York MILLENNIUM 28971AR User manual

FORM 201.18-EG1 (200)
Millennium
Air Cooled Screw Liquid Chillers
(STYLE F)
®
28971AR
80 - 420 TONS
(310 - 1460 kW)
60 Hz
200, 230, 380,
460, & 575 Models
50 - 200 TONS
®
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YORK INTERNATIONAL
2
NOMENCLATURE
The Model Number denotes the following characteristics of the unit:
YORK Chiller
YC = YORK Chiller
Air-Cooled
Compressor Type
S = Screw
Nominal Capacity (tons)
Unit Designator
S = Standard Unit
E = High Efficiency
H = High Static Fans
Design Series
Type Start
Y = Star (WYE)-Delta
X = Across-the-Line
Voltage Code
17 = 200-3-60
28 = 230-3-60
40 = 380-3-60
46 = 460-3-60
58 = 575-3-60
Refrigerant
C = R-22
YC A S 0140 E C 17 Y F
TABLE OF CONTENTS
Introduction .......................................................................................................... 3
Specifications....................................................................................................... 4
Accessories and Options .................................................................................... 7
Temperatures and Flows ....................................................................................10
Water Pressure Drop ..........................................................................................12
Ratings ...............................................................................................................14
Physical Data ......................................................................................................36
Dimensions.........................................................................................................40
Operating Weights – Aluminum Fin Coils ...........................................................72
Isolator Selection – Aluminum Fin Coils..............................................................73
Operating Weights – Copper Fin Coils................................................................74
Isolator Selection – Copper Fin Coils ..................................................................75
Isolator Details ....................................................................................................76
Electrical Data.....................................................................................................78
Electrical Notes...................................................................................................88
Power Connection Options .................................................................................90
Typical Control Wiring – 2-Compressor Units .....................................................94
ApplicationData..................................................................................................96
Guide Specifications ...........................................................................................97

YORK INTERNATIONAL
FORM 201.18-EG1
3
YORK Millennium Air Cooled Screw Compressor machines are the state-of-the-art in air-cooled
chillers, providing chilled fluids for all air conditioning applications. Completely self-contained
and designed for outdoor installation, these chillers employ new, low noise, energy efficient,
serviceable, semi-hermetic screw compressors designed and manufactured specifically for
this new product line. These compressors, with reliable twin-screw technology, are ideally
matched to evaporators and condensers optimally configured for superior heat transfer and
unit efficiency. Condenser coils are arranged to maximize airflow using full airfoil, high effi-
ciency, low noise fans driven by low energy motors. The screw compressors, high efficiency
evaporator, enhanced heat transfer condensers, and weather tight power and microprocessor
control centers are mounted on a bolted, fully galvanized and powder painted, all steel base,
for unsurpassed reliability and performance.
YORK Millennium
®Air Cooled Screw Liquid Chillers
Introduction
28971AR

YORK INTERNATIONAL
4
Specifications
These YORK air cooled chillers are shipped as a com-
plete factory package. Each unit is completely as-
sembled with all interconnecting refrigerant piping and
internal wiring, ready for field installation:
COMPLETE FACTORY PACKAGE
•Each compressor is installed on its own indepen-
dent refrigerant circuit, which is factory pressure
tested, evacuated, then fully charged with refriger-
ant and oil.
•Afterassembly,an operationaltest isperformed with
water flowing through the cooler to ensure each cir-
cuit operates correctly.
•Cabinet and base frame are constructed of formed
heavy gauge, galvanized steel.
•All external structural parts are covered with archi-
tecturally neutral “Desert Sand”(Munsell #10YR6-
2) baked-on enamel powder paint. This provides a
finish which, when subjected to ASTM B117, 500
hour, 5% salt spray conditions, shows breakdown
of less than 1/8" either side of a scribed line (equiva-
lent to ASTM D1654 rating of “6”).
•Design is in accordance with applicable sections of
ASME Pressure Vessel Code, NFPA 70 (National
Electrical Code), U.L. and cU.L. Standards , and
ASHRAE/ANSI-15 Safety Code for Mechanical Re-
frigeration.
•Units are Rated and Certified in accordance with
ARI Standard 550/590-98.
•Allexposed power wiring routed throughliquid-tight,
non-metallic conduit.
SEMI-HERMETIC YORK SCREW COMPRESSORS
•An ideal synergy of expertise, sister division YORK
Refrigeration Compressor Engineers as integral
membersonYORKEngineered Systems’ChillerDe-
sign Team, has resulted in a world class compressor
with unequaled performance.
•Continuous function, microprocessor controlled, 3-
way proportional Capacity Control Valve provides
regulatedoutputpressure independentofvalve input
pressure for a stable, smooth, and precise match of
compressorcapacity to cooling load to10% ofchiller
capacity.
•Automatic spring return of capacity control valve to
minimum load position ensures compressor starting
at minimum motor load. Internal discharge check to
prevent rotor backspin upon shut-down.
•Acoustically tuned, internal discharge gas muffler
eliminates objectionable noise at the source, while
optimizing flow for maximum performance.
•Reliable suction gas cooled, high efficiency, acces-
siblehermeticmotor withAPT2000type magnetwire
and redundant overload protection using both ther-
mistor and current overload protection.
•Suction gas screen and serviceable, 0.5 micron full
flow oil filter within the compressor housing.
•Some models equipped with tuned port economizer
as appropriate for enhanced capacity and superior
efficiency.
•Castironcompressorhousingprecisely machined for
optimalclearancesandsuperbefficiency. Entire com-
pressor, from suction to discharge has a Design
Working Pressure of 450 PSIG (31 bar).
•350W compressor body cartridge heater.
CONDENSER SECTION
•Condenser Fans with lownoise, fullairfoilcross sec-
tion for maximum efficiency, statically and dynami-
cally balanced for low vibration operation, and posi-
tionedinextended,formedsteelorificesforlowsound
and maximum efficiency.
•Condenserfanmotorsarehighefficiency,directdrive,
6-pole, 3-phase, Class-“F”, current overload pro-
tected, totally enclosed (TEAO) type with double
sealed, permanently lubricated, ball bearings.
•Fin and tube condenser coils of seamless, internally
enhanced,high condensing coefficient,corrosionre-
sistantcoppertubes arrangedin staggered rowsand
mechanicallybondedtocorrosionresistantaluminum
alloy fins with full height fin collars. Design working
pressure is 450 PSIG (31 bar).
EVAPORATOR
•Highefficiency,direct-expansion type cooler with re-
frigerantintubesand chilled liquidthroughthebaffled
shell. Independent circuits provided for each com-
pressor.
•Design working pressure of the shell waterside is
150 PSIG (10.3 bar), and 350 PSIG (24 bar) for the
refrigerant side. Constructed and tested in accor-
dance with applicable sections of ASME Pressure
Vessel Code, Section VIII, Division (1). Water side
exempt per paragraph U-1, (c), (6). Other codes,
such as German TÜV, also available for global cus-
tomers.
•Water baffles fabricated from galvanized steel to
resist corrosion. Removable heads allow access to
internally-enhanced, seamless, copper tubes. Wa-
ter vent and drain connections included.
•Cooler equipped with thermostatically controlled
heater for protection to -20°F (-29°C) ambient, and
insulated with ¾" (19mm) flexible, closed-cell foam
(k = 0.25).

YORK INTERNATIONAL
FORM 201.18-EG1
5
REFRIGERANT CIRCUIT
•Independent refrigerant circuits per compressor,
each using copper refrigerant pipe formed on com-
putercontrolled bending machines. This eliminates
over 60% of system piping brazed joints as com-
paredto designs thatuse fittings,resultingin ahighly
reliable and leak resistant system.
•Liquid line components include: manual shut-off
valvewith charging port,high adsorption removable
corefilter-drier, solenoidvalve,sight glasswith mois-
ture-indicator, and reliable thermostatic expansion
valves.
•Economizer is a refrigerant to refrigerant, compact
plate-type heat exchanger to maximize chiller ca-
pacityand efficiencyby subcooling liquid refrigerant
deliveredtothe cooler expansionvalve. Constructed
of corrosion resistant stainless steel plates formed
to induce turbulent flow and enhance heat transfer,
then oven brazed and pressure tested for reliability.
Designedandconstructed inaccordancewith ASME
and TÜV for 450 PSIG (31 bar). U.L./CSA listed.
•Suction and discharge lines provided with manual
compressor shutoff service valves. Suction line
equipped with closed-cell insulation.
•Oilseparators with DesignWorkingPressure of450
PSIG (31 bar) and U.L. listing are high efficiency,
augmented aerosol impingement type to maximize
oilextraction withoutfragile mediato breakdown.An
oil charging valve is included with each refrigerant
circuit.
•Oil cooling provided by dedicated air cooled finned
tube type heat exchanger located in the condenser
section of the machine.
MICROPROCESSOR CONTROLS
•Controls housed in a powder painted steel cabinet
enclosure, equivalent to NEMA 3R/12 (IP55), with
hinged, latched, and gasket sealed, door.
•Liquidcrystal 40character displaywith textprovided
on two lines and light emitting diode backlighting for
outdoorviewing.
•Colorcoded, 32button, sealedkeypad withsections
for Display, Entry, Setpoints, Clock, Print, Program
and Unit On/Off.
•Standard controls include: brine chilling or thermal
storage, automaticpump down,run signalcontacts,
demand load limit from external building automa-
tion system input, remote liquid temperature reset
input,unit alarm contacts, evaporator pump control,
automatic reset after power failure, automatic sys-
temoptimization tomatch operatingconditions, soft-
ware stored in non-volatile memory (EPROM) to
eliminate chiller failure due to AC power failure.
Programmed setpoints retained in lithium battery
backed RTC memory for a minimum 5 years.
•Display –In English (°F and PSIG) or Metric (°C
and Bars) units, and for each circuit:
♦Returnandleaving chilledliquid, and ambienttem-
perature.
♦Day, date and time. Daily start/stop times. Holi-
day and Manual Override status.
♦Compressor operating hours and starts. Auto-
maticor manual lead/lag. Lead compressoriden-
tification.
♦Run permissive status. No cooling load condi-
tion. Compressor run status.
♦Anti-recycle timer and anti-coincident start timer
status per compressor.
♦Suction (and suction superheat), discharge, and
oil pressures and temperatures per System.
♦Percent full load compressor motor current per
phase and average per phase. Compressor ca-
pacity control valve input steps.
♦Cutoutstatus and set-points for: supplyfluid tem-
perature, low suction pressure, high discharge
pressure and temperature, high oil temperature,
low and high ambient, phase rotation safety, and
low leaving liquid temperature.
♦Unloadinglimit set-points forhigh discharge pres-
sure and compressor motor current.
♦Liquid pull-down rate sensitivity (0.5°F to 5°F/
minute in 0.1°F increments).
♦Statusof: evaporatorheater, condenserfans, load
and unload timers, chilled water pump.
♦“Out of range”message.
♦Up to 6 fault shut down conditions.
♦Standard Display Language is English, with Op-
tions for: French, German, Italian, and Spanish.
•Entry –Enter set point changes, cancel inputs, ad-
vance day, change AM/PM.
•Setpoints –Chilled liquid temperature, chilled liq-
uid range, remote reset temperature range.
•Clock –Time, daily or holiday start/stop schedule,
manual override for servicing.
•Print –Operatingdata orsystem faultshutdown his-
tory for last six faults, and software version. Print-
outs through an RS-232 port via a separate printer
(by others).
•Program –
♦Low leaving liquid temperature cutout, 300 to 600
second anti-recycle timer, lag compressor start
time delay, and average motor current unload
point. Liquid temperature setpoint reset signal
from YORK ISN or building automation system
(by others) via:

YORK INTERNATIONAL
6
Pulse width modulated (PWM) input for up to
40°F (22°C) total reset as standard.

Optional Building Automation Systeminterface
input card for up to 40°F (22°C) reset using a:
4 to 20 milliamp, 0 to 10 VDC input, or discrete
reset input. [NOTE: The Standard MicroPanel
canbe directlyconnected toa YORK ISNBuild-
ing Automation System via the standard on-
board RS485 communication port. This Option
also provides open system compatibility with
othercommunications networks (BACNET™&
LONMARK™) via interface through standard
onboard 485 or 232 port and an external
YorkTalk Translator .]
♦Additionalfunctions (password protected) for pro-
gramming by a qualified service technician:
Cut-outs for low and high ambient, low suction
pressure,high discharge pressure,high oiltem-
perature.
Refrigerant type.
High discharge pressure unload setpoint.
Fan control discharge pressure set point.
Fan ON/OFF pressure differential.
Compressor motor current percent limit.
♦The Standard unit controls permit operation down
to 0°F (-18°C) outdoor ambient temperature.
POWER PANEL
•Power panel housed in NEMA 3R/12 (IP55) rain/
dusttight,powder paintedsteelcabinets with hinged,
latched, and gasket sealed outer doors equipped
with wind struts for safer servicing. Two motor con-
trol center cabinets are provided, with independent
doors and separated by a steel barrier panel.
•Current transformers sense each phase, as an in-
puttothe microprocessor,toprotect compressormo-
tors from damage due to: low input current, high in-
put current, unbalanced current, single phasing,
phase reversal, and compressor locked rotor.
•Controlcircuit transformer provides115V/ 1Øpower
to the unit control system. Includes factory primary
wiringfrom lockabledisconnect on panel door sepa-
rate from the motor control centers, and secondary
wiringsupplyto the24V, fusedMicroprocessorpanel
transformer.
•Individualfan motorcontactors & external overloads
per condenser fan motor.
•Exposed compressor and fan motor power wiring
routed through liquid tight conduit.
Specifications (Continued)

YORK INTERNATIONAL
FORM 201.18-EG1
7
Accessories and Options
•CONTROL CIRCUIT TERMINAL STRIP –Provides
power input terminals for field provided power input
inlieu of factorymounted control circuit transformer.
115V, 1∅Control Circuit Power Terminal Strip lo-
cated in the Microprocessor Panel to accept a field
provided control power circuit with appropriate
branch circuit protection in accordance with appli-
cable Local and National codes. Provides unit con-
trol circuit power, including supply to the 24V, fused
Microprocessor panel transformer.
•BUILDING AUTOMATION SYSTEM (BAS) INTER-
FACE –Provides means to reset the leaving chilled
liquid temperature or percent full load amps (cur-
rent limiting) from the BAS (Factory Mounted):
♦Printed circuit board to accept 4 to 20 milliamp, 0
to 10 VDC, or dry contact closure input from the
BAS.
♦AYORKISN BuildingAutomationSystem canpro-
vide a Pulse Width Modulated (PWM) signal di-
rectto the standard controlpanel via the standard
on-board RS485 port.
•PRIMARY CHILLER POWER CONNECTIONS –
SeeElectrical Data on pages 78 through 89for spe-
cific voltage and options availability. Separate ex-
ternal branch circuit protection and disconnecting
means must be supplied by others in accordance
with applicable Local and National codes. (Factory
Mounted)
âMultiple Point Supply –
Standard field power
wiring connection on all models is Multiple Point
Power Connection to factory provided Terminal
Blocks.Twofield suppliedelectrical power circuits
with appropriate branch circuit protection provide
power to each of two motor control center cabi-
nets, located adjacent to each other at one end of
thechiller. Each cabinetcontains starterelements
for one or two compressors and their associated
fan motor starters.
Optional to the Terminal Blocks for field power
connection are Non-Fused Disconnects with ex-
ternal lockable handles, or (on two compressor
machinesonly)Circuit Breakerswith external lock-
able handles. Also Optional (on 3 & 4 compres-
sor machines equipped with multiple point power
supply) are individual system circuit breakers per
each compressor with external lockable handles.
ãSingle-Point Supply – Optional to the Multiple
Point power connection configurations are Single-
PointSupplyarrangements. Awidevarietyofthese
single-point Options areofferedtosatisfymostany
customer connection requirement:
♦Single-Point with Individual System Breakers
–These options consist of field connection to ei-
ther a unit mounted Terminal Block, or a Non-
Fused Disconnect Switch with external, lockable
handle (in compliance with Article 440-14 of
N.E.C., to isolate unit power supply for service).
Factorywiring is providedfrom the Terminal Block
orDisconnect Switchto factorysupplied Individual
System Circuit Breakers with external, lockable
handlesin each of the twocompressor motor con-
trol centers.
♦Single-Point Supply –Alsooptional (ontwo com-
pressor machines only) are Single-Point Supply
configurationsfor fieldconnection of a single elec-
trical circuit to: Terminal Block, Non-Fused Dis-
connect Switch with lockable external handle (in
compliance with Article 440-14 of N.E.C., to iso-
late unit power supply for service), or Circuit
Breaker with lockable external handle. Factory
wiring is provided from the Terminal Block, Dis-
connect Switch, or Breaker directly to the starter
components in each of the two compressor motor
control centers.
•STAR (WYE)-DELTA COMPRESSOR MOTOR
STARTER –Provides smooth starting and approxi-
mately 65% reduced inrush current compared to
across-the-line type start. Two compressor units
equipped with any of the Single-Point Power con-
nection options and Star-Delta starters must also
be equipped with Individual System Circuit Break-
ers option. Three and four compressor units with
Star-Deltastarters must alsoinclude Individual Sys-
temCircuit Breakers option.(Factory Mounted) See
Electrical Data (pages 79 - 89) for availability and
coordinationwith individual systemshort circuit pro-
tection.
•CONDENSER COIL PROTECTION –Standardcon-
densercoil construction materials include aluminum
fins,copper tubes, andgalvanized tube supports for
generallygoodcorrosionresistance. However,these
materialsare notadequate forall environments.The
system designer can take steps to inhibit coil corro-
sion in harsh applications and enhance equipment
lifeby choosing from these optionsbased on project
design parameters and related environmental fac-
tors. For additional application recommendations
refer to Form 150.12-ES1. (Factory Mounted)
♦Black Fin Condenser Coils –Condenser coils
constructed using black epoxy coated aluminum
fin stock for corrosion resistance comparable to
copper fin coils in typical seashore locations. Ei-
ther this or phenolic (below) recommended for
units installed in coastal environments.
♦Phenolic Coated Condenser Coils –Completed
condenser coil assemblies are covered with a
cured phenolic coating. Probably the best choice
for seashore or where salt spray may hit the fins,

YORK INTERNATIONAL
8
Accessories and Options (Continued)
andother corrosive applications except: strongal-
kalies, oxidizers, and wet bromine, chlorine, and
fluorine in concentrations greater than 100 ppm.
♦Copper Fin Condenser Coils –Coilsconstructed
with corrosion resistant copper fins. Not recom-
mended in areas where units may be exposed to
acid rain.
•DX COOLER OPTIONS
♦300 PSIG (21 bar) Waterside Design Working
Pressure –TheDX Cooler Watersideis designed
and constructed for 300 PSIG (21 bar) working
pressure. (Factory Mounted)
♦1-½" Insulation –Doublethicknessinsulationpro-
vided for enhanced efficiency.
♦Optional Pressure Safety Code Construction –
Chiller construction in accordance with Pressure
Safety Codes of many countries are available.
Cooler, oil separators, relief valves, safeties, or
other operating devices designed or selected as
required by the indicated Country. Common con-
figurations include:
USA (ASME, ASHRAE-15),
Germany (TÜV), France (CODAP), Italy
(ISPESL), and Poland (UDT) . Some available
onlyon 50 Hz units. Consult with your YORKrep-
resentativeto ensure compliance with jobrequire-
ments (Factory Mounted).
♦Flange Accessory –Consists of raised face
flanges to convert grooved water nozzles to
flanged cooler connections. Includes companion
flanges. (Field mounted).
•REMOTE DX COOLER –Includes:âMaincondens-
ing unit less cooler, refrigerant, and liquid line me-
chanicaldevices; ãSeparate, insulated cooler; and
äField Accessory Kit (per refrigerant circuit: filter-
drier shell and cores, liquid line solenoid valve, sight
glass with moisture indicator, and Thermostatic Ex-
pansion Valve; also entering and leaving water tem-
perature transducers) for use in the interconnecting
system piping and wiring as designed and installed
by others. Field connections made at the condens-
ingunitliquid stub(afterthe sub-cooler,orthe econo-
mizer if the system is so equipped) and at the com-
pressor suction stub. Condensing Unit ships with an
R-22 holding charge. System erection, leak testing,
refrigerant, and charging are by others. See Engi-
neeringSupplement 201.10-ES2 for additionalinfor-
mation. Remote cooler configuration available with
R-22 only. NOTE: Remote DX cooler applications
are outside the scope of ARI Standard –550/590.
•FLOW SWITCH ACCESSORY –Vapor-proofSPDT,
NEMA 4X switch, 150 PSIG (10.3 bar) DWP, -20°F
to 250°F (-29°C to 121°C), with 1" NPT (IPS) con-
nectionfor upright mounting in horizontalpipe. (This
flowswitchor equivalent mustbefurnished witheach
unit). (Field mounted)
•VIBRATION ISOLATION
♦Neoprene Isolation –Recommended for normal
installations. Provides very good performance in
most applications for the least cost. (Field
mounted)
♦1" Spring Isolators –Leveladjustable,spring and
cage type isolators for mounting under the unit
baserails. 1" nominal deflection may vary slightly
by application. (Field mounted)
♦2" Seismic Spring Isolators –RestrainedSpring-
FlexMountings incorporatea ruggedwelded steel
housing with vertical and horizontal limit stops.
Housings designed to withstand a minimum 1.0g
accelerated force in all directions to 2". Level ad-
justable, deflection may vary slightly by applica-
tion. (Field mounted)
•ALTERNATIVE CHILLED FLUID APPLICATIONS
Standard water chilling application range is 40°F to
55°F(4°C to 13°C)Leaving Chilled WaterTempera-
ture. To protect against nuisance safety trips below
40°F(4°C) and reducethe possibility ofcooler dam-
age due to freezing during chiller operation, the unit
Micro-Processor will automatically unload the com-
pressors at abnormally low suction temperature
(pressure) conditions, prior to a safety shut down.
♦Process Brine Option –Process or other appli-
cationsrequiring chilledfluid below40°F(4°C) risk
waterfreezing in the evaporator,which is typically
overcomewith antifreeze. For theseapplications,
the chiller performance rating incorporates ‘brine’
(typically ethylene or propylene glycol solution),
andthe system designLeaving Chilled Fluid Tem-
perature must be provided on the order form to
ensure proper factory configuration.
♦Thermal Storage Option –Thermal Storage re-
quires special capabilities from a chiller, including
theability to ‘charge’anice storage tank,then pos-
sibly automatically reset for operation at elevated
Leaving Chilled Fluid Temperatures as required
byautomatic building controls. The Thermal Stor-
age Option provides Ice Storage duty Leaving
Chilled Fluid setpoints to 15°F minimum (-10°C
minimum)during chargecycle, witha Resetrange
to normal supply fluid temperature.
•REMOTE CONTROL PANEL AND WALL
ADAPTER –See Form 201.00-SG11 for more
information. (Onlyone of thefollowing options can
be offered on a unit at one time: BAS, Remote
Control Panel or Multi-Unit Sequence Control).
(Factory mounted).

YORK INTERNATIONAL
FORM 201.18-EG1
9
•MULTI-UNIT SEQUENCING –A separate Se-
quencing Control Center is provided to handle se-
quencing control of up to eight chillers in parallel
based on mixed liquid temperature (interconnect-
ing wiring by others). See Form 150.00-SG2 for
more information. (Only one of the following op-
tions can be offered on a unit at a time: BAS, Re-
mote Control Panel or Multi-unit Sequence Con-
trol). (Factory mounted).
•UNIT ENCLOSURES –
♦Wire Panel Enclosure (Full Unit) –UVstabilized
black polyvinylchloride coated, heavy gauge,
welded wire mesh guards mounted on the exte-
rior of the unit. Protects condenser coil faces and
prevents unauthorized access to refrigerant com-
ponents(compressors,pipes, cooler,etc.),yet pro-
videsfree air flow. Thiscan cut installationcost by
eliminatingthe needfor separate,expensive fenc-
ing. (Factory mounted)
♦Louvered Panel Enclosure (Full Unit) –Heavy
gauge louver panels, galvanized and painted just
as the main unit cabinet, provide liberal free air
flow area. Cover coils and around the bottom of
theunit to protectcondenser coils, visually screen
mechanical elements, and prevent unauthorized
access to refrigerant components. (Factory
mounted)
♦Louvered Panels (Condenser Coil Only) –Lou-
vered panels are mounted over the exterior con-
denser coil faces on the sides of the unit to visu-
ally screen and protect coils. (Factory mounted.)
♦Louvered (Condensers) / Wire (Mechanicals) –
Louvered panels mounted over the exterior con-
denser coil faces, and heavy gauge welded wire
mesh guards mounted around the bottom of the
unit. Visuallyscreens and protects coils,and pre-
vents unauthorized access to refrigerant compo-
nents. (Factory mounted.)
•HIGH STATIC FANS –
Fans and motors suitable for High External Static
conditions to 0.4 inches of water (100Pa). Since
these require higher power motors and therefore
slightly reduce chiller efficiency, select only if the
installationconditions willimpose additional airflow
resistance resulting from such things as field
installed:ducts, filters, sound enclosures, or similar
obstructions to airflow. Contact the factory for per-
formance or electrical implications.
•SOUND REDUCTION OPTIONS –
One or both options may be employed by the sys-
temdesigner asnormally generated machinenoise
isconsideredin the overallprojectdesign. See Form
201.18-ES1 for additional information.
♦Low Speed Fans –With this option, the basic
chiller is equipped with 8-pole condenser fan mo-
tors in lieu of the standard 6-pole motors, plus
specialfans matchedto these optional slower mo-
tors to retain appropriate airflow. The net result is
reduced fan generated noise with no adverse ef-
fect on the chiller capacity or efficiency perfor-
mance.
♦Compressor Sound Enclosures –Compressor
acoustically treated to attenuate noise.

YORK INTERNATIONAL
10
Temperatures and Flows
TEMPERATURE AND FLOWS
(English Units)
NOTES:
1. For leaving brine temperature below 40°F (4.4°C), contact your nearest YORK office for application requirements.
2. For leaving water temperature higher than 55°F (12.8°C), contact the nearest YORK office for application guidelines.
3. The evaporator is protected against freezing to -20°F (-28.8°C) with an electric heater as standard.
MODEL LEAVING WATER COOLER FLOW AIR ON
NUMBER TEMPERATURE (°F) (GPM3) CONDENSER (°F)
YCAS MIN.1MAX.2MIN. MAX. MIN. MAX
0090EC 40 55 113 600 0 125
0100EC 40 55 122 600 0 125
0110EC 40 55 127 600 0 125
0120EC 40 55 134 600 0 125
0130EC 40 55 147 600 0 125
0140EC 40 55 170 600 0 125
0150EC 40 55 182 700 0 125
0160EC 40 55 188 747 0 125
0170EC 40 55 203 747 0 125
0180EC 40 55 218 747 0 125
0200EC 40 55 228 747 0 125
0210EC 40 55 248 747 0 125
0230EC 40 55 272 747 0 125
0250EC 40 55 225 800 0 125
0270EC 40 55 225 800 0 125
0300EC 40 55 255 800 0 125
0330EC 40 55 255 800 0 125
0360EC 40 55 300 1060 0 125
0400EC 40 55 330 1060 0 125
0440EC 40 55 330 1060 0 125

YORK INTERNATIONAL
FORM 201.18-EG1
11
TEMPERATURE AND FLOWS
(SI Units)
MODEL LEAVING WATER COOLER FLOW AIR ON
NUMBER TEMPERATURE (°C) (L/S)3CONDENSER (°C)
YCAS MIN.1MAX.2MIN. MAX. MIN. MAX
0090EC 4.4 12.8 7.0 38.0 -17.7 51.7
0100EC 4.4 12.8 8.0 38.0 -17.7 51.7
0110EC 4.4 12.8 8.0 38.0 -17.7 51.7
0120EC 4.4 12.8 8.0 38.0 -17.7 51.7
0130EC 4.4 12.8 9.3 37.8 -17.7 51.7
0140EC 4.4 12.8 10.7 37.8 -17.7 51.7
0150EC 4.4 12.8 11.5 44.2 -17.7 51.7
0160EC 4.4 12.8 11.9 47.1 -17.7 51.7
0170EC 4.4 12.8 12.8 47.1 -17.7 51.7
0180EC 4.4 12.8 13.8 47.1 -17.7 51.7
0200EC 4.4 12.8 14.4 47.1 -17.7 51.7
0210EC 4.4 12.8 15.6 47.1 -17.7 51.7
0230EC 4.4 12.8 17.2 47.1 -17.7 51.7
0250EC 4.4 12.8 14.0 50.0 -17.7 51.7
0270EC 4.4 12.8 14.0 50.0 -17.7 51.7
0300EC 4.4 12.8 16.0 50.0 -17.7 51.7
0330EC 4.4 12.8 16.0 50.0 -17.7 51.7
0360EC 4.4 12.8 19.0 67.0 -17.7 51.7
0400EC 4.4 12.8 21.0 67.0 -17.7 51.7
0440EC 4.4 12.8 21.0 67.0 -17.7 51.7
NOTES:
1. For leaving brine temperature below 40°F (4.4°C), contact your nearest YORK office for application requirements.
2. For leaving water temperature higher than 55°F (12.8°C), contact the nearest YORK office for application guidelines.
3. The evaporator is protected against freezing to -20°F (-28.8°C) with an electric heater as standard.

YORK INTERNATIONAL
12
Water Pressure Drop
MODEL NUMBER YCAS COOLER
0090, 0100, 0110, 0120, 0130, 0140 A
0150, 0160, 0170, 0180, 0200, 0210, 0230 B
0250, 0270, 0300, 0330 C
0360, 0400, 0440 D
PRESSURE DROP (ft-H O)
2
ABCD
100.0 1000.0
1
10
100
WATER FLOW (GPM)
COOLER WATER PRESSURE DROP
LD04481
ENGLISH UNITS

YORK INTERNATIONAL
FORM 201.18-EG1
13
A
BCD
1 10 100
1
100
10
1000
WATER FLOW (l/s)
COOLER WATER PRESSURE DROP
PRESSURE DROP (kPa)
LD04482
SI UNITS
MODEL NUMBER YCAS COOLER
0090, 0100, 0110, 0120, 0130, 0140 A
0150, 0160, 0170, 0180, 0200, 0210, 0230 B
0250, 0270, 0300, 0330 C
0360, 0400, 0440 D

YORK INTERNATIONAL
14
Ratings –English Units
NOTES:
1. kW = Compressor Input Power
2. EER = Chiller EER (includes power from compressors, fans, and control panels 0.8 KW)
3. LCWT = Leaving Chilled Water Temperature
4. Ratings based on 2.4 GPM cooler water per ton
5. Rated in accordance with ARI Standard 550/590-98
6. Certified in accordance with the ARI Water-Chilling Packages Using the Vapor Compression Cycle Certification Program,
which is based on ARI Standard 550/590.
LCWT AIR TEMPERATURE ON CONDENSER (°F)
(°F) 75 80 85 90 95
TONS kW EER TONS kW EER TONS kW EER TONS kW EER TONS kW EER
MODEL YCAS0110EC (IPLV = 9.7)
40.0 108.3 87.5 12.5 104.9 93.6 11.5 101.8 100.3 10.5 99.0 107.6 9.6 96.3 115.5 8.8
42.0 112.0 88.4 12.8 108.5 94.6 11.8 105.3 101.3 10.8 102.3 108.6 9.8 99.6 116.6 9.0
44.0 115.8 89.3 13.2 112.2 95.5 12.1 108.9 102.3 11.0 105.8 109.7 10.1 102.9 117.7 9.2
45.0 117.7 89.7 13.3 114.0 95.9 12.2 110.7 102.8 11.2 107.5 110.2 10.2 104.6 118.3 9.3
46.0 119.6 90.1 13.5 115.9 96.4 12.4 112.5 103.2 11.3 109.3 110.7 10.3 106.3 118.8 9.5
48.0 123.5 90.9 13.8 119.8 97.2 12.7 116.2 104.1 11.6 112.9 111.7 10.6 109.8 119.9 9.7
50.0 127.7 91.6 14.2 123.8 98.0 13.0 120.1 105.0 11.9 116.6 112.6 10.9 113.4 120.9 9.9
52.0 131.9 92.3 14.6 127.8 98.8 13.3 123.9 105.9 12.2 120.4 113.6 11.1 117.1 122.0 10.2
55.0 138.2 93.4 15.1 133.9 100.0 13.8 129.9 107.2 12.6 126.2 115.1 11.5 122.7 123.6 10.5
MODEL YCAS0100EC (IPLV = 10.5)
40.0 91.0 73.3 13.0 88.8 78.8 11.9 86.7 85.0 10.9 85.0 91.6 10.0 83.5 98.9 9.1
42.0 94.2 73.3 13.4 91.8 78.8 12.3 89.7 84.9 11.2 87.8 91.6 10.3 86.2 98.8 9.4
44.0 97.4 73.3 13.9 94.9 78.8 12.7 92.7 84.9 11.6 90.7 91.5 10.6 89.0 98.8 9.7
45.0 99.1 73.3 14.1 96.4 78.8 12.9 94.2 84.9 11.8 92.2 91.5 10.8 90.5 98.8 9.9
46.0 100.7 73.3 14.4 98.1 78.7 13.2 95.8 84.8 12.0 93.7 91.5 11.0 91.9 98.7 10.1
48.0 104.1 73.3 14.9 101.4 78.7 13.6 99.0 84.7 12.4 96.8 91.4 11.4 94.9 98.7 10.4
50.0 107.6 73.2 15.4 104.8 78.7 14.1 102.2 84.7 12.8 100.0 91.4 11.7 97.9 98.6 10.7
52.0 111.2 73.2 15.9 108.2 78.6 14.5 105.6 84.7 13.3 103.2 91.4 12.1 101.0 98.7 11.1
55.0 116.7 73.3 16.6 113.5 78.7 15.2 110.7 84.7 13.9 108.1 91.5 12.7 105.8 98.8 11.6
MODEL YCAS0090EC (IPLV = 10.0)
40.0 88.8 71.4 13.0 85.8 75.9 11.9 82.9 80.6 10.9 80.0 85.9 9.9 77.3 91.5 9.1
42.0 92.0 71.8 13.4 88.9 76.3 12.2 85.8 81.2 11.2 82.9 86.4 10.2 80.1 92.1 9.3
44.0 95.2 72.3 13.8 92.0 76.8 12.6 88.8 81.7 11.5 85.8 87.0 10.5 83.0 92.6 9.6
45.0 96.9 72.5 14.0 93.5 77.0 12.8 90.3 81.9 11.7 87.3 87.3 10.7 84.4 92.9 9.8
46.0 98.5 72.6 14.2 95.1 77.2 13.0 91.9 82.2 11.9 88.8 87.6 10.8 85.9 93.3 9.9
48.0 101.8 73.0 14.6 98.3 77.7 13.3 95.0 82.7 12.2 91.8 88.2 11.1 88.8 94.0 10.2
50.0 105.2 73.3 15.0 101.6 78.1 13.7 98.1 83.2 12.5 94.8 88.7 11.4 91.7 94.7 10.4
52.0 108.6 73.7 15.4 104.9 78.5 14.1 101.3 83.7 12.9 97.9 89.3 11.7 94.7 95.3 10.7
55.0 113.8 74.2 16.1 109.9 79.1 14.7 106.2 84.5 13.4 102.7 90.2 12.2 99.3 96.5 11.1

YORK INTERNATIONAL
FORM 201.18-EG1
15
MODEL YCAS0110EC
40.0 93.8 123.9 8.0 91.6 133.0 7.4 89.5 142.6 6.8 87.5 152.8 6.2 85.7 163.6 5.7 74.2 157.2 5.1
42.0 97.0 125.1 8.2 94.7 134.3 7.5 92.5 144.0 6.9 90.5 154.4 6.4 87.9 163.9 5.9 74.9 155.6 5.2
44.0 100.3 126.3 8.4 97.8 135.6 7.7 95.6 145.4 7.1 93.5 155.9 6.5 89.5 163.1 6.0 75.8 154.5 5.3
45.0 101.9 126.9 8.5 99.4 136.2 7.8 97.2 146.1 7.2 95.1 156.6 6.6 90.5 163.1 6.1 76.1 153.8 5.4
46.0 103.6 127.5 8.7 101.1 136.8 7.9 98.8 146.8 7.3 96.7 157.4 6.7 91.3 162.8 6.1 76.5 153.2 5.4
48.0 107.0 128.7 8.9 104.4 138.1 8.1 102.0 148.2 7.4 99.9 158.9 6.8 93.0 162.3 6.3 77.2 151.9 5.5
50.0 110.5 129.8 9.1 107.8 139.4 8.3 105.4 149.7 7.6 103.1 160.5 7.0 94.7 161.8 6.4 77.8 150.6 5.6
52.0 114.1 131.0 9.3 111.3 140.7 8.5 108.7 151.2 7.8 106.4 162.2 7.2 96.4 161.4 6.5 78.5 149.4 5.7
55.0 119.5 132.9 9.6 116.6 142.8 8.8 113.9 153.4 8.1 111.5 164.8 7.4 99.1 161.0 6.7 79.4 147.7 5.8
40.0 82.1 106.7 8.4 81.0 115.1 7.7 79.9 124.1 7.1 79.0 133.5 6.6 78.2 143.4 6.1 70.2 142.1 5.5
42.0 84.8 106.6 8.7 83.5 115.1 8.0 82.5 124.0 7.3 81.5 133.5 6.8 80.6 143.5 6.3 70.9 140.0 5.6
44.0 87.5 106.5 9.0 86.2 115.0 8.2 85.0 124.0 7.6 84.0 133.6 7.0 83.1 143.7 6.5 71.7 138.0 5.8
45.0 88.9 106.5 9.1 87.6 115.0 8.4 86.4 124.0 7.7 85.3 133.6 7.1 84.4 143.8 6.5 72.0 137.0 5.8
46.0 90.3 106.6 9.2 88.9 114.9 8.5 87.7 124.0 7.8 86.6 133.6 7.2 85.7 143.9 6.6 72.5 136.1 5.9
48.0 93.2 106.6 9.5 91.7 115.1 8.7 90.4 124.1 8.0 89.3 133.8 7.4 88.3 144.1 6.8 73.0 134.0 6.0
50.0 96.1 106.6 9.8 94.6 115.2 9.0 93.2 124.3 8.3 92.0 134.0 7.6 91.0 144.3 7.0 73.8 132.2 6.2
52.0 99.2 106.6 10.1 97.5 115.3 9.3 96.1 124.5 8.5 94.8 134.4 7.8 93.7 144.7 7.2 74.6 130.5 6.3
55.0 103.8 106.8 10.6 102.0 115.6 9.7 100.5 124.9 8.9 99.1 135.0 8.2 97.4 144.9 7.5 75.6 128.0 6.5
MODEL YCAS0100EC
40.0 74.8 97.5 8.3 72.3 104.0 7.6 70.0 110.9 6.9 67.8 118.3 6.3 65.8 126.1 5.8 63.8 134.5 5.3
42.0 77.5 98.2 8.5 75.0 104.7 7.8 72.6 111.7 7.1 70.4 119.1 6.5 68.3 127.0 5.9 66.3 135.4 5.4
44.0 80.3 98.8 8.8 77.7 105.4 8.0 75.2 112.4 7.3 72.9 120.0 6.7 70.8 127.9 6.1 68.8 136.4 5.6
45.0 81.7 99.1 8.9 79.0 105.8 8.1 76.6 112.9 7.4 74.2 120.4 6.8 72.1 128.4 6.2 70.0 136.9 5.7
46.0 83.1 99.5 9.0 80.4 106.1 8.3 77.9 113.3 7.5 75.5 120.9 6.9 73.3 128.9 6.3 71.3 137.5 5.8
48.0 85.9 100.2 9.3 83.2 106.9 8.5 80.6 114.1 7.7 78.2 121.8 7.1 75.9 130.0 6.5 72.1 135.8 5.9
50.0 88.8 101.0 9.5 86.0 107.8 8.7 83.4 115.1 7.9 80.9 122.8 7.3 78.6 131.1 6.6 72.8 134.3 6.0
52.0 91.7 101.8 9.8 88.9 108.6 8.9 86.2 116.0 8.2 83.6 123.9 7.4 81.2 132.3 6.8 73.7 133.0 6.1
55.0 96.2 103.0 10.1 93.2 110.1 9.2 90.4 117.6 8.4 87.8 125.6 7.7 85.3 134.2 7.1 74.6 131.0 6.3
MODEL YCAS0090EC
LCWT AIR TEMPERATURE ON CONDENSER (°F)
(°F) 100 105 110 115 120 125
TONS kW EER TONS kW EER TONS kW EER TONS kW EER TONS kW EER TONS kW EER
NOTES:
1. kW = Compressor Input Power
2. EER = Chiller EER (includes power from compressors, fans, and control panels 0.8 KW)
3. LCWT = Leaving Chilled Water Temperature
4. Ratings based on 2.4 GPM cooler water per ton
5. Rated in accordance with ARI Standard 550/590-98
6. Certified in accordance with the ARI Water-Chilling Packages Using the Vapor Compression Cycle Certification Program,
which is based on ARI Standard 550/590.

YORK INTERNATIONAL
16
Ratings –English Units
LCWT AIR TEMPERATURE ON CONDENSER (°F)
(°F) 75 80 85 90 95
TONS kW EER TONS kW EER TONS kW EER TONS kW EER TONS kW EER
MODEL YCAS0140EC (IPLV = 11.3)
40.0 133.3 99.9 14.0 129.9 107.5 12.8 126.9 116.0 11.7 124.3 125.2 10.7 122.0 135.2 9.8
42.0 137.8 100.8 14.4 134.3 108.5 13.1 131.2 117.0 12.0 128.4 126.2 10.9 125.9 136.3 10.0
44.0 142.5 101.7 14.7 138.8 109.4 13.4 135.5 117.9 12.3 132.6 127.2 11.2 130.0 137.3 10.3
45.0 144.9 102.1 14.9 141.1 109.8 13.6 137.7 118.4 12.4 134.7 127.7 11.4 132.1 137.9 10.4
46.0 147.3 102.5 15.1 143.4 110.3 13.8 140.0 118.8 12.6 136.9 128.2 11.5 134.1 138.4 10.5
48.0 152.2 103.3 15.5 148.1 111.1 14.2 144.5 119.7 12.9 141.3 129.1 11.8 138.4 139.4 10.8
50.0 157.1 104.0 15.9 153.0 111.8 14.5 149.2 120.4 13.3 145.8 129.9 12.1 142.8 140.2 11.1
52.0 162.3 104.7 16.3 157.9 112.5 14.9 154.0 121.1 13.6 150.5 130.7 12.4 147.3 141.1 11.4
55.0 170.1 105.7 17.0 165.6 113.4 15.5 161.4 122.1 14.2 157.6 131.7 12.9 154.2 142.3 11.8
MODEL YCAS0130EC (IPLV = 10.7)
40.0 129.4 97.1 13.9 125.0 103.4 12.7 120.7 110.2 11.6 116.6 117.6 10.6 112.8 125.4 9.7
42.0 134.0 98.6 14.2 129.4 105.0 13.0 125.0 111.9 11.9 120.8 119.3 10.8 116.8 127.3 9.9
44.0 138.6 100.0 14.5 133.9 106.4 13.3 129.4 113.5 12.1 125.0 121.0 11.1 120.9 129.2 10.1
45.0 141.0 100.6 14.7 136.2 107.2 13.4 131.6 114.3 12.3 127.2 121.9 11.2 123.0 130.1 10.2
46.0 143.3 101.3 14.9 138.4 107.9 13.6 133.8 115.0 12.4 129.3 122.7 11.3 125.1 131.0 10.3
48.0 148.1 102.6 15.2 143.0 109.3 13.9 138.2 116.6 12.7 133.7 124.4 11.5 129.3 132.8 10.5
50.0 152.9 103.8 15.5 147.7 110.7 14.2 142.8 118.1 12.9 138.0 126.1 11.8 133.6 134.7 10.7
52.0 157.8 104.9 15.9 152.5 111.9 14.5 147.4 119.5 13.2 142.5 127.7 12.0 137.9 136.4 11.0
55.0 165.2 106.6 16.4 159.8 113.7 15.0 154.5 121.5 13.6 149.4 129.9 12.4 144.6 138.9 11.3
MODEL YCAS0120EC (IPLV = 10.0)
40.0 110.8 89.9 12.5 108.1 96.9 11.5 105.7 104.7 10.5 103.6 113.1 9.6 101.7 122.3 8.8
42.0 114.5 90.5 12.9 111.7 97.6 11.8 109.2 105.3 10.8 106.9 113.8 9.9 105.0 123.0 9.1
44.0 118.4 91.1 13.2 115.4 98.1 12.1 112.7 105.9 11.1 110.4 114.4 10.1 108.3 123.6 9.3
45.0 120.3 91.3 13.4 117.3 98.4 12.3 114.6 106.1 11.2 112.2 114.7 10.3 110.0 123.9 9.4
46.0 122.3 91.6 13.6 119.1 98.6 12.4 116.4 106.4 11.4 113.9 114.9 10.4 111.8 124.2 9.6
48.0 126.4 92.0 14.0 123.0 99.1 12.8 120.1 106.9 11.7 117.6 115.5 10.7 115.3 124.8 9.8
50.0 130.4 92.5 14.4 127.1 99.5 13.2 124.1 107.4 12.0 121.4 116.0 11.0 119.0 125.4 10.1
52.0 134.6 92.9 14.8 131.2 100.0 13.5 128.0 107.9 12.4 125.2 116.6 11.3 122.7 126.1 10.3
55.0 141.2 93.5 15.4 137.5 100.7 14.1 134.1 108.6 12.9 131.1 117.4 11.8 128.4 127.1 10.8
NOTES:
1. kW = Compressor Input Power
2. EER = Chiller EER (includes power from compressors, fans, and control panels 0.8 KW)
3. LCWT = Leaving Chilled Water Temperature
4. Ratings based on 2.4 GPM cooler water per ton
5. Rated in accordance with ARI Standard 550/590-98
6. Certified in accordance with the ARI Water-Chilling Packages Using the Vapor Compression Cycle Certification Program,
which is based on ARI Standard 550/590.

YORK INTERNATIONAL
FORM 201.18-EG1
17
MODEL YCAS0140EC
40.0 119.9 145.9 9.0 118.1 157.4 8.2 116.5 169.7 7.6 115.1 182.7 7.0 113.7 196.3 6.5 102.4 195.2 5.9
42.0 123.8 147.1 9.2 121.8 158.8 8.4 120.1 171.2 7.8 118.6 184.3 7.2 117.3 198.1 6.6 103.2 193.5 6.0
44.0 127.7 148.3 9.4 125.7 160.1 8.6 123.9 172.6 7.9 122.3 185.9 7.3 120.8 199.8 6.8 104.0 191.8 6.0
45.0 129.7 148.9 9.5 127.6 160.7 8.7 125.8 173.3 8.0 124.2 186.6 7.4 122.7 200.7 6.8 104.4 191.0 6.1
46.0 131.7 149.5 9.6 129.6 161.3 8.8 127.7 174.0 8.1 126.0 187.4 7.5 124.5 201.5 6.9 104.8 190.2 6.1
48.0 135.9 150.5 9.9 133.6 162.4 9.1 131.6 175.2 8.3 129.9 188.8 7.7 128.3 203.2 7.1 105.5 188.4 6.2
50.0 140.1 151.4 10.1 137.8 163.5 9.3 135.7 176.5 8.5 133.8 190.3 7.8 132.2 204.9 7.2 106.3 186.7 6.3
52.0 144.5 152.4 10.4 142.0 164.6 9.5 139.8 177.7 8.7 137.9 191.7 8.0 136.1 206.6 7.4 107.1 185.0 6.4
55.0 151.2 153.8 10.8 148.6 166.2 9.9 146.2 179.6 9.0 144.1 193.9 8.3 140.8 207.1 7.6 108.3 182.4 6.6
40.0 108.9 133.7 8.8 105.6 142.8 8.1 102.2 152.3 7.4 99.2 162.5 6.7 96.3 173.2 6.2 93.6 184.5 5.6
42.0 113.1 135.9 9.0 109.5 145.0 8.2 106.1 154.7 7.5 102.9 165.0 6.9 99.9 175.9 6.3 97.1 187.5 5.8
44.0 117.0 137.9 9.2 113.3 147.2 8.4 109.9 157.1 7.7 106.6 167.6 7.0 103.5 178.7 6.4 100.6 190.4 5.9
45.0 119.0 138.9 9.3 115.3 148.3 8.5 111.8 158.2 7.8 108.5 168.9 7.1 105.3 180.1 6.5 102.3 191.7 6.0
46.0 121.1 139.9 9.4 117.3 149.3 8.6 113.7 159.4 7.8 110.3 170.1 7.2 107.2 181.5 6.6 102.6 190.7 6.0
48.0 125.2 141.9 9.6 121.3 151.5 8.8 117.6 161.8 8.0 114.1 172.7 7.3 110.9 184.2 6.7 103.3 189.0 6.1
50.0 129.3 143.9 9.8 125.3 153.7 8.9 121.6 164.2 8.2 118.0 175.2 7.5 114.7 186.9 6.8 104.4 188.2 6.2
52.0 133.6 145.8 10.0 129.5 155.8 9.1 125.6 166.4 8.3 122.0 177.7 7.6 118.6 189.6 7.0 105.1 187.0 6.3
55.0 140.1 148.6 10.3 135.8 158.9 9.4 131.8 169.8 8.6 128.1 181.4 7.8 124.6 193.7 7.2 106.3 185.2 6.4
MODEL YCAS0130EC
40.0 100.1 132.2 8.1 98.7 142.7 7.5 97.4 153.8 6.9 96.3 165.6 6.4 87.1 164.6 5.8 74.5 158.5 5.1
42.0 103.3 132.9 8.3 101.8 143.5 7.7 100.5 154.7 7.1 99.3 166.7 6.5 88.8 164.0 5.9 75.1 156.9 5.2
44.0 106.5 133.6 8.5 105.0 144.2 7.9 103.6 155.6 7.2 102.3 167.7 6.7 90.4 163.3 6.0 76.0 155.7 5.3
45.0 108.2 133.9 8.6 106.6 144.6 8.0 105.1 156.1 7.3 103.8 168.3 6.8 91.2 162.9 6.1 76.4 154.9 5.4
46.0 109.9 134.2 8.8 108.2 145.0 8.1 106.7 156.6 7.4 105.3 168.6 6.8 92.1 162.6 6.2 76.7 154.2 5.4
48.0 113.3 134.9 9.0 111.5 145.8 8.3 110.0 157.6 7.6 107.1 167.4 7.0 93.8 161.9 6.3 77.4 152.7 5.5
50.0 116.8 135.6 9.2 114.9 146.7 8.5 113.3 158.6 7.8 108.9 166.3 7.2 95.5 161.3 6.5 78.1 151.2 5.6
52.0 120.5 136.4 9.5 118.5 147.6 8.7 116.8 159.6 8.0 110.9 165.6 7.3 97.2 160.7 6.6 78.8 149.7 5.7
55.0 126.0 137.6 9.8 123.9 149.0 9.0 122.1 161.2 8.3 113.8 164.2 7.6 99.9 159.8 6.8 79.8 147.6 5.8
MODEL YCAS0120EC
LCWT AIR TEMPERATURE ON CONDENSER (°F)
(°F) 100 105 110 115 120 125
TONS kW EER TONS kW EER TONS kW EER TONS kW EER TONS kW EER TONS kW EER
NOTES:
1. kW = Compressor Input Power
2. EER = Chiller EER (includes power from compressors, fans, and control panels 0.8 KW)
3. LCWT = Leaving Chilled Water Temperature
4. Ratings based on 2.4 GPM cooler water per ton
5. Rated in accordance with ARI Standard 550/590-98
6. Certified in accordance with the ARI Water-Chilling Packages Using the Vapor Compression Cycle Certification Program,
which is based on ARI Standard 550/590.

YORK INTERNATIONAL
18
Ratings –English Units
LCWT AIR TEMPERATURE ON CONDENSER (°F)
(°F) 75 80 85 90 95
TONS kW EER TONS kW EER TONS kW EER TONS kW EER TONS kW EER
MODEL YCAS0170EC (IPLV = 11.1)
40.0 170.8 138.8 13.4 166.1 148.7 12.2 161.5 159.2 11.2 157.7 171.0 10.2 153.9 183.4 9.3
42.0 176.6 140.7 13.7 171.7 150.7 12.5 167.2 161.5 11.4 162.7 173.0 10.4 159.0 185.8 9.5
44.0 182.5 142.4 14.0 177.4 152.6 12.7 172.7 163.6 11.6 168.3 175.4 10.6 164.2 188.2 9.7
45.0 185.5 143.3 14.1 180.3 153.5 12.9 175.5 164.6 11.8 171.0 176.6 10.7 166.7 189.3 9.8
46.0 188.5 144.2 14.3 183.2 154.5 13.0 178.3 165.7 11.9 173.8 177.7 10.9 169.6 190.7 9.9
48.0 194.5 145.9 14.6 189.1 156.3 13.3 184.0 167.6 12.1 179.3 179.9 11.1 174.6 192.9 10.1
50.0 200.7 147.5 14.9 195.1 158.1 13.6 189.8 169.6 12.4 185.0 182.1 11.3 180.4 195.6 10.3
52.0 207.0 149.2 15.2 201.1 159.9 13.8 195.8 171.6 12.6 190.7 184.3 11.5 186.1 198.0 10.5
55.0 216.6 151.6 15.7 210.5 162.6 14.3 204.8 174.6 13.0 199.5 187.6 11.8 194.6 201.7 10.8
MODEL YCAS0160EC (IPLV = 10.7)
40.0 167.4 136.0 13.4 161.9 144.6 12.2 156.1 153.9 11.1 151.5 164.3 10.2 146.6 175.1 9.3
42.0 173.2 138.2 13.6 167.5 147.0 12.4 162.0 156.6 11.4 156.8 167.0 10.4 151.8 178.1 9.5
44.0 179.0 140.3 13.9 173.1 149.4 12.7 167.5 159.2 11.6 162.2 169.7 10.6 157.0 181.0 9.6
45.0 182.0 141.4 14.0 176.0 150.6 12.8 170.3 160.4 11.7 164.9 171.0 10.7 159.7 182.4 9.7
46.0 185.0 142.4 14.1 178.9 151.7 12.9 173.0 161.8 11.8 167.6 172.3 10.8 162.3 183.9 9.8
48.0 191.0 144.5 14.4 184.7 154.0 13.2 178.7 164.2 12.0 173.0 175.2 10.9 167.3 186.5 10.0
50.0 197.0 146.5 14.7 190.6 156.2 13.4 184.4 166.7 12.2 178.6 177.9 11.1 173.1 189.9 10.2
52.0 203.1 148.5 15.0 196.5 158.4 13.6 190.3 169.1 12.4 184.3 180.6 11.3 178.6 192.8 10.3
55.0 212.4 151.5 15.4 205.6 161.7 14.0 199.0 172.8 12.8 192.8 184.6 11.6 187.0 197.3 10.6
40.0 152.2 118.3 13.8 147.7 126.4 12.6 143.5 135.4 11.5 139.5 145.1 10.5 135.9 155.6 9.6
42.0 157.5 119.8 14.1 152.7 128.1 12.9 148.4 137.2 11.7 144.3 147.0 10.7 140.5 157.6 9.8
44.0 162.8 121.3 14.4 157.9 129.8 13.1 153.2 138.8 12.0 149.1 148.8 11.0 145.2 159.6 10.0
45.0 165.5 122.1 14.5 160.5 130.6 13.3 155.6 139.6 12.1 151.6 149.7 11.1 147.6 160.5 10.1
46.0 168.2 122.8 14.7 163.1 131.3 13.4 158.4 140.6 12.3 154.1 150.6 11.2 150.0 161.5 10.2
48.0 173.7 124.2 15.0 168.5 132.8 13.7 163.6 142.3 12.5 159.1 152.5 11.4 154.9 163.4 10.4
50.0 178.9 125.5 15.3 173.9 134.3 14.0 168.9 143.8 12.8 164.2 154.2 11.7 159.7 165.2 10.7
52.0 185.0 126.9 15.7 179.1 135.7 14.3 174.3 145.4 13.1 169.4 155.9 11.9 164.9 167.3 10.9
55.0 193.8 128.8 16.2 187.9 137.9 14.8 182.5 147.7 13.5 177.4 158.5 12.3 172.7 170.1 11.2
MODEL YCAS0150EC (IPLV = 10.9)
NOTES:
1. kW = Compressor Input Power
2. EER = Chiller EER (includes power from compressors, fans, and control panels 0.8 KW)
3. LCWT = Leaving Chilled Water Temperature
4. Ratings based on 2.4 GPM cooler water per ton
5. Rated in accordance with ARI Standard 550/590-98
6. Certified in accordance with the ARI Water-Chilling Packages Using the Vapor Compression Cycle Certification Program,
which is based on ARI Standard 550/590.

YORK INTERNATIONAL
FORM 201.18-EG1
19
LCWT AIR TEMPERATURE ON CONDENSER (°F)
(°F) 100 105 110 115 120 125
TONS kW EER TONS kW EER TONS kW EER TONS kW EER TONS kW EER TONS kW EER
MODEL YCAS0160EC
40.0 142.0 186.8 8.5 137.7 199.1 7.7 133.6 212.2 7.1 129.7 226.0 6.5 126.0 240.6 5.9 97.9 214.5 5.1
42.0 147.1 189.9 8.6 142.6 202.4 7.9 138.4 215.8 7.2 134.5 229.9 6.6 129.7 243.1 6.0 98.7 213.5 5.2
44.0 152.2 193.0 8.8 147.6 205.8 8.0 143.3 219.4 7.4 139.2 233.8 6.7 130.7 240.9 6.1 99.3 212.6 5.2
45.0 154.8 194.6 8.9 150.1 207.5 8.1 145.7 221.3 7.4 141.6 235.8 6.8 131.3 240.4 6.2 99.6 212.2 5.3
46.0 157.4 196.2 9.0 152.7 209.2 8.2 148.2 223.1 7.5 144.1 237.8 6.9 131.8 239.5 6.2 99.9 211.8 5.3
48.0 162.6 199.3 9.1 157.8 212.7 8.3 153.3 226.8 7.6 149.0 241.8 7.0 132.7 237.8 6.3 100.5 211.0 5.4
50.0 167.9 202.5 9.3 163.0 216.1 8.5 158.3 230.6 7.8 154.0 245.9 7.1 133.6 236.1 6.4 101.1 210.3 5.4
52.0 173.3 205.7 9.4 168.2 219.6 8.6 163.5 234.4 7.9 159.1 250.1 7.2 134.4 234.6 6.5 101.6 209.6 5.4
55.0 181.4 210.8 9.7 176.2 225.3 8.8 171.3 240.3 8.1 166.8 256.4 7.4 135.6 232.5 6.6 102.4 208.7 5.5
MODEL YCAS0170EC
40.0 150.4 196.8 8.5 147.1 211.0 7.8 144.1 226.2 7.2 141.3 242.0 6.6 128.5 242.6 6.0 98.3 216.2 5.1
42.0 155.2 199.3 8.7 152.1 213.9 8.0 148.9 229.3 7.3 146.0 245.5 6.7 130.8 242.8 6.1 99.0 215.1 5.2
44.0 160.5 202.0 8.9 156.8 216.6 8.1 153.8 232.5 7.5 150.8 248.9 6.9 131.7 240.6 6.2 99.7 214.0 5.2
45.0 163.1 203.3 9.0 159.5 218.2 8.2 156.3 234.0 7.5 153.2 250.7 6.9 132.2 239.9 6.2 100.0 213.5 5.3
46.0 165.7 204.6 9.1 162.1 219.6 8.3 158.5 235.5 7.6 155.2 251.7 7.0 132.7 238.9 6.3 100.3 212.9 5.3
48.0 170.9 207.4 9.2 167.3 222.5 8.5 163.8 238.8 7.8 158.2 252.0 7.1 133.6 237.0 6.4 100.9 211.9 5.4
50.0 176.3 210.0 9.4 172.5 225.5 8.6 169.0 242.0 7.9 161.3 252.7 7.2 134.6 235.1 6.5 101.6 210.9 5.4
52.0 181.8 212.7 9.6 177.8 228.5 8.8 174.2 245.4 8.0 164.2 253.2 7.4 135.4 233.3 6.6 102.1 209.8 5.5
55.0 190.2 216.9 9.9 186.0 233.2 9.0 182.2 250.4 8.3 169.0 254.2 7.5 136.5 230.5 6.7 103.0 208.4 5.5
MODEL YCAS0150EC
40.0 132.5 166.8 8.8 129.4 178.8 8.0 126.5 191.6 7.4 123.8 205.0 6.8 121.2 219.1 6.2 100.5 204.2 5.5
42.0 137.0 169.0 9.0 133.7 181.1 8.2 130.8 194.1 7.5 128.0 207.7 6.9 124.9 221.3 6.4 101.2 202.9 5.6
44.0 141.6 171.1 9.2 138.2 183.4 8.4 135.1 196.6 7.7 132.3 210.4 7.1 127.3 221.1 6.5 102.0 201.6 5.7
45.0 143.9 172.2 9.3 140.5 184.6 8.5 137.3 197.8 7.8 134.5 211.8 7.1 128.5 221.2 6.5 102.3 201.0 5.7
46.0 146.2 173.2 9.3 142.8 185.7 8.6 139.5 199.0 7.8 136.6 213.2 7.2 129.7 221.2 6.6 102.6 200.3 5.7
48.0 151.0 175.3 9.5 147.4 188.0 8.7 144.1 201.5 8.0 141.1 215.9 7.3 132.1 221.2 6.7 103.3 199.0 5.8
50.0 155.8 177.3 9.7 152.1 190.3 8.9 148.7 204.0 8.2 145.6 218.7 7.5 134.6 221.2 6.9 104.0 197.8 5.9
52.0 160.8 179.4 10.0 157.0 192.6 9.1 153.5 206.6 8.3 150.2 221.5 7.6 137.0 221.3 7.0 104.7 196.6 5.9
55.0 168.4 182.7 10.2 164.1 196.0 9.4 160.6 210.4 8.6 157.2 225.8 7.9 138.6 218.6 7.1 105.6 194.9 6.1
NOTES:
1. kW = Compressor Input Power
2. EER = Chiller EER (includes power from compressors, fans, and control panels 0.8 KW)
3. LCWT = Leaving Chilled Water Temperature
4. Ratings based on 2.4 GPM cooler water per ton
5. Rated in accordance with ARI Standard 550/590-98
6. Certified in accordance with the ARI Water-Chilling Packages Using the Vapor Compression Cycle Certification Program,
which is based on ARI Standard 550/590.

YORK INTERNATIONAL
20
Ratings –English Units
40.0 202.6 162.4 13.5 197.0 173.9 12.3 191.8 186.3 11.3 186.9 199.8 10.3 182.4 214.3 9.4
42.0 209.6 164.5 13.8 203.7 176.1 12.6 198.2 188.7 11.5 193.2 202.4 10.5 188.5 217.0 9.6
44.0 216.5 166.6 14.1 210.5 178.3 12.9 204.8 191.0 11.8 199.6 204.9 10.7 194.8 219.8 9.8
45.0 220.1 167.6 14.2 213.9 179.4 13.0 208.2 192.2 11.9 202.8 206.1 10.9 197.9 221.1 9.9
46.0 223.7 168.6 14.4 217.4 180.4 13.1 211.5 193.3 12.0 206.1 207.3 11.0 201.1 222.4 10.0
48.0 230.9 170.5 14.7 224.4 182.5 13.4 218.3 195.6 12.3 212.7 209.8 11.2 207.5 225.1 10.2
50.0 238.2 172.4 15.0 231.6 184.6 13.7 225.3 197.8 12.5 219.5 212.2 11.4 214.1 227.8 10.4
52.0 245.7 174.3 15.3 238.8 186.6 14.0 232.4 200.0 12.8 226.4 214.7 11.7 220.8 230.5 10.7
55.0 256.9 176.9 15.8 249.9 189.6 14.4 243.2 203.4 13.2 236.9 218.3 12.0 231.0 234.6 11.0
MODEL YCAS0210EC (IPLV = 11.0)
MODEL YCAS0200EC (IPLV = 10.7)
40.0 198.9 159.4 13.4 192.3 169.6 12.3 185.9 180.6 11.2 180.0 192.5 10.3 174.2 205.1 9.4
42.0 205.7 161.9 13.7 198.9 172.3 12.5 192.5 183.5 11.5 186.3 195.6 10.5 180.4 208.5 9.6
44.0 212.7 164.4 14.0 205.7 175.0 12.8 199.0 186.4 11.7 192.6 198.7 10.7 186.6 211.8 9.7
45.0 216.2 165.6 14.1 209.1 176.3 12.9 202.4 187.8 11.8 195.9 200.2 10.8 189.8 213.5 9.8
46.0 219.7 166.8 14.3 212.6 177.6 13.0 205.7 189.2 11.9 199.2 201.7 10.9 192.9 215.1 9.9
48.0 226.9 169.2 14.5 219.5 180.2 13.3 212.5 192.0 12.1 205.7 204.8 11.1 199.3 218.4 10.1
50.0 234.1 171.5 14.8 226.5 182.7 13.5 219.3 194.8 12.4 212.4 207.8 11.3 205.8 221.8 10.3
52.0 241.4 173.8 15.1 233.6 185.2 13.8 226.2 197.6 12.6 219.1 210.9 11.5 212.4 225.1 10.5
55.0 252.5 177.1 15.5 244.4 189.0 14.2 236.7 201.7 12.9 229.4 215.4 11.8 222.4 230.1 10.8
MODEL YCAS0180EC (IPLV = 11.4)
40.0 174.2 141.7 13.4 170.3 152.7 12.2 166.9 164.5 11.2 163.8 177.6 10.2 161.1 191.7 9.4
42.0 180.0 143.1 13.7 175.9 154.3 12.5 172.3 166.4 11.4 169.1 179.4 10.5 166.2 193.6 9.6
44.0 185.9 144.6 14.0 181.7 155.7 12.8 177.8 168.0 11.7 174.5 181.2 10.7 171.5 195.5 9.8
45.0 189.0 145.2 14.2 184.6 156.5 13.0 180.6 168.8 11.8 177.2 182.2 10.8 174.1 196.4 9.9
46.0 192.0 145.9 14.4 187.5 157.2 13.1 183.5 169.5 12.0 179.9 183.0 10.9 176.8 197.6 10.0
48.0 198.1 147.2 14.7 193.5 158.6 13.4 189.3 171.1 12.2 185.5 184.7 11.2 182.2 199.5 10.2
50.0 204.5 148.5 15.1 199.6 160.0 13.7 195.2 172.6 12.5 191.3 186.4 11.4 187.8 201.3 10.4
52.0 210.9 149.8 15.4 205.8 161.4 14.0 201.3 174.1 12.8 197.2 188.0 11.7 193.5 203.2 10.7
55.0 220.8 151.7 15.9 215.4 163.4 14.5 210.6 176.3 13.2 206.2 190.6 12.1 202.3 206.1 11.0
LCWT AIR TEMPERATURE ON CONDENSER (°F)
(°F) 75 80 85 90 95
TONS kW EER TONS kW EER TONS kW EER TONS kW EER TONS kW EER
NOTES:
1. kW = Compressor Input Power
2. EER = Chiller EER (includes power from compressors, fans, and control panels 0.8 KW)
3. LCWT = Leaving Chilled Water Temperature
4. Ratings based on 2.4 GPM cooler water per ton
5. Rated in accordance with ARI Standard 550/590-98
6. Certified in accordance with the ARI Water-Chilling Packages Using the Vapor Compression Cycle Certification Program,
which is based on ARI Standard 550/590.