/8 2.71 4 1/8 3.26 4 1/8 3.91

AWS310CDP 1 125 4 1/8 3 5/8 2.01 4 1/8 1.63 4 1/8 2.17 4 1/8 2.71 4 1/8 3.26 4 1/8 3.91

AWS310CDP 2 150 4 1/8 4 1/8 1.51 4 1/8 2.26 4 1/8 3.01 5 1/8 1.33 5 1/8 1.60 5 1/8 1.92

AWS330CDP 1 150 4 1/8 4 1/8 1.51 4 1/8 2.26 4 1/8 3.01 5 1/8 1.33 5 1/8 1.60 5 1/8 1.92

AWS330CDP 2 150 4 1/8 4 1/8 1.51 4 1/8 2.26 4 1/8 3.01 5 1/8 1.33 5 1/8 1.60 5 1/8 1.92

AWS365CDP 1 150 4 1/8 4 1/8 1.51 4 1/8 2.26 4 1/8 3.01 5 1/8 1.33 5 1/8 1.60 5 1/8 1.92

AWS365CDP 2 175 4 1/8 4 1/8 1.99 4 1/8 2.98 5 1/8 1.40 5 1/8 1.76 5 1/8 2.11 5 1/8 2.53

AWS400CDP 1 175 4 1/8 4 1/8 1.99 4 1/8 2.98 5 1/8 1.40 5 1/8 1.76 5 1/8 2.11 5 1/8 2.53

AWS400CDP 2 175 4 1/8 4 1/8 1.99 4 1/8 2.98 5 1/8 1.40 5 1/8 1.76 5 1/8 2.11 5 1/8 2.53



Table 7: Recommended Upflow Suction

Model CircuitNominal Tons Per Circuit

Recommended Vertical or Upflow Suction Line Size

Max. Suct. Riser Line Size for

Vertical Upflow to Compressor

UP TO 50 EQUIV. FT.

UP TO 75 EQUIV. FT.

Size PD Size PD

AWS170CDS 1 95 3 5/8 1.23 3 5/8 1.84 3 5/8

AWS170CDS 2 95 3 5/8 1.23 3 5/8 1.84 3 5/8

AWS190CDS 1 95 3 5/8 1.23 3 5/8 1.84 3 5/8

AWS190CDS 2 95 3 5/8 1.23 3 5/8 1.84 3 5/8

AWS200CDS 1 115 3 5/8 1.73 3 5/8 2.60 3 5/8

AWS200CDS 2 115 3 5/8 1.73 3 5/8 2.60 3 5/8

AWS210CDS 1 95 3 5/8 1.23 3 5/8 1.84 3 5/8

AWS210CDS 2 115 3 5/8 1.73 3 5/8 2.60 3 5/8

AWS225CDS 1 115 3 5/8 1.73 3 5/8 2.60 3 5/8

AWS225CDS 2 115 3 5/8 1.73 3 5/8 2.60 3 5/8

AWS250CDS 1 115 3 5/8 1.73 3 5/8 2.60 3 5/8

AWS250CDS 2 135 4 1/8 1.25 4 1/8 1.87 4 1/8

AWS260CDS 1 135 4 1/8 1.25 4 1/8 1.87 4 1/8

AWS260CDS 2 135 4 1/8 1.25 4 1/8 1.87 4 1/8

AWS290CDS 1 135 4 1/8 1.25 4 1/8 1.87 4 1/8

AWS290CDS 2 155 4 1/8 1.60 4 1/8 2.40 4 1/8

AWS310CDS 1 155 4 1/8 1.60 4 1/8 2.40 4 1/8

AWS310CDS 2 155 4 1/8 1.60 4 1/8 2.40 4 1/8

AWS350CDS 1 155 4 1/8 1.60 4 1/8 2.40 4 1/8

AWS350CDS 2 185 4 1/8 2.20 4 1/8 3.30 4 1/8

AWS375CDS 1 185 4 1/8 2.20 4 1/8 3.30 4 1/8

AWS375CDS 2 185 4 1/8 2.20 4 1/8 3.30 4 1/8

AWS400CTS 1 135 4 1/8 1.25 4 1/8 1.87 4 1/8

AWS400CTS 2 135 4 1/8 1.25 4 1/8 1.87 4 1/8

AWS400CTS 3 135 4 1/8 1.25 4 1/8 1.87 4 1/8

AWS425CTS 1 135 4 1/8 1.25 4 1/8 1.87 4 1/8

AWS425CTS 2 135 4 1/8 1.25 4 1/8 1.87 4 1/8

AWS425CTS 3 155 4 1/8 1.60 4 1/8 2.40 4 1/8

AWS450CTS 1 155 4 1/8 1.60 4 1/8 2.40 4 1/8

AWS450CTS 2 155 4 1/8 1.60 4 1/8 2.40 4 1/8

AWS450CTS 3 135 4 1/8 1.25 4 1/8 1.87 4 1/8

AWS470CTS 1 155 4 1/8 1.60 4 1/8 2.40 4 1/8

AWS470CTS 2 155 4 1/8 1.60 4 1/8 2.40 4 1/8

AWS470CTS 3 155 4 1/8 1.60 4 1/8 2.40 4 1/8

AWS500CTS 1 155 4 1/8 1.60 4 1/8 2.40 4 1/8

AWS500CTS 2 155 4 1/8 1.60 4 1/8 2.40 4 1/8

AWS500CTS 3 185 4 1/8 2.20 4 1/8 3.30 4 1/8

AWS525CTS 1 185 4 1/8 2.20 4 1/8 3.30 4 1/8

AWS525CTS 2 185 4 1/8 2.20 4 1/8 3.30 4 1/8



Table 6 continued: Recommended Upflow Suction

Model CircuitNominal Tons Per Circuit

Recommended Vertical or Upflow Suction Line Size

Max. Suct. Riser Line Size for

Vertical Upflow to Compressor

UP TO 50 EQUIV. FT.

UP TO 75 EQUIV. FT.

Size PD Size PD

AWS210CDH 1 105 3 5/8 1.47 3 5/8 2.20 3 5/8

AWS210CDH 2 105 3 5/8 1.47 3 5/8 2.20 3 5/8

AWS230CDH 1 105 3 5/8 1.47 3 5/8 2.20 3 5/8

AWS230CDH 2 125 3 5/8 2.01 3 5/8 3.02 3 5/8

AWS250CDH 1 125 3 5/8 2.01 3 5/8 3.02 3 5/8

AWS250CDH 2 125 3 5/8 2.01 3 5/8 3.02 3 5/8

AWS280CDH 1 125 3 5/8 2.01 3 5/8 3.02 3 5/8

AWS280CDH 2 150 4 1/8 1.51 4 1/8 2.26 4 1/8

AWS300CDH 1 150 4 1/8 1.51 4 1/8 2.26 4 1/8

AWS300CDH 2 150 4 1/8 1.51 4 1/8 2.26 4 1/8

AWS330CDH 1 150 4 1/8 1.51 4 1/8 2.26 4 1/8

AWS330CDH 2 175 4 1/8 1.99 4 1/8 2.98 4 1/8

AWS350CDH 1 175 4 1/8 1.99 4 1/8 2.98 4 1/8

AWS350CDH 2 175 4 1/8 1.99 4 1/8 2.98 4 1/8

AWS390CDH 1 175 4 1/8 1.99 4 1/8 2.98 4 1/8

AWS390CDH 2 205 4 1/8 2.64 4 1/8 3.97 4 1/8

AWS410CDH 1 205 4 1/8 2.64 4 1/8 3.97 4 1/8

AWS410CDH 2 205 4 1/8 2.64 4 1/8 3.97 4 1/8

AWS450CTH 1 150 4 1/8 1.51 4 1/8 2.26 4 1/8

AWS450CTH 2 150 4 1/8 1.51 4 1/8 2.26 4 1/8

AWS450CTH 3 150 4 1/8 1.51 4 1/8 2.26 4 1/8

AWS475CTH 1 150 4 1/8 1.51 4 1/8 2.26 4 1/8

AWS475CTH 2 150 4 1/8 1.51 4 1/8 2.26 4 1/8

AWS475CTH 3 175 4 1/8 1.99 4 1/8 2.98 4 1/8

AWS500CTH 1 175 4 1/8 1.99 4 1/8 2.98 4 1/8

AWS500CTH 2 175 4 1/8 1.99 4 1/8 2.98 4 1/8

AWS500CTH 3 150 4 1/8 1.51 4 1/8 2.26 4 1/8

AWS530CTH 1 175 4 1/8 1.99 4 1/8 2.98 4 1/8

AWS530CTH 2 175 4 1/8 1.99 4 1/8 2.98 4 1/8

AWS530CTH 3 175 4 1/8 1.99 4 1/8 2.98 4 1/8

AWS240CDP 1 105 3 5/8 1.47 3 5/8 2.20 3 5/8

AWS240CDP 2 105 3 5/8 1.47 3 5/8 2.20 3 5/8

AWS265CDP 1 105 3 5/8 1.47 3 5/8 2.20 3 5/8

AWS265CDP 2 125 3 5/8 2.01 3 5/8 3.02 3 5/8

AWS290CDP 1 125 3 5/8 2.01 3 5/8 3.02 3 5/8

AWS290CDP 2 125 3 5/8 2.01 3 5/8 3.02 3 5/8

AWS310CDP 1 125 3 5/8 2.01 3 5/8 3.02 3 5/8

AWS310CDP 2 150 4 1/8 1.51 4 1/8 2.26 4 1/8

AWS330CDP 1 150 4 1/8 1.51 4 1/8 2.26 4 1/8

AWS330CDP 2 150 4 1/8 1.51 4 1/8 2.26 4 1/8

AWS365CDP 1 150 4 1/8 1.51 4 1/8 2.26 4 1/8

AWS365CDP 2 175 4 1/8 1.99 4 1/8 2.98 4 1/8

AWS400CDP 1 175 4 1/8 1.99 4 1/8 2.98 4 1/8

AWS400CDP 2 175 4 1/8 1.99 4 1/8 2.98 4 1/8



Table 8: Recommended Liquid Line Sizes (Circuits 1 & 2; Circuit 3 below)

Table 9: Recommended Liquid Line Sizes (Circuit 3; only 3-circuit models shown)

Model

Recommended Liquid Line SizeCircuit 1 Circuit 2

UP TO 50 EQUIV. FT.

UP TO 75 EQUIV. FT.





UP TO 50 EQUIV. FT.

UP TO 75 EQUIV. FT.





Size PD Size PD Size PD Size PD Size PD Size PD Size PD Size PD Size PD Size PD Size PD Size PDAWS170CDS 1 5/8 0.70 1 5/8 1.05 1 5/8 1.41 1 5/8 1.76 1 5/8 2.11 1 5/8 2.53 1 5/8 0.70 1 5/8 1.05 1 5/8 1.41 1 5/8 1.76 1 5/8 2.11 1 5/8 2.53AWS190CDS 1 5/8 0.70 1 5/8 1.05 1 5/8 1.41 1 5/8 1.76 1 5/8 2.11 1 5/8 2.53 1 5/8 0.70 1 5/8 1.05 1 5/8 1.41 1 5/8 1.76 1 5/8 2.11 1 5/8 2.53AWS200CDS 1 5/8 0.99 1 5/8 1.49 1 5/8 1.98 1 5/8 2.48 1 5/8 2.98 1 5/8 3.57 1 5/8 0.99 1 5/8 1.49 1 5/8 1.98 1 5/8 2.48 1 5/8 2.98 1 5/8 3.57AWS210CDS 1 5/8 0.70 1 5/8 1.05 1 5/8 1.41 1 5/8 1.76 1 5/8 2.11 1 5/8 2.53 1 5/8 0.99 1 5/8 1.49 1 5/8 1.98 1 5/8 2.48 1 5/8 2.98 1 5/8 3.57AWS225CDS 1 5/8 0.99 1 5/8 1.49 1 5/8 1.98 1 5/8 2.48 1 5/8 2.98 1 5/8 3.57 1 5/8 0.99 1 5/8 1.49 1 5/8 1.98 1 5/8 2.48 1 5/8 2.98 1 5/8 3.57AWS250CDS 1 5/8 0.99 1 5/8 1.49 1 5/8 1.98 1 5/8 2.48 1 5/8 2.98 1 5/8 3.57 1 5/8 1.32 1 5/8 1.99 1 5/8 2.65 1 5/8 3.31 1 5/8 3.97 1 5/8 4.77AWS260CDS 1 5/8 1.32 1 5/8 1.99 1 5/8 2.65 1 5/8 3.31 1 5/8 3.97 1 5/8 4.77 1 5/8 1.32 1 5/8 1.99 1 5/8 2.65 1 5/8 3.31 1 5/8 3.97 1 5/8 4.77AWS290CDS 1 5/8 1.32 1 5/8 1.99 1 5/8 2.65 1 5/8 3.31 1 5/8 3.97 1 5/8 4.77 1 5/8 1.70 2 1/8 0.69 2 1/8 0.91 2 1/8 1.14 2 1/8 1.37 2 1/8 1.64AWS310CDS 1 5/8 1.70 2 1/8 0.69 2 1/8 0.91 2 1/8 1.14 2 1/8 1.37 2 1/8 1.64 1 5/8 1.70 2 1/8 0.69 2 1/8 0.91 2 1/8 1.14 2 1/8 1.37 2 1/8 1.64AWS350CDS 1 5/8 1.70 2 1/8 0.69 2 1/8 0.91 2 1/8 1.14 2 1/8 1.37 2 1/8 1.64 1 5/8 2.33 2 1/8 0.94 2 1/8 1.26 2 1/8 1.57 2 1/8 1.88 2 1/8 2.26AWS375CDS 1 5/8 2.33 2 1/8 0.94 2 1/8 1.26 2 1/8 1.57 2 1/8 1.88 2 1/8 2.26 1 5/8 2.33 2 1/8 0.94 2 1/8 1.26 2 1/8 1.57 2 1/8 1.88 2 1/8 2.26AWS400CTS 1 5/8 1.32 1 5/8 1.99 1 5/8 2.65 1 5/8 3.31 1 5/8 3.97 1 5/8 4.77 1 5/8 1.32 1 5/8 1.99 1 5/8 2.65 1 5/8 3.31 1 5/8 3.97 1 5/8 4.77AWS425CTS 1 5/8 1.32 1 5/8 1.99 1 5/8 2.65 1 5/8 3.31 1 5/8 3.97 1 5/8 4.77 1 5/8 1.32 1 5/8 1.99 1 5/8 2.65 1 5/8 3.31 1 5/8 3.97 1 5/8 4.77AWS450CTS 1 5/8 1.70 2 1/8 0.69 2 1/8 0.91 2 1/8 1.14 2 1/8 1.37 2 1/8 1.64 1 5/8 1.70 2 1/8 0.69 2 1/8 0.91 2 1/8 1.14 2 1/8 1.37 2 1/8 1.64AWS470CTS 1 5/8 1.70 2 1/8 0.69 2 1/8 0.91 2 1/8 1.14 2 1/8 1.37 2 1/8 1.64 1 5/8 1.70 2 1/8 0.69 2 1/8 0.91 2 1/8 1.14 2 1/8 1.37 2 1/8 1.64AWS500CTS 1 5/8 1.70 2 1/8 0.69 2 1/8 0.91 2 1/8 1.14 2 1/8 1.37 2 1/8 1.64 1 5/8 1.70 2 1/8 0.69 2 1/8 0.91 2 1/8 1.14 2 1/8 1.37 2 1/8 1.64AWS525CTS 1 5/8 2.33 2 1/8 0.94 2 1/8 1.26 2 1/8 1.57 2 1/8 1.88 2 1/8 2.26 1 5/8 2.33 2 1/8 0.94 2 1/8 1.26 2 1/8 1.57 2 1/8 1.88 2 1/8 2.26AWS550CTS 1 5/8 2.33 2 1/8 0.94 2 1/8 1.26 2 1/8 1.57 2 1/8 1.88 2 1/8 2.26 1 5/8 2.33 2 1/8 0.94 2 1/8 1.26 2 1/8 1.57 2 1/8 1.88 2 1/8 2.26AWS210CDH 1 5/8 0.84 1 5/8 1.26 1 5/8 1.68 1 5/8 2.11 1 5/8 2.53 1 5/8 3.03 1 5/8 0.84 1 5/8 1.26 1 5/8 1.68 1 5/8 2.11 1 5/8 2.53 1 5/8 3.03AWS230CDH 1 5/8 0.84 1 5/8 1.26 1 5/8 1.68 1 5/8 2.11 1 5/8 2.53 1 5/8 3.03 1 5/8 1.15 1 5/8 1.73 1 5/8 2.31 1 5/8 2.88 1 5/8 3.46 1 5/8 4.15AWS250CDH 1 5/8 1.15 1 5/8 1.73 1 5/8 2.31 1 5/8 2.88 1 5/8 3.46 1 5/8 4.15 1 5/8 1.15 1 5/8 1.73 1 5/8 2.31 1 5/8 2.88 1 5/8 3.46 1 5/8 4.15AWS280CDH 1 5/8 1.15 1 5/8 1.73 1 5/8 2.31 1 5/8 2.88 1 5/8 3.46 1 5/8 4.15 1 5/8 1.60 1 5/8 2.40 1 5/8 3.20 1 5/8 4.00 1 5/8 4.80 1 5/8 5.76AWS300CDH 1 5/8 1.60 1 5/8 2.40 1 5/8 3.20 1 5/8 4.00 1 5/8 4.80 1 5/8 5.76 1 5/8 1.60 1 5/8 2.40 1 5/8 3.20 1 5/8 4.00 1 5/8 4.80 1 5/8 5.76AWS330CDH 1 5/8 1.60 1 5/8 2.40 1 5/8 3.20 1 5/8 4.00 1 5/8 4.80 1 5/8 5.76 1 5/8 2.11 2 1/8 0.85 2 1/8 1.14 2 1/8 1.42 2 1/8 1.70 2 1/8 2.05AWS350CDH 1 5/8 2.11 2 1/8 0.85 2 1/8 1.14 2 1/8 1.42 2 1/8 1.70 2 1/8 2.05 1 5/8 2.11 2 1/8 0.85 2 1/8 1.14 2 1/8 1.42 2 1/8 1.70 2 1/8 2.05AWS390CDH 1 5/8 2.11 2 1/8 0.85 2 1/8 1.14 2 1/8 1.42 2 1/8 1.70 2 1/8 2.05 1 5/8 2.81 2 1/8 1.13 2 1/8 1.51 2 1/8 1.89 2 1/8 2.27 2 1/8 2.72AWS410CDH 1 5/8 2.81 2 1/8 1.13 2 1/8 1.51 2 1/8 1.89 2 1/8 2.27 2 1/8 2.72 1 5/8 2.81 2 1/8 1.13 2 1/8 1.51 2 1/8 1.89 2 1/8 2.27 2 1/8 2.72AWS450CTH 1 5/8 1.60 1 5/8 2.40 1 5/8 3.20 1 5/8 4.00 1 5/8 4.80 1 5/8 5.76 1 5/8 1.60 1 5/8 2.40 1 5/8 3.20 1 5/8 4.00 1 5/8 4.80 1 5/8 5.76AWS475CTH 1 5/8 1.60 1 5/8 2.40 1 5/8 3.20 1 5/8 4.00 1 5/8 4.80 1 5/8 5.76 1 5/8 1.60 1 5/8 2.40 1 5/8 3.20 1 5/8 4.00 1 5/8 4.80 1 5/8 5.76AWS500CTH 1 5/8 2.11 2 1/8 0.85 2 1/8 1.14 2 1/8 1.42 2 1/8 1.70 2 1/8 2.05 1 5/8 2.11 2 1/8 0.85 2 1/8 1.14 2 1/8 1.42 2 1/8 1.70 2 1/8 2.05AWS530CTH 1 5/8 2.11 2 1/8 0.85 2 1/8 1.14 2 1/8 1.42 2 1/8 1.70 2 1/8 2.05 1 5/8 2.11 2 1/8 0.85 2 1/8 1.14 2 1/8 1.42 2 1/8 1.70 2 1/8 2.05AWS240CDP 1 5/8 0.84 1 5/8 1.26 1 5/8 1.68 1 5/8 2.11 1 5/8 2.53 1 5/8 3.03 1 5/8 0.84 1 5/8 1.26 1 5/8 1.68 1 5/8 2.11 1 5/8 2.53 1 5/8 3.03AWS265CDP 1 5/8 0.84 1 5/8 1.26 1 5/8 1.68 1 5/8 2.11 1 5/8 2.53 1 5/8 3.03 1 5/8 1.15 1 5/8 1.73 1 5/8 2.31 1 5/8 2.88 1 5/8 3.46 1 5/8 4.15AWS290CDP 1 5/8 1.15 1 5/8 1.73 1 5/8 2.31 1 5/8 2.88 1 5/8 3.46 1 5/8 4.15 1 5/8 1.15 1 5/8 1.73 1 5/8 2.31 1 5/8 2.88 1 5/8 3.46 1 5/8 4.15AWS310CDP 1 5/8 1.15 1 5/8 1.73 1 5/8 2.31 1 5/8 2.88 1 5/8 3.46 1 5/8 4.15 1 5/8 1.60 1 5/8 2.40 1 5/8 3.20 1 5/8 4.00 1 5/8 4.80 1 5/8 5.76AWS330CDP 1 5/8 1.60 1 5/8 2.40 1 5/8 3.20 1 5/8 4.00 1 5/8 4.80 1 5/8 5.76 1 5/8 1.60 1 5/8 2.40 1 5/8 3.20 1 5/8 4.00 1 5/8 4.80 1 5/8 5.76

Model

Recommended Liquid Line SizeCircuit 3

UP TO 50 EQUIV. FT.

UP TO 75 EQUIV. FT.





Size PD Size PD Size PD Size PD Size PD Size PDAWS400CTS 1 5/8 1.32 1 5/8 1.99 1 5/8 2.65 1 5/8 3.31 1 5/8 3.97 1 5/8 4.77AWS425CTS 1 5/8 1.70 2 1/8 0.69 2 1/8 0.91 2 1/8 1.14 2 1/8 1.37 2 1/8 1.64AWS450CTS 1 5/8 1.32 1 5/8 1.99 1 5/8 2.65 1 5/8 3.31 1 5/8 3.97 1 5/8 4.77AWS470CTS 1 5/8 1.70 2 1/8 0.69 2 1/8 0.91 2 1/8 1.14 2 1/8 1.37 2 1/8 1.64AWS500CTS 1 5/8 2.33 2 1/8 0.94 2 1/8 1.26 2 1/8 1.57 2 1/8 1.88 2 1/8 2.26AWS550CTS 1 5/8 2.33 2 1/8 0.94 2 1/8 1.26 2 1/8 1.57 2 1/8 1.88 2 1/8 2.26AWS450CTH 1 5/8 1.60 1 5/8 2.40 1 5/8 3.20 1 5/8 4.00 1 5/8 4.80 1 5/8 5.76AWS475CTH 1 5/8 2.11 2 1/8 0.85 2 1/8 1.14 2 1/8 1.42 2 1/8 1.70 2 1/8 2.05AWS500CTH 1 5/8 1.60 1 5/8 2.40 1 5/8 3.20 1 5/8 4.00 1 5/8 4.80 1 5/8 5.76AWS530CTH 1 5/8 2.11 2 1/8 0.85 2 1/8 1.14 2 1/8 1.42 2 1/8 1.70 2 1/8 2.05


remoTe evaporaTor dImensIons

Table 10: Evaporator Data for VFD Models

AWS Model Evap ModelShipping Weight Operating Weight Water Volume Refrigerant Charge

(lb) (kg) (lb) (kg) (gal) (L) (lb) (kg)

170CDS EV40271010/9N2 or N3 1197 543 1761 799 67 255 3 1

190CDS EV40271010/9N2 or N3 1197 543 1761 799 67 255 3 1

200CDS EV40271212/7N2 or N3 1239 562 1770 803 63 240 3 1

210CDH EV40271111/7N2 or N3 1219 553 1773 804 66 250 3 1

230CDH EV40271212/7N2 or N3 1239 562 1770 803 63 240 3 1

250CDH EV40271212/7N2 or N3 1239 562 1770 803 63 240 3 1

280CDH EV50271414/7N2 or N3 1739 789 2631 1193 106 403 4 2

300CDH EV50271414/7N2 or N3 1739 789 2631 1193 106 403 4 2

330CDH EV50271717/5N2 or N3 1819 825 2648 1201 99 374 5 2

350CDH EV50271717/5N2 or N3 1819 825 2648 1201 99 374 5 2

390CDH EV50271717/5N2 or N3 1819 825 2648 1201 99 374 5 2

410CDH EV50271717/5N2 or N3 1819 825 2648 1201 99 374 5 2

450CTH EV6633101010/7N2 or N3 2630 1193 4510 2046 225 850 7 3

475CTH EV6633111111/5N2 or N3 2681 1216 4520 2050 220 831 7 3

500CTH EV6633111111/5N2 or N3 2681 1216 4520 2050 220 831 7 3

530CTH EV6633111111/5N2 or N3 2681 1216 4520 2050 220 831 7 3

240CDP EV50391313/11N2 or N3 2008 911 3296 1495 154 582 5 2

265CDP EV50391313/11N2 or N3 2008 911 3296 1495 154 582 5 2

290CDP EV66391414/11N2 or N3 2875 1304 5145 2334 271 1027 7 3

310CDP EV66391414/11N2 or N3 2875 1304 5145 2334 271 1027 7 3

330CDP EV66391717/7N2 or N3 2998 1360 5164 2342 259 979 9 4

365CDP EV66391717/7N2 or N3 2998 1360 5164 2342 259 979 9 4

400CDP EV66391717/7N2 or N3 2998 1360 5164 2342 259 979 9 4




Table 11: Evaporator Data for Non-VFD Models

AWS Model Evap ModelShipping Weight Operating Weight Water Volume Refrigerant Charge

(lb) (kg) (lb) (kg) (gal) (L) (lb) (kg)

190CDS EV40271010/9N2 or N3 1197 543 1761 799 67 255 3 1

210CDS EV40271111/7N2 or N3 1219 553 1773 804 66 250 3 1

225CDS EV40271212/7N2 or N3 1239 562 1770 803 63 240 3 1

250CDS EV40271313/5N2 or N3 1259 571 1774 805 61 232 3 2

260CDS EV40271313/5N2 or N3 1259 571 1774 805 61 232 3 2

290CDS EV50271515/5N2 or N3 1649 748 2514 1140 103 390 4 2

310CDS EV50271515/5N2 or N3 1649 748 2514 1140 103 390 4 2

350CDS EV50271717/5N2 or N3 1819 825 2648 1201 99 374 5 2

375CDS EV50271717/5N2 or N3 1819 825 2648 1201 99 374 5 2

400CTS EV6633101010/7N2 or N3 2630 1193 4510 2046 225 850 7 3

425CTS EV6633101010/7N2 or N3 2630 1193 4510 2046 225 850 7 3

450CTS EV6633101010/7N2 or N3 2630 1193 4510 2046 225 850 7 3

470CTS EV6633111111/5N2 or N3 2681 1216 4520 2050 220 831 7 3

500CTS EV6633111111/5N2 or N3 2681 1216 4520 2050 220 831 7 3

525CTS EV6633111111/5N2 or N3 2681 1216 4520 2050 220 831 7 3

550CTS EV6633111111/5N2 or N3 2681 1216 4520 2050 220 831 7 3

210CDH EV40271111/7N2 or N3 1219 553 1773 804 66 250 3 1

230CDH EV40271212/7N2 or N3 1239 562 1770 803 63 240 3 1

250CDH EV40271212/7N2 or N3 1239 562 1770 803 63 240 3 1

280CDH EV50271414/7N2 or N3 1739 789 2631 1193 106 403 4 2

300CDH EV50271414/7N2 or N3 1739 789 2631 1193 106 403 4 2

330CDH EV50271717/5N2 or N3 1819 825 2648 1201 99 374 5 2

350CDH EV50271717/5N2 or N3 1819 825 2648 1201 99 374 5 2

390CDH EV50271717/5N2 or N3 1819 825 2648 1201 99 374 5 2

410CDH EV50271717/5N2 or N3 1819 825 2648 1201 99 374 5 2

450CTH EV6633101010/7N2 or N3 2630 1193 4510 2046 225 850 7 3

475CTH EV6633111111/5N2 or N3 2681 1216 4520 2050 220 831 7 3

500CTH EV6633111111/5N2 or N3 2681 1216 4520 2050 220 831 7 3

530CTH EV6633111111/5N2 or N3 2681 1216 4520 2050 220 831 7 3

240CDP EV50391313/11N2 or N3 2008 911 3296 1495 154 582 5 2

265CDP EV50391313/11N2 or N3 2008 911 3296 1495 154 582 5 2

290CDP EV66391414/11N2 or N3 2875 1304 5145 2334 271 1027 7 3

310CDP EV66391414/11N2 or N3 2875 1304 5145 2334 271 1027 7 3

330CDP EV66391717/7N2 or N3 2998 1360 5164 2342 259 979 9 4

365CDP EV66391717/7N2 or N3 2998 1360 5164 2342 259 979 9 4

400CDP EV66391717/7N2 or N3 2998 1360 5164 2342 259 979 9 4



Figure 5: Evaporator Model EV4027


19.1485

11.9303

3.075 3.0

75

18.2463

1.332.5

2.665.5

2.665.5

83.62122.9

19.4493.5

18.2461.6

DWG NUMBER REV.

334043901 0B

4.13IN/105MM I.D.SUCTION CONNECTION

.71IN/18MM X 1.69IN/43MMSLOTS (QTY 4)

9.8250

EVAPORATOR: EV4027PART NO. 332532100

15.43922412

95.010.8274

1.63IN/41.5MM I.D.LIQUID CONNECTION

OUTLET

1/4" NPTF

QTY 21/2" NPTF

NAME PLATE

QTY 2SENSOR WELL

NAME PLATEASME/CRN

1/2" NPTF3000# HALF CPLG.QTY 2

EVAPORATOR

1/4" NPTF

INTLET

6.63

16406

SCH. 40 PIPE168.3

VICTAULIC GROOVED QTY.2

121.23078

18.9479.8

83.62123

19.4492.2

25.4644

13.9354

3.794

3.794

14.1358

1.332.5

18.2463

3.075

3.075

1/4" NPTF

INLETOUTLET

QTY 2 QTY 21/2" NPTF


SENSOR WELL

1/4" NPTF

8.63

20.0508

SCH. 40 PIPE219.2


121.93095

ASME/CRNNAME PLATE

EVAPORATOR: EV5027 PART NO. 332532200

EVAPORATORNAME PLATE



92.92360310

12.2 16.7425


DWG NUMBER REV.

334043901 0B






18.5469.8

129.33283

19.4492.2

1.332.5

25.4644

3.794

3.794

13.9354

18.2463

3.075

3.075


ASME/CRNNAME PLATE

INLET

SENSOR WELLQTY 21/2" NPTF

QTY 2

OUTLET

1/4" NPTF1/4" NPTF


EVAPORATORNAME PLATE

20.0508

SCH. 40 PIPE8.63219.2


167.14245



14.1358

138.23510310

12.2 16.7425


DWG NUMBER REV.

334043901 0B

20.2513.8

129.23281.8

19.5496

4.2105.8

4.2105.8

4.2105.8

4.2105.8

16.9430

1.332.5

18.2463


NAME PLATEEVAPORATOR

NAME PLATE1/4" NPTF 1/4" NPTFASME/CRN

OUTLET

SENSOR WELLQTY 2


1/2" NPTFQTY 2

INLET

10.75VICTAULIC GROOVED QTY.2

273

660.426.0

SCH. 40 PIPE

169.04291.5


135.03430367

14.4 19.5494.5



14.1357

27.3693.5

DWG NUMBER REV.

334043901 0B

1.332.5

18.2463

44.61133.5

83.62122.9

18.1458.5

498.719.6

2829.8111.4

385.215.2


5.6141

5.6141



5.6141

16.9430

14.1357

5.6141

707.227.8

NAME PLATEASME/CRN

NAME PLATEEVAPORATOR

1/4" NPTF

SENSOR WELL

QTY 2QTY 2

1/2" NPTF

1/4" NPTF


660.4

SCH. 40 PIPEVICTAULIC GROOVED QTY.2

10.75

26.0

273

146.33715

INLETOUTLET


DWG NUMBER REV.

334043901 0B


IsolaTor InformaTIon

When spring isolators are required, install springs running under the main unit supports.Then unit should be set initially on shims or blocks at the listed spring free height. When all unit installation tasks are complete, the springs are adjusted upward to loosen the blocks or shims that are then removed. Install of spring isolators requires flexible piping connections and at least three feet of flexible electrical conduit to avoid straining the piping and transmitting vibration and noise. A rubber anti-skid pad should be used under isolators if holddown bolts are not used. Mounting locations for each model can be found in the Lifting & Mounting Dimensions beginning on page 26.

Table 12: Isolator Part Numbers

Table 13: Spring Isolators for Aluminum Fin Condensers (VFD)

Isolator ColorIsolator P/N

Spring Isolator R-I-S Isolator

Brown 331481401

Dark Blue 332620200

Red 332620400 331481402

Black 332620500

Green 331481403

Dark Purple 332620600

Dark Green 332620800

Gray 332620900 331481404

White 332621000

Purple 331481405

Unit Model # Kit P/N M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 M11 M12

AWS170CDS RE VFD 332320840 Dk Green Dk Green Dk Green Dk Green Black Black Red Red



AWS210CDH RE VFD 332320840 Dk Green Dk Green Dk Green Dk Green Black Black Red Red

AWS230CDH RE VFD 332320861 Dk Green Dk Green Dk Green Dk Green Black Black Red Red Dk Blue Dk Blue

AWS250CDH RE VFD 332320861 Dk Green Dk Green Dk Green Dk Green Black Black Red Red Dk Blue Dk Blue

AWS240CDP RE VFD 332320862 Dk Green Dk Green Dk Green Dk Green Dk Purple Dk Purple Black Black Red Red

AWS280CDH RE VFD 332320862 Dk Green Dk Green Dk Green Dk Green Dk Purple Dk Purple Black Black Red Red

AWS300CDH RE VFD 332320862 Dk Green Dk Green Dk Green Dk Green Dk Purple Dk Purple Black Black Red Red



AWS310CDP RE VFD 332320866 Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black Black Black


AWS330CDH RE VFD 332320866 Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black Black Black


AWS365CDP RE VFD 332320824 Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green

AWS390CDH RE VFD 332320824 Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green

AWS400CDP RE VFD 332320863 Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black Black Black

AWS410CDH RE VFD 332320863 Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black Black Black

AWS450CTH RE VFD 332320863 Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black Black Black

AWS475CTH RE VFD 332320826 Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green






Table 14: Spring Isolators for Copper Fin Condensers (VFD)


AWS170CDS RE VFD 332320864 Dk Green Dk Green Dk Green Dk Green Black Black Black Black



AWS210CDH RE VFD 332320864 Dk Green Dk Green Dk Green Dk Green Black Black Black Black

AWS230CDH RE VFD 332320865 Dk Green Dk Green Dk Green Dk Green Black Black Black Black Red Red

AWS250CDH RE VFD 332320865 Dk Green Dk Green Dk Green Dk Green Black Black Black Black Red Red

AWS240CDP RE VFD 332320865 Dk Green Dk Green Dk Green Dk Green Black Black Black Black Red Red





AWS310CDP RE VFD 332320823 Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black

AWS330CDP RE VFD 332320823 Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black

AWS330CDH RE VFD 332320823 Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black

AWS350CDH RE VFD 332320823 Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black

AWS365CDP RE VFD 332320824 Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green

AWS390CDH RE VFD 332320824 Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green

AWS400CDP RE VFD 332320826 Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green

AWS410CDH RE VFD 332320826 Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green



AWS500CTH RE VFD 332320868 Gray Gray Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green

AWS530CTH RE VFD 332320868 Gray Gray Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green



Table 15: Rubber-in-Shear (RIS) Isolators for Aluminum Fin Condensers (VFD)


AWS170CDS RE VFD 332325851 Green Green Green Green Brown Brown Brown Brown



AWS210CDH RE VFD 332325851 Green Green Green Green Brown Brown Brown Brown

AWS230CDH RE VFD 332325852 Green Green Green Green Brown Brown Brown Brown Brown Brown

AWS250CDH RE VFD 332325852 Green Green Green Green Brown Brown Brown Brown Brown Brown

AWS240CDP RE VFD 332325858 Green Green Green Green Green Green Brown Brown Brown Brown

AWS280CDH RE VFD 332325858 Green Green Green Green Green Green Brown Brown Brown Brown

AWS300CDH RE VFD 332325858 Green Green Green Green Green Green Brown Brown Brown Brown



AWS310CDP RE VFD 332325853 Green Green Green Green Green Green Red Red Red Red


AWS330CDH RE VFD 332325853 Green Green Green Green Green Green Red Red Red Red




AWS400CDP RE VFD 332325854 Green Green Green Green Green Green Green Green Red Red Red Red

AWS410CDH RE VFD 332325854 Green Green Green Green Green Green Green Green Red Red Red Red

AWS450CTH RE VFD 332325854 Green Green Green Green Green Green Green Green Red Red Red Red






Table 16: Rubber-in-Shear (RIS) Isolators for Copper Fin Condensers (VFD)


AWS170CDS RE VFD 332325855 Green Green Red Red Red Red Brown Brown



AWS210CDH RE VFD 332325855 Green Green Red Red Red Red Brown Brown

AWS230CDH RE VFD 332325856 Green Green Green Green Red Red Red Red Brown Brown


AWS240CDP RE VFD 332325856 Green Green Green Green Red Red Red Red Brown Brown











AWS400CDP RE VFD 332325857 Gray Gray Gray Gray Green Green Green Green Green Green Red Red

AWS410CDH RE VFD 332325857 Gray Gray Gray Gray Green Green Green Green Green Green Red Red

AWS450CTH RE VFD 332325857 Gray Gray Gray Gray Green Green Green Green Green Green Red Red






Table 17: Spring Isolators for Aluminum Fin Condensers (Non-VFD)

Unit Model # Kit P/N M1 M2 M3 M4 M5 M6 M7 M8 M9 M10

AWS190CDS 332320838 Dk Green Dk Green Dk Green Dk Green Red Red


AWS210CDH 332320828 Dk Green Dk Green Dk Green Dk Green Black Black


AWS230CDH 332320839 Gray Gray Dk Green Dk Green Black Black

AWS240CDP 332320840 Dk Green Dk Green Dk Green Dk Green Black Black Red Red

AWS250CDS 332320839 Gray Gray Dk Green Dk Green Black Black



AWS265CDP 332320854 Dk Green Dk Green Dk Green Dk Green Dk Purple Dk Purple Red Red

AWS280CDH 332320840 Dk Green Dk Green Dk Green Dk Green Black Black Red Red

AWS290CDS 332320841 Gray Gray Dk Green Dk Green Black Black Dk Blue Dk Blue

AWS290CDP 332320854 Dk Green Dk Green Dk Green Dk Green Dk Purple Dk Purple Red Red

AWS300CDH 332320840 Dk Green Dk Green Dk Green Dk Green Black Black Red Red

AWS310CDS 332320841 Gray Gray Dk Green Dk Green Black Black Dk Blue Dk Blue

AWS310CDP 332320842 Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black

AWS330CDH 332320855 Gray Gray Dk Green Dk Green Dk Green Dk Green Black Black

AWS330CDP 332320842 Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black

AWS350CDS 332320843 Gray Gray Dk Green Dk Green Dk Green Dk Green Red Red

AWS350CDH 332320855 Gray Gray Dk Green Dk Green Dk Green Dk Green Black Black

AWS365CDP 332320847 Gray Gray Gray Gray Dk Green Dk Green Black Black

AWS375CDS 332320843 Gray Gray Dk Green Dk Green Dk Green Dk Green Red Red

AWS390CDH 332320847 Gray Gray Gray Gray Dk Green Dk Green Black Black

AWS400CTS 332320848 Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green

AWS400CDP 332320844 Gray Gray Gray Gray Dk Green Dk Green Black Black Red Red

AWS410CDH 332320844 Gray Gray Gray Gray Dk Green Dk Green Black Black Red Red


AWS450CTS 332320834 Gray Gray Gray Gray Dk Green Dk Green Dk Purple Dk Purple Red Red

AWS450CTH 332320833 Gray Gray Gray Gray Dk Green Dk Green Dk Purple Dk Purple Black Black

AWS470CTS 332320834 Gray Gray Gray Gray Dk Green Dk Green Dk Purple Dk Purple Red Red

AWS475CTH 332320850 Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green Black Black

AWS500CTS 332320850 Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green Black Black







Table 18: Spring Isolators for Copper Fin Condensers (Non-VFD)






AWS230CDH 332320845 Gray Gray Dk Green Dk Green Dk Purple Dk Purple

AWS240CDP 332320857 Gray Gray Dk Green Dk Green Dk Purple Dk Purple Black Black


AWS250CDH 332320845 Gray Gray Dk Green Dk Green Dk Purple Dk Purple


AWS265CDP 332320855 Gray Gray Dk Green Dk Green Dk Green Dk Green Black Black

AWS280CDH 332320846 Gray Gray Dk Green Dk Green Dk Purple Dk Purple Red Red

AWS290CDS 332320846 Gray Gray Dk Green Dk Green Dk Purple Dk Purple Red Red

AWS290CDP 332320855 Gray Gray Dk Green Dk Green Dk Green Dk Green Black Black

AWS300CDH 332320846 Gray Gray Dk Green Dk Green Dk Purple Dk Purple Red Red

AWS310CDS 332320846 Gray Gray Dk Green Dk Green Dk Purple Dk Purple Red Red




AWS350CDS 332320847 Gray Gray Gray Gray Dk Green Dk Green Black Black


AWS365CDP 332320848 Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green

AWS375CDS 332320847 Gray Gray Gray Gray Dk Green Dk Green Black Black

AWS390CDH 332320848 Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green


AWS400CDP 332320833 Gray Gray Gray Gray Dk Green Dk Green Dk Purple Dk Purple Black Black

AWS410CDH 332320833 Gray Gray Gray Gray Dk Green Dk Green Dk Purple Dk Purple Black Black


AWS450CTS 332320856 White White Gray Gray Dk Green Dk Green Dk Green Dk Green Black Black

AWS450CTH 332320856 White White Gray Gray Dk Green Dk Green Dk Green Dk Green Black Black

AWS470CTS 332320856 White White Gray Gray Dk Green Dk Green Dk Green Dk Green Black Black

AWS475CTH 332320858 Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green

AWS500CTS 332320859 Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green Dk Purple Dk Purple

AWS500CTH 332320860 White White Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green

AWS525CTS 332320860 White White Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green

AWS530CTH 332320853 White White White White Gray Gray Dk Green Dk Green Dk Green Dk Green

AWS550CTS 332320853 White White White White Gray Gray Dk Green Dk Green Dk Green Dk Green



Table 19: Rubber-in-Shear (RIS) Isolators for Aluminum Fin Condensers (Non-VFD)


AWS190CDS 332325836 Green Green Red Red Brown Brown

AWS210CDS 332325836 Green Green Red Red Brown Brown

AWS210CDH 332325837 Gray Gray Green Green Brown Brown

AWS225CDS 332325837 Gray Gray Green Green Brown Brown


AWS240CDP 332325838 Green Green Green Green Red Red Brown Brown





AWS280CDH 332325838 Green Green Green Green Red Red Brown Brown

AWS290CDS 332325847 Gray Gray Green Green Brown Brown Brown Brown


AWS300CDH 332325838 Green Green Green Green Red Red Brown Brown

AWS310CDS 332325847 Gray Gray Green Green Brown Brown Brown Brown

AWS310CDP 332325829 Gray Gray Green Green Red Red Brown Brown

AWS330CDH 332325829 Gray Gray Green Green Red Red Brown Brown


AWS350CDS 332325829 Gray Gray Green Green Red Red Brown Brown


AWS365CDP 332325839 Gray Gray Green Green Red Red Red Red


AWS390CDH 332325839 Gray Gray Green Green Red Red Red Red

AWS400CTS 332325830 Gray Gray Gray Gray Green Green Red Red

AWS400CDP 332325840 Gray Gray Green Green Red Red Brown Brown Brown Brown

AWS410CDH 332325840 Gray Gray Green Green Red Red Brown Brown Brown Brown

AWS425CTS 332325830 Gray Gray Gray Gray Green Green Red Red

AWS450CTS 332325842 Gray Gray Gray Gray Green Green Red Red Brown Brown

AWS450CTH 332325842 Gray Gray Gray Gray Green Green Red Red Brown Brown


AWS475CTH 332325848 Gray Gray Gray Gray Green Green Red Red Red Red


AWS500CTH 332325849 Gray Gray Gray Gray Green Green Green Green Brown Brown

AWS525CTS 332325849 Gray Gray Gray Gray Green Green Green Green Brown Brown

AWS530CTH 332325849 Gray Gray Gray Gray Green Green Green Green Brown Brown

AWS550CTS 332325849 Gray Gray Gray Gray Green Green Green Green Brown Brown



Table 20: Rubber-in-Shear (RIS) Isolators for Copper Fin Condensers (Non-VFD)


AWS190CDS 332325828 Gray Gray Green Green Red Red


AWS210CDH 332325828 Gray Gray Green Green Red Red


AWS230CDH 332325828 Gray Gray Green Green Red Red



AWS250CDH 332325841 Gray Gray Gray Gray Red Red








AWS310CDP 332325830 Gray Gray Gray Gray Green Green Red Red

AWS330CDH 332325830 Gray Gray Gray Gray Green Green Red Red


AWS350CDS 332325830 Gray Gray Gray Gray Green Green Red Red



AWS375CDS 332325830 Gray Gray Gray Gray Green Green Red Red


AWS400CTS 332325843 Gray Gray Gray Gray Green Green Green Green

AWS400CDP 332325842 Gray Gray Gray Gray Green Green Red Red Brown Brown

AWS410CDH 332325842 Gray Gray Gray Gray Green Green Red Red Brown Brown

AWS425CTS 332325843 Gray Gray Gray Gray Green Green Green Green

AWS450CTS 332325846 Purple Purple Gray Gray Green Green Green Green Red Red

AWS450CTH 332325850 Gray Gray Gray Gray Green Green Green Green Red Red


AWS475CTH 332325846 Purple Purple Gray Gray Green Green Green Green Red Red


AWS500CTH 332325844 Purple Purple Gray Gray Gray Gray Green Green Red Red

AWS525CTS 332325844 Purple Purple Gray Gray Gray Gray Green Green Red Red

AWS530CTH 332325845 Purple Purple Purple Purple Gray Gray Green Green Red Red

AWS550CTS 332325845 Purple Purple Purple Purple Gray Gray Green Green Red Red


lIfTIng and mounTIng loCaTIons

Figure 10: 10 Fan Non-VFD Models

87.6

2225

7.5

190

3.9

100

60

023

.6

21

0082

.7

49

1019

3.3

58

2022

9.1

19 .750

TYP

.

43

117

.0

47

9118

8.6

CONTROL BOX

L1M

1M

3L3

M5

L2M

2M

4L4

M6

3309

7450

1AW

S RE

MO

TE 1

0 FA

N D

IM D

WG

2

2





87.6

2225

7.5

190

3.9

100

60

023

.6

21

0082

.7

49

1019

3.3

58

2022

9.1

43

117

.0

47

9118

8.6

CONTROL BOX

L1M

1M

3L3

M5

L2M

2M

4L4

M6

3309

7450

2A

WS

REM

OTE

12

FAN

DIM

. DW

G3

3




87.6

22252.

666

7.5

190

3.9

100

00

17.0431

23.6600

82.72100

188.64791

248.46310

264.66720

CONTROL BOX

L1M

1M

3L3

M5

L2M

2M

4L4

M6

3309

7450

3AW

S RE

MO

TE 1

4 FA

N D

IM. D

WG

3

3




87.6

22252.

666

7.5

190

3.9

100

19 .750

TYP

.

60

023

.6

21

0082

.7

49

1019

3.3

72

1028

3.9

76

2030

0.0

43

117

.0

23

8193

.7

47

9118

8.6

67

9126

7.4

CONTROL BOX

L1M

1M

3L3

L5M

5M

7L7

M8

L8L6

M6

L4M

4M

2L2

3309

7450

4A

WS

REM

OTE

16

FAN

DIM

. DW

G3

3




87.6

2225

2.666

7.5190

3.9100

19 .750

TYP.

600

23.6

2100

82.7

4910

193.3

8110

319.3

8520

335.5

431

17.0

2381

93.7

4791

188.6

7484

294.6

CONTROL BOX

L1M

1M

3L3

L5M

5M

7L7

M8

L8M

6L6

L4M

4M

2L2

3309

7450

5AW

S REM

OTE 1

8 FAN

DIM

DW

G.2

2




370.9

9421

23.6

600

82.7

2100

354.7

9010

87.6

2225

2.66619

3.349

10

7.5190

3.9100

16.9

430

93.7

2380

234.7

5961

330.1

8383

CONTROL BOX

L1M

1M

3L3

L5M

5M

7L7

L2M

2M

4L4

L6M

6M

8L8

3309

7450

6AW

S REM

OTE 2

0 FAN

DIM

DW

G.3

3




87.6

2225

2.666

7.5190

3.9100

10

720

422.0

60

023

.6

21

0082

.7

60

0023

6.2

91

1035

8.7

19 .750

TYP.

43

016

.9

23

8093

.7

54

0021

2.6

83

8333

0.1

CONTROL BOX

L1M

1M

3L3

L5M

5M

7L7

M8

L8M

6L6

L4M

4M

2L2

3309

7450

7AW

S REM

OTE 2

2 FAN

DIM

. DW

G2

2



Figure 17: 24 Fan Non-VFD Models 45

7.511

620

23.6

600

82.7

2100

234.2

5949

320.8

8147

413.4

1050

1

87.6

2225

2.666

7.5190

3.9100

19 .750

TYP.

16.9

430

93.7

2380

212.6

5400

392.2

9961

CONTROL BOX

L1M

1M

3L3

L5M

5M

7L7

M9

L2M

2M

4L4

L6M

6M

8L8

M10

3309

7450

8AW

S REM

OTE 2

4 FAN

DIM

DW

G.2

2



Figure 18: 22 Fan, 3-Circuit Non-VFD Models 42

2.010

718

23.6

600

82.7

2100

236.2

6000

354.3

8998

87.6

2225

2.666 7.5190

3.9100

17.0

431

93.7

2381

253.4

6438

378.6

9615

CONTROL BOX

L1L3

L4L2

L6

L5L7

L8

M1

M3

M4

M2

M6M5

M7

M8

3309

7450

9AW

S REM

OTE 2

2-3C

FAN

DIM

3

3



Figure 19: 24 Fan, 3-Circuit Non-VFD Models

457.5

1162

0

23.6

600

82.7

2100

236.2

6000

413.4

1049

9

87.6

2225

2.666 7.5190

3.9100

318.8

8096

17.0

431

93.7

2381

253.4

6438

392.2

9962

CONTROL BOX

L1L3

L4L2

L6

L5L7

L8

M1

M3

M4

M2

M6M

5M

7 M8

M10

M9

3309

7451

0AW

S REM

OTE 2

4-3C

FAN

DIM

4

4



Figure 20: 26 Fan, 3-Circuit Non-VFD Models 49

2.912

520

23.6

600

82.7

2100

236.2

6000

87.6

2225

7.5190

3.9100

318.8

8096

413.4

1050

1

17.0

431

93.7

2381

253.4

6438

415.9

1056

4

CONTROL BOX

L1L3

L4L2

L6

L5

L7

L8

M1M3

M4M2

M6M5M7

M8M1

0

M9

3309

7451

1AW

S REM

OTE 2

6-3C F

AN D

IM4

4




528.4

1342

0

23.6600

82.7

2100

236.26000

472.4

1200

0

87.6

2225

2.666 7.51903.910

0

354.39000

17.0431

93.7

2381

253.46436

423.6

1076

1

CONTROL BOX

L1L3 L4

L2L6L5

L7 L8

M1M3 M4

M2M6M5

M7 M8M1

0

M9

3309

7451

2AW

S REM

OTE 2

8-3C F

AN DI

M4

4




563.8

1432

0

23.6600

82.7

2100

236.26000

543.3

1380

0

87.6

2225

2.666 7.5190

3.9100

354.39000

17.0431

93.7

2381

253.46436

462.5

1174

6

CONTROL BOX

L1L3 L4

L2L6L5

L7 L8

M1M3 M4

M2M6M5

M7 M8M1

0

M9

330974

513 4

4AW

S REM

OTE 3

0-3C F

AN DI

M



Figure 23: 10 Fan VFD Models

610

24.0

2438

96.0

5089

200.3

M2

M4

L4

M6

L6

L2

M8

PA

RT

NU

MB

ER

PA

RT

DE

SC

RIP

TIO

NR

EV

.

330974

530

0A

AW

S R

EM

OT

E W

ITH

VF

D 1

0 F

AN

DIM

. D

WG

M3

L3

M5

L5

M7

CONTROL BOX

L1

M1

BO

TT

OM

VIE

W

.750

19

TY

P.

152

143.2

3638

205.0

5208

2225

68.0

2.6

6.0

87.6

100

7.5

1727

3.9

190

66

6118

240.9

UN

IT S

IZE

VO

LT

AG

E

H

Z.

SH

IPP

ING

WE

IGH

T

OP

ER

AT

ING

WE

IGH

T

CO

PP

ER

FIN

AD

D

# O

F

FA

NS

L1

L2

L3

L4

L5

L6

M1

M2

M3

M4

M5

M6

M7

M8

AW

S170C

DS

380-5

75V

60H

Z11840

11840

1786

10

2851

2859

2085

2091

976

978

2182

2188

1743

1748

1212

1215

775

777

UN

IT S

IZE

VO

LT

AG

E

H

Z.

SH

IPP

ING

WE

IGH

T

OP

ER

AT

ING

WE

IGH

T

CO

PP

ER

FIN

AD

D

# O

F

FA

NS

L1

L2

L3

L4

L5

L6

M1

M2

M3

M4

M5

M6

M7

M8

AW

S170C

DS

380-5

75V

60H

Z5371

5371

810

10

1293

1297

946

948

443

444

990

992

791

793

550

551

352

352

AW

S D

IME

NS

ION

AL

DA

TA

- W

EIG

HT

S I

N L

BS

.L

IFT

ING

WE

IGH

T F

OR

EA

CH

PO

INT

LB

LIF

TIN

G W

EIG

HT

FO

R E

AC

H P

OIN

T K

GA

WS

DIM

EN

SIO

NA

L D

AT

A -

WE

IGH

TS

IN

KG

.

MO

UN

TIN

G L

OA

DS

FO

R E

AC

H P

OIN

T L

B

MO

UN

TIN

G L

OA

DS

FO

R E

AC

H P

OIN

T K

G




610

24.0

2438

96.0

5089

200.3

6118

240.9

PA

RT

NU

MB

ER

PA

RT

DE

SC

RIP

TIO

NR

EV

.

3309

7453

10A

AW

S R

EM

OT

E W

ITH

VF

D 1

2 F

AN

DIM

. DW

G

M2

L6

L4

M3

L1

M4

L2

CONTROL BOX

BO

TT

OM

VIE

W

M6

M1

L3

M5

L5

M7

M8

87.6

TY

P.

7.5

100

66

152

2.6

1903

.9

.750

19

68.0

6.0

1727

143.2

3638

2225

5208

205.0

UN

IT S

IZE

VO

LT

AG

E H

Z.

SH

IPP

ING

WE

IGH

T

OP

ER

AT

ING

WE

IGH

T

CO

PP

ER

FIN

AD

D

# O

F

FA

NS

L1

L2L

3L

4L5

L6

M1

M2

M3

M4

M5

M6

M7

M8

AW

S1

90C

DS

38

0-5

75

V 6

0H

Z1

30

37

13

037

178

612

31

76

306

22

33

82

25

41

123

10

83

24

29

234

21

95

01

880

136

81

31

98

90

85

9

AW

S2

00C

DS

38

0-5

75

V 6

0H

Z1

30

84

13

084

178

612

31

71

317

12

31

02

31

01

061

10

61

24

28

242

81

93

41

934

133

61

33

68

44

84

4

AW

S2

10C

DH

38

0-5

75

V 6

0H

Z1

22

88

12

288

178

612

28

37

283

72

15

12

15

11

157

11

57

21

62

216

21

77

21

772

129

91

29

99

11

91

1

UN

IT S

IZE

VO

LT

AG

E H

Z.

SH

IPP

ING

WE

IGH

T

OP

ER

AT

ING

WE

IGH

T

CO

PP

ER

FIN

AD

D

# O

F

FA

NS

L1

L2L

3L

4L5

L6

M1

M2

M3

M4

M5

M6

M7

M8

AW

S1

90C

DS

38

0-5

75

V 6

0H

Z5

914

59

14

81

012

14

41

138

91

06

11

02

25

09

491

11

02

106

28

858

53

62

15

984

04

39

0

AW

S2

00C

DS

38

0-5

75

V 6

0H

Z5

935

59

35

81

012

14

38

143

81

04

81

04

84

81

481

11

01

110

18

778

77

60

66

063

83

38

3

AW

S2

10C

DH

38

0-5

75

V 6

0H

Z5

574

55

74

81

012

12

87

128

79

76

976

52

55

2598

19

81

804

80

45

89

589

41

34

13

AW

S D

IME

NS

ION

AL

DA

TA

- W

EIG

HT

S IN

LB

S.

LIF

TIN

G W

EIG

HT

FO

R E

AC

H P

OIN

T L

B

LIF

TIN

G W

EIG

HT

FO

R E

AC

H P

OIN

T K

GA

WS

DIM

EN

SIO

NA

L D

AT

A -

WE

IGH

TS

IN

KG

.

MO

UN

TIN

G L

OA

DS

FO

R E

AC

H P

OIN

T L

B

MO

UN

TIN

G L

OA

DS

FO

R E

AC

H P

OIN

T K

G




610

24.0

2438

96.0

5089

200.3

7018

276.3

CONTROL BOX

M6

L6

M8

M9

M3

L1

M1

L4 L

3M

5L

5M

7

BO

TT

OM

VIE

W

M2

L2

M4

M1

0

.750

1727

19

TY

P.

152

68.0

143.2

3638

205.0

5208

2225

2.6

6.0

87.6

100

7.5

3.9

190

66

6608

260.2

PA

RT

NU

MB

ER

PA

RT

DE

SC

RIP

TIO

NR

EV

.

330974532

0A

AW

S R

EM

OT

E W

ITH

VF

D 1

4 F

AN

DIM

. D

WG

UN

IT S

IZE

VO

LT

AG

E H

Z.

SH

IPP

ING

WE

IGH

T

OP

ER

AT

ING

WE

IGH

T

CO

PP

ER

FIN

AD

D

# O

F

FA

NS

L1

L2

L3

L4

L5

L6

M1

M2

M3

M4

M5

M6

M7

M8

M9

M1

0

AW

S2

30

CD

H3

80

-57

5V

60

HZ

13

64

31

36

43

20

84

14

28

34

27

32

23

83

22

97

17

29

16

67

23

42

22

58

18

89

18

21

13

40

12

92

88

98

57

48

64

69

AW

S2

50

CD

H3

80

-57

5V

60

HZ

14

11

61

41

16

20

84

14

29

32

29

32

24

28

24

28

16

98

16

98

24

10

24

10

19

36

19

36

13

60

13

60

88

78

87

46

54

65

UN

IT S

IZE

VO

LT

AG

E H

Z.

SH

IPP

ING

WE

IGH

T

OP

ER

AT

ING

WE

IGH

T

CO

PP

ER

FIN

AD

D

# O

F

FA

NS

L1

L2

L3

L4

L5

L6

M1

M2

M3

M4

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M1

M2

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1992

619

926

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3028

7328

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F

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9038

1477

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7410

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569

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595

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392

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380-

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380-

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4893

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888

817

825

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KG

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Figure 32: 24 Fan, 2-Circuit VFD Models

410

16.1

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34.3

1568

61.7

3069

120.

8

3349

131.

9

6369

250.

8

6918

272.

3

9116

358.

9

1093

143

0.3

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1.6

1258

949

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PART

NUM

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PART

DES

CRIP

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V.

3309

7453

70B

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REM

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4 FA

N 2C

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CONTROL BOX

L1M

1M

3L3

M5

L5M

7M

9M

11

BO

TT

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VIE

W

L7

M2

L2M

4M

6L4

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12

2225

190

100

2.6

3.9

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87.6

66

19 .750

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M3

M4

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M8

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M10

M11

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460V

60H

Z21

337

2133

735

5324

3498

3514

3038

3052

2478

2489

1631

1638

2333

2343

2204

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2036

2046

1608

1615

1363

1369

1101

1106

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M4

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M6

M7

M8

M9

M10

M11

M12

AWS4

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DP

AWS4

10C

DH

380-

460V

60H

Z96

7896

7816

1224

1587

1594

1378

1384

1124

1129

740

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1058

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1000

1004

924

928

729

733

618

621

499

502

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Figure 33: 24 Fan, 3-Circuit VFD Models

87.6

2225

2.666

7.5190

3.9100

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YP.

19

409

16.1

1568 61.7

3068

120.8

6968

274.3

8973

353.3

1146

845

1.5

872

34.3

3349

131.9

7406

291.6

1093

043

0.3

1258

949

5.6

CONTROL BOX

L1M1

M3L3

M5L5

M7M9

M11

L7

M12

L8M1

0L6

M8L4

M6M4

L2M2

3309

7453

8AW

S REM

OTE W

VFD

24 FA

N 3C D

IM. D

WG

2

2




87.6

2225

7.5190

3.9100

2.666.75

0 TY

P19

409

16.1

1568 61.7

3068

120.8

6968

274.3

8973

353.3

1146

945

1.5

872

34.3

3349

131.9

7406

291.6

1153

345

4.0

1348

853

1.0

CONTROL BOX

L1M1

M3L3

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M11

BOTT

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OTE W

ITH VF

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FAN D

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3068

120.8

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16.1

9968

392.4

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851

0.6

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19 .750 T

YP.

1172

946

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872

34.3

3349

131.9

7404

291.5

1438

956

6.5

CONTROL BOX

L1M1

M3L3

M5L5

M7M9

M11

M2L2

M4M6

L4M8

L6M1

0L8

M12

L7330

974540

AWS R

EMOT

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FD 2

8 FAN

DIM.

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2225

2.666

7.5190

3.9100

19 .750 T

YP.

409

16.1

1568 61.7

1066

241

9.8

3068

120.8

6968

274.3

1476

858

1.4

3349

131.9

872

34.3

7404

291.5

1271

550

0.6

1528

960

1.9

CONTROL BOX

L1M1

M3L3

M5L5

M7M9

BOTT

OM VI

EW

L7M1

1M12

L8M1

0L6

M8L4

M6M4

L2M2

3309

7454

1AW

S REM

OTE W

/ VFD

30 FA

N DIM

. DWG

2 2

physICal daTa


Table 21: Remote Evaporator (Non-VFD) Models (Standard Efficiency)


NOTE: A strainer with 0.125” (3.2mm) diameter perforations must be placed in the supply water line just prior to the inlet of the evaporator. Care must be exercised when welding pipe or flanges to the evaporator to prevent any slag from entering the vessel. Maximum water pressure: 152 psi (1048 kPa); Maximum refrigerant pressure: 325 psi (2241 kPa).

DataAWS250CDS Remote AWS260CDS Remote AWS290CDS Remote CIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2

BASIC DATAUnit Operating Charge lbs (kg) 185 (84) 185 (84) 185 (84) 185 (84) 210 (95) 210 (95)

Unit Dimensions 281 x 88 x 100 281 x 88 x 100 317 x 88 x 100

L x W x H, in. (mm) (7137 x 2225 x 2548) (7137 x 2225 x 2548) (8052 x 2225 x 2548)

Condensing Unit Operating Weight, lbs. (kg) 13666 (6199) 13666 (6199) 15158 (6876)

Condensing Unit Shipping Weight, lbs (kg) 13666 (6199) 13666 (6199) 15158 (6876)COMPRESSORS, SCREW, SEMI-HERMETIC% Capacity by Circuit 46 54 50 50 47 53Minimum Capacity (% of Full Load) 15 15 15

Oil charge per circuit , gallons (liters) 5.5 (21) 5.5 (21) 5.5 (21) 5.5 (21) 5.5 (21) 6 (23)

CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 291 (132) 291 (132) 291 (132) 291 (132) 333 (151) 333 (151)Coil Inlet Face Area, sq. ft. (sq. m.) 172.3 (16.0) 172.3 (16.0) 172.3 (16.0) 172.3 (16.0) 196.9 (18.3) 196.9 (18.3)

Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16

CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit

7 7 7 7 8 8Fan Diameter: 31.5 in. (800 mm)

Fan Motor, hp (kW) 1.4 (1.05) 1.4 (1.05) 1.4 (1.05)Fan & Motor RPM 850 850 850Airflow, cfm (l/s) 155190 (73241) 155190 (73241) 177360 (83704)

REMOTE EVAPORATOR, DIRECT EXPANSION SHELL AND TUBEShell Dia.-Tube Length, in.(mm) 16 x 108 / (406 x 2750) 16 x 108 / (406 x 2750) 20 x 108 / (508 x 2750)Grooved inlet/outlet conn. in. (mm) 6 (168) 6 (168) 8 (219)

physICal daTa





COMPRESSORS, SCREW, SEMI-HERMETIC

% Capacity by Circuit 50 50 45 55 50 50

Minimum Capacity (% of Full Load) 15 15 15

Oil charge per circuit , gallons (liters) 4.5 (17) 4.5 (17) 4.5 (17) 5.5 (21) 5.5 (21) 5.5 (21)

CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPE Pumpdown Capacity, lbs (kg) 250 (113) 250 (113) 250 (113) 250 (113) 250 (113) 250 (113)

Coil Inlet Face Area, sq. ft. (sq. m.) 123.1 (11.4) 123.1 (11.4) 147.7 (13.7) 147.7 (13.7) 147.7 (13.7) 147.7 (13.7)

Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit


Fan Motor, hp (kW) 1.4 (1.05) 1.4 (1.05) 1.4 (1.05)Fan & Motor RPM 850 850 850Airflow, cfm (l/s) 110850 (52315) 133020 (62778) 133020 (62778)

REMOTE EVAPORATOR, DIRECT EXPANSION SHELL AND TUBEShell Dia.-Tube Length, in.(mm) 16 x 406 (406 x 2750) 16 x 108 (406 x 2750) 16 x 108 (406 x 2750)Grooved inlet/outlet conn. in. (mm) 6 (168) 6 (168) 6 (168)


physICal daTa





BASIC DATAUnit Operating Charge lbs (kg) 215 (98) 215 (98) 265 (120) 265 (120) 265 (120) 265 (120)Unit Dimensions 317 x 88 x 100 387 x 88 x 100 387 x 88 x 100



Condensing Unit Shipping Weight, lbs (kg) 15854 (7191) 17550 (7961) 17550 (7961)COMPRESSORS, SCREW, SEMI-HERMETIC% Capacity by Circuit 50 50 46 54 50 150Minimum Capacity (% of Full Load) 15 15 15Oil charge per circuit , gallons (liters) 6 (23) 6 (23) 6 (23) 6 (23) 6 (23) 6 (23)CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 333 (151) 333 (151) 416 (189) 416 (189) 416 (189) 416 (189)




8 8 10 10 10 10Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW) 1.4 (1.05) 1.4 (1.05) 1.4 (1.05)

Fan & Motor RPM 850 850 850

Airflow, cfm (l/s) 177360 (83704) 221700 (104630) 221700 (104630)

REMOTE EVAPORATOR, DIRECT EXPANSION SHELL AND TUBEShell Dia.-Tube Length, in.(mm) 20 x 108 / (508 x 2750) 20 x 108 / (508 x 2750) 20 x 108 / (508 x 2750)Grooved inlet/outlet conn. in. (mm) 8 (219) 8 (219) 8 (219)

DataAWS400CTS Remote AWS425CTS Remote CIRCUIT 1 CIRCUIT 2 CIRCUIT 3 CIRCUIT 1 CIRCUIT 2 CIRCUIT 3


Unit Dimensions 438 x 88 x 100 438 x 88 x 100

L x W x H, in. (mm) (11123 x 2225 x 2548) (11123 x 2225 x 2548)

COMPRESSORS, SCREW, SEMI-HERMETIC% Capacity by Circuit 33 33 33 32 32 36Minimum Capacity (% of Full Load) 8 8Oil charge per circuit , gallons (liters) 5.5 (21) 5.5 (21) 5.5 (21) 5.5 (21) 5.5 (21) 6 (23)

CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 291 (132) 291 (132) 333 (151) 291 (132) 291 (132) 333 (151)


Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit

7 7 8 7 7 8Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW) 1.4 (1.05) 1.4 (1.05)Fan & Motor RPM 850 850Airflow, cfm (l/s) 266040 (125556) 243870 (115094)

REMOTE EVAPORATOR, DIRECT EXPANSION SHELL AND TUBEShell Dia.-Tube Length, in.(mm) 26 x 130 / (660 x 3300) 26 x 130 / (660 x 3300)Grooved inlet/outlet conn. in. (mm) 10 (273) 10 (273)

physICal daTa





DataAWS450CTS Remote AWS470CTS Remote CIRCUIT 1 CIRCUIT 2 CIRCUIT 3 CIRCUIT 1 CIRCUIT 2 CIRCUIT 3



L x W x H, in. (mm) (12040 x 2225 x 2548) (12040 x 2225 x 2548)

COMPRESSORS, SCREW, SEMI-HERMETIC% Capacity by Circuit 30 35 35 33 33 33Minimum Capacity (% of Full Load) 8 8Oil charge per circuit , gallons (liters) 5.5 (21) 6 (23) 6 (23) 6 (23) 6 (23) 6 (23)






Fan Motor, hp (kW) 1.4 (1.05) 1.4 (1.05)Fan & Motor RPM 850 850Airflow, cfm (l/s) 266040 (125556) 266040 (125556)

REMOTE EVAPORATOR, DIRECT EXPANSION SHELL AND TUBEShell Dia.-Tube Length, in.(mm) 26 x 130 / (660 x 3300) 26 x 130 / (660 x 3300)

Grooved inlet/outlet conn. in. (mm) 10 (273) 10 (273)

DataAWS500CTS Remote AWS525CTS RemoteCIRCUIT 1 CIRCUIT 2 CIRCUIT 3 CIRCUIT 1 CIRCUIT 2 CIRCUIT 3



L x W x H, in. (mm) (12921 x 2225 x 2548) (13843 x 2225 x 2548)

COMPRESSORS, SCREW, SEMI-HERMETIC% Capacity by Circuit 31 31 38 35 35 30Minimum Capacity (% of Full Load) 8 8Oil charge per circuit , gallons (liters) 6 (23) 6 (23) 6 (23) 6 (23) 6 (23) 6 (23)






Fan Motor, hp (kW) 1.4 (1.05) 1.4 (1.05)Fan & Motor RPM 850 850

Airflow, cfm (l/s) 288210 (136019) 310380 (146482)

REMOTE EVAPORATOR, DIRECT EXPANSION SHELL AND TUBE

Shell Dia.-Tube Length, in.(mm) 26 x 130 / (660 x 3300) 26 x 130 / (660 x 3300)



physICal daTa


Table 28: Remote Evaporator (Non-VFD) Models (High Efficiency)

DataAWS550CTS RemoteCIRCUIT 1 CIRCUIT 2 CIRCUIT 3

BASIC DATAUnit Operating Charge lbs (kg) 270 (122) 270 (122) 280 (127)

Unit Dimensions 580 x 88 x 100

L x W x H, in. (mm) (14722 x 2225 x 2548)

COMPRESSORS, SCREW, SEMI-HERMETIC% Capacity by Circuit 33 33 33Minimum Capacity (% of Full Load) 8Oil charge per circuit , gallons (liters) 6 (23) 6 (23) 6 (23)

CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 416 (189) 416 (189) 416 (189)Coil Inlet Face Area, sq. ft. (sq. m.) 246.1 (22.8) 246.1 (22.8) 246.1 (22.8)Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16


10 10 10Fan Diameter: 31.5 in. (800 mm)

Fan Motor, hp (kW) 1.4 (1.05)Fan & Motor RPM 850Airflow, cfm (l/s) 332550 (156945)


Shell Dia.-Tube Length, in.(mm) 26 x 130 / (660 x 3300)

Grooved inlet/outlet conn. in. (mm) 10 (273)

DataAWS210CDH Remote AWS230CDH Remote AWS250CDH RemoteCIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2





Condensing Unit Shipping Weight, lbs (kg) 12229 (5547) 13754 (6239) 14417 (6540)

COMPRESSORS, SCREW, SEMI-HERMETIC% Capacity by Circuit 50 50 46 54 50 50Minimum Capacity (% of Full Load) 15 15 15Oil charge per circuit , gallons (liters) 4.5 (17) 4.5 (17) 4.5 (17) 5.5 (21) 5.5 (21) 5.5 (21)

CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 250 (113) 250 (113) 291 (132) 291 (132) 291 (132) 291 (132)Coil Inlet Face Area, sq. ft. (sq. m.) 147.7 (13.7) 147.7 (13.7) 172.3 (16.0) 172.3 (16.0) 172.3 (16.0) 172.3 (16.0)Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16

CONDENSER FANS, DIRECT DRIVE PROPELLER TYPE

Number of Fans per Circuit

6 6 7 7 7 7Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW) 1.4 (1.05) 1.4 (1.05) 1.4 (1.05)Fan & Motor RPM 850 850 850

Airflow, cfm (l/s) 133020 (62778) 155190 (73241) 155190 (73241)

REMOTE EVAPORATOR, DIRECT EXPANSION SHELL AND TUBEShell Dia.-Tube Length, in.(mm) 16 x 108 / (406 x 2750) 16 x 108 / (406 x 2750) 16 x 108 / (406 x 2750)

Grooved inlet/outlet conn. in. (mm) 6 (168) 6 (168) 6 (168)

NOTE: A strainer with 0.125” (3.2mm) diameter perforations must be placed in the supply water line just prior to the inlet of the evaporator. Care must be exercised when welding pipe or flanges to the evaporator to prevent any slag from entering the vessel. Maximum water pressure: 152 psi (1048 kPa); Maximum refrigerant pressure: 325 psi (2241 kPa)

physICal daTa



NOTE: Dimensions and Weights are based on the largest control panel required which may be a lower voltage than 460V. A strainer with 0.125” (3.2mm) diameter perforations must be placed in the supply water line just prior to the inlet of the evaporator. Care must be exercised when welding pipe or flanges to the evaporator to prevent any slag from entering the vessel. Maximum water pressure: 152 psi (1048 kPa); Maximum refrigerant pressure: 325 psi (2241 kPa)


DataAWS280CDH Remote* AWS300CDH Remote* AWS330CDH RemoteCIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2



L x W x H, in. (mm) (8052 x 2225 x 2548) (8052 x 2225 x 2548) (9823 x 2225 x 2548)COMPRESSORS, SCREW, SEMI-HERMETIC% Capacity by Circuit 45 55 50 50 46 54Minimum Capacity (% of Full Load) 15 15 15Oil charge per circuit , gallons (liters) 5.5 (21) 5.5 (21) 5.5 (21) 5.5 (21) 5.5 (21) 6 (23)CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 333 (151) 333 (151) 333 (151) 333 (151) 416 (189) 416 (189)Coil Inlet Face Area, sq. ft. (sq. m.) 196.9 (18.3) 196.9 (18.3) 196.9 (18.3) 196.9 (18.3) 246.1 (22.8) 246.1 (22.8)Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit


Fan Motor, hp (kW) 1.4 (1.05) 1.4 (1.05) 1.4 (1.05)


Airflow, cfm (l/s) 177360 (83704) 177360 (83704) 221700 (104630)


Shell Dia.-Tube Length, in.(mm) 20 x 108 / (508 x 2750) 20 x 108 / (508 x 2750) 20 x 108 / (508 x 2750)


DataAWS350CDH Remote AWS390CDH Remote AWS410CDH Remote CIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2

BASIC DATAUnit Operating Charge lbs (kg) 265 (120) 265 (120) 270 (129) 320 (145) 320 (145) 320 (145)Unit Dimensions 387 x 88 x 100 439 x 88 x 100 474 x 88 x 101L x W x H, in. (mm) (9823 x 2225 x 2548) (11151 x 2225 x 2548) (12040 x 2225 x 2548)COMPRESSORS, SCREW, SEMI-HERMETIC% Capacity by Circuit 50 50 46 54 50 50Minimum Capacity (% of Full Load) 15 15 15Oil charge per circuit , gallons (liters) 6 (23) 6 (23) 6 (23) 6 (23) 6 (23) 6 (23)CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 416 (189) 416 (189) 416 (189) 500 (227) 500 (227) 500 (227)Coil Inlet Face Area, sq. ft. (sq. m.) 246.1 (22.8) 246.1 (22.8) 246.1 (22.8) 295.3 (27.4) 295.3 (27.4) 295.3 (27.4)Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit


Fan Motor, hp (kW) 1.4 (1.05) 1.4 (1.05) 1.4 (1.05)Fan & Motor RPM 850 850 850Airflow, cfm (l/s) 221700 (104630) 243870 (115094) 266040 (125556)REMOTE EVAPORATOR, DIRECT EXPANSION SHELL AND TUBE

Shell Dia.-Tube Length, in.(mm) 20 x 108 / (508 x 2750) 20 x 108 / (508 x 2750) 20 x 108 / (508 x 2750)Grooved inlet/outlet conn. in. (mm) 8 (219) 8 (219) 8 (219)


physICal daTa




DataAWS450CTH Remote AWS475CTH Remote

CIRCUIT 1 CIRCUIT 2 CIRCUIT 3 CIRCUIT 1 CIRCUIT 2 CIRCUIT 3BASIC DATAUnit Operating Charge lbs (kg) 210 (95) 210 (95) 220 (100) 210 (95) 210 (95) 280 (127)Unit Dimensions 474 x 88 x 100 509 x 88 x 100L x W x H, in. (mm) (12040 x 2225 x 2548) (12921 x 2225 x 2548)COMPRESSORS, SCREW, SEMI-HERMETIC% Capacity by Circuit 33 33 33 32 32 36Minimum Capacity (% of Full Load) 8 8Oil charge per circuit , gallons (liters) 5.5 (21) 5.5 (21) 5.5 (21) 5.5 (21) 5.5 (21) 6 (23)CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 333 (151) 333 (151) 333 (151) 333 (151) 333 (151) 416 (189)Coil Inlet Face Area, sq. ft. (sq. m.) 196.9 (18.3) 196.9 (18.3) 196.9 (18.3) 196.9 (18.3) 196.9 (18.3) 246.1 (22.8)Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit


Fan Motor, hp (kW) 1.4 (1.05) 1.4 (1.05)Fan & Motor RPM 850 850Airflow, cfm (l/s) 266040 (125556) 288210 (136019)REMOTE EVAPORATOR, DIRECT EXPANSION SHELL AND TUBE



DataAWS500CTH Remote AWS530CTH RemoteCIRCUIT 1 CIRCUIT 2 CIRCUIT 3 CIRCUIT 1 CIRCUIT 2 CIRCUIT 3

BASIC DATAUnit Operating Charge lbs (kg) 265 (120) 265 (120) 220 (100) 265 (120) 265 (120) 280 (127)Unit Dimensions 545 x 88 x 100 580 x 88 x 100 L x W x H, in. (mm) (13843 x 2225 x 2548) (14722 x 2225 x 2548)COMPRESSORS, SCREW, SEMI-HERMETIC% Capacity by Circuit 35 35 30 33 33 33Minimum Capacity (% of Full Load) 8 8Oil charge per circuit , gallons (liters) 6 (23) 6 (23) 5.5 (21) 6 (23) 6 (23) 6 (23)CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 416 (189) 416 (189) 333 (151) 416 (189) 416 (189) 416 (189)Coil Inlet Face Area, sq. ft. (sq. m.) 246.1 (22.8) 246.1 (22.8) 196.9 (18.3) 246.1 (22.8) 246.1 (22.8) 246.1 (22.8)Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit

10 10 8 10 10 10Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW) 1.4 (1.05) 1.4 (1.05)Fan & Motor RPM 850 850Airflow, cfm (l/s) 310380 (146482) 332550 (156945)




physICal daTa


Table 33: Remote Evaporator (Non-VFD) Models (Premium Efficiency)


NOTE: Dimensions and Weights are based on the largest control panel required which may be a lower voltage than 460V. A strainer with 0.125” (3.2mm) diameter perforations must be placed in the supply water line just prior to the inlet of the evaporator. Care must be exercised when welding pipe or flanges to the evaporator to prevent any slag from entering the vessel. Maximum water pressure: 152 psi (1048 kPa); Maximum refrigerant pressure: 325 psi (2241 kPa)

DataAWS240CDP Remote AWS265CDP Remote AWS290CDP RemoteCIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2

BASIC DATAUnit Operating Charge lbs (kg) 200 (91) 200 (91) 225 (102) 225 (102) (235) (107) (235) (107)Unit Dimensions 317 x 88 x 100 352 x 88 x 100 352 x 88 x 100L x W x H, in. (mm) (8052 x 2225 x 2548) (8941 x 2225 x 2548) (8941 x 2225 x 2548)COMPRESSORS, SCREW, SEMI-HERMETIC% Capacity by Circuit 50 50 46 54 50 50Minimum Capacity (% of Full Load) 15 15 15Oil charge per circuit , gallons (liters) 4.5 (17) 4.5 (17) 4.5 (17) 5.5 (21) 5.5 (21) 5.5 (21)CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 333 (151) 333 (151) 375 (170) 375 (170) 375 (170) 375 (170)Coil Inlet Face Area, sq. ft. (sq. m.) 196.9 (18.3) 196.9 (18.3) 221.5 (20.6) 221.5 (20.6) 221.5 (20.6) 221.5 (20.6)Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit

8 8 9 9 9 9Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW) 1.4 (1.05) 1.4 (1.05) 1.4 (1.05)Fan & Motor RPM 850 850 850

Airflow, cfm (l/s) 177360 (83704) 199530 (94167) 199530 (94167)




DataAWS310CDP Remote* AWS330CDP Remote* AWS365CDP Remote CIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2

BASIC DATAUnit Operating Charge lbs (kg) 250 (113) 250 (113) 260 (118) 260 (118) 260 (118) 300 (136)Unit Dimensions 387 x 88 x 100 387 x 88 x 100 439 x 88 x 100L x W x H, in. (mm) 9823 x 2225 x 2545 9823 x 2225 x 2545 11151 x 2225 x 2548COMPRESSORS, SCREW, SEMI-HERMETIC% Capacity by Circuit 45 55 50 50 46 54Minimum Capacity (% of Full Load) 15 15 15Oil charge per circuit , gallons (liters) 5.5 (21) 5.5 (21) 5.5 (21) 5.5 (21) 5.5 (21) 6 (23)CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 416 (189) 416 (189) 416 (189) 416 (189) 416 (189) 500 (227)Coil Inlet Face Area, sq. ft. (sq. m.) 246.1 (22.8) 246.1 (22.8) 246.1 (22.8) 246.1 (22.8) 246.1 (22.8) 295.3 (27.4)Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit


Fan Motor, hp (kW) 1.4 (1.05) 1.4 (1.05) 1.4 (1.05)


Airflow, cfm (l/s) 221700 (104630) 221700 (104630) 243870 (115093)





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Table 36: Remote Evaporator (VFD) Models (Standard Efficiency)


DataAWS400CDP Remote EvapCIRCUIT 1 CIRCUIT 2

BASIC DATAUnit Operating Charge lbs (kg) 310 (141) 310 (141)Unit Dimensions 474 x 88 x 100L x W x H, in. (mm) (12040 x 2225 x 2548)COMPRESSORS, SCREW, SEMI-HERMETIC% Capacity by Circuit 50 50Minimum Capacity (% of Full Load) 15Oil charge per circuit , gallons (liters) 6 (23) 6 (23)CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 500 (227) 500 (227)Coil Inlet Face Area, sq. ft. (sq. m.) 295.3 (27.4) 295.3 (27.4)Rows Deep/Fins Per Inch 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit

12 12Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW) 1.4 (1.05)Fan & Motor RPM 850Airflow, cfm (l/s) 266040 (125556)REMOTE EVAPORATOR, DIRECT EXPANSION SHELL AND TUBE

Shell Dia.-Tube Length, in.(mm) 26 x 154 / (660 x 3900)

Grooved inlet/outlet conn. in. (mm) 10 (273)

DataAWS170CDS VFD REM AWS190CDS VFD REM AWS200CDS VFD REMCIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2

BASIC DATAUnit Operating Charge lbs (kg) 145 (66) 145 (66) 165 (75) 165 (75) 165 (75) 165 (75)Unit Dimensions 254 x 88 x 100 254 x 88 x 100 254 x 88 x 100L x W x H, in. (mm) (6444 x 2225 x 2548) (6444 x 2225 x 2548) (6444 x 2225 x 2548)Condensing Unit Operating Weight, lbs. (kg) 11840 (5371) 13037 (5914) 13084 (5935)Condensing Unit Shipping Weight, lbs (kg) 11840 (5371) 13037 (5914) 13084 (5935)COMPRESSORS, SCREW, SEMI-HERMETIC% Capacity by Circuit 50 50 45 55 50 50Minimum Capacity (% of Full Load) 20 20 20Oil charge per circuit , gallons (liters) 4.5 (17) 4.5 (17) 4.5 (17) 5.5 (21) 5.5 (21) 5.5 (21)CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 250 (113) 250 (113) 250 (113) 250 (113) 250 (113) 250 (113)Coil Inlet Face Area, sq. ft. (sq. m.) 147.7 (13.7) 147.7 (13.7) 147.7 (13.7) 147.7 (13.7) 147.7 (13.7) 147.7 (13.7)Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit

5 5 6 6 6 6Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW) 1.4 (1.05) 1.4 (1.05) 1.4 (1.05)Fan & Motor RPM 850 850 850Airflow, cfm (l/s) 110850 (52315) 133020 (62778) 133020 (62778)REMOTE EVAPORATOR, DIRECT EXPANSION SHELL AND TUBEShell Dia.-Tube Length, in.(mm) 16 x 108 (406 x 2750) 16 x 108 (406 x 2750) 16 x 108 (406 x 2750)Grooved inlet/outlet conn. in. (mm) 6 (168) 6 (168) 6 (168)

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Table 37: Remote Evaporator (VFD) Models (High Efficiency)


NOTE: Dimensions and Weights are based on the largest control panel required which may be a lower voltage than 460V. A strainer with 0.125” (3.2mm) diameter perforations must be placed in the supply water line just prior to the inlet of the evaporator. Care must be exercised when welding pipe or flanges to the evaporator to prevent any slag from entering the vessel. Maximum water pressure: 152 psi (1048 kPa); Maximum refrigerant pressure: 325 psi (2241 kPa).

DataAWS210CDH VFD REM AWS230CDH VFD REM AWS250CDH VFD REMCIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2

BASIC DATAUnit Operating Charge lbs (kg) 160 (73) 160 (73) 180 (82) 180 (82) 180 (82) 180 (82)Unit Dimensions 254 x 88 x 100 289 x 88 x 100 289 x 88 x 100L x W x H, in. (mm) 6444 x 2225 x 2548 7344 x 2225 x 2548 7344 x 2225 x 2548COMPRESSORS, SCREW, SEMI-HERMETIC% Capacity by Circuit 50 50 46 54 50 50Minimum Capacity (% of Full Load) 20 20 20Oil charge per circuit , gallons (liters) 4.5 (17) 4.5 (17) 4.5 (17) 5.5 (21) 5.5 (21) 5.5 (21)CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 250 (113) 250 (113) 291 (132) 291 (132) 291 (132) 291 (132)Coil Inlet Face Area, sq. ft. (sq. m.) 147.7 (13.7) 147.7 (13.7) 172.3 (16.0) 172.3 (16.0) 172.3 (16.0) 172.3 (16.0)Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit

6 6 7 7 7 7Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW) 1.4 (1.05) 1.4 (1.05) 1.4 (1.05)Fan & Motor RPM 850 850 850Airflow, cfm (l/s) 133020 (62778) 155190 (73241) 155190 (73241)REMOTE EVAPORATOR, DIRECT EXPANSION SHELL AND TUBEShell Dia.-Tube Length, in.(mm) 16 x 108 / (406 x 2750) 16 x 108 / (406 x 2750) 16 x 108 / (406 x 2750)Grooved inlet/outlet conn. in. (mm) 6 (168) 6 (168) 6 (168)

DataAWS280CDH VFD* REM AWS300CDH VFD* REM AWS330CDH VFD REMCIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2

BASIC DATAUnit Operating Charge lbs (kg) 200 (91) 200 (91) 210 (95) 210 (95) 260 (118) 260 (118)Unit Dimensions 325 x 88 x 100 325 x 88 x 100 410 x 88 x 100L x W x H, in. (mm) 8244 x 2225 x 2548 8244 x 2225 x 2548 10404 x 2225 x 2545Condensing Unit Operating Weight, lbs. (kg) 16193 (7345) 16193 (7345) 17913 (8125)Condensing Unit Shipping Weight, lbs (kg) 16193 (7345) 16193 (7345) 17913 (8125)COMPRESSORS, SCREW, SEMI-HERMETIC% Capacity by Circuit 45 55 50 50 46 54Minimum Capacity (% of Full Load) 20 20 20Oil charge per circuit , gallons (liters) 5.5 (21) 5.5 (21) 5.5 (21) 5.5 (21) 5.5 (21) 6 (23)CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 333 (151) 333 (151) 333 (151) 333 (151) 416 (189) 416 (189)Coil Inlet Face Area, sq. ft. (sq. m.) 196.9 (18.3) 196.9 (18.3) 196.9 (18.3) 196.9 (18.3) 246.1 (22.8) 246.1 (22.8)Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit

8 8 8 8 10 10Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW) 1.4 (1.05) 1.4 (1.05) 1.4 (1.05)Fan & Motor RPM 850 850 850Airflow, cfm (l/s) 177360 (83704) 177360 (83704) 221700 (104630)REMOTE EVAPORATOR, DIRECT EXPANSION SHELL AND TUBEShell Dia.-Tube Length, in.(mm) 20 x 108 / (508 x 2750) 20 x 108 / (508 x 2750) 20 x 108 / (508 x 2750)Grooved inlet/outlet conn. in. (mm) 8 (219) 8(219) 8(219)


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DataAWS350CDH VFD REM AWS390CDH VFD REM AWS410CDH VFD REMCIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2

BASIC DATAUnit Operating Charge lbs (kg) 265 (120) 265 (120) 270 (122) 320 (145) 320 (145) 320 (145)Unit Dimensions 410 x 88 x 100 461 x 88 x 100 496 x 88 x 100L x W x H, in. (mm) 10404 x 2225 x 2545 11701 x 2225 x 2548 12604 x 2225 x 2545COMPRESSORS, SCREW, SEMI-HERMETIC% Capacity by Circuit 50 50 46 54 50 50Minimum Capacity (% of Full Load) 20 20 20Oil charge per circuit , gallons (liters) 6 (23) 6 (23) 6 (23) 6 (23) 6 (23) 6 (23)CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 416 (189) 416 (189) 416 (189) 500 (227) 500 (227) 500 (227)Coil Inlet Face Area, sq. ft. (sq. m.) 246.1 (22.8) 246.1 (22.8) 246.1 (22.8) 295.3 (27.4) 295.3 (27.4) 295.3 (27.4)Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit

10 10 10 12 12 12Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW) 1.4 (1.05) 1.4 (1.05) 1.4 (1.05)Fan & Motor RPM 850 850 850Airflow, cfm (l/s) 221700 (104630) 243870 (115094) 266040 (125556)




DataAWS450CTH VFD REM AWS475CTH VFD REMCIRCUIT 1 CIRCUIT 2 CIRCUIT 3 CIRCUIT 1 CIRCUIT 2 CIRCUIT 3

BASIC DATAUnit Operating Charge lbs (kg) 210 (95) 210 (95) 220 (100) 210 (95) 210 (95) 280 (187)Unit Dimensions 496 x 88 x 100 532 x 88 x 100L x W x H, in. (mm) 12605 x 2225 x 2548 13504 x 2225 x 2545Condensing Unit Operating Weight, lbs. (kg) 22841 (10361) 24273 (11010)

Condensing Unit Shipping Weight, lbs (kg) 22841 (10361) 24273 (11010)COMPRESSORS, SCREW, SEMI-HERMETIC% Capacity by Circuit 33 33 33 32 32 36Minimum Capacity (% of Full Load) 13 13Oil charge per circuit , gallons (liters) 5.5 (21) 5.5 (21) 5.5 (21) 5.5 (21) 5.5 (21) 6 (23)CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 333 (151) 333 (151) 333 (151) 333 (151) 333 (151) 416 (189)Coil Inlet Face Area, sq. ft. (sq. m.) 196.9 (18.3) 196.9 (18.3) 196.9 (18.3) 196.9 (18.3) 196.9 (18.3) 246.1 (22.8)Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit

8 8 8 8 8 10Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW) 1.4 (1.05) 1.4 (1.05)Fan & Motor RPM 850 850Airflow, cfm (l/s) 266040 (125556) 288210 (136019)REMOTE EVAPORATOR, DIRECT EXPANSION SHELL AND TUBEShell Dia.-Tube Length, in.(mm) 26 x 130 / (660 x 3300) 26 x 130 / (660 x 3300)Grooved inlet/outlet conn. in. (mm) 10 (273) 10 (273)

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Table 42: Remote Evaporator (VFD) Models (Premium Efficiency)


DataAWS500CTH VFD REM AWS530CTH VFD REMCIRCUIT 1 CIRCUIT 2 CIRCUIT 3 CIRCUIT 1 CIRCUIT 2 CIRCUIT 3

BASIC DATAUnit Operating Charge lbs (kg) 265 (120) 265 (120) 220 (100) 265 (120) 265 (120) 280 (187)Unit Dimensions 567 x 88 x 100 602 x 88 x 100L x W x H, in. (mm) 14405 x 2225 x 2548 15288 x 2225 x 2545Condensing Unit Operating Weight, lbs. (kg) 25924 (11759) 27363 (12412)Condensing Unit Shipping Weight, lbs (kg) 25924 (11759) 27363 (12412)COMPRESSORS, SCREW, SEMI-HERMETIC% Capacity by Circuit 35 35 30 33 33 33Minimum Capacity (% of Full Load) 13 13Oil charge per circuit , gallons (liters) 6 (23) 6 (23) 5.5 (21) 6 (23) 6 (23) 6 (23)CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 416 (189) 416 (189) 333 (151) 416 (189) 416 (189) 416 (189)Coil Inlet Face Area, sq. ft. (sq. m.) 246.1 (22.8) 246.1 (22.8) 196.9 (18.3) 246.1 (22.8) 246.1 (22.8) 246.1 (22.8)Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit

10 10 8 10 10 10Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW) 1.4 (1.05) 1.4 (1.05)Fan & Motor RPM 850 850Airflow, cfm (l/s) 310380 (146482) 332550 (156945)REMOTE EVAPORATOR, DIRECT EXPANSION SHELL AND TUBEShell Dia.-Tube Length, in.(mm) 26 x 130 / (660 x 3300) 26 x 130 / (660 x 3300)


DataAWS240CDP VFD REM AWS265CDP VFD REM AWS290CDP VFD REMCIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2

BASIC DATAUnit Operating Charge lbs (kg) 200 (91) 200 (91) 225 (102) 225 (102) (235) (107) (235) (107)Unit Dimensions 325 x 88 x 100 360 x 88 x 100 360 x 88 x 100L x W x H, in. (mm) 8244 x 2225 x 2548 9144 x 2225 x 2545 9144 x 2225 x 2545COMPRESSORS, SCREW, SEMI-HERMETIC% Capacity by Circuit 50 50 46 54 50 50Minimum Capacity (% of Full Load) 20 20 20Oil charge per circuit , gallons (liters) 4.5 (17) 4.5 (17) 4.5 (17) 5.5 (21) 5.5 (21) 5.5 (21)CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 333 (151) 333 (151) 375 (170) 375 (170) 375 (170) 375 (170)Coil Inlet Face Area, sq. ft. (sq. m.) 196.9 (18.3) 196.9 (18.3) 221.5 (20.6) 221.5 (20.6) 221.5 (20.6) 221.5 (20.6)Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit

8 8 9 9 9 9Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW) 1.4 (1.05) 1.4 (1.05) 1.4 (1.05)Fan & Motor RPM 850 850 850Airflow, cfm (l/s) 177360 (83704) 199530 (94167) 199530 (94167)REMOTE EVAPORATOR, DIRECT EXPANSION SHELL AND TUBEShell Dia.-Tube Length, in.(mm) 20 x 154 / (508 x 3900) 20 x 154 / (508 x 3900) 26 x 154 / (660 x 3900)Grooved inlet/outlet conn. in. (mm) 8 (2199 8 (219) 10 (273)


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NOTE: Dimensions and Weights are based on the largest control panel required which may be a lower voltage than 460V. Confirm dimensions on the Dimensional Drawing pages. A strainer with 0.125” (3.2mm) diameter perforations must be placed in the supply water line just prior to the inlet of the evaporator. Care must be exercised when welding pipe or flanges to the evaporator to prevent any slag from entering the vessel. Maximum water pressure: 152 psi (1048 kPa); Maximum refrigerant pressure: 325 psi (2241 kPa).


DataAWS310CDP VFD* REM AWS330CDP VFD* REM AWS365CDP VFD REMCIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2 CIRCUIT 1 CIRCUIT 2

BASIC DATAUnit Operating Charge lbs (kg) 250 (113) 250 (113) 260 (118) 260 (118) 260 (118) 300 (136)Unit Dimensions 396 x 88 x 100 396 x 88 x 100 461 x 88 x 100L x W x H, in. (mm) 10044 x 2225 x 2545 10044 x 2225 x 2545 11701 x 2225 x 2548Condensing Unit Operating Weight, lbs. (kg) 17587 (7977) 17587 (7977) 19926 (9038)Condensing Unit Shipping Weight, lbs (kg) 17587 (7977) 17587 (7977) 19926 (9038)COMPRESSORS, SCREW, SEMI-HERMETIC% Capacity by Circuit 45 55 50 50 46 54Minimum Capacity (% of Full Load) 20 20 20Oil charge per circuit , gallons (liters) 5.5 (21) 5.5 (21) 5.5 (21) 5.5 (21) 5.5 (21) 6 (23)CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 416 (189) 416 (189) 416 (189) 416 (189) 416 (189) 500 (227)Coil Inlet Face Area, sq. ft. (sq. m.) 246.1 (22.8) 246.1 (22.8) 246.1 (22.8) 246.1 (22.8) 246.1 (22.8) 295.3 (27.4)Rows Deep/Fins Per Inch 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit

10 10 10 10 10 12Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW) 1.4 (1.05) 1.4 (1.05) 1.4 (1.05)Fan & Motor RPM 850 850 850Airflow, cfm (l/s) 221700 (104630) 221700 (104630) 243870 (115093)

REMOTE EVAPORATOR, DIRECT EXPANSION SHELL AND TUBEShell Dia.-Tube Length, in.(mm) 26 x 154 / (660 x 3900) 26 x 154 / (660 x 3900) 26 x 154 / (660 x 3900)


DataAWS400CDP VFD REMCIRCUIT 1 CIRCUIT 2

BASIC DATAUnit Operating Charge lbs (kg) 310 (141) 310 (141)Unit Dimensions 496 x 88 x 100L x W x H, in. (mm) 12604 x 2225 x 2545COMPRESSORS, SCREW, SEMI-HERMETIC% Capacity by Circuit 50 50Minimum Capacity (% of Full Load) 20Oil charge per circuit , gallons (liters) 6 (23) 6 (23)CONDENSERS, HIGH EFFICIENCY FIN AND TUBE TYPEPumpdown Capacity, lbs (kg) 500 (227) 500 (227)Coil Inlet Face Area, sq. ft. (sq. m.) 295.3 (27.4) 295.3 (27.4)Rows Deep/Fins Per Inch 3 / 16 3 / 16CONDENSER FANS, DIRECT DRIVE PROPELLER TYPENumber of Fans per Circuit

12 12Fan Diameter: 31.5 in. (800 mm)Fan Motor, hp (kW) 1.4 (1.05)Fan & Motor RPM 850Airflow, cfm (l/s) 266040 (125556)REMOTE EVAPORATOR, DIRECT EXPANSION SHELL AND TUBEShell Dia.-Tube Length, in.(mm) 26 x 154 / (660 x 3900)Grooved inlet/outlet conn. in. (mm) 10 (273)

Daikin Applied Training and DevelopmentNow that you have made an investment in modern, efficient Daikin Applied equipment, its care should be a high priority. For training information on all Daikin Applied HVAC products, please visit us at www.DaikinApplied.com and click on Training, or call 540-248-9646 and ask for the Training Department.

Warranty

All Daikin Applied equipment is sold pursuant to its standard terms and conditions of sale, including Limited Product Warranty. Consult your local Daikin Applied representative for warranty details. To find your local Daikin Applied representative, go to www.DaikinApplied.com.

Aftermarket Services

To find your local parts office, visit www.DaikinApplied.com or call 800-37PARTS (800-377-2787). To find your local service office, visit www.DaikinApplied.com or call 800-432-1342.

This document contains the most current product information as of this printing. For the most up-to-date product information, please go to www.DaikinApplied.com.

Products manufactured in an ISO Certified Facility.

IM 1203-1 (06/15) ©2015 Daikin Applied | (800) 432–1342 | www.DaikinApplied.com

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