IM Installation Manual. Pathfinder Remote Evaporators Air-Cooled Screw Compressor Chillers

Transcription

1 Installation Manual Pathfinder Remote Evaporators Air-Cooled Screw Compressor Chillers IM Group: Chiller Part Number: IM Date: February 2016 Model AWS, C Vintage 170 to 550 Tons (600 to 1930 kw) HFC-134a Refrigerant 60 Hz

2 Table of Contents Table of Contents Introduction Table of Contents Installation and Application Considerations.. 4 Chilled Water Piping... 6 Remote Evaporator Dimensions Isolator Information Lifting and Mounting Locations Physical Data Manufactured in an ISO 9001 & ISO certified facility 2016 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. IM PATHFINDER MODEL AWS REMOTE CHILLERS 2

3 Introduction Introduction 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, operation, and maintenance manual available on and includes: Electrical Data Pressure Drops Performance Data (subject to adjustment factor) Sound Data WARNING Electric 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. CAUTION When moving refrigerant to/from the chiller from an auxiliary tank, a grounding strap must be used. An electrical charge builds when halo-carbon refrigerant travels in a rubber hose. A grounding strap must be used between the auxiliary refrigerant tank and the chiller s end sheet (earth ground), which will safely take the charge to the ground. Damage to sensitive electronic components could occur if this procedure is not followed. HAZARD IDENTIFICATION INFORMATION DANGER Dangers indicate a hazardous situation, which will result in death or serious injury if not avoided. WARNING Warnings indicate potentially hazardous situations, which can result in property damage, severe personal injury, or death if not avoided. CAUTION Cautions indicate potentially hazardous situations, which can result in personal injury or equipment damage if not avoided. 3 IM PATHFINDER MODEL AWS REMOTE CHILLERS

4 Installation and Application Considerations Installation and Application Considerations Shipment Method AWS 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 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 Actual Line Length Up To: Once the pipe design is finalized, the actual adjustment is determined using the following procedure. Derate Procedure AWS - C Capacity Derate Power Derate EER Derate Sketch the liquid and suction piping, including the actual pipe lengths and all fittings. 2. Using the recommended pipe sizes from Table 5 through Table 8, 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 through Table 8, 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 Suction Line Pressure Drop ( o F) AWS - C Capacity Derate Power Derate EER Derate 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 TB Wire 740-1B (white) wires to TB Compressor #2: (LSV-2) wire 740-2A (red) wires into compressor #2 terminal box terminal block at TB Wire 740-2B (white) wires to TB Compressor #3: (LSV-3) wire 740-3A (red) wires into compressor #3 terminal box terminal block at TB Wire 740-3B (white) wires to TB 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 30 foot long cable attached and can be used, when the outdoor unit is less than 30 feet away. Beyond that, a junction box must be located within 30 feet of the evaporator, and up to 70 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 IM PATHFINDER MODEL AWS REMOTE CHILLERS 4

5 Installation and Application Considerations Figure 1: Remote EXV Field Wiring (659) (756) (659) (756) / 906 / / / A2 A2 M16 M26 A1 A (848) (848) (848) (848) A+ ON ON D01A C1 D01B DI1 R1 T2 T1 E.E.X.V.1 ADDRESS= T2 B- POL94E.00/MCQ T1 E.E.X.V.2 ADDRESS= GND T3 T4 T3 T4 X1 T3-M X2 +5V X3 T3-M M1+ M2+ 24V +24V A+ B- GND 24V (847) (847) (847) (847) (863) (863) (863) (863) A+ D01A C1 D01B DI1 R1 B- POL94E.00/MCQ GND X1 T3-M X2 +5V +24V X3 T3-M M1+ M2+ 24V M1- M2- M1- M2- A+ B- GND 24V 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 techresponse@daikinapplied.com 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 : ; techresponse@daikinapplied.com Careful design of refrigerant piping is necessary for proper system operation. Refer to the latest version of the ASHRAE Handbook and the Daikin Applied Refrigerant Piping Design Guide, AG , for recommended refrigerant piping practices and correct pipe sizing. Design the refrigerant piping to accomplish the following: 1. Assure proper refrigerant feed to the evaporator. BRN WHT BLU BLK BRN WHT BLU BLK 2. Provide practical and economical refrigerant line sizes without excess pressure drop. TB5 TB5 M16 M26 G G NC NO RED GRN WHT BLK NC NO RED GRN WHT BLK (438) (439) (440) (538) (539) (540) W1 Θ W2 Θ W1 Θ W2 Θ EXV-1 EXV-2 Θ Θ Θ Θ W1 W2 W1 W2 3. Maintain uniform oil return to the compressor under all load conditions. 4. Keep the refrigerant suction line pressure drop to a maximum of 2 F. in saturated temperature equivalent. 5. The velocity of each suction line must be sufficient to return oil at 25% of the circuit rating for the application. 6. 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. The following applies to all size units: Measured actual pipe 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 Losses Equivalent Feet of Pipe Line Size In. OD SOURCE: ASHRAE 2014 Handbook Refrigeration NOTE: Angle Valve TEL values for the filter-drier and solenoid valve are already included and should not be added to the liquid line drop. Piping Layout Globe Valve 90-Degree Std. Radius Elbow 90-Degree Long Radius Elbow 2 5/ / / / / Figure 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. 5 IM PATHFINDER MODEL AWS REMOTE CHILLERS

6 Installation and Application Considerations Chilled Water Piping Figure 2: Typical Piping, Shell and Tube Evaporator VENT 3/8 PIPE PLUG LEAVING FLUID TEMP. SENSOR OUTLET VIBRATION ELIMINATOR INLET DRAIN WATER STRAINER PROTECT ALL FIELD PIPING AGAINST FREEZING WELDED PIPE CONNECTIONS ARE NOT ALLOWED BETWEEN THE STRAINER AND EVAPORATOR DUE TO THE CHANCE OF SLAG ENTERING THE EVAPORATOR VIBRATION ELIMINATOR D PRESSURE GAUGE GATE BALANCING FLOW FLOW SWITCH GATE FLOW CAUTION To 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 (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. For more information, refer to the packaged unit IOM (Installation, Operation, and Maintenance manual), available at 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 inlet and outlet evaporator connections. 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 Pump The 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. IM PATHFINDER MODEL AWS REMOTE CHILLERS 6

7 Installation and Application Considerations CAUTION Adding 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. Figure 3: Strainer Pressure Drop 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 Guidelines An 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 (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) Evaporator Freeze Protection Pathfinder chillers are equipped with thermostatically controlled evaporator heaters that help protect against freezeup down to -20 F (-28 C). IF the mechanical room where the remote evaporator is installed is subject to ambient temperatures below 32F, wire the heater to the outdoor unit panel and use at least one of the following procedures: 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. 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. NOTE: 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 in the packaged unit IOM (Installation, Operation, and Maintenance manual), available at 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 deenergized to prevent heater burnout. 7 IM PATHFINDER MODEL AWS REMOTE CHILLERS

8 Installation and Application Considerations Figure 4: Piping Schematic, Remote Evaporator (One of Two Circuits) AWS Remote Evaporator Models (No Economizer) CONDENSER ASSEMBLY NOTE :. PIPING SHOWN FOR ONE SYSTEM OF UNIT UNIT HAS TWO INDEPENDENT SYSTEMS. SCHRADER (HEADER) AIR FLOW DISCHARGE TRANSDUCER DISCHARGE TUBING CHARGING SCHRADER RELIEF DISCHARGE TEMP. SENSOR OUTSIDE AIR TEMPERATURE (WAA) F3/F4 COMPRESSOR CHARGING SUCTION TUBING (STUB TUBE) SCHRADER LIQUID INJECTION TUBING AIR FLOW LIQUID TUBING OIL PRESS. BUTTERFLY TRANSDUCER SHUT-OFF WITH SCHRADER SUCTION TRANSDUCER RELIEF BALL SCHRADER STRAINER SOLENOID FIELD CONNECTION POINT FIELD CONNECTION POINT LIQUID SHUTOFF WATER OUT FIELD PIPING SHOWN DASHED WATER IN (WOE) TEMP. SENSOR (WIE) TEMP. SENSOR SUCTION TRANSDUCER SCHRADER FILTER DRYER CHARGING SCHRADER SOLENOID SIGHT SCHRADER EXPANSION GLASS SUCTION TEMP. SENSOR DX EVAPORATOR FIELD INSTALLED LIQUID LINE COMPONENTS *R E3* AWS Remote Evaporator Models (With Economizer) NOTE: PIPING SHOWN FOR ONE SYSTEM OF UNIT. UNIT HAS TWO INDEPENDENT SYSTEMS. AIR FLOW CONDENSER ASSEMBLY SHUT-OFF BALL LIQUID TUBING SCHRADER (HEADER) DISCHARGE TUBING RELIEF OUTSIDE AIR TEMPERATURE (WAA) DISCHARGE TEMP.SENSOR CHARGING SCHRADER SCHRADER OIL PRESS. TRANSDUCER BUTTERFLY DISCHARGE SHUT-OFF WITH SCHRADER SUCTION TRANSDUCER PRESS. TRANSDUCER AIR FLOW CHARGING F3/F4 COMPRESSOR SCHRADER LIQUID BALL SOLENOID INJECTION TUBING STRAINER SCHRADER SCHRADER RELIEF ECONOMIZER FLASH GAS TO COMPRESSOR INTERSTAGE SCHRADER SIGHT CHARGING GLASS FILTER DRYER SUCTION TUBING (STUB TUBE) SOLENOID TGE EXPANSION ECONOMIZER FIELD CONNECTION POINT FIELD CONNECTION POINT FIELD PIPING SHOWN DASHED WATER OUT (WOE) TEMP. SENSOR SCHRADER STUB TUBE WATER IN SIGHT EXPANSION FILTER SCHRADER GLASS DRYER SOLENOID SCHRADER DX EVAPORATOR FIELD INSTALLED LIQUID LINE COMPONENTS *R E4* IM PATHFINDER MODEL AWS REMOTE CHILLERS 8 SUCTION TRANSDUCER (WIE) TEMP SENSOR. SUCTION TEMP. SENSOR

9 Installation and Application Considerations Table 5: Recommended Horizontal or Downflow Suction Line Size Recommended Horizontal or Downflow Suction Line Size Model Circuit Nominal Tons Per Circuit Tubing Conn. Size At Unit UP TO 50 EQUIV. FT. UP TO 75 EQUIV. FT. UP TO 100 EQUIV. FT. UP TO 125 EQUIV. FT. UP TO 150 EQUIV. FT. UP TO 180 EQUIV. FT. Size PD Size PD Size PD Size PD Size PD Size PD AWS170CDS /8 3 5/ / / / / / AWS170CDS /8 3 5/ / / / / / AWS190CDS /8 3 5/ / / / / / AWS190CDS /8 3 5/ / / / / / AWS200CDS /8 3 5/ / / / / / AWS200CDS /8 3 5/ / / / / / AWS210CDS /8 3 5/ / / / / / AWS210CDS /8 3 5/ / / / / / AWS225CDS /8 3 5/ / / / / / AWS225CDS /8 3 5/ / / / / / AWS250CDS /8 3 5/ / / / / / AWS250CDS /8 4 1/ / / / / / AWS260CDS /8 4 1/ / / / / / AWS260CDS /8 4 1/ / / / / / AWS290CDS /8 4 1/ / / / / / AWS290CDS /8 4 1/ / / / / / AWS310CDS /8 4 1/ / / / / / AWS310CDS /8 4 1/ / / / / / AWS350CDS /8 4 1/ / / / / / AWS350CDS /8 4 1/ / / / / / AWS375CDS /8 4 1/ / / / / / AWS375CDS /8 4 1/ / / / / / AWS400CTS /8 4 1/ / / / / / AWS400CTS /8 4 1/ / / / / / AWS400CTS /8 4 1/ / / / / / AWS425CTS /8 4 1/ / / / / / AWS425CTS /8 4 1/ / / / / / AWS425CTS /8 4 1/ / / / / / AWS450CTS /8 4 1/ / / / / / AWS450CTS /8 4 1/ / / / / / AWS450CTS /8 4 1/ / / / / / AWS470CTS /8 4 1/ / / / / / AWS470CTS /8 4 1/ / / / / / AWS470CTS /8 4 1/ / / / / / AWS500CTS /8 4 1/ / / / / / AWS500CTS /8 4 1/ / / / / / AWS500CTS /8 4 1/ / / / / / AWS525CTS /8 4 1/ / / / / / AWS525CTS /8 4 1/ / / / / / IM PATHFINDER MODEL AWS REMOTE CHILLERS

10 Installation and Application Considerations Table 6: Recommended Horizontal or Downflow Suction Line Size Recommended Horizontal or Downflow Suction Line Size Model Circuit Nominal Tons Per Circuit Tubing Conn. Size At Unit UP TO 50 EQUIV. FT. UP TO 75 EQUIV. FT. UP TO 100 EQUIV. FT. UP TO 125 EQUIV. FT. UP TO 150 EQUIV. FT. UP TO 180 EQUIV. FT. Size PD Size PD Size PD Size PD Size PD Size PD AWS210CDH /8 3 5/ / / / / / AWS210CDH /8 3 5/ / / / / / AWS230CDH /8 3 5/ / / / / / AWS230CDH /8 3 5/ / / / / / AWS250CDH /8 3 5/ / / / / / AWS250CDH /8 3 5/ / / / / / AWS280CDH /8 3 5/ / / / / / AWS280CDH /8 4 1/ / / / / / AWS300CDH /8 4 1/ / / / / / AWS300CDH /8 4 1/ / / / / / AWS330CDH /8 4 1/ / / / / / AWS330CDH /8 4 1/ / / / / / AWS350CDH /8 4 1/ / / / / / AWS350CDH /8 4 1/ / / / / / AWS390CDH /8 4 1/ / / / / / AWS390CDH /8 4 1/ / / / / / AWS410CDH /8 4 1/ / / / / / AWS410CDH /8 4 1/ / / / / / AWS450CTH /8 4 1/ / / / / / AWS450CTH /8 4 1/ / / / / / AWS450CTH /8 4 1/ / / / / / AWS475CTH /8 4 1/ / / / / / AWS475CTH /8 4 1/ / / / / / AWS475CTH /8 4 1/ / / / / / AWS500CTH /8 4 1/ / / / / / AWS500CTH /8 4 1/ / / / / / AWS500CTH /8 4 1/ / / / / / AWS530CTH /8 4 1/ / / / / / AWS530CTH /8 4 1/ / / / / / AWS530CTH /8 4 1/ / / / / / AWS240CDP /8 3 5/ / / / / / AWS240CDP /8 3 5/ / / / / / AWS265CDP /8 3 5/ / / / / / AWS265CDP /8 3 5/ / / / / / AWS290CDP /8 3 5/ / / / / / AWS290CDP /8 3 5/ / / / / / AWS310CDP /8 3 5/ / / / / / AWS310CDP /8 4 1/ / / / / / AWS330CDP /8 4 1/ / / / / / AWS330CDP /8 4 1/ / / / / / AWS365CDP /8 4 1/ / / / / / AWS365CDP /8 4 1/ / / / / / AWS400CDP /8 4 1/ / / / / / AWS400CDP /8 4 1/ / / / / / IM PATHFINDER MODEL AWS REMOTE CHILLERS 10

11 Installation and Application Considerations Table 7: Recommended Upflow Suction Model Circuit Nominal Tons Per Circuit Recommended Vertical or Upflow Suction Line Size UP TO 50 EQUIV. FT. UP TO 75 EQUIV. FT. Size PD Size PD Max. Suct. Riser Line Size for Vertical Upflow to Compressor AWS170CDS / / /8 AWS170CDS / / /8 AWS190CDS / / /8 AWS190CDS / / /8 AWS200CDS / / /8 AWS200CDS / / /8 AWS210CDS / / /8 AWS210CDS / / /8 AWS225CDS / / /8 AWS225CDS / / /8 AWS250CDS / / /8 AWS250CDS / / /8 AWS260CDS / / /8 AWS260CDS / / /8 AWS290CDS / / /8 AWS290CDS / / /8 AWS310CDS / / /8 AWS310CDS / / /8 AWS350CDS / / /8 AWS350CDS / / /8 AWS375CDS / / /8 AWS375CDS / / /8 AWS400CTS / / /8 AWS400CTS / / /8 AWS400CTS / / /8 AWS425CTS / / /8 AWS425CTS / / /8 AWS425CTS / / /8 AWS450CTS / / /8 AWS450CTS / / /8 AWS450CTS / / /8 AWS470CTS / / /8 AWS470CTS / / /8 AWS470CTS / / /8 AWS500CTS / / /8 AWS500CTS / / /8 AWS500CTS / / /8 AWS525CTS / / /8 AWS525CTS / / / IM PATHFINDER MODEL AWS REMOTE CHILLERS

12 Installation and Application Considerations Table 8: Recommended Upflow Suction Model Circuit Nominal Tons Per Circuit Recommended Vertical or Upflow Suction Line Size UP TO 50 EQUIV. FT. UP TO 75 EQUIV. FT. Size PD Size PD Max. Suct. Riser Line Size for Vertical Upflow to Compressor AWS210CDH / / /8 AWS210CDH / / /8 AWS230CDH / / /8 AWS230CDH / / /8 AWS250CDH / / /8 AWS250CDH / / /8 AWS280CDH / / /8 AWS280CDH / / /8 AWS300CDH / / /8 AWS300CDH / / /8 AWS330CDH / / /8 AWS330CDH / / /8 AWS350CDH / / /8 AWS350CDH / / /8 AWS390CDH / / /8 AWS390CDH / / /8 AWS410CDH / / /8 AWS410CDH / / /8 AWS450CTH / / /8 AWS450CTH / / /8 AWS450CTH / / /8 AWS475CTH / / /8 AWS475CTH / / /8 AWS475CTH / / /8 AWS500CTH / / /8 AWS500CTH / / /8 AWS500CTH / / /8 AWS530CTH / / /8 AWS530CTH / / /8 AWS530CTH / / /8 AWS240CDP / / /8 AWS240CDP / / /8 AWS265CDP / / /8 AWS265CDP / / /8 AWS290CDP / / /8 AWS290CDP / / /8 AWS310CDP / / /8 AWS310CDP / / /8 AWS330CDP / / /8 AWS330CDP / / /8 AWS365CDP / / /8 AWS365CDP / / /8 AWS400CDP / / /8 AWS400CDP / / /8 IM PATHFINDER MODEL AWS REMOTE CHILLERS 12

13 Installation and Application Considerations Table 9: Recommended Liquid Line Sizes (Circuits 1 & 2; Circuit 3 below) Model UP TO 50 EQUIV. FT. UP TO 75 EQUIV. FT. UP TO 100 EQUIV. FT. Recommended Liquid Line Size Circuit 1 Circuit 2 UP TO 125 EQUIV. FT. UP TO 150 EQUIV. FT. UP TO 180 EQUIV. FT. UP TO 50 EQUIV. FT. UP TO 75 EQUIV. FT. Table 10: Recommended Liquid Line Sizes (Circuit 3; only 3-circuit models shown) UP TO 100 EQUIV. FT. UP TO 125 EQUIV. FT. UP TO 150 EQUIV. FT. UP TO 180 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 PD AWS170CDS 1 5/ / / / / / / / / / / / AWS190CDS 1 5/ / / / / / / / / / / / AWS200CDS 1 5/ / / / / / / / / / / / AWS210CDS 1 5/ / / / / / / / / / / / AWS225CDS 1 5/ / / / / / / / / / / / AWS250CDS 1 5/ / / / / / / / / / / / AWS260CDS 1 5/ / / / / / / / / / / / AWS290CDS 1 5/ / / / / / / / / / / / AWS310CDS 1 5/ / / / / / / / / / / / AWS350CDS 1 5/ / / / / / / / / / / / AWS375CDS 1 5/ / / / / / / / / / / / AWS400CTS 1 5/ / / / / / / / / / / / AWS425CTS 1 5/ / / / / / / / / / / / AWS450CTS 1 5/ / / / / / / / / / / / AWS470CTS 1 5/ / / / / / / / / / / / AWS500CTS 1 5/ / / / / / / / / / / / AWS525CTS 1 5/ / / / / / / / / / / / AWS550CTS 1 5/ / / / / / / / / / / / AWS210CDH 1 5/ / / / / / / / / / / / AWS230CDH 1 5/ / / / / / / / / / / / AWS250CDH 1 5/ / / / / / / / / / / / AWS280CDH 1 5/ / / / / / / / / / / / AWS300CDH 1 5/ / / / / / / / / / / / AWS330CDH 1 5/ / / / / / / / / / / / AWS350CDH 1 5/ / / / / / / / / / / / AWS390CDH 1 5/ / / / / / / / / / / / AWS410CDH 1 5/ / / / / / / / / / / / AWS450CTH 1 5/ / / / / / / / / / / / AWS475CTH 1 5/ / / / / / / / / / / / AWS500CTH 1 5/ / / / / / / / / / / / AWS530CTH 1 5/ / / / / / / / / / / / AWS240CDP 1 5/ / / / / / / / / / / / AWS265CDP 1 5/ / / / / / / / / / / / AWS290CDP 1 5/ / / / / / / / / / / / AWS310CDP 1 5/ / / / / / / / / / / / AWS330CDP 1 5/ / / / / / / / / / / / Model UP TO 50 EQUIV. FT. UP TO 75 EQUIV. FT. Recommended Liquid Line Size UP TO 100 EQUIV. FT. Circuit 3 UP TO 125 EQUIV. FT. UP TO 150 EQUIV. FT. UP TO 180 EQUIV. FT. Size PD Size PD Size PD Size PD Size PD Size PD AWS400CTS 1 5/ / / / / / AWS425CTS 1 5/ / / / / / AWS450CTS 1 5/ / / / / / AWS470CTS 1 5/ / / / / / AWS500CTS 1 5/ / / / / / AWS550CTS 1 5/ / / / / / AWS450CTH 1 5/ / / / / / AWS475CTH 1 5/ / / / / / AWS500CTH 1 5/ / / / / / AWS530CTH 1 5/ / / / / / IM PATHFINDER MODEL AWS REMOTE CHILLERS

14 Remote Evaporator Dimensions Remote Evaporator Dimensions Table 11: Evaporator Data for VFD Models Shipping Weight Operating Weight Water Volume Refrigerant Charge AWS Model Evap Model (lb) (kg) (lb) (kg) (gal) (L) (lb) (kg) 170CDS EV /9N2 or N CDS EV /9N2 or N CDS EV /7N2 or N CDH EV /7N2 or N CDH EV /7N2 or N CDH EV /7N2 or N CDH EV /7N2 or N CDH EV /7N2 or N CDH EV /5N2 or N CDH EV /5N2 or N CDH EV /5N2 or N CDH EV /5N2 or N CTH EV /7N2 or N CTH EV /5N2 or N CTH EV /5N2 or N CTH EV /5N2 or N CDP EV /11N2 or N CDP EV /11N2 or N CDP EV /11N2 or N CDP EV /11N2 or N CDP EV /7N2 or N CDP EV /7N2 or N CDP EV /7N2 or N IM PATHFINDER MODEL AWS REMOTE CHILLERS 14

15 Remote Evaporator Dimensions Table 12: Evaporator Data for Non-VFD Models Shipping Weight Operating Weight Water Volume Refrigerant Charge AWS Model Evap Model (lb) (kg) (lb) (kg) (gal) (L) (lb) (kg) 190CDS EV /9N2 or N CDS EV /7N2 or N CDS EV /7N2 or N CDS EV /5N2 or N CDS EV /5N2 or N CDS EV /5N2 or N CDS EV /5N2 or N CDS EV /5N2 or N CDS EV /5N2 or N CTS EV /7N2 or N CTS EV /7N2 or N CTS EV /7N2 or N CTS EV /5N2 or N CTS EV /5N2 or N CTS EV /5N2 or N CTS EV /5N2 or N CDH EV /7N2 or N CDH EV /7N2 or N CDH EV /7N2 or N CDH EV /7N2 or N CDH EV /7N2 or N CDH EV /5N2 or N CDH EV /5N2 or N CDH EV /5N2 or N CDH EV /5N2 or N CTH EV /7N2 or N CTH EV /5N2 or N CTH EV /5N2 or N CTH EV /5N2 or N CDP EV /11N2 or N CDP EV /11N2 or N CDP EV /11N2 or N CDP EV /11N2 or N CDP EV /7N2 or N CDP EV /7N2 or N CDP EV /7N2 or N IM PATHFINDER MODEL AWS REMOTE CHILLERS

16 Remote Evaporator Dimensions Figure 5: Evaporator Model EV4027 EVAPORATOR: EV4027 PART NO DWG NUMBER REV B IN/41.5MM I.D. LIQUID CONNECTION 1/4" NPTF SCH. 40 PIPE VICTAULIC GROOVED QTY.2 EVAPORATOR NAME PLATE ASME/CRN NAME PLATE 1/4" NPTF 4.13IN/105MM I.D. SUCTION CONNECTION OUTLET 1/2" NPTF 3000# HALF CPLG. QTY 2 SENSOR WELL QTY /2" NPTF QTY 2 INTLET IN/18MM X 1.69IN/43MM SLOTS (QTY 4) Figure 6: Evaporator Model EV5027 EVAPORATOR: EV5027 PART NO DWG NUMBER REV B IN/41.5MM I.D. LIQUID CONNECTION 1/4" NPTF SCH. 40 PIPE VICTAULIC GROOVED QTY.2 EVAPORATOR NAME PLATE ASME/CRN NAME PLATE 1/4" NPTF 4.13IN/105MM I.D. SUCTION CONNECTION OUTLET 1/2" NPTF 3000# HALF CPLG. QTY SENSOR WELL 1/2" NPTF QTY 2 QTY 2 INLET IN/18MM X 1.69IN/43MM SLOTS (QTY 4) IM PATHFINDER MODEL AWS REMOTE CHILLERS 16

17 Remote Evaporator Dimensions Figure 7: Evaporator Model EV5039 EVAPORATOR: EV5039 PART NO DWG NUMBER REV B IN/41.5MM I.D. LIQUID CONNECTION 1/4" NPTF SCH. 40 PIPE VICTAULIC GROOVED QTY.2 EVAPORATOR NAME PLATE ASME/CRN NAME PLATE 1/4" NPTF 4.13IN/105MM I.D. SUCTION CONNECTION OUTLET SENSOR WELL QTY 2 1/2" NPTF 3000# HALF CPLG. QTY /2" NPTF QTY 2 INLET IN/18MM X 1.69IN/43MM SLOTS (QTY 4) Figure 8: Evaporator Model EV6639 EVAPORATOR: EV6639 PART NO DWG NUMBER REV B IN/54.1MM I.D. LIQUID CONNECTION EVAPORATOR NAME PLATE SCH. 40 PIPE 1/4" NPTF VICTAULIC GROOVED QTY.2 ASME/CRN NAME PLATE 1/4" NPTF 4.13IN/105MM I.D. SUCTION CONNECTION OUTLET 1/2" NPTF 3000# HALF CPLG. QTY 2 SENSOR WELL QTY /2" NPTF QTY 2 INLET IN/18MM X 1.69IN/43MM SLOTS (QTY 4) Figure 9: Evaporator Model EV6633 EVAPORATOR: EV6633 PART NO DWG NUMBER REV B IN/54.1MM I.D. LIQUID CONNECTION 1/4" NPTF SCH. 40 PIPE VICTAULIC GROOVED QTY.2 EVAPORATOR NAME PLATE ASME/CRN NAME PLATE 1/2" NPTF 3000# HALF CPLG. QTY IN/105MM I.D. SUCTION CONNECTION 1/4" NPTF OUTLET SENSOR WELL QTY 2 INLET /2" NPTF QTY IN/18MM X 1.69IN/43MM SLOTS (QTY 4) 17 IM PATHFINDER MODEL AWS REMOTE CHILLERS

18 Isolator Information 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. When bolting down the spring isolators to the base, care should be taken not to over-tighten the bolts, as excessive tightening can lead to cracking of the spring isolator housing 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. Mouting locations for each model can be found in the Lifting & Mounting Dimensions beginning on page 26. Table 13: Isolator Part Numbers Isolator P/N Isolator Color Spring Isolator R-I-S Isolator Brown Dark Blue Red Black Green Dark Purple Dark Green Gray White Purple Table 14: Spring Isolators for Aluminum Fin Condensers (VFD) Unit Model # Kit P/N M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 M11 M12 AWS170CDS AWS190CDS AWS200CDS AWS210CDH AWS230CDH AWS250CDH AWS240CDP AWS280CDH AWS300CDH AWS265CDP AWS290CDP AWS310CDP AWS330CDP AWS330CDH AWS350CDH AWS365CDP AWS390CDH AWS400CDP AWS410CDH AWS450CTH AWS475CTH AWS500CTH AWS530CTH Dk Green Dk Green Dk Green Dk Green Black Black Red Red Dk Green Dk Green Dk Green Dk Green Black Black Red Red Dk Green Dk Green Dk Green Dk Green Black Black Red Red Dk Green Dk Green Dk Green Dk Green Black Black Red Red Dk Green Dk Green Dk Green Dk Green Black Black Red Red Dk Blue Dk Blue Dk Green Dk Green Dk Green Dk Green Black Black Red Red Dk Blue Dk Blue Dk Green Dk Green Dk Green Dk Green Dk Purple Dk Purple Black Black Red Red Dk Green Dk Green Dk Green Dk Green Dk Purple Dk Purple Black Black Red Red Dk Green Dk Green Dk Green Dk Green Dk Purple Dk Purple Black Black Red Red Dk Green Dk Green Dk Green Dk Green Dk Purple Dk Purple Black Black Red Red Dk Green Dk Green Dk Green Dk Green Dk Purple Dk Purple Black Black Red Red Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black Black Black Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black Black Black Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black Black Black Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black Black Black Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black Black Black Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black Black Black Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black Black Black Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green IM PATHFINDER MODEL AWS REMOTE CHILLERS 18

19 Isolator Information Table 15: Spring Isolators for Copper Fin Condensers (VFD) Unit Model # Kit P/N M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 M11 M12 AWS170CDS AWS190CDS AWS200CDS AWS210CDH AWS230CDH AWS250CDH AWS240CDP AWS280CDH AWS300CDH AWS265CDP AWS290CDP AWS310CDP AWS330CDP AWS330CDH AWS350CDH AWS365CDP AWS390CDH AWS400CDP AWS410CDH AWS450CTH AWS475CTH AWS500CTH AWS530CTH Dk Green Dk Green Dk Green Dk Green Black Black Black Black Dk Green Dk Green Dk Green Dk Green Black Black Black Black Dk Green Dk Green Dk Green Dk Green Black Black Black Black Dk Green Dk Green Dk Green Dk Green Black Black Black Black Dk Green Dk Green Dk Green Dk Green Black Black Black Black Red Red Dk Green Dk Green Dk Green Dk Green Black Black Black Black Red Red Dk Green Dk Green Dk Green Dk Green Black Black Black Black Red Red Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black Black Black Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black Black Black Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black Black Black Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black Black Black Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Gray Gray Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Gray Gray Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green 19 IM PATHFINDER MODEL AWS REMOTE CHILLERS

20 Isolator Information Table 16: Rubber-in-Shear (RIS) Isolators for Aluminum Fin Condensers (VFD) Unit Model # Kit P/N M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 M11 M12 AWS170CDS AWS190CDS AWS200CDS AWS210CDH AWS230CDH AWS250CDH AWS240CDP AWS280CDH AWS300CDH AWS265CDP AWS290CDP AWS310CDP AWS330CDP AWS330CDH AWS350CDH AWS365CDP AWS390CDH AWS400CDP AWS410CDH AWS450CTH AWS475CTH AWS500CTH AWS530CTH Green Green Green Green Brown Brown Brown Brown Green Green Green Green Brown Brown Brown Brown Green Green Green Green Brown Brown Brown Brown Green Green Green Green Brown Brown Brown Brown Green Green Green Green Brown Brown Brown Brown Brown Brown Green Green Green Green Brown Brown Brown Brown Brown Brown Green Green Green Green Green Green Brown Brown Brown Brown Green Green Green Green Green Green Brown Brown Brown Brown Green Green Green Green Green Green Brown Brown Brown Brown Green Green Green Green Green Green Brown Brown Brown Brown Green Green Green Green Green Green Brown Brown Brown Brown Green Green Green Green Green Green Red Red Red Red Green Green Green Green Green Green Red Red Red Red Green Green Green Green Green Green Red Red Red Red Green Green Green Green Green Green Red Red Red Red Green Green Green Green Green Green Red Red Red Red Green Green Green Green Green Green Red Red Red Red Green Green Green Green Green Green Green Green Red Red Red Red Green Green Green Green Green Green Green Green Red Red Red Red Green Green Green Green Green Green Green Green Red Red Red Red Green Green Green Green Green Green Green Green Red Red Red Red Green Green Green Green Green Green Green Green Red Red Red Red Green Green Green Green Green Green Green Green Red Red Red Red IM PATHFINDER MODEL AWS REMOTE CHILLERS 20

21 Isolator Information Table 17: Rubber-in-Shear (RIS) Isolators for Copper Fin Condensers (VFD) Unit Model # Kit P/N M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 M11 M12 AWS170CDS AWS190CDS AWS200CDS AWS210CDH AWS230CDH AWS250CDH AWS240CDP AWS280CDH AWS300CDH AWS265CDP AWS290CDP AWS310CDP AWS330CDP AWS330CDH AWS350CDH AWS365CDP AWS390CDH AWS400CDP AWS410CDH AWS450CTH AWS475CTH AWS500CTH AWS530CTH Green Green Red Red Red Red Brown Brown Green Green Red Red Red Red Brown Brown Green Green Red Red Red Red Brown Brown Green Green Red Red Red Red Brown Brown Green Green Green Green Red Red Red Red Brown Brown Green Green Green Green Red Red Red Red Brown Brown Green Green Green Green Red Red Red Red Brown Brown Green Green Green Green Red Red Red Red Brown Brown Green Green Green Green Red Red Red Red Brown Brown Green Green Green Green Red Red Red Red Brown Brown Green Green Green Green Red Red Red Red Brown Brown Green Green Green Green Green Green Red Red Red Red Green Green Green Green Green Green Red Red Red Red Green Green Green Green Green Green Red Red Red Red Green Green Green Green Green Green Red Red Red Red Green Green Green Green Green Green Red Red Red Red Green Green Green Green Green Green Red Red Red Red Gray Gray Gray Gray Green Green Green Green Green Green Red Red Gray Gray Gray Gray Green Green Green Green Green Green Red Red Gray Gray Gray Gray Green Green Green Green Green Green Red Red Gray Gray Gray Gray Green Green Green Green Green Green Red Red Gray Gray Gray Gray Green Green Green Green Green Green Red Red Gray Gray Gray Gray Green Green Green Green Green Green Red Red 21 IM PATHFINDER MODEL AWS REMOTE CHILLERS

22 Isolator Information Table 18: Spring Isolators for Aluminum Fin Condensers (Non-VFD) Unit Model # Kit P/N M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 AWS190CDS Dk Green Dk Green Dk Green Dk Green Red Red AWS210CDS Dk Green Dk Green Dk Green Dk Green Red Red AWS210CDH Dk Green Dk Green Dk Green Dk Green Black Black AWS225CDS Dk Green Dk Green Dk Green Dk Green Red Red AWS230CDH Gray Gray Dk Green Dk Green Black Black AWS240CDP Dk Green Dk Green Dk Green Dk Green Black Black Red Red AWS250CDS Gray Gray Dk Green Dk Green Black Black AWS250CDH Gray Gray Dk Green Dk Green Black Black AWS260CDS Gray Gray Dk Green Dk Green Black Black AWS265CDP Dk Green Dk Green Dk Green Dk Green Dk Purple Dk Purple Red Red AWS280CDH Dk Green Dk Green Dk Green Dk Green Black Black Red Red AWS290CDS Gray Gray Dk Green Dk Green Black Black Dk Blue Dk Blue AWS290CDP Dk Green Dk Green Dk Green Dk Green Dk Purple Dk Purple Red Red AWS300CDH Dk Green Dk Green Dk Green Dk Green Black Black Red Red AWS310CDS Gray Gray Dk Green Dk Green Black Black Dk Blue Dk Blue AWS310CDP Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black AWS330CDH Gray Gray Dk Green Dk Green Dk Green Dk Green Black Black AWS330CDP Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green Black Black AWS350CDS Gray Gray Dk Green Dk Green Dk Green Dk Green Red Red AWS350CDH Gray Gray Dk Green Dk Green Dk Green Dk Green Black Black AWS365CDP Gray Gray Gray Gray Dk Green Dk Green Black Black AWS375CDS Gray Gray Dk Green Dk Green Dk Green Dk Green Red Red AWS390CDH Gray Gray Gray Gray Dk Green Dk Green Black Black AWS400CTS Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green AWS400CDP Gray Gray Gray Gray Dk Green Dk Green Black Black Red Red AWS410CDH Gray Gray Gray Gray Dk Green Dk Green Black Black Red Red AWS425CTS Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green AWS450CTS Gray Gray Gray Gray Dk Green Dk Green Dk Purple Dk Purple Red Red AWS450CTH Gray Gray Gray Gray Dk Green Dk Green Dk Purple Dk Purple Black Black AWS470CTS Gray Gray Gray Gray Dk Green Dk Green Dk Purple Dk Purple Red Red AWS475CTH Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green Black Black AWS500CTS Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green Black Black AWS500CTH Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green Black Black AWS525CTS Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green Black Black AWS530CTH Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green Black Black AWS550CTS Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green Black Black IM PATHFINDER MODEL AWS REMOTE CHILLERS 22

23 Isolator Information Table 19: Spring Isolators for Copper Fin Condensers (Non-VFD) Unit Model # Kit P/N M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 AWS190CDS Gray Gray Dk Green Dk Green Black Black AWS210CDS Gray Gray Dk Green Dk Green Black Black AWS210CDH Gray Gray Dk Green Dk Green Black Black AWS225CDS Gray Gray Dk Green Dk Green Black Black AWS230CDH Gray Gray Dk Green Dk Green Dk Purple Dk Purple AWS240CDP Gray Gray Dk Green Dk Green Dk Purple Dk Purple Black Black AWS250CDS Gray Gray Dk Green Dk Green Black Black AWS250CDH Gray Gray Dk Green Dk Green Dk Purple Dk Purple AWS260CDS Gray Gray Dk Green Dk Green Black Black AWS265CDP Gray Gray Dk Green Dk Green Dk Green Dk Green Black Black AWS280CDH Gray Gray Dk Green Dk Green Dk Purple Dk Purple Red Red AWS290CDS Gray Gray Dk Green Dk Green Dk Purple Dk Purple Red Red AWS290CDP Gray Gray Dk Green Dk Green Dk Green Dk Green Black Black AWS300CDH Gray Gray Dk Green Dk Green Dk Purple Dk Purple Red Red AWS310CDS Gray Gray Dk Green Dk Green Dk Purple Dk Purple Red Red AWS310CDP Gray Gray Gray Gray Dk Green Dk Green Black Black AWS330CDH Gray Gray Gray Gray Dk Green Dk Green Black Black AWS330CDP Gray Gray Gray Gray Dk Green Dk Green Black Black AWS350CDS Gray Gray Gray Gray Dk Green Dk Green Black Black AWS350CDH Gray Gray Gray Gray Dk Green Dk Green Black Black AWS365CDP Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green AWS375CDS Gray Gray Gray Gray Dk Green Dk Green Black Black AWS390CDH Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green AWS400CTS Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green AWS400CDP Gray Gray Gray Gray Dk Green Dk Green Dk Purple Dk Purple Black Black AWS410CDH Gray Gray Gray Gray Dk Green Dk Green Dk Purple Dk Purple Black Black AWS425CTS Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green AWS450CTS White White Gray Gray Dk Green Dk Green Dk Green Dk Green Black Black AWS450CTH White White Gray Gray Dk Green Dk Green Dk Green Dk Green Black Black AWS470CTS White White Gray Gray Dk Green Dk Green Dk Green Dk Green Black Black AWS475CTH Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green Dk Green Dk Green AWS500CTS Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green Dk Purple Dk Purple AWS500CTH White White Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green AWS525CTS White White Gray Gray Gray Gray Dk Green Dk Green Dk Green Dk Green AWS530CTH White White White White Gray Gray Dk Green Dk Green Dk Green Dk Green AWS550CTS White White White White Gray Gray Dk Green Dk Green Dk Green Dk Green 23 IM PATHFINDER MODEL AWS REMOTE CHILLERS

24 Isolator Information Table 20: Rubber-in-Shear (RIS) Isolators for Aluminum Fin Condensers (Non-VFD) Unit Model # Kit P/N M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 AWS190CDS Green Green Red Red Brown Brown AWS210CDS Green Green Red Red Brown Brown AWS210CDH Gray Gray Green Green Brown Brown AWS225CDS Gray Gray Green Green Brown Brown AWS230CDH Gray Gray Green Green Brown Brown AWS240CDP Green Green Green Green Red Red Brown Brown AWS250CDS Gray Gray Green Green Brown Brown AWS250CDH Gray Gray Green Green Brown Brown AWS260CDS Gray Gray Green Green Brown Brown AWS265CDP Green Green Green Green Red Red Brown Brown AWS280CDH Green Green Green Green Red Red Brown Brown AWS290CDS Gray Gray Green Green Brown Brown Brown Brown AWS290CDP Green Green Green Green Red Red Brown Brown AWS300CDH Green Green Green Green Red Red Brown Brown AWS310CDS Gray Gray Green Green Brown Brown Brown Brown AWS310CDP Gray Gray Green Green Red Red Brown Brown AWS330CDH Gray Gray Green Green Red Red Brown Brown AWS330CDP Gray Gray Green Green Red Red Brown Brown AWS350CDS Gray Gray Green Green Red Red Brown Brown AWS350CDH Gray Gray Green Green Red Red Brown Brown AWS365CDP Gray Gray Green Green Red Red Red Red AWS375CDS Gray Gray Green Green Red Red Brown Brown AWS390CDH Gray Gray Green Green Red Red Red Red AWS400CTS Gray Gray Gray Gray Green Green Red Red AWS400CDP Gray Gray Green Green Red Red Brown Brown Brown Brown AWS410CDH Gray Gray Green Green Red Red Brown Brown Brown Brown AWS425CTS Gray Gray Gray Gray Green Green Red Red AWS450CTS Gray Gray Gray Gray Green Green Red Red Brown Brown AWS450CTH Gray Gray Gray Gray Green Green Red Red Brown Brown AWS470CTS Gray Gray Gray Gray Green Green Red Red Brown Brown AWS475CTH Gray Gray Gray Gray Green Green Red Red Red Red AWS500CTS Gray Gray Gray Gray Green Green Red Red Brown Brown AWS500CTH Gray Gray Gray Gray Green Green Green Green Brown Brown AWS525CTS Gray Gray Gray Gray Green Green Green Green Brown Brown AWS530CTH Gray Gray Gray Gray Green Green Green Green Brown Brown AWS550CTS Gray Gray Gray Gray Green Green Green Green Brown Brown IM PATHFINDER MODEL AWS REMOTE CHILLERS 24

25 Isolator Information Table 21: Rubber-in-Shear (RIS) Isolators for Copper Fin Condensers (Non-VFD) Unit Model # Kit P/N M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 AWS190CDS Gray Gray Green Green Red Red AWS210CDS Gray Gray Green Green Red Red AWS210CDH Gray Gray Green Green Red Red AWS225CDS Gray Gray Green Green Red Red AWS230CDH Gray Gray Green Green Red Red AWS240CDP Gray Gray Green Green Red Red Brown Brown AWS250CDS Gray Gray Green Green Red Red AWS250CDH Gray Gray Gray Gray Red Red AWS260CDS Gray Gray Green Green Red Red AWS265CDP Gray Gray Green Green Red Red Brown Brown AWS280CDH Gray Gray Green Green Red Red Brown Brown AWS290CDS Gray Gray Green Green Red Red Brown Brown AWS290CDP Gray Gray Green Green Red Red Brown Brown AWS300CDH Gray Gray Green Green Red Red Brown Brown AWS310CDS Gray Gray Green Green Red Red Brown Brown AWS310CDP Gray Gray Gray Gray Green Green Red Red AWS330CDH Gray Gray Gray Gray Green Green Red Red AWS330CDP Gray Gray Gray Gray Green Green Red Red AWS350CDS Gray Gray Gray Gray Green Green Red Red AWS350CDH Gray Gray Gray Gray Green Green Red Red AWS365CDP Gray Gray Gray Gray Green Green Red Red AWS375CDS Gray Gray Gray Gray Green Green Red Red AWS390CDH Gray Gray Gray Gray Green Green Red Red AWS400CTS Gray Gray Gray Gray Green Green Green Green AWS400CDP Gray Gray Gray Gray Green Green Red Red Brown Brown AWS410CDH Gray Gray Gray Gray Green Green Red Red Brown Brown AWS425CTS Gray Gray Gray Gray Green Green Green Green AWS450CTS Purple Purple Gray Gray Green Green Green Green Red Red AWS450CTH Gray Gray Gray Gray Green Green Green Green Red Red AWS470CTS Purple Purple Gray Gray Green Green Green Green Red Red AWS475CTH Purple Purple Gray Gray Green Green Green Green Red Red AWS500CTS Purple Purple Gray Gray Green Green Green Green Red Red AWS500CTH Purple Purple Gray Gray Gray Gray Green Green Red Red AWS525CTS Purple Purple Gray Gray Gray Gray Green Green Red Red AWS530CTH Purple Purple Purple Purple Gray Gray Green Green Red Red AWS550CTS Purple Purple Purple Purple Gray Gray Green Green Red Red 25 IM PATHFINDER MODEL AWS REMOTE CHILLERS

26 Lifting and Mounting Locations Lifting and Mounting Locations Figure 10: 10 Fan Non-VFD Models CONTROL BOX M5 L3 M6 L AWS REMOTE 10 FAN DIM DWG M4 M TYP. M1 M L1 L2 IM PATHFINDER MODEL AWS REMOTE CHILLERS 26

27 Lifting and Mounting Locations Figure 11: 12 Fan Non-VFD Models CONTROL BOX M5 M6 L3 L M3 M M1 M L1 L2 AWS REMOTE 12 FAN DIM. DWG IM PATHFINDER MODEL AWS REMOTE CHILLERS

28 Lifting and Mounting Locations Figure 12: 14 Fan Non-VFD Models CONTROL BOX M5 L3 M6 L AWS REMOTE 14 FAN DIM. DWG M3 M4 M1 M2 L1 L2 IM PATHFINDER MODEL AWS REMOTE CHILLERS 28

29 Lifting and Mounting Locations Figure 13: 16 Fan Non-VFD Models CONTROL BOX TYP M7 L7 M5 L5 L3 M3 M M8 L8 M6 L6 L4 M4 M2 L AWS REMOTE 16 FAN DIM. DWG L IM PATHFINDER MODEL AWS REMOTE CHILLERS

30 Lifting and Mounting Locations Figure 14: 18 Fan Non-VFD Models CONTROL BOX M7 L7 M5 L5 L3 M3 M M8 L8 M6 L6 L4 M4 M2 L AWS REMOTE 18 FAN DIM DWG TYP L1 IM PATHFINDER MODEL AWS REMOTE CHILLERS 30

31 Lifting and Mounting Locations Figure 15: 20 Fan Non-VFD Models CONTROL BOX M7 L L5 M5 M8 L8 L6 M AWS REMOTE 20 FAN DIM DWG. L3 L M3 M4 M1 M2 L1 L IM PATHFINDER MODEL AWS REMOTE CHILLERS

32 Lifting and Mounting Locations Figure 16: 22 Fan Non-VFD Models CONTROL BOX TYP M7 L7 M5 L5 L3 M3 M1 L1 M8 L8 M6 L6 L4 M4 M2 L AWS REMOTE 22 FAN DIM. DWG IM PATHFINDER MODEL AWS REMOTE CHILLERS 32

33 Lifting and Mounting Locations Figure 17: 24 Fan Non-VFD Models CONTROL BOX TYP M9 M L7 L M7 M M5 M6 L5 L L AWS REMOTE 24 FAN DIM DWG. L M3 M M1 L1 M2 L IM PATHFINDER MODEL AWS REMOTE CHILLERS

34 Lifting and Mounting Locations Figure 18: 22 Fan, 3-Circuit Non-VFD Models CONTROL BOX L7 L8 M7 M L5 L6 M5 M AWS REMOTE 22-3C FAN DIM L M3 M1 L4 M4 M2 L L1 IM PATHFINDER MODEL AWS REMOTE CHILLERS 34

35 Lifting and Mounting Locations Figure 19: 24 Fan, 3-Circuit Non-VFD Models CONTROL BOX M9 L7 M10 L M7 M L5 L6 M5 M AWS REMOTE 24-3C FAN DIM L3 M3 M1 L1 L4 M4 M2 L IM PATHFINDER MODEL AWS REMOTE CHILLERS

36 Lifting and Mounting Locations Figure 20: 26 Fan, 3-Circuit Non-VFD Models CONTROL BOX L7 L8 M9 M M7 M L5 L6 M5 M AWS REMOTE 26-3C FAN DIM L M1 M3 L1 L4 M4 M2 L2 IM PATHFINDER MODEL AWS REMOTE CHILLERS 36

37 Lifting and Mounting Locations Figure 21: 28 Fan, 3-Circuit Non-VFD Models CONTROL BOX M L7 L8 M M7 M L5 L6 M5 M AWS REMOTE 28-3C FAN DIM L3 M3 M L1 L4 M4 M2 L IM PATHFINDER MODEL AWS REMOTE CHILLERS

38 Lifting and Mounting Locations Figure 22: 30 Fan, 3-Circuit Non-VFD Models CONTROL BOX M M L7 L M7 M L5 L6 M5 M AWS REMOTE 30-3C FAN DIM L3 M3 M1 L1 L4 M4 M2 L2 IM PATHFINDER MODEL AWS REMOTE CHILLERS 38

39 Lifting and Mounting Locations Figure 23: 10 Fan VFD Models M L6 M6 L4 M4 L M CONTROL BOX M 7 L 5 M5 L3 M3 L1 M1 BOTTOM VIEW UNIT SIZE VOLTAGE HZ. AWS DIMENSIONAL DATA - S IN LBS. LIFTING FOR EACH POINT LB SHIPPING OPERATING COPPER FIN ADD # OF FANS MOUNTING LOADS FOR EACH POINT LB L1 L2 L3 L4 L5 L6 M1 M2 M3 M4 M5 M6 M7 M8 AWS170CDS V 60HZ UNIT SIZE VOLTAGE HZ. AWS DIMENSIONAL DATA - S IN KG. SHIPPING OPERATING COPPER FIN ADD # OF FANS LIFTING FOR EACH POINT KG MOUNTING LOADS FOR EACH POINT KG L1 L2 L3 L4 L5 L6 M1 M2 M3 M4 M5 M6 M7 M8 AWS170CDS V 60HZ PART NUMBER REV. PART DESCRIPTION A AWS REMOTE WITH VFD 10 FAN DIM. DWG TYP IM PATHFINDER MODEL AWS REMOTE CHILLERS

40 Lifting and Mounting Locations Figure 24: 12 Fan VFD Models M L6 M6 L M4 L M2 CONTROL BOX M7 L5 M5 L3 M3 L1 M1 BOTTOM VIEW AWS DIMENSIONAL DATA - S IN LBS. LIFTING FOR EACH POINT LB UNIT SIZE VOLTAGE HZ. SHIPPING OPERATING COPPER FIN ADD # OF FANS MOUNTING LOADS FOR EACH POINT LB L1 L2 L3 L4 L5 L6 M1 M2 M3 M4 M5 M6 M7 M8 AWS190CDS V 60HZ AWS200CDS V 60HZ AWS210CDH V 60HZ AWS DIMENSIONAL DATA - S IN KG. UNIT SIZE VOLTAGE HZ. SHIPPING OPERATING COPPER FIN ADD # OF FANS LIFTING FOR EACH POINT KG MOUNTING LOADS FOR EACH POINT KG L1 L2 L3 L4 L5 L6 M1 M2 M3 M4 M5 M6 M7 M8 AWS190CDS V 60HZ AWS200CDS V 60HZ AWS210CDH V 60HZ PART NUMBER REV. PART DESCRIPTION A AWS REMOTE WITH VFD 12 FAN DIM. DWG TYP. IM PATHFINDER MODEL AWS REMOTE CHILLERS 40

41 Lifting and Mounting Locations Figure 25: 14 Fan VFD Models CONTROL BOX M10 M 8 L 6 M6 L4 M4 L2 M M9 M 7 L 5 M5 L3 M3 L1 M1 BOTTOM VIEW AWS DIMENSIONAL DATA - S IN LBS. LIFTING FOR EACH POINT LB UNIT SIZE VOLTAGE HZ. SHIPPING OPERATING COPPER FIN ADD # OF FANS MOUNTING LOADS FOR EACH POINT LB L1 L2 L3 L4 L5 L6 M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 AWS230CDH V 60HZ AWS250CDH V 60HZ AWS DIMENSIONAL DATA - S IN KG. LIFTING FOR EACH POINT KG MOUNTING LOADS FOR EACH POINT KG UNIT SIZE VOLTAGE HZ. SHIPPING OPERATING COPPER FIN ADD # OF FANS L1 L2 L3 L4 L5 L6 M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 AWS230CDH V 60HZ AWS250CDH V 60HZ PART NUMBER REV. PART DESCRIPTION A AWS REMOTE WITH VFD 14 FAN DIM. DWG TYP IM PATHFINDER MODEL AWS REMOTE CHILLERS

42 Lifting and Mounting Locations Figure 26: 16 Fan VFD Models CONTROL BOX M10 L8 M8 L6 M6 L4 M4 L2 M2 M9 L7 M 7 L 5 M5 L3 M3 L1 M1 BOTTOM VIEW AWS DIMENSIONAL DATA - S IN LBS. LIFTING FOR EACH POINT LB MOUNTING LOADS FOR EACH POINT LB UNIT SIZE VOLTAGE HZ. SHIPPING OPERATING COPPER FIN ADD # OF FANS L1 L2 L3 L4 L5 L6 L7 L8 M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 AWS240CDP V 60HZ AWS280CDH AWS300CDH 460V 60HZ AWS DIMENSIONAL DATA - S IN KG. LIFTING FOR EACH POINT KG MOUNTING LOADS FOR EACH POINT KG UNIT SIZE VOLTAGE HZ. SHIPPING OPERATING COPPER FIN ADD # OF FANS L1 L2 L3 L4 L5 L6 L7 L8 M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 AWS240CDP V 60HZ AWS280CDH AWS300CDH 460V 60HZ REV. PART NUMBER PART DESCRIPTION B AWS REMOTE WITH VFD 16 FAN DIM. DWG TYP. IM PATHFINDER MODEL AWS REMOTE CHILLERS 42

43 Lifting and Mounting Locations Figure 27: 16 Fan VFD Models CONTROL BOX TYP M10 L8 M8 L6 L4 M6 M4 L2 M2 M9 L7 M 7 L BOTTOM VIEW L3 M5 M3 L1 M1 UNIT SIZE VOLTAGE HZ. SHIPPING AWS280CDH AWS300CDH AWS DIMENSIONAL DATA - S IN LBS. LIFTING FOR EACH POINT LB MOUNTING LOADS FOR EACH POINT LB OPERATING COPPER FIN ADD # OF FANS L1 L2 L3 L4 L5 L6 L7 L8 M1 M2 M3 M4 M5 M6 M7 M8 M9 M HZ UNIT SIZE VOLTAGE HZ. SHIPPING AWS280CDH AWS300CDH AWS DIMENSIONAL DATA - S IN KG. LIFTING FOR EACH POINT KG MOUNTING LOADS FOR EACH POINT KG OPERATING COPPER FIN ADD # OF FANS L1 L2 L3 L4 L5 L6 L7 L8 M1 M2 M3 M4 M5 M6 M7 M8 M9 M HZ REV. PART NUMBER PART DESCRIPTION B AWS REMOTE W/ VFD 16 FAN DIM. DWG 43 IM PATHFINDER MODEL AWS REMOTE CHILLERS

44 Lifting and Mounting Locations Figure 28: 18 Fan VFD Models CONTROL BOX M10 M8 L6 M6 L4 M4 L2 M2 M9 M 7 L 5 M5 L3 M3 L1 M1 BOTTOM VIEW AWS DIMENSIONAL DATA - S IN LBS. LIFTING FOR EACH POINT LB UNIT SIZE VOLTAGE HZ. SHIPPING OPERATING COPPER FIN ADD # OF FANS MOUNTING LOADS FOR EACH POINT LB L1 L2 L3 L4 L5 L6 L7 L8 M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 AWS265CDP V 60HZ AWS290CDP V 60HZ AWS DIMENSIONAL DATA - S IN KG. LIFTING FOR EACH POINT KG MOUNTING LOADS FOR EACH POINT KG UNIT SIZE VOLTAGE HZ. SHIPPING OPERATING COPPER FIN ADD # OF FANS L1 L2 L3 L4 L5 L6 L7 L8 M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 AWS265CDP V 60HZ AWS290CDP V 60HZ REV. PART NUMBER PART DESCRIPTION A AWS REMOTE WITH VFD 18 FAN DIM. DWG TYP IM PATHFINDER MODEL AWS REMOTE CHILLERS 44

45 Lifting and Mounting Locations Figure 29: 20 Fan VFD Models CONTROL BOX M10 M9 UNIT SIZE AWS310CDP AWS330CDP UNIT SIZE AWS310CDP AWS330CDP L6 M8 M6 L4 M4 L2 M2 L5 M7 M5 L3 M3 L1 M1 BOTTOM VIEW AWS DIMENSIONAL DATA - S IN LBS. LIFTING FOR EACH POINT LB VOLTAGE HZ. SHIPPING OPERATING COPPER FIN ADD # OF FANS MOUNTING LOADS FOR EACH POINT LB L1 L2 L3 L4 L5 L6 L7 L8 M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 460V 60HZ AWS DIMENSIONAL DATA - S IN KG. LIFTING FOR EACH POINT KG MOUNTING LOADS FOR EACH POINT KG VOLTAGE HZ. SHIPPING OPERATING COPPER FIN ADD # OF FANS L1 L2 L3 L4 L5 L6 L7 L8 M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 460V 60HZ REV. PART NUMBER PART DESCRIPTION A AWS REMOTE WITH VFD 20 FAN DIM. DWG TYP IM PATHFINDER MODEL AWS REMOTE CHILLERS

46 Lifting and Mounting Locations Figure 30: 20 Fan VFD Models CONTROL BOX TYP M10 L8 L6 M8 L4 M6 M4 L2 M2 M9 L7 L5 M7 BOTTOM VIEW L3 M5 M3 L1 M UNIT SIZE VOLTAGE HZ. AWS310CDP AWS330CDP AWS DIMENSIONAL DATA - S IN LBS. LIFTING FOR EACH POINT LB MOUNTING LOADS FOR EACH POINT LB 380V 60HZ SHIPPING OPERATING COPPER FIN ADD # OF FANS L1 L2 L3 L4 L5 L6 L7 L8 M1 M2 M3 M4 M5 M6 M7 M8 M9 M AWS330CDH V 60HZ AWS350CDH V 60HZ UNIT SIZE VOLTAGE HZ. AWS310CDP AWS330CDP AWS DIMENSIONAL DATA - S IN KG. LIFTING FOR EACH POINT KG MOUNTING LOADS FOR EACH POINT KG 380V 60HZ SHIPPING OPERATING COPPER FIN ADD # OF FANS L1 L2 L3 L4 L5 L6 L7 L8 M1 M2 M3 M4 M5 M6 M7 M8 M9 M AWS330CDH V 60HZ AWS350CDH V 60HZ REV. PART NUMBER PART DESCRIPTION A AWS REMOTE W/ VFD 20 FAN DIM. DWG IM PATHFINDER MODEL AWS REMOTE CHILLERS 46

47 Lifting and Mounting Locations Figure 31: 22 Fan VFD Models CONTROL BOX M10 L TYP M8 L6 L4 M6 M4 M9 L7 M7 L5 L3 M5 M3 BOTTOM VIEW AWS DIMENSIONAL DATA - S IN LBS. LIFTING FOR EACH POINT LB MOUNTING LOADS FOR EACH POINT LB UNIT SIZE VOLTAGE HZ. SHIPPING OPERATING COPPER FIN ADD # OF FANS L1 L2 L3 L4 L5 L6 L7 L8 M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 AWS365CDP V 60HZ AWS390CDH V 60HZ AWS DIMENSIONAL DATA - S IN KG. LIFTING FOR EACH POINT KG MOUNTING LOADS FOR EACH POINT KG UNIT SIZE VOLTAGE HZ. SHIPPING OPERATING COPPER FIN ADD # OF FANS L1 L2 L3 L4 L5 L6 L7 L8 M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 AWS365CDP V 60HZ AWS390CDH V 60HZ REV. PART NUMBER PART DESCRIPTION A AWS REMOTE W/ VFD 22 FAN DIM. DWG L2 L M2 M IM PATHFINDER MODEL AWS REMOTE CHILLERS

48 Lifting and Mounting Locations Figure 32: 24 Fan, 2-Circuit VFD Models CONTROL BOX M12 L M M8 L L4 M M L M TYP. M11 L M9 M7 L5 BOTTOM VIEW L3 M5 M3 L1 M1 AWS DIMENSIONAL DATA - S IN LBS. LIFTING FOR EACH POINT LB MOUNTING LOADS FOR EACH POINT LB UNIT SIZE VOLTAGE HZ. SHIPPING OPERATING COPPER FIN ADD # OF FANS L1 L2 L3 L4 L5 L6 L7 L8 M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 M11 M12 AWS400CDP AWS410CDH V 60HZ UNIT SIZE VOLTAGE HZ. SHIPPING AWS400CDP AWS410CDH AWS DIMENSIONAL DATA - S IN KG. LIFTING FOR EACH POINT KG MOUNTING LOADS FOR EACH POINT KG OPERATING COPPER FIN ADD # OF FANS L1 L2 L3 L4 L5 L6 L7 L8 M1 M2 M3 M4 M5 M6 M7 M8 M9 M10 M11 M V 60HZ REV. PART NUMBER PART DESCRIPTION B AWS REMOTE W/VFD 24 FAN 2C DIM. DWG IM PATHFINDER MODEL AWS REMOTE CHILLERS 48

49 Lifting and Mounting Locations Figure 33: 24 Fan, 3-Circuit VFD Models CONTROL BOX M12 L8 M10 L6 M8 L4 M6 M4 L2 M2 M11 L7 M9 L5 M7 L3 M5 M3 L1 M TYP AWS REMOTE W VFD 24 FAN 3C DIM. DWG 49 IM PATHFINDER MODEL AWS REMOTE CHILLERS

50 Lifting and Mounting Locations Figure 34: 26 Fan VFD Models CONTROL BOX AWS REMOTE WITH VFD 26 FAN DIM. DWG L8 M12 L7 M M10 M L BOTTOM VIEW M8 L5 M TYP L4 M6 L3 M M4 L2 M2 M3 L1 M1 IM PATHFINDER MODEL AWS REMOTE CHILLERS 50