katalog_2011
YLCS - SA, HA & AA MODELS
ENGINEERING GUIDE
Revision 5
PC155-100 (GB 0609)
WATER COOLED LIQUID CHILLER AND
REMOTE AIR COOLED CHILLER
R134a
PC155-100 Rev.5 (0609)
Table of Contents
Features.............................................................................................................................................................. 4
Specification..................................................................................................................................................... 5
Accessories and Options............................................................................................................................. 7
Operating Limitations..................................................................................................................................... 9
Refrigeration Flow Diagram (YLCS 0350 to 1050 Models)............................................................... 10
Refrigeration Flow Diagram (YLCS 1110 Model)................................................................................. 10
Selection Guide - Water.............................................................................................................................. 12
Selection Guide - Glycol (HA Models Only)......................................................................................... 14
Cooling Capacities (0350SA - 1110SA)........................................................................................................ 16
Cooling Capacities (0350HA - 1110HA)........................................................................................................ 17
Glycol Cooling Capacities (0350HA - 1110HA)......................................................................................... 21
Cooling Capacities (0350AA - 1110AA)........................................................................................................ 25
Glycol Cooling Capacities (0350AA - 1110AA)......................................................................................... 29
Physical Data .................................................................................................................................................. 33
Electrical Data - Unit................................................................................................................................... 34
ESEER Data ....................................................................................................................................................... 38
Sound Data . ..................................................................................................................................................... 40
Dimensions . ..................................................................................................................................................... 41
Power Supply Connection Diagrams..................................................................................................... 48
Customer Connection Diagram............................................................................................................... 50
Clearances...................................................................................................................................................... 51
GB
PC155-100 Rev.5 (0609)
Features
York YLCS Water Cooled Screw Chillers are a compact
design suitable for water or water-glycol cooling. Models
are available in three versions:
• Standard units (SA),
• Units for applications requiring high condensing
temperatures (HA)
• Units for applications where remote condensers are
necessary (AA).
Semi-hermetic twin helical screw compressors are
provided to ensure high operational efficiencies and
reliable performance.
They are designed to be located in a plant room and
require a cooling tower or dry cooler for heat rejection.
Available Models and Nominal Capacities (Table1)
SA Models
Model
0350 0415 0480 0530 0575 0620
Cooling Capacity (kW)
341
Model
0660 0725 0840 0955 1050 1110
Cooling Capacity (kW)
648
413
729
481
829
512
551
594
954 1021 1074
Cooling capacities at 7 °C leaving chilled liquid temperature
and 35 °C leaving condenser water temperature.
HA Models
Model
0350 0415 0480 0530 0575 0620
Cooling Capacity (kW)
282
Model
0660 0725 0840 0955 1050 1110
Cooling Capacity (kW)
535
339
397
426
456
495
FEATURES
BENEFITS
Manufactured to ISO 9001/EN
29001.
High standard of quality control.
High efficiency industrial type Energy efficient, long life, reliable
semi-hermetic twin helical screw compressor.
compressors.
Separate power and control Operator safety considerations.
compartments with lockable
doors and emergency stop
device.
Power compartment optional
door interlocked isolators.
Operator safety convenience.
Star/Delta compressor starter.
Reduced starting current.
Cooling capacities at 7 °C leaving chilled liquid temperature
and 50 °C leaving condenser water temperature.
Microprocessor control with S y s t e m d a t a l o g g i n g a n d
visual display of temperatures, temperature reset capability.
pressures, motor current, Fault diagnostics. Energy
operating hours and number of management.
starts.
AA Models
Multiple Independant Refrigerant
Circuits
System Stand-by Security
Full Factory Run Test
Verifies quality control and
ensures that the unit operates
satisfactorily prior to delivery
Unit remote alarm contacts.
Warning notification.
593
678
764
838
947
Model
0350 0415 0480 0530 0575 0620
Cooling Capacity (kW)
322
Model
0660 0725 0840 0955 1050 1110
Cooling Capacity (kW)
618
388
682
454
788
490
895
526
572
965 1030
Cooling capacities at 7 °C leaving chilled liquid temperature
at 45 °C saturated discharge temperature at unit.
O p t i o n a l r e m o t e w a t e r Improves operating efficiency.
temperature reset.
GB
PC155-100 Rev.5 (0609)
Specification
General
YLCS models shall be completely assembled with all
interconnecting refrigerant piping and internal wiring,
ready for field installation. SA and HA units shall be
pressure tested, evacuated, and fully factory charged with
refrigerant and oil in each of the independent refrigerant
circuits. For AA units, the unit shall be pressure tested,
evacuated, and filled with 0.35 barg pressure of nitrogen
per independant circuit.. After assembly, a simulated
functional test shall be performed on the unit
Unit to have final overspray paint after assembly
(optional) by customer request.
Compressors
Each compressor shall be direct drive, semi-hermetic,
rotary twin screw type and include the following items:
•Two screw rotors, with asymmetric profiles,
manufactured from forged steel.
•A cast iron compressor housing precision machined
to provide optimal clearance for the rotors.
•The entire compressor, from suction to discharge shall
have a design working pressure of 31 barg.
• Capacity Control: The compressors shall start at the
minimum load position and provide a load control
range from 100% to 15% of the full load using step
control. A microprocessor controlled output pressure
regulating capacity control valve shall be supplied to
command compressor capacity independent of control
valve input pressure and to balance the compressor
capacity with the cooling load.
•An automatic spring return of capacity control valve
to the minimum load position to ensure compressor
starting at minimum motor load.
•An internal discharge check valve to prevent rotor
backspin upon shutdown.
• Remote acoustic tuned muffler.
•Discharge and optional suction shut-off service
valves.
•A reliable suction gas cooled high efficiency,
accessible hermetic motor with redundant overload
protection using both thermistor and current overload
protection.
•A suction gas screen and serviceable, 17 micron full
flow oil filter within the compressor housing.
•A 300 W compressor body heater.
•Integral oil separators with a design working pressure
of 31 barg shall be the high efficiency, augmented gas
impingement type to maximise oil extraction without
fragile media to break down.
Motor Starting
Two types of compressor motor starting are available:
star/delta open transition starter and optional star/delta
closed transition starter.
GB
The standard star/delta starter utilises 3 motor contactors
and a transition delay relay. The optional closed Star/
Delta starter utilises 4 motor contactors, a set of transition
resistors and a transition delay relay. The star/delta start
allows inrush current to be limited to approximately
33% LRA with the closed transition option reducing the
transient star to delta current. When the microprocessor
initiates a start signal to run a compressor, it runs in Star
for 4 seconds and then transitions to Delta.
Oil Cooling
Compressor oil cooling shall be provided by refrigerant
liquid, which will be injected into the rotor suction when
the temperature setpoint is exceeded.
Evaporator
The evaporator is a shell and tube design with refrigerant
on the tube side and water on the shell side. Tubes are
formed in a ‘U’ shape and held in a tube bundle, which is
free to expand independent of the shell. An independent
circuit shall be provided for each compressor.
The waterside (shell) design working pressure of the
evaporator is 10 barg. The refrigerant side (tubes) design
working pressure is 20 barg on models 0350 to 0725and
24 barg on models 0840 to 1110.
The evaporator shall have water pass baffles fabricated
from non metallic composite materials (0350 to 0725)
and corrosion resistant galvanised steel (0840 to 1110),
removable head for access to internally enhanced,
seamless, copper tubes. Water vent and drain
connections shall also be included.
Models 0350 to 0725 have vertical water nozzles
(standard) with victaulic couplings (shipped loose) for
field installation by contractor. Horizontal water nozzles
with victaulic couplings (shipped loose) are available
as an option.
Models 0840 to 1110 have horizontal water nozzles with
victaulic grooves (victaulic couplings to be supplied by
others).
Optional ISO EN1092-1 Type 0.1.A welded flanges
and companion flanges, complete with nuts, bolts and
gaskets are available on all models.
Condenser
For SA and HA units separate circuit condensers shall be
cleanable shell & tube type with a built in sub-cooler and
re-moveable water heads. The design working pressure
on the water side shall be 10 Bar g and 30 bar on the
refrigerant side which is protected by pressure relief
valve(s). For AA units water cooled condensers shall
be factory removed. Remote air-cooled condenser to
be supplied by others.
PC155-100 Rev.5 (0609)
Refrigerant Circuits
An independent refrigerant circuit shall be provided
per compressor. Liquid line components shall include:
manual shut-off valve with charging port, high absorption
removable core filter-drier, solenoid valve, sight glass
with moisture indicator, and thermostatic expansion
valve. Suction lines components shall include a pressure
relief valve and a service valve (optional) and shall
be covered with closed-cell insulation. Discharge line
components shall include a manual shut-off valve,
pressure relief valve, temperature sensor and highpressure cut-out sensors.
Power and Control Panels
All controls and motor starting equipment necessary for
unit All controls and motor starting equipment necessary
for unit operation shall be factory wired and function
tested.
The panel enclosure shall be designed to IP42 (rain/
dust tight) and be manufactured from powder painted
galvanised steel. Component mounting panels are
of non-painted galvanised steel to ensure optimum
protective circuit (earthing).
The Power and Control Panel shall be divided into
a power section for each electrical system, a control
section and a common input section. Power entry is
from the top of the control panel common input section.
All sections shall have a separate hinged, latched, and
gasket sealed door.
Each power compartment shall contain:
Compressor fuses, compressor and phase sequence
failure, phase rotation and star/delta time delay relays
to give overload and short circuit protection.
The control section shall contain:
On/Off switch, microcomputer keypad and display,
microprocessor board, I/O expansion board, relay
boards and power supply board.
Models with Standard Single Point Power Supply
Connection
The common input section contains:
An incoming non-fused disconnect switch for connection
of the customer provided single power supply. Internal
factory wiring to two fused protected power sections. The
control supply is derived internally from the incoming
power supply.
The common input section also contains the control
circuit switch disconnect/emergency stop device, a
transformer (to provide the necessary 24V and 12V
supplies for the power supply board, and I/O board),
control fuses, residual current circuit breaker, and
terminals for a remote emergency stop device.
Microprocessor Controls
The microprocessor shall have the following functions
and displays:
•A liquid crystal 40 character display with text provided
on two lines and light emitting diode backlighting for
outdoor viewing.
•A colour coded, 35 button, sealed keypad with
sections for Display, Entry, Setpoints, Clock, Print,
Program and Unit On/Off switch.
The standard controls shall include: automatic pump
down at shutdown, run signal contacts, demand load
limit from external building automation system input,
remote reset liquid temperature reset input, unit alarm
contacts, chilled liquid pump control, automatic reset
after power failure, automatic system optimisation to
match operating conditions, software stored in nonvolatile memory (EPROM) to eliminate chiller failure due
to AC power failure.
The microprocessor can be directly connected to a
YORK ISN Building Automation System via the standard
on-board RS485 communication port. This option
also provides open system compatibility with other
communications networks.
Programmed Setpoints shall be retained in a lithium
battery backed RTC memory for a minimum of 5
years.
DISPLAY – In Metric (°C and barg) or English (°F and
psig) units. For each circuit, the following items shall be
displayed:
•Entering and leaving chilled liquid temperature.
•Day, date and time. Daily start/stop times. Holiday
and Manual Override status.
• Compressor operating hours and starts. Automatic or
manual lead/lag. Lead compressor identification.
• Run permissive status. No cooling load condition.
Compressor run status.
•Anti-recycle timer and anti-coincident start timer status
per compressor.
•System suction (and suction superheat), discharge,
and oil pressures and temperatures.
• Percent full load compressor motor current.
Compressor capacity control valve input steps.
• Cut-out status and set-points for: entering chilled liquid
temperature., low suction pressure, high discharge
pressure and temperature, high oil temperature, high
and low current, and low leaving liquid temperature.
•Unloading limit setpoints for high discharge pressure
and compressor motor current.
• Liquid pull-down rate sensitivity (0.3°C to 3°C/minute
in 0.05°C increments).
•Status of load and unload timers, chilled liquid
pump.
• “Out of range” message.
•Up to 6 fault shut down conditions.
GB
PC155-100 Rev.5 (0609)
Accessories and Options
ENTRY – Enter set point changes, cancel inputs,
advance day, and change AM/PM.
SET POINTS – Chilled liquid temperature, chilled liquid
range, remote reset temperature range.
CLOCK – Time, daily or holiday start/stop schedule,
manual override for servicing.
PRINT – Operating data or system fault shutdown
history for last six faults, printouts via a separate printer
(by others).
PROGRAM – Low leaving liquid temperature cutout, 300
to 600 second anti-recycle timer, lag compressor start
time delay, average motor current unload point, liquid
temperature set-point reset signal from YORK ISN or
building automation system (by others) via:
• Pulse width modulated (PWM) input for up to 22°C
total reset as standard.
•Optional Building Automation System interface input
card for up to 11°C reset using a 4 to 20 mA, 0 to 10
Vdc input, or discrete reset input.
• [NOTE: The Standard microprocessor can be directly
connected to a YORK ISN Building Automation System
via the standard on-board RS485 communication port.
This Option also provides open system compatibility
with other communications networks (BACNET™,
MODBUS™ & LONMARK™) via interface through
standard onboard 485 or 232 port and an external
YorkTalk Translator.]
•Additional functions (password protected) for
programming by a qualified service technician:
• Cut-outs for low suction pressure, high discharge
pressure, high oil temperature.
• High discharge pressure unload setpoint.
• Compressor motor current percent limit.
Motor Protection
The microprocessor motor protection provides high
current protection to ensure that the motor is not
damaged due to voltage, excess refrigerant or other
problems that could cause excessive motor current.
The microprocessor also provides low motor current
protection when it senses a motor current of less than
10% FLA.
A motor protector module provides thermal and current
motor overload protection. The module also protects
against phase to phase current imbalance, over current,
under current and phase rotation.
ELECTRICAL OPTIONS
Power Supply Connection
Units are available with either single point or multi point
power supply connections:
Single Point - System Fused Disconnect Switches
A non-fused disconnect switch in the common input
section of the panel for connection of the customer
provided single power supply. Internal factory wiring to
two door interlocked fused disconnect switches mounted
in the power sections. The control supply is derived
internally from the terminal block.
Single Point - System Circuit Breakers
A terminal block in the common input section of the panel
for connection of the customer provided single power
supply. Internal factory wiring to two door interlocked
circuit breakers, mounted in the power sections. The
control supply is derived internally from the terminal
block.
Multi-Point - System Circuit Breakers
Two door interlocked circuit breakers, mounted in
the power sections, for connection of the customer
provided power supplies. A non-fused disconnect switch
/ emergency stop device (QCSD/ESD) in the common
input section with termination for the customer (400 V,
2Ø, 50 Hz ) control supply.
Building Automation System (BAS) / EMS Interface
Provides a means to reset the leaving chilled liquid
temperature and from the BAS / EMS (Factory
Mounted):
Printed circuit board to accept 4 to 20 mA, 0 to 10 Vdc,
or dry contact closure input from the BAS / EMS.
Note: A YORK ISN Building Automation System can
provide a Pulse Width Modulated (PWM) signal direct
to the standard control panel via the standard on-board
RS485 port.
E-Link Gateway
Interface to enable communication with building control
systems using BACnet, MODBUS, LON or N2 protocols.
See separate York documentation.
ACCESSORIES
Anti-Vibration Mounts
Optional 25mm deflection, open spring, anti-vibration
mounts with levelling screw. Supplied loose for field
installation.
Optional floor mounting kit with 25 mm neoprene pads.
Supplied loose for field installation.
GB
PC155-100 Rev.5 (0609)
Power Factor Correction:
Factory mounted passive (static) correction capacitors to
correct unit compressor power factors to 0.95 (depending
on operating conditions).
Flow Switch
Switch with 1 inch BSP thread suitable for 10 barg DWP
and having gold contacts for low voltage/current, to
protect unit from loss of water flow. Supplied loose for
field installation,
or
Factory fitted pressure differential switch on cooler.
Suction Shut-off Valves
A ball valve in the low pressure (suction) pipework per
refrigerant circuit for isolation.
Evaporator Kits
Models 0350 to 0725, horizontal water nozzles with
victaulic couplings (shipped loose), vertical nozzle cooler
with EN1092-1 Type 01.A welded/companion flange kit,
or horizontal nozzle cooler with EN1092-1 Type 01.A
welded/companion flange kit. Models 0840 to 1110, ISO
EN1092-1 Type 01.A welded/companion flange kit for
standard horizontal nozzle cooler (Note: vertical nozzle
coolers are not available).
Low temperature Evaporator Kits
Low temperature evaporator configurations are identical
to the standard or options detailed above.
Pressure Relief Valves Options
•Pressure Relief (CE/PED) Serviceable Valve & Dual
Kit.
High & Low side vessels’ dual relief valves fitted with
3 way changeover valves and compressors’ single
relief valves fitted with ball valves, to assist valve
replacement during maintenance without loss of
refrigerant charge.
•Pressure Relief (CE/PED) Serviceable Valve & Dual
Kit & Burst.
High & Low side vessels’ dual relief valves fitted with
bursting disks and 3 way changeover valves and
compressors’ single relief valves fitted with bursting
disks and ball valves, to assist valve replacement during
maintenance without loss of refrigerant charge.
Dual Pressure Switch
Dual HP pressure cut-outs on both circuits.
Closed Transition Star/Delta
With the addition of closed transition contactors and
resistors, the change over spike during starting can be
reduced to nearer the star inrush level thus reducing the
risk of electrical interference during compressor start.
Mechanical Gauge Kit
Factory fitted mechanical gauges for display of suction
and discharge pressures, one complete set per
system.
Double Thickness Insulation
The cooler is covered with 38 mm (1 ½ inch) flexible, UVstable colour co-ordinated closed-cell, foam insulation
to prevent sweating in humid environment.
Condenser extension / Manifold kits
Condenser extension kit simplifies connections to
customer pipework. Both options come with either
Victaulic coupling or welded Flange/companion flange
kit.
IP54
Panel enclosure designed to IP54.
Language LCD and Keypad
Standard display language and keypad is English.
French, German, Italian, Spanish, Portugese and
Hungarian are available as options.
Sequence Controller:
Monitors mixed leaving chilled water or glycol temperature
from two to four units and controls to maintain required
mixed temperature whilst running the minimum number
of units.
Printer
Hand held printer for obtaining printout of unit operating
data and history data.
Paint Overspray
Complete unit finish in Carribean Blue.
Lifting Lug Kit
One set of ISO Mk5 cam locks to enable safe and easy
unit handling.
Factory Witness Test:
To perform a customer functional witness test of cooling
capacity only, test is carried out in factory test area.
Heat Pump Sensor Kit:
Capability of controlling condenser water off for heat
pump applications.
GB
PC155-100 Rev.5 (0609)
Operating Limitations
0350
0415
0480
0530
Min. Max. Min. Max. Min. Max. Min. Max.
Liquid outlet temperature (water)
°C
4.5 to 15
°C
-12 to 15
Liquid outlet temperature (glycol) (3)
°C
3.3 to 8
Chilled Liquid outlet temperature range
Liquid Flow rate
l/s
9.2 20.2 9.2 20.2 16.0 35.3 16.0 35.3
Pressure drop
kPa 14.6 66.3 12.7 57.3 15.1 67.0 15.1 67.0
barg
10
Maximum working pressure
Liquid outlet temperature
°C
30 to 40 (SA) / 60 (HA)
Liquid outlet temperature range
°C
3.3 to 8
Cooling
Total flow rate (2)
l/s 10.0 23.8 13.6 33.9 13.6 33.9 16.1 40.6
Liquid
Pressure drop
kPa 11.8 60.0 12.5 70.0 12.5 70.0 12.0 69.0
barg
10
Maximum working pressure
barg
18 (SA) / 22 (HA/AA)
Refrigerant System High pressure side
360 to 440
Power supply voltage 400 V, 3 Ø, 50 Hz (nominal) V
Recommended system water volume(1)
l
1400
1700
1900
2000
°C
+4 to 46
Air temperature surrounding unit
YLCS Models SA - HA - AA
0620
0660
0725
0840
Min. Max. Min. Max. Min. Max. Min. Max.
Liquid outlet temperature (water)
°C
4.5 to 15
°C
-12 to 15
Liquid outlet temperature (glycol) (3)
°C
3.3 to 8
Chilled Liquid outlet temperature range
Liquid Flow rate
l/s 16.0 35.3 19.8 43.6 19.8 43.6 21.3 51.0
Pressure drop
kPa 17.6 77.0 14.7 65.0 16.6 73.0 20.1 97.4
barg
10
Maximum working pressure
Liquid outlet temperature
°C
30 to 40 (SA) / 60 (HA)
Liquid outlet temperature range
°C
3.3 to 8
Cooling
Total flow rate (2)
l/s 19.3 48.3 19.3 48.3 23.2 57.8 25.5 63.3
Liquid
Pressure drop
kPa 12.4 70.0 12.4 70.0 12.3 69.0 12.3 69.0
barg
10
Maximum working pressure
barg
18 (SA) / 22 (HA/AA)
Refrigerant System High pressure side
360 to 440
Power supply voltage 400 V, 3 Ø, 50 Hz (nominal) V
Recommended system water volume(1)
l
2400
2600
2900
3400
°C
+4 to 46
Air temperature surrounding unit
YLCS Models SA - HA - AA
YLCS Models SA - HA - AA
Chilled
Liquid
Liquid outlet temperature (water)
Liquid outlet temperature (glycol) (3)
Liquid outlet temperature range
Flow rate
Pressure drop
Maximum working pressure
Liquid outlet temperature
°C
°C
°C
l/s
0575
Min. Max.
16.0 35.3
17.6 77.0
16.1 40.6
12.0 69.0
2200
0955
Min. Max.
21.3 51.0
20.1 97.4
25.5 63.3
12.3 69.0
3800
1050
1110
(1)Table shows minimum water
volume of system
Min. Max. Min. Max.
(2)S h a r e d e q u a l l y b e t w e e n
4.5 to 15
condensers
-12 to 15
3.3 to 8
(3)Glycol operation only available for
HA/AA models
25.0 60.0 25.0 60.0
kPa 21.6 99.4 21.6 99.4
barg
10
30 to 40 (SA)
°C
60 (HA)
°C
3.3 to 8
l/s 25.5 63.3 25.5 63.3
Cooling Liquid outlet temperature range
Liquid Total flow rate (2)
Pressure drop
kPa 16.4 92.0 16.4 92.0
Maximum working pressure
barg
10
barg 18 (SA) / 22 (HA/AA)
Refrigerant System High pressure side
360 to 440
Power supply voltage 400 V, 3 Ø, 50 Hz (nominal) V
Recommended system water volume(1)
l
4000
4400
°C
+4 to 46
Air temperature surrounding unit
GB
PC155-100 Rev.5 (0609)
Refrigeration Flow Diagram (YLCS 0350 to 1050 Models)
Evaporator
PRV (2)
EVAPORATOR
TEV
LLV
S
SV
T
Condenser PRV (2)
Not fitted to
YLCS AA models
CONDENSER
Discharge
PRV (1) (2)
Compressor
PRV (2)
PT
SV
s
NOTES:
1 - See Discharge Pressure Relief Valve Table
2 - See Pressure Relief Valve Options Table
COMPRESSOR
Liquid Injection
Option
Start Bypass Option
Refrigeration Flow Diagram (YLCS 1110 Model)
Evaporator
PRV (2)
EVAPORATOR
TEV
LLV
S
ECONOMISER
SV
T
Condenser PRV (2)
TEV
Not fitted to
YLCS AA models
CONDENSER
S
Discharge
PRV (1) (2)
Compressor
PRV (2)
PT
SV
s
Liquid Injection
Option
COMPRESSOR
Start Bypass Option
10
GB
PC155-100 Rev.5 (0609)
Model
SA
System 2
No Valve
No Valve
Valve
Valve
Valve
Valve
Valve
Valve
Valve
Valve
Valve
Valve
HA & AA
System 1 System 2
No Valve
No Valve
No Valve
No Valve
No Valve
No Valve
No Valve
No Valve
No Valve
No Valve
No Valve
No Valve
No Valve
No Valve
No Valve
No Valve
Valve
No Valve
Valve
Valve
Valve
Valve
Valve
Valve
Pressure Relief (CE/PED) Serviceable Valve
Kit
Compressors & Discharge
0350
0415
0480
0530
0575
0620
0660
0725
0840
0955
1050
1110
System 1
No Valve
Valve
Valve
Valve
Valve
Valve
Valve
Valve
Valve
Valve
Valve
Valve
Pressure Relief Valve Options
YLCS SA & HA
Low pressure liquid refrigerant enters the cooler tubes
and is evaporated and superheated by the heat energy
absorbed from the chilled liquid passing through the
cooler shell. Low pressure vapour enters the compressor
where pressure and superheat are increased. High
pressure vapour is passed through the oil separator
in the compressor where compressor oil is removed
and reticulated to the compressor. High pressure
superheated refrigerant enters the condenser shell
where heat is rejected to the condenser water passing
through the tubes. The fully condensed and subcooled
liquid leaves the condenser and enters the expansion
valve, where pressure reduction and further cooling
takes place. The low pressure liquid refrigerant then
returns to the cooler.
GB
Kit and Burst
Vessels
Discharge Pressure Relief Valves
valve sealed open
valve sealed open
YLCS AA (remote air cooled condenser)
Low pressure liquid refrigerant enters the cooler tubes
and is evaporated and superheated by the heat energy
absorbed from the chilled liquid passing through the
cooler shell. Low pressure vapour enters the compressor
where pressure and superheat are increased. High
pressure vapour is passed through the oil separator
in the compressor where compressor oil is removed
and reticulated to the compressor. The high pressure
superheat refrigerant enters the remote air cooled
condenser where heat is rejected via the condenser
coil & fans The fully condensed and subcooled liquid
leaves the condenser and enters the expansion valve,
where pressure reduction and further cooling takes
place. The low pressure liquid refrigerant then returns
to the cooler.
11
PC155-100 Rev.5 (0609)
Selection Guide - Water
Data Required
To select a YORK YLCS chiller the following information
is required:
1.Design cooling capacity.
2.Chilled water entering and leaving temperatures.
3.Condenser water entering and leaving temperature.
4.Chilled water flow (l/s) if one of the temperatures in
(2) is unknown.
5.Condenser water flow (l/s) if one of the temperatures
in (3) is unknown.
Determine the capacity or water flow from:
Cooling Capacity (kW) =
Range (°C) x chilled water (l/s) x 4.18
Determine the heat rejection or water flow from:
Heat Rejection (kW) =
Range (°C) x condenser water (l/s) x 4.18
NOTE: If condenser coolant is glycol solution allow 2K
increase in condensing temperature to estimate the
cooling capacity & power impact on your selection.
Chiller Selection Method
1.Determine the correct size of chiller by selecting
the model which most closely matches the required
capacity at the design conditions of leaving
water temperature and condenser leaving water
temperature.
2.Apply correction factors for fouling factor to the
capacity and power values from the capacity tables.
Ensure the corrected capacity is still sufficient for
requirements.
3.Using the corrected capacity of the selected chiller
adjust the design temperature range, or flow rate, to
balance the formulae shown above.
4.Physical and electrical data can now be determined
from the tables.
5.Always re-check that selections fall within the
operating limitations.
YLCS Sample Selection
1. Confirm the system requirements
Cooling Capacity:
400 kW
Chilled Water Inlet Temperature:
12 °C
Chilled Water Outlet Temperature:
7 °C
Condenser Water Inlet Temperature:30 °C
Condenser Water Outlet Temperature:35 °C
Evaporator and Condenser Fouling Factors:0
12
2. Select Model and Read the Performance
From the capacity table, model YLCS0415SA can be
selected with the following performance.
Cooling Capacity:
413 kW
Compressor Input Power: 95 kW
Heat Rejection
503 kW.
3. Determine the Flow Rate
Cooling Capacity(kW) =
Range(°C) x chilled water(l/s) x 4.18
=
413
5 x 4.18
= 19.76 l/s
Heat Rejection(kW) =
Range(°C) x condenser water(l/s) x 4.18
=
503
5 x 4.18
* Total unit flow rate.
= 24.07 l/s*
4. Correct the Data
Fouling Factor
The cooling capacity and the compressor input should
be corrected using the factors given below, if applicable.
Recalculate flow rates as required.
Flow Rate
When the water Inlet/Outlet temperature difference is not
5°C, correct the flow rate by the following formula:
Corrected Flow Rate =
5 (°C) X Flow Rate
Temp. Difference(°C)
The corrected Flow Rate must be confirmed to be within
the working range.
5. Determine the Pressure Drops
Calculate the pressure drops using the graphs.
Evaporator pressure drop at a flow rate of 19.76 l/s
would be 26 kPa.
Condenser pressure drop at a flow rate of 24.07 l/s
would be 34 kPa.
6. Check the Data is within Limits
The data is within the unit operating limitations.
GB
PC155-100 Rev.5 (0609)
Condenser Pressure Drop (figure 4)
-1
11
0
50
10
20
8
10
20
Flow Rate [l/s]
40
50 60 70
Pressure Drop Calculations (Table 3)
Pressure drop calculated as following:
10
with Δp = a . qv ^ b
8
10
0350
0415
0480
0530
0575
0620
0660
0725
0840
0955
1050
1110
5
30
20
30
Flow Rate [l/s]
40
50 60 70
Δp : pressure drop [kPa]
qv : flow rate [l/s]
a, b: factors (see table here below)
Evaporator Pressure Drop Calculation
Factor a
Factor b
0.2072
1.9192
0.1835
1.9109
0.0796
1.8898
0.0796
1.8898
0.0975
1.8719
0.0975
1.8719
0.0527
1.8854
0.0527
1.8854
0.0813
1.8027
0.0813
1.8027
0.0789
1.7436
0.0789
1.7436
Model
-0
48
30
05
15
03
50
-0
60
06
04
10
66
07
0
2
08 5
40
-0
95
5
30
-0
62
25
04
07
05
75
20
-0
03
50
0
30
40
20
Pressure Drop [kPa]
40
50
06
0
60
0
11
10
100
90
80
70
53
-0
04
80
50
15
Pressure Drop [kPa]
60
10
50
-
08
40
-0
95
5
100
90
80
70
57
Cooler Pressure Drop (figure 3)
Condenser Pressure Drop Calculation
Factor a
Factor b
0.1583
1.8725
0.0903
1.8886
0.0903
1.8886
0.0619
1.8948
0.0619
1.8948
0.0461
1.8889
0.0461
1.8889
0.0327
1.8870
0.0265
1.8956
0.0265
1.8956
0.0354
1.8956
0.0354
1.8956
Fouling Factors (table 4)
COOLER
Fouling Factor
m² °C/kW
GB
CONDENSER
Capacity Factor
Comp. Input
Factor
0.044
1.000
1.000
0.088
0.987
0.995
0.176
0.964
0.985
0.352
0.915
0.962
Fouling Factor
m² °C/kW
Capacity Factor
Comp. Input
Factor
0.044
1.000
1.000
0.088
0.987
1.023
0.176
0.955
1.068
0.308
0.910
1.135
13
PC155-100 Rev.5 (0609)
Selection Guide - Glycol (HA Models Only)
Data Required
To select a YORK YLCS-HA chiller the following
information is required:
1.Design cooling capacity.
2.Chilled glycol entering and leaving temperatures.
3.Condenser water entering and leaving temperature.
4.Chilled glycol flow (l/s) if one of the temperatures in
(2) is unknown.
5.Condenser water flow (l/s) if one of the temperatures
in (3) is unknown.
Determine the capacity or water flow from:
Cooling capacity kW =
l/s chilled liquid x °C range
Glycol Factor
Determine the heat rejection or water flow from:
Heat Rejection (kW) =
l/s condenser water x °C range
Glycol Factor
NOTE: If condenser coolant is glycol solution allow 2K
increase in condensing temperature to estimate the
cooling capacity & power impact on your selection.
Chiller Selection Method
1.Determine the correct size of chiller by selecting
the model which most closely matches the required
capacity at the design conditions of leaving
liquid temperature and condenser leaving water
temperature.
2.Apply correction factors for fouling factor to the
capacity and power values from the capacity tables.
Ensure the corrected capacity is still sufficient for
requirements.
3.Using the corrected capacity of the selected chiller
adjust the design temperature range, or flow rate, to
balance the formulae shown above.
4.Physical and electrical data can now be determined
from the tables.
5.Always re-check that selections fall within the
operating limitations.
YLCS-HA Sample Selection - Glycol Cooling
1. Confirm the system requirements
Cooling Capacity:
640 kW
Chilled Water Inlet Temperature:
0 °C
Chilled Water Outlet Temperature:
-5 °C
Condenser Water Inlet Temperature:30 °C
Condenser Water Outlet Temperature:35 °C
Evaporator and Condenser Fouling Factors:0
14
2. Select Model and Read the Performance
From the capacity table, model YLCS1050HA can be
selected with the following performance.
Cooling Capacity:
655 kW
Compressor Input Power 224 kW
Heat Rejection
868 kW.
Other design conditions applying are:
Fouling factor
0.44 °C/kW
Glycol concentration30%
For a -5°C ethylene glycol leaving temperature the
recommended concentration from table 6 is 30%.
From the design glycol concentration (30%) no corrections
of capacity and power are requires (table 7).
For the glycol concentration specified and a leaving
liquid temperature of -5°C the glycol factor is 0.2583
(table 5).
3. Determine the Flow Rate
l/s chilled liquid x °C range
Cooling capacity kW =
Glycol Factor
Chilled liquid Flow rate =
Heat Rejection (kW) =
655 x 0.2583
5
= 33.84 l/s
l/s condenser water x °C range
Condenser water flow rate =
Glycol Factor
868 x 0.2583
5
= 44.84 l/s*
* Total unit flow rate.
5. Determine the Pressure Drops
Calculate the pressure drops using the graphs.
Evaporator pressure drop at a flow rate of 30.97 l/s would
be 28 kPa x 1.09 (table 8, pressure drop correction factor
for 30% concentration) = 30.52 kPa
Condenser pressure drop at a flow rate of 43.72 l/s would
be 60 kPa x 1.09 (table 8, pressure drop correction factor
for 30% concentration) = 60.4 kPa
6. Check the Data is within Limits
The data is within the unit operating limitations.
GB
PC155-100 Rev.5 (0609)
Glycol Factors (Table 5)
Glycol Concentrations Factors (Table 7)
Ethylene Glycol
Propylene Glycol
LCLT °C
% by Weight
10
10
0.2404
0.2515
0.2577
0.2734
0.2876
10
1.045
1.020
1.070
1.025
5
0.2399
0.2510
0.2579
0.2753
0.2906
20
1.020
1.010
1.040
1.015
0
0.2397
0.2505
0.2581
0.2772
0.2916
30
1.000
1.000
1.000
1.000
-5
0.2394
0.2501
0.2583
0.2791
0.2936
0.2586
0.2800
0.2977
40
0.970
0.990
0.950
0.985
20
30
40
50
% by
Weight
Ethylene Glycol Factor
-10
LCLT °C
10
10
0.2402
0.2444
0.248
0.2578
0.2683
5
0.2394
0.2435
0.2476
0.258
0.2693
0
0.2386
0.2426
0.2466
0.2572
0.2414
0.2458
0.2447
30
40
50
Propylene Glycol Factor
-5
-10
Power
Factor
Capacity
Factor
Power
Factor
Pressure Drop Corrections (Table 8)
% by Weight
20
Capacity
Factor
% by
Weight
Pressure Drop Correction Factors
Ethylene Glycol
Propylene Glycol
10
1.03
1.05
0.27
20
1.06
1.11
0.2574
0.27
30
1.09
1.20
0.257
0.2708
40
1.13
1.29
Recommended Concentrations (Table 6)
Leaving Liquid
Temperature °C
GB
Propylene
Ethylene Glycol
Glycol
Concentration %
Concentration %
Weight
Weight
5
6.0
5.5
4
10.0
10.0
3
13.0
13.5
2
16.0
17.0
1
18.0
19.0
0
20.0
21.5
-1
22.0
23.5
-2
24.0
26.0
-3
26.0
28.0
-4
28.5
30.5
-5
30.0
32.0
-6
31.5
33.5
-7
33.0
35.0
-8
34.5
36.0
-9
35.5
37.0
-10
37.0
38.5
-11
38.0
39.5
-12
39.0
40.5
15
PC155-100 Rev.5 (0609)
Cooling Capacities (0350SA - 1110SA)
YLCS
0350SA
0415SA
0480SA
LCLT
°C
4.5
5
6
7
8
9
10
11
12
13
14
15
4.5
5
6
7
8
9
10
11
12
13
14
15
4.5
5
6
7
8
9
10
11
12
13
14
15
Condenser Leaving Water Temperature °C
40
30
35
Cool Power HR
Cool Power HR
Cool Power
kW
kW
kW
kW
kW
kW
kW
kW
332
72
400
316
79
391
300
88
337
72
405
321
80
397
305
89
347
72
415
331
80
407
315
89
356
73
426
341
81
417
325
90
369
73
439
351
81
428
335
90
382
74
452
362
81
439
346
90
391
76
462
374
82
451
357
91
400
77
473
385
82
464
368
92
409
79
483
397
83
476
378
93
421
79
496
409
83
489
391
94
433
80
509
422
84
501
403
94
445
80
522
434
84
514
416
95
396
85
476
380
93
469
360
105
405
85
485
387
94
476
366
105
422
85
503
400
94
489
379
106
440
86
521
413
95
503
392
106
448
87
531
427
95
517
406
107
457
88
541
440
96
531
419
107
471
91
557
454
96
545
432
108
485
94
574
468
97
560
445
109
499
97
591
482
97
574
458
110
96
604
496
98
590
473
111
513
527
95
617
511
100
605
488
112
540
94
630
525
101
621
502
113
465
99
559
444
109
548
419
122
473
99
567
452
110
556
427
122
488
100
583
466
110
571
442
123
504
100
599
481
111
586
457
123
522
101
618
497
111
603
474
124
539
102
636
513
112
619
490
124
553
104
652
530
112
637
505
126
567
106
667
547
113
655
520
127
580
108
683
565
114
673
536
129
598
109
702
579
117
690
552
130
616
110
721
593
119
706
569
132
635
111
740
607
121
723
585
133
Condenser Leaving Water Temperature °C
40
30
35
Cool Power HR
Cool Power HR
Cool Power
kW
kW
kW
kW
kW
kW
kW
kW
4.5
621
135
749
593
149
734
562
166
5
632
135
760
604
149
745
573
167
6
654
136
783
626
150
768
594
167
7
676
137
806
648
151
791
616
168
8
697
137
828
667
152
811
636
169
9
719
138
850
687
152
832
656
170
0660SA
10
736
141
870
708
153
853
676
171
11
754
144
891
729
154
875
695
173
12
771
147
911
749
155
897
715
175
794
146
932
772
156
920
738
176
13
14
816
145
954
795
157
944
761
177
15
839
144
976
818
158
968
785
178
4.5
690
145
827
653
160
805
620
179
5
701
145
839
668
161
821
634
179
6
722
146
861
698
162
852
661
180
7
744
147
884
729
163
884
688
181
8
769
148
909
753
164
908
710
182
9
793
149
935
776
165
932
733
183
0725SA
10
814
152
959
801
166
958
756
185
11
835
156
983
826
167
984
780
187
12
856
159 1007 850
167 1010 803
189
880
163 1035 870
168 1030 826
190
13
14
905
167 1063 890
169 1050 848
190
15
930
170 1092 910
169 1070 871
191
4.5
794
166
952
759
184
933
717
205
5
808
167
966
773
184
948
731
205
6
835
168
994
801
186
977
758
207
7
862
169 1022 829
187 1007 785
208
8
883
171 1046 856
188 1034 811
209
9
904
174 1070 883
188 1062 837
210
0840SA
10
932
175 1099 911
189 1091 864
212
11
960
176 1127 939
191 1121 890
214
12
988
177 1156 968
192 1150 917
216
1017 180 1187 993
194 1177 944
218
13
14
1045 183 1219 1018 197 1205 971
219
15
1074 185 1250 1043 199 1232 999
220
LCLT = Leaving Chilled Liquid Temperature HR = Heat Rejection
Shared data is Eurovent Certified
YLCS
16
LCLT
°C
HR
kW
384
389
399
410
421
432
444
455
467
480
493
506
460
466
480
493
507
521
535
549
563
579
594
610
536
543
559
575
591
608
625
641
658
676
694
712
HR
kW
720
731
754
776
796
817
839
860
881
905
930
954
790
804
832
860
883
907
932
957
982
1006
1029
1052
912
926
954
983
1009
1036
1065
1094
1122
1151
1179
1208
YLCS
0530SA
0575SA
0620SA
LCLT
°C
4.5
5
6
7
8
9
10
11
12
13
14
15
4.5
5
6
7
8
9
10
11
12
13
14
15
4.5
5
6
7
8
9
10
11
12
13
14
15
Condenser Leaving Water Temperature °C
30
35
40
Cool Power HR
Cool Power HR
Cool Power
kW
kW
kW
kW
kW
kW
kW
kW
494
107
596
472
119
585
449
132
504
108
606
480
119
593
457
133
523
108
626
496
119
610
473
134
542
109
646
512
120
626
489
134
555
111
660
529
121
644
507
135
568
112
674
546
122
662
524
136
584
114
692
564
119
677
540
136
600
115
710
581
116
692
556
135
616
117
728
599
113
706
573
135
635
118
747
616
118
729
591
138
654
119
767
634
123
751
609
141
672
120
786
652
129
774
628
144
532
115
641
505
128
626
480
142
540
116
650
514
128
635
489
142
558
116
668
532
128
654
507
143
575
117
686
551
129
673
525
144
598
118
710
567
130
691
542
145
621
119
734
584
131
708
560
146
635
122
750
604
125
722
578
144
649
124
767
624
118
736
596
142
663
127
783
643
112
750
613
140
682
128
804
664
120
778
634
145
702
129
824
684
128
806
654
149
721
130
844
705
136
834
675
154
571
124
689
545
137
675
520
154
582
125
701
555
138
686
529
154
605
125
724
575
139
706
549
155
627
126
747
594
139
727
568
156
644
127
765
612
140
745
587
156
662
128
783
630
140
764
605
157
678
131
802
650
138
781
624
157
694
133
821
670
135
799
643
157
711
136
840
690
133
817
661
157
731
137
861
710
138
841
682
161
752
138
882
730
144
866
703
164
772
139
904
749
149
891
724
167
Condenser Leaving Water Temperature °C
30
35
40
Cool Power HR
Cool Power HR
Cool Power
kW
kW
kW
kW
kW
kW
kW
kW
4.5
892
191 1074 846
211 1047 804
235
5
908
191 1089 868
212 1069 822
236
6
938
193 1121
911
213
1114
858
237
7
968
194 1152 954
215 1158 894
239
8
999
195 1184 987
216 1192 925
240
9
1031 196 1217 1019 217 1225 955
241
0955SA
10
1058 200 1248 1038 219 1246 979
244
11
1085 204 1280 1057 220 1266 1002 247
12
1112
209 1311 1076 222 1287 1026 249
13
1144 210 1344 1109 223 1321 1059 249
14
1176 212 1377 1143 224 1356 1093 249
15
1207 214 1410 1177 225 1390 1126 249
4.5
984
208 1181 936
222 1146 883
243
5
1001 209 1199 953
223 1165 899
244
6
1036 210 1236 987
226 1201 932
246
7
1071 212 1273 1021 228 1237 965
249
8
1107 214 1311 1055 230 1273 997
251
9
1142 215 1347 1089 232 1309 1029 254
1050SA
10
1180 217 1387 1126 234 1348 1065 256
11
1218 219 1427 1162 236 1386 1101 259
12
1257 221 1467 1199 238 1425 1139 261
13
1298 223 1510 1241 240 1469 1176 263
14
1338 224 1551 1283 242 1513 1212 266
15
1379 226 1594 1328 244 1560 1250 268
4.5
1027 214 1231 990
230 1208 948
253
5
1044 214 1248 1006 231 1226 964
254
6
1079 215 1284 1040 233 1261 997
257
7
1114
216 1320 1074 234 1296 1030 259
8
1152 218 1359 1111
235 1334 1064 261
9
1188 219 1396 1147 237 1372 1099 262
1110SA
10
1225 220 1434 1182 239 1409 1134 264
11
1261 221 1471 1217 241 1446 1168 266
12
1299 222 1510 1252 243 1483 1203 268
13
1340 224 1553 1295 243 1526 1240 270
14
1380 225 1594 1336 244 1568 1277 271
15
1422 226 1637 1379 245 1612 1315 273
LCLT = Leaving Chilled Liquid Temperature HR = Heat Rejection
Shared data is Eurovent Certified
YLCS
LCLT
°C
HR
kW
575
583
600
617
635
653
669
685
701
722
743
764
615
624
643
661
680
698
714
730
746
771
796
820
666
676
696
716
735
755
773
792
811
835
859
883
HR
kW
1027
1046
1084
1121
1153
1184
1210
1236
1263
1296
1329
1363
1114
1131
1166
1202
1236
1270
1308
1347
1387
1426
1465
1505
1188
1206
1241
1276
1312
1348
1385
1421
1457
1496
1534
1574
GB
GB
425
446
462
400
405
416
428
443
459
468
486
499
511
533
550
466
474
13
14
15
4.5
5
6
7
8
9
10
11
12
13
14
15
4.5
5
521
538
549
569
583
596
620
639
8
9
10
11
12
13
14
15
488
415
12
503
402
11
7
387
10
6
366
379
9
7
8
344
352
6
333
337
5
111
110
109
109
106
103
102
101
100
99
98
98
96
95
94
94
92
89
88
87
87
86
85
85
81
80
79
79
77
75
74
74
73
73
72
72
kW
kW
4.5
Power
Cool
30
744
725
700
687
670
647
635
617
598
583
567
559
642
624
600
588
573
553
543
526
510
498
486
480
539
522
501
490
476
458
450
436
422
413
405
402
kW
HR
614
597
576
566
548
525
513
497
480
464
448
441
526
512
493
484
469
450
440
425
411
397
384
377
438
427
411
402
390
374
366
354
342
330
319
313
kW
Cool
LCLT = Leaving Chilled Liquid Temperature HR = Heat Rejection
0480HA
0415HA
0350HA
YLCS
LCLT
°C
121
119
116
114
113
113
112
112
111
110
110
109
105
102
100
98
98
97
97
96
96
95
95
95
89
86
85
83
82
82
82
81
81
80
80
80
kW
Power
35
729
710
686
674
655
632
620
603
585
569
553
545
625
609
589
578
562
542
532
517
502
488
474
467
522
508
492
481
468
452
443
431
419
407
395
389
kW
HR
594
575
551
538
522
499
487
470
454
438
422
416
507
491
470
460
445
426
417
402
388
375
362
357
420
408
390
382
369
353
346
335
322
312
302
298
kW
Cool
128
127
126
126
125
124
124
123
123
122
122
121
111
110
109
109
108
107
107
107
106
105
104
103
93
93
92
92
91
90
90
90
89
89
88
87
kW
Power
40
715
696
671
658
641
617
605
588
570
554
538
531
612
596
574
563
548
528
518
504
489
475
461
455
509
496
477
469
456
439
432
420
407
397
385
380
kW
HR
562
544
526
507
490
476
459
443
427
412
397
389
480
465
449
434
419
407
392
379
366
353
341
335
397
385
372
360
347
338
325
315
304
294
284
279
kW
Cool
141
140
140
139
139
137
137
137
136
136
135
135
122
121
121
120
120
118
117
117
116
116
115
115
103
102
102
101
101
99
99
99
98
98
97
97
kW
Power
45
697
677
658
639
622
607
590
573
557
541
525
517
596
580
564
548
533
519
504
490
476
463
451
444
495
482
469
456
443
432
420
408
397
387
376
371
kW
HR
526
508
489
475
460
444
431
414
397
383
369
362
449
435
418
406
392
378
367
353
339
328
315
309
373
361
347
337
325
312
303
293
282
273
263
258
kW
Cool
Condenser Leaving Water Temperature °C
50
157
156
155
155
155
153
153
154
155
155
154
153
135
134
134
133
133
132
132
133
133
132
132
131
114
114
113
112
113
113
113
113
112
111
111
111
kW
Power
675
657
637
622
606
589
576
561
544
530
515
507
578
562
545
533
519
504
492
479
465
453
440
434
481
470
454
444
432
419
411
400
389
379
368
363
kW
HR
490
474
453
444
430
412
403
384
366
353
341
333
419
406
387
379
366
349
341
327
313
302
290
284
348
337
321
314
302
286
279
269
260
250
240
237
kW
Cool
55
173
172
171
171
170
169
168
171
174
173
172
171
149
148
147
147
147
147
147
148
149
148
148
146
126
125
124
124
125
127
127
127
126
125
125
124
kW
Power
655
637
616
607
591
573
562
547
531
518
505
495
561
547
527
519
505
489
481
467
455
442
431
423
467
455
439
432
420
407
399
389
379
369
358
354
kW
HR
457
439
415
403
388
370
SQ
SQ
SQ
SQ
SQ
SQ
389
374
355
345
332
316
SQ
SQ
SQ
SQ
SQ
SQ
321
310
295
286
276
263
SQ
SQ
SQ
SQ
SQ
SQ
kW
Cool
60
192
194
196
197
196
195
SQ
SQ
SQ
SQ
SQ
SQ
164
166
168
169
168
166
SQ
SQ
SQ
SQ
SQ
SQ
138
140
141
142
141
140
SQ
SQ
SQ
SQ
SQ
SQ
kW
Power
HR
640
623
601
590
574
555
SQ
SQ
SQ
SQ
SQ
SQ
545
532
514
505
491
474
SQ
SQ
SQ
SQ
SQ
SQ
452
443
428
421
410
396
SQ
SQ
SQ
SQ
SQ
SQ
kW
PC155-100 Rev.5 (0609)
Cooling Capacities (0350HA - 0480HA)
17
18
689
713
732
751
787
816
11
12
13
14
15
677
10
653
591
5
9
580
4.5
8
740
15
613
718
14
636
690
13
7
676
12
6
658
585
7
636
564
6
11
544
5
10
534
4.5
605
689
15
623
669
14
9
643
13
8
630
581
9
12
563
8
592
544
7
613
526
6
11
509
10
500
140
139
138
137
134
130
128
126
124
125
125
125
129
128
127
126
124
120
119
118
117
116
116
115
120
119
118
117
115
112
110
109
109
108
107
106
kW
kW
5
Power
Cool
4.5
LCLT
°C
LCLT = Leaving Chilled Liquid Temperature
0620HA
0575HA
0530HA
YLCS
30
771
751
726
712
690
661
647
626
605
582
561
550
711
692
668
656
636
609
595
576
556
537
517
507
662
645
622
611
592
567
554
536
518
500
483
474
kW
Cool
153
151
146
144
143
142
142
141
140
139
138
138
142
139
135
133
132
131
131
130
129
128
127
127
132
129
125
124
123
122
122
121
120
119
119
118
kW
Power
HR = Heat Rejection
949
919
882
862
841
813
798
773
754
732
710
699
862
840
811
796
776
750
736
717
696
675
654
643
803
782
755
741
723
698
685
667
647
629
610
601
kW
HR
35
917
894
864
849
826
796
782
759
737
715
692
681
846
824
797
783
761
733
720
700
679
659
638
628
787
767
741
728
708
683
670
651
632
614
595
586
kW
HR
744
720
691
676
655
626
612
592
572
551
529
522
686
664
638
623
604
577
563
545
526
506
485
478
640
620
594
581
563
538
525
508
490
472
454
447
kW
Cool
162
161
160
159
158
156
156
155
155
154
153
152
150
149
148
147
146
144
144
143
143
142
142
140
139
138
137
136
136
134
134
133
133
132
132
130
kW
Power
40
897
873
843
827
805
775
760
739
719
697
675
666
828
806
778
763
742
714
700
681
662
641
619
611
772
751
725
710
691
665
653
634
616
597
579
571
kW
HR
705
683
660
638
614
597
573
554
535
516
497
488
651
630
610
589
566
550
527
509
491
474
457
448
607
587
568
548
528
513
493
476
459
443
427
419
kW
Cool
179
178
177
176
176
174
174
173
172
171
170
170
166
165
164
163
163
161
161
160
159
158
157
156
153
153
152
151
151
149
149
148
147
147
146
145
kW
Power
45
875
852
828
805
781
762
738
718
698
678
659
649
808
787
765
744
721
702
680
661
642
624
606
597
752
732
712
691
671
655
635
617
599
582
565
557
kW
HR
659
638
610
596
574
549
534
515
495
478
460
452
608
588
563
550
530
508
494
475
456
440
425
417
567
548
526
513
495
476
463
445
426
412
397
389
kW
Cool
Condenser Leaving Water Temperature °C
50
199
198
196
196
196
195
196
196
196
195
195
194
184
183
181
181
181
179
179
180
181
180
179
179
170
169
168
168
168
166
166
167
168
167
167
166
kW
Power
848
825
797
782
760
734
720
701
682
663
645
636
783
762
735
722
701
677
664
646
628
611
595
587
729
709
686
672
654
633
620
603
586
570
555
547
kW
HR
614
594
568
554
534
508
494
475
456
440
424
417
566
548
524
511
494
472
461
441
421
407
393
386
528
511
489
478
462
442
432
413
393
380
367
360
kW
Cool
55
219
218
217
216
217
218
218
219
220
219
219
217
202
201
200
200
199
198
197
200
203
202
202
201
188
187
186
186
185
184
183
186
189
188
187
186
kW
Power
823
801
774
760
741
715
702
684
665
648
632
623
758
739
714
701
683
660
648
631
614
599
585
577
707
688
665
654
637
616
605
589
572
558
545
536
kW
HR
569
546
519
505
487
465
SQ
SQ
SQ
SQ
SQ
SQ
525
504
479
466
450
430
SQ
SQ
SQ
SQ
SQ
SQ
491
471
447
434
419
400
SQ
SQ
SQ
SQ
SQ
SQ
kW
Cool
60
242
244
247
249
248
246
SQ
SQ
SQ
SQ
SQ
SQ
223
225
228
230
229
227
SQ
SQ
SQ
SQ
SQ
SQ
208
210
212
214
213
211
SQ
SQ
SQ
SQ
SQ
SQ
kW
Power
HR
799
778
754
741
723
699
SQ
SQ
SQ
SQ
SQ
SQ
737
718
696
685
668
646
SQ
SQ
SQ
SQ
SQ
SQ
688
671
649
637
621
600
SQ
SQ
SQ
SQ
SQ
SQ
kW
PC155-100 Rev.5 (0609)
Cooling Capacities (0530HA - 0620HA)
GB
GB
134
1097
15
866
7
1065
838
6
1022
810
5
14
796
4.5
13
957
15
1001
928
14
12
890
13
975
871
12
940
849
11
11
820
10
10
805
9
885
781
8
923
755
7
9
731
6
8
707
5
150
857
14
893
812
13
694
788
12
15
768
11
4.5
149
743
10
135
186
185
183
182
178
173
171
170
168
167
167
167
161
160
158
157
154
149
147
146
145
144
144
144
148
147
145
140
138
701
132
730
686
7
9
662
6
135
135
8
627
639
5
kW
kW
4.5
Power
Cool
30
LCLT = Leaving Chilled Liquid Temperature
0840HA
0725HA
0660HA
YLCS
LCLT
°C
1055
1026
989
970
940
901
882
853
825
798
771
758
921
895
861
845
819
787
770
745
719
696
674
662
832
811
783
768
745
714
698
676
653
628
605
593
kW
Cool
HR = Heat Rejection
1274
1240
1196
1174
1144
1105
1085
1046
1026
997
969
954
1109
1080
1040
1020
995
962
945
920
893
869
844
831
1036
999
953
928
906
875
861
830
811
789
767
755
kW
HR
204
200
194
192
190
188
188
187
186
185
184
183
176
172
167
165
164
163
163
162
161
160
159
158
165
162
157
155
154
153
152
151
150
150
149
149
kW
Power
35
1248
1216
1173
1152
1120
1080
1060
1031
1002
974
946
932
1088
1059
1020
1002
975
941
925
898
872
848
824
813
989
965
932
916
891
859
843
819
796
771
747
734
kW
HR
1016
984
943
923
894
854
836
811
788
756
725
713
889
860
824
805
780
745
728
705
682
657
632
623
801
777
745
728
706
676
660
639
618
596
573
565
kW
Cool
215
213
212
211
210
209
208
205
202
204
205
204
185
184
183
182
182
180
180
179
178
178
177
175
174
173
172
171
170
169
169
168
167
167
165
163
kW
Power
40
1220
1186
1145
1123
1093
1053
1034
1006
981
950
920
907
1065
1035
997
978
952
915
899
874
851
826
800
789
966
941
908
890
867
836
821
798
776
754
730
720
kW
HR
964
934
904
874
841
816
783
758
733
707
681
668
840
815
789
763
734
712
683
662
640
617
594
582
759
735
711
687
662
643
619
599
578
558
537
527
kW
Cool
234
234
234
234
234
231
232
231
230
228
227
226
204
203
202
202
202
199
199
198
197
197
196
196
192
191
190
189
190
187
187
186
185
185
184
184
kW
Power
45
1186
1156
1126
1097
1064
1036
1003
977
951
924
897
883
1035
1008
981
955
926
901
873
850
827
804
780
768
942
917
892
867
842
821
797
775
754
733
712
701
kW
HR
900
871
839
815
786
755
732
705
678
654
629
617
786
761
733
712
686
661
639
616
593
571
549
538
710
687
657
642
618
590
573
554
535
516
496
486
kW
Cool
Condenser Leaving Water Temperature °C
50
262
261
261
260
260
257
258
259
261
260
259
258
228
227
226
225
224
222
223
224
225
225
224
224
214
212
211
210
212
212
213
212
211
210
210
209
kW
Power
1149
1119
1087
1062
1033
999
977
952
926
901
875
863
1003
976
947
926
900
872
851
829
807
784
762
751
913
889
858
842
819
791
776
756
736
716
695
685
kW
HR
838
811
775
757
732
699
682
653
624
601
578
570
733
709
677
662
640
611
596
570
545
525
505
498
662
640
612
598
574
543
528
510
492
473
455
448
kW
Cool
55
292
290
289
288
286
285
285
289
293
292
291
289
252
250
249
248
247
246
246
250
253
252
252
249
236
234
233
232
235
238
239
238
237
236
235
233
kW
Power
1115
1086
1049
1030
1004
970
952
927
902
878
854
844
972
946
914
898
875
845
830
808
786
765
744
734
887
862
833
818
798
769
755
736
717
698
679
670
kW
HR
778
748
709
689
664
633
SQ
SQ
SQ
SQ
SQ
SQ
679
653
619
602
580
553
SQ
SQ
SQ
SQ
SQ
SQ
613
588
558
543
524
500
SQ
SQ
SQ
SQ
SQ
SQ
kW
Cool
60
321
325
329
331
329
326
SQ
SQ
SQ
SQ
SQ
SQ
278
281
284
286
284
283
SQ
SQ
SQ
SQ
SQ
SQ
260
263
266
268
267
265
SQ
SQ
SQ
SQ
SQ
SQ
kW
Power
HR
1084
1057
1021
1004
977
943
SQ
SQ
SQ
SQ
SQ
SQ
943
920
888
873
850
822
SQ
SQ
SQ
SQ
SQ
SQ
860
839
811
798
778
752
SQ
SQ
SQ
SQ
SQ
SQ
kW
PC155-100 Rev.5 (0609)
Cooling Capacities (0660HA - 0840HA)
19
20
1180
1257
1298
1338
1379
1027
1044
1079
1114
1152
1188
1225
1261
1299
1340
1380
1422
12
13
14
15
4.5
5
6
7
8
9
10
11
12
13
14
15
1142
9
1218
1107
8
11
1071
10
1036
1237
15
7
1201
14
6
1154
13
984
1131
12
1001
1101
11
5
1061
10
4.5
989
977
7
1041
946
6
9
914
8
898
1594
1637
226
1553
1510
1471
1434
1396
1359
1320
1284
1248
1230
1594
1551
1510
1467
1427
1387
1347
1311
1273
1236
1199
1181
1438
1401
1351
1328
1293
1248
1226
1172
1159
1126
1093
1077
kW
HR
225
224
222
221
220
219
218
216
215
214
214
226
224
223
221
219
217
215
214
212
210
209
208
212
210
208
207
202
197
194
193
191
190
189
189
kW
kW
5
Power
Cool
4.5
LCLT °C
LCLT = Leaving Chilled Liquid Temperature
HR = Heat Rejection
1110HA
1050HA
0955HA
YLCS
30
1379
1336
1295
1252
1217
1182
1147
1111
1074
1040
1006
989
1328
1283
1241
1199
1162
1126
1089
1055
1021
987
953
936
1189
1158
1117
1096
1061
1016
993
962
931
900
869
854
kW
Cool
245
244
243
243
241
239
237
235
234
233
231
230
244
242
240
238
236
234
232
230
228
226
223
222
232
227
221
218
216
214
213
212
211
210
209
209
kW
Power
35
1612
1568
1526
1483
1446
1409
1372
1334
1296
1261
1226
1208
1560
1513
1469
1425
1386
1348
1309
1273
1237
1201
1165
1146
1409
1374
1326
1303
1266
1219
1195
1163
1132
1100
1068
1052
kW
HR
1315
1277
1240
1203
1168
1134
1099
1064
1030
997
964
948
1250
1212
1176
1139
1101
1065
1029
997
965
932
899
883
1142
1107
1063
1040
1007
964
943
918
895
856
818
803
kW
Cool
273
271
270
268
266
264
262
261
259
257
254
253
268
266
263
261
259
256
254
251
249
246
244
243
244
242
241
241
239
238
237
232
227
231
234
233
kW
Power
40
1574
1534
1496
1457
1421
1385
1348
1312
1276
1241
1206
1188
1505
1465
1426
1387
1347
1308
1270
1236
1202
1166
1131
1114
1374
1338
1292
1269
1234
1190
1168
1138
1111
1075
1040
1024
kW
HR
1276
1239
1203
1167
1131
1096
1061
1027
994
964
934
919
1175
1139
1105
1069
1034
999
965
934
904
873
842
826
1087
1053
1019
986
948
919
882
854
826
797
768
754
kW
Cool
306
304
303
301
299
296
294
292
290
288
286
285
298
295
292
289
287
284
282
279
276
274
271
269
262
263
264
265
266
262
263
262
261
259
257
256
kW
Power
45
1566
1528
1491
1453
1415
1377
1340
1304
1269
1238
1206
1190
1458
1419
1383
1344
1307
1269
1233
1200
1167
1133
1099
1081
1336
1303
1270
1238
1200
1169
1132
1103
1074
1043
1012
997
kW
HR
1215
1179
1145
1110
1076
1043
1010
979
947
915
884
868
1101
1066
1032
998
965
933
900
869
838
809
779
764
1014
981
945
918
885
848
825
795
764
737
710
696
kW
Cool
Condenser Leaving Water Temperature °C
50
346
344
342
340
339
337
334
331
328
327
326
325
333
330
327
324
321
318
315
312
309
307
304
302
297
296
296
296
295
292
293
294
296
295
294
293
kW
Power
1544
1506
1471
1434
1398
1363
1327
1293
1258
1225
1193
1177
1417
1379
1343
1306
1270
1235
1200
1166
1132
1100
1067
1051
1296
1263
1226
1199
1166
1126
1104
1075
1046
1017
988
974
kW
HR
1145
1111
1078
1045
1011
980
947
916
885
854
824
809
1021
986
952
917
885
854
822
793
764
736
708
693
943
912
872
852
824
787
768
736
703
676
651
642
kW
Cool
55
403
401
398
396
393
390
388
384
381
380
379
378
373
373
373
373
373
372
372
368
365
363
361
360
332
330
328
327
325
324
323
327
332
331
330
328
kW
Power
1528
1491
1457
1421
1385
1350
1315
1281
1246
1215
1184
1168
1376
1340
1306
1272
1240
1207
1175
1143
1110
1081
1050
1035
1258
1226
1184
1162
1132
1095
1075
1046
1018
991
964
954
kW
HR
1075
1042
1011
980
947
916
SQ
SQ
SQ
SQ
SQ
SQ
941
905
871
836
805
775
SQ
SQ
SQ
SQ
SQ
SQ
877
843
798
776
748
713
SQ
SQ
SQ
SQ
SQ
SQ
kW
Cool
60
460
457
454
452
448
444
SQ
SQ
SQ
SQ
SQ
SQ
413
416
420
423
425
426
SQ
SQ
SQ
SQ
SQ
SQ
365
369
374
377
374
369
SQ
SQ
SQ
SQ
SQ
SQ
kW
Power
HR
1512
1476
1443
1409
1372
1338
SQ
SQ
SQ
SQ
SQ
SQ
1334
1301
1270
1238
1209
1179
SQ
SQ
SQ
SQ
SQ
SQ
1224
1193
1154
1134
1103
1063
SQ
SQ
SQ
SQ
SQ
SQ
kW
PC155-100 Rev.5 (0609)
Cooling Capacities (0955HA - 1110HA)
GB
GB
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
-12
-11
-10
9
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
LCLT
°C
Cool
kW
175
183
192
200
207
215
225
233
245
258
267
276
285
294
302
311
320
328
211
221
232
242
251
260
273
285
298
311
322
332
343
355
366
378
390
401
246
259
271
283
294
306
322
338
351
364
376
388
401
416
430
445
460
475
Power
kW
64
66
66
67
66
66
68
67
66
64
64
65
65
65
66
67
67
68
77
78
78
79
79
79
80
77
76
75
75
77
77
78
79
80
81
83
89
91
91
92
91
93
92
87
87
86
87
89
89
90
92
94
95
97
30
HR
kW
236
246
254
264
271
278
289
296
308
318
328
337
346
356
365
374
383
393
283
295
306
317
326
336
349
358
370
382
393
405
416
428
441
454
467
480
331
345
357
370
380
394
409
420
433
445
459
472
485
501
518
534
551
567
Cool
kW
166
173
180
187
195
202
211
219
230
241
250
259
268
277
286
295
304
313
198
207
217
226
235
244
256
267
279
290
301
312
322
334
346
358
369
381
231
242
253
265
275
286
301
315
328
340
352
365
377
391
406
420
435
449
Power
kW
71
73
74
75
75
75
76
76
75
74
74
75
75
75
76
76
77
77
85
87
88
89
89
90
90
89
88
88
88
89
89
90
90
91
92
93
99
101
102
103
103
104
104
101
101
101
102
103
103
104
105
106
107
108
35
HR
kW
233
242
250
259
266
273
283
291
301
311
321
330
339
348
358
367
377
386
279
290
300
311
319
329
341
351
362
374
385
396
407
419
432
444
457
469
325
338
350
363
373
385
400
411
423
436
449
462
475
490
506
521
536
552
Cool
kW
153
160
167
175
182
189
198
206
215
224
233
242
251
260
270
279
289
298
183
190
201
210
219
228
239
249
260
270
281
291
302
314
325
337
349
361
214
225
236
246
256
267
280
293
304
316
329
341
353
367
381
395
409
423
Power
kW
79
81
83
83
84
84
85
85
84
85
85
86
86
86
86
86
86
86
94
96
98
99
99
100
100
100
100
100
101
102
102
102
102
102
102
103
109
111
114
115
115
116
116
115
115
116
117
118
118
118
118
118
119
119
40
HR
kW
228
236
245
253
261
269
278
286
294
305
314
323
332
341
351
361
370
380
272
281
295
304
313
323
334
344
354
366
376
388
398
410
422
434
446
458
318
331
344
355
365
376
390
402
414
426
439
453
465
479
494
508
522
536
Cool
kW
140
147
155
162
169
176
184
192
200
208
216
225
233
243
253
263
273
283
168
177
186
195
203
212
221
231
241
250
261
271
281
293
305
317
329
340
197
208
218
228
238
247
259
270
281
293
305
317
330
343
357
370
384
398
Power
kW
86
89
91
91
92
93
93
94
92
95
95
96
96
96
96
95
95
95
103
105
108
109
109
110
111
112
111
113
113
114
114
114
113
113
113
113
119
122
125
126
127
127
128
129
130
131
131
132
132
132
131
131
130
130
45
HR
kW
222
231
241
248
256
265
273
281
288
298
307
316
325
334
344
354
364
373
266
277
289
298
307
316
327
337
346
358
368
379
390
401
413
424
436
447
310
323
337
347
358
368
381
392
405
417
430
443
455
468
481
495
508
521
Cool
kW
121
131
142
149
156
163
171
179
185
191
199
208
216
227
237
247
258
268
148
160
171
179
188
196
204
213
222
230
240
251
261
273
285
296
308
320
175
188
201
209
219
228
237
247
258
269
281
294
306
319
332
345
359
372
Condenser Leaving Water Temperature Deg C
LCLT = Leaving Chilled Liquid Temperature
HR = Heat Rejection
Table should also be used for 30% Propylene Glycol after reducing LCLT by 1°C
(For example the cooling capacity when using -1°C LCLT using Propylene Glycol is equivalent to -2°C LCLT using Ethylene Glycol).
0480HA
0415HA
0350HA
YLCS
50
Power
kW
93
96
100
99
101
102
102
103
101
106
106
107
107
106
106
105
105
104
112
115
118
118
119
120
121
123
123
126
126
127
127
126
125
124
123
123
130
133
137
138
138
139
141
143
144
146
146
147
147
145
144
143
142
141
HR
kW
209
223
236
243
252
260
267
277
281
291
300
309
317
327
337
347
357
367
254
269
283
291
301
310
319
330
338
350
360
371
381
392
403
414
425
436
299
315
331
340
350
359
371
383
395
408
420
433
445
457
469
482
494
506
55
131
114
115
116
116
117
118
119
119
120
120
121
134
144
136
136
138
138
139
140
140
140
140
140
140
156
157
158
159
160
161
162
161
160
160
159
158
178
187
196
205
214
223
232
241
252
263
273
284
295
218
229
239
249
261
271
282
295
309
322
335
348
Power
kW
156
163
170
178
185
193
201
209
217
225
233
241
Cool
kW
367
378
389
400
413
424
436
449
461
473
486
498
305
323
324
334
344
354
364
374
385
396
406
417
427
280
271
279
288
296
304
313
321
330
339
347
356
HR
kW
208
217
227
237
247
258
269
281
292
304
315
170
177
186
194
202
211
220
230
240
249
259
269
141
147
154
161
168
175
183
191
199
206
214
222
Cool
kW
60
173
174
175
176
177
178
179
180
181
182
183
148
149
150
151
152
153
154
154
155
156
157
158
124
125
126
127
128
129
129
130
131
131
132
133
Power
kW
372
383
393
404
415
427
439
452
464
477
489
310
319
328
337
347
357
366
376
387
398
408
419
259
266
274
282
289
298
305
314
323
331
340
349
HR
kW
PC155-100 Rev.5 (0609)
Glycol Cooling Capacities (0350HA - 0480HA)
21
22
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
LCLT
°C
Cool
kW
267
281
290
304
317
330
345
360
376
392
405
419
432
448
465
482
499
516
288
303
310
324
340
354
368
382
402
421
435
449
462
481
500
519
538
557
307
323
334
348
364
378
394
411
432
453
467
483
497
516
535
554
572
591
Power
kW
97
99
99
99
99
101
100
98
96
94
95
97
97
99
101
103
105
107
105
107
107
107
108
109
108
109
106
103
104
105
105
107
109
111
114
116
116
117
116
117
118
119
118
119
116
112
113
114
114
116
118
119
121
123
30
HR
kW
359
375
384
398
411
426
440
453
468
482
496
510
523
542
561
580
598
617
388
404
412
426
442
457
471
486
502
519
533
549
562
583
604
625
646
667
417
434
444
459
475
491
507
524
542
560
574
591
605
626
646
667
688
708
Cool
kW
247
260
273
285
298
310
324
338
353
368
381
394
407
423
439
454
470
486
264
278
293
306
320
334
347
361
378
396
409
423
437
454
471
489
506
523
284
299
314
328
342
356
372
387
406
424
439
454
469
487
505
523
541
559
Power
kW
107
109
112
112
113
114
114
113
112
111
112
113
113
114
115
116
117
119
114
118
121
121
122
123
123
124
122
120
121
122
122
123
125
126
128
129
124
128
132
132
133
134
134
135
133
131
132
133
133
134
135
136
137
138
35
HR
kW
348
364
379
392
405
418
432
445
459
473
487
501
514
531
548
565
582
599
372
390
407
421
436
451
464
478
494
510
524
539
553
571
590
609
627
646
402
420
439
453
469
484
499
516
532
549
564
580
595
614
633
652
671
690
Cool
kW
231
243
255
267
278
290
303
316
329
343
356
369
382
397
412
427
441
456
247
261
275
287
301
313
326
339
354
370
383
397
411
427
442
458
474
489
265
280
295
308
321
335
349
364
380
396
410
426
440
458
475
493
510
527
Power
kW
118
121
124
125
126
127
127
127
127
127
128
129
129
129
129
130
130
131
127
131
135
136
136
138
138
139
138
138
139
140
140
140
141
141
142
142
137
142
147
148
148
150
150
151
150
150
151
152
152
152
152
153
153
153
40
HR
kW
343
358
373
386
398
410
423
436
450
463
477
491
504
519
535
550
565
580
368
386
403
416
430
444
457
471
486
500
515
530
543
560
576
592
608
624
395
415
434
448
462
477
492
507
523
538
553
569
585
602
620
638
655
673
Cool
kW
214
226
238
248
259
270
282
294
306
318
331
344
357
371
385
399
413
426
231
244
258
269
281
293
305
317
331
344
357
371
385
399
413
427
441
455
246
261
275
287
300
313
327
340
353
367
382
397
412
429
445
462
479
495
Power
kW
130
133
137
138
139
140
140
142
142
143
144
145
145
144
144
143
143
143
140
145
149
150
151
152
152
154
154
155
156
157
157
157
156
156
155
155
150
156
162
163
164
165
166
167
168
169
170
171
171
170
170
169
169
168
45
HR
kW
337
352
368
379
391
402
415
428
441
454
468
482
495
508
522
535
548
562
364
381
399
411
424
437
450
464
477
491
506
521
534
548
562
575
589
603
389
409
429
442
456
470
484
499
513
527
543
559
574
591
607
623
639
655
Cool
kW
196
208
220
230
240
252
263
273
285
296
308
321
334
347
361
374
388
401
216
228
240
250
261
277
288
299
311
323
336
349
362
375
389
403
417
431
216
236
255
267
279
291
303
316
328
340
354
368
382
398
414
431
447
464
Condenser Leaving Water Temperature Deg C
LCLT = Leaving Chilled Liquid Temperature
HR = Heat Rejection
Table should also be used for 30% Propylene Glycol after reducing LCLT by 1°C
(For example the cooling capacity when using -1°C LCLT using Propylene Glycol is equivalent to -2°C LCLT using Ethylene Glycol).
0620HA
0575HA
0530HA
YLCS
50
Power
kW
142
146
150
151
152
154
155
157
158
159
160
160
161
161
160
160
159
159
153
158
163
165
165
169
170
171
172
173
174
174
176
176
176
176
176
177
165
171
177
179
179
183
184
185
186
187
188
189
191
191
191
191
191
192
HR
kW
330
346
363
373
384
398
410
422
435
447
460
473
487
500
513
526
539
552
362
378
395
407
418
438
449
461
474
487
501
514
528
542
556
570
584
598
373
398
424
437
450
465
478
492
505
518
533
547
563
579
596
612
629
645
55
171
172
173
174
175
176
176
178
178
178
178
178
178
186
187
188
189
190
191
191
194
195
196
196
197
198
202
202
204
204
205
207
208
210
211
212
213
214
215
262
271
280
291
303
314
327
338
351
365
379
392
406
269
280
291
303
314
327
339
351
367
383
399
416
432
Power
kW
235
245
254
265
276
287
299
310
323
337
350
364
377
Cool
kW
460
472
485
497
509
523
536
551
568
585
602
619
636
438
449
459
471
483
496
508
522
536
551
565
580
594
397
408
418
430
442
454
466
479
493
506
519
533
546
HR
kW
239
245
251
259
267
306
274
286
308
329
351
372
393
222
224
225
227
229
296
218
231
260
289
318
348
377
206
211
216
222
228
266
233
244
265
285
305
326
346
Cool
kW
60
222
223
224
226
227
271
230
231
232
234
235
237
238
205
206
207
209
211
297
212
213
214
215
217
218
219
187
189
190
192
193
237
195
196
197
198
199
200
201
Power
kW
449
457
464
473
482
564
492
506
529
551
574
597
620
417
419
421
425
429
578
420
433
463
494
524
555
585
383
390
397
404
411
491
418
430
451
473
494
516
537
HR
kW
PC155-100 Rev.5 (0609)
Glycol Cooling Capacities (0530HA - 0620HA)
GB
GB
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
LCLT
°C
Cool
kW
325
344
357
372
387
402
421
442
462
485
500
517
531
550
569
588
606
625
369
388
410
428
448
467
483
500
523
546
567
589
610
631
652
673
695
716
423
445
472
491
511
531
549
568
596
625
648
673
696
719
743
766
789
812
Power
kW
126
127
126
127
128
129
128
127
125
122
122
123
124
125
126
127
129
130
135
136
138
139
138
139
139
143
138
133
134
135
136
138
141
143
146
149
155
158
159
160
160
161
161
164
159
156
155
156
157
159
161
163
165
168
30
HR
kW
445
465
477
493
508
524
542
562
581
601
615
633
649
669
689
709
729
749
497
518
541
561
580
599
615
635
654
672
693
717
738
762
786
810
833
857
571
595
623
643
664
684
702
723
747
773
795
821
845
871
896
921
946
971
Cool
kW
305
320
336
350
365
379
397
415
434
453
469
485
501
520
538
557
576
595
348
366
383
401
419
437
453
470
491
513
533
553
573
594
616
637
658
680
394
417
440
459
478
497
516
535
560
586
608
631
653
677
700
724
748
771
Power
kW
133
138
142
143
144
145
145
145
144
142
142
143
144
145
145
146
146
147
148
152
156
157
157
158
158
161
158
155
156
157
158
159
161
162
164
165
167
173
180
181
181
183
183
185
182
181
181
182
183
184
185
186
187
188
35
HR
kW
431
451
471
486
501
517
534
552
570
588
604
621
637
657
676
696
715
735
489
510
531
550
568
587
603
623
641
660
681
702
723
746
768
791
814
837
553
582
610
631
651
671
690
710
733
758
780
803
826
851
876
901
925
950
Cool
kW
283
299
314
328
342
356
372
389
405
421
437
454
470
489
508
527
546
565
322
339
356
373
390
407
423
440
460
480
499
517
536
557
579
600
622
644
365
387
408
426
445
464
483
502
525
547
568
589
610
634
658
682
707
731
Power
kW
147
153
159
160
160
162
162
162
163
162
163
164
165
164
164
164
164
164
163
169
174
175
176
177
177
180
178
178
179
180
181
181
181
181
181
182
184
192
200
201
202
204
205
207
205
205
206
207
208
208
208
208
208
209
40
HR
kW
422
444
465
480
495
510
526
543
559
575
592
609
626
645
664
683
702
721
477
499
522
539
557
575
592
610
629
649
668
688
707
729
751
773
794
816
540
569
598
618
638
658
677
698
720
742
764
786
807
832
856
880
905
929
Cool
kW
262
277
293
306
320
334
348
362
376
389
406
422
439
458
478
497
516
536
297
313
330
345
361
377
393
410
428
447
465
481
499
520
542
564
586
608
336
356
376
394
412
431
450
469
489
509
528
547
567
591
616
641
665
690
Power
kW
160
168
175
176
177
178
179
180
182
182
183
184
185
184
183
183
182
181
178
185
192
193
194
196
197
198
199
200
201
202
203
202
201
200
199
198
201
211
221
222
224
226
227
228
229
230
232
233
234
233
232
231
230
229
45
HR
kW
414
436
459
473
488
503
518
533
549
562
580
597
615
633
652
670
689
708
466
489
512
528
546
563
580
598
617
637
655
673
691
712
733
754
775
796
527
556
585
605
625
645
665
685
706
727
748
768
788
812
836
860
884
908
Cool
kW
216
244
271
284
298
305
319
332
345
357
372
387
402
421
440
459
478
496
268
285
303
317
332
348
364
379
396
413
430
447
464
483
503
523
543
562
305
324
344
362
379
397
415
433
451
470
490
508
527
550
572
594
616
639
Condenser Leaving Water Temperature Deg C
LCLT = Leaving Chilled Liquid Temperature
HR = Heat Rejection
Table should also be used for 30% Propylene Glycol after reducing LCLT by 1°C
(For example the cooling capacity when using -1°C LCLT using Propylene Glycol is equivalent to -2°C LCLT using Ethylene Glycol).
0840HA
0725HA
0660HA
YLCS
50
Power
kW
177
184
192
193
193
198
198
199
201
201
203
204
206
206
206
206
206
207
195
203
210
211
213
217
218
220
220
222
223
224
225
225
226
226
226
227
221
231
241
243
245
250
251
253
254
255
257
258
259
260
260
261
261
262
HR
kW
384
419
453
467
481
493
507
521
536
548
565
581
597
616
635
654
673
693
453
478
502
518
535
554
571
588
605
623
641
659
677
697
717
737
757
778
515
544
573
592
612
634
653
673
693
712
733
753
774
796
819
842
864
887
55
217
218
219
219
220
222
224
226
227
228
230
231
232
238
239
241
242
243
244
246
247
249
250
252
253
255
274
276
278
279
280
282
284
285
287
289
290
292
294
319
334
348
364
379
396
412
428
446
464
482
499
517
363
380
397
414
432
451
469
488
508
528
548
567
587
Power
kW
276
289
302
314
325
339
351
365
383
402
420
439
457
Cool
kW
623
641
660
679
698
718
738
759
780
802
823
845
866
545
561
577
594
610
627
646
663
682
702
721
740
759
482
496
509
523
534
550
564
579
599
619
638
658
678
HR
kW
328
344
359
376
392
410
428
446
466
485
505
524
544
302
317
331
344
359
376
391
409
426
443
461
478
267
279
291
305
317
330
342
356
369
383
396
410
Cool
kW
60
299
302
304
306
309
310
312
314
315
317
319
321
323
262
264
266
268
269
270
272
273
275
276
278
279
239
241
242
243
245
247
249
251
252
254
255
257
Power
kW
612
630
648
667
686
704
724
744
765
787
808
829
851
551
568
583
599
615
632
650
668
687
706
724
743
494
508
522
536
550
564
579
594
609
624
639
654
HR
kW
PC155-100 Rev.5 (0609)
Glycol Cooling Capacities (0660HA - 0840HA)
23
24
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
LCLT
°C
Cool
kW
478
503
534
554
575
595
615
636
670
703
730
757
783
808
833
858
883
908
511
539
565
588
611
633
667
700
728
755
781
809
835
865
895
924
954
984
579
603
605
630
655
681
706
730
768
805
836
866
896
926
955
985
1015
1044
Power
kW
175
179
180
181
182
183
184
185
179
179
177
178
179
180
182
183
185
187
188
192
193
193
194
194
197
198
192
187
186
187
188
192
196
199
203
207
192
203
212
214
214
215
217
219
211
203
204
204
203
206
208
211
214
217
30
HR
kW
644
673
705
726
748
769
790
811
840
874
897
925
952
979
1006
1032
1059
1086
689
721
748
771
795
818
854
889
910
933
958
987
1014
1047
1080
1114
1147
1180
761
795
806
833
859
885
911
938
968
998
1029
1060
1089
1121
1153
1186
1218
1250
Cool
kW
441
469
496
517
538
558
579
599
629
659
684
709
733
759
785
811
837
863
476
496
527
550
573
595
625
655
681
707
732
759
785
815
844
874
904
933
525
544
569
593
618
643
667
692
725
758
787
816
845
876
906
937
968
999
Power
kW
185
194
203
205
206
207
208
209
206
206
205
206
207
208
209
209
210
211
198
208
217
218
219
220
222
224
220
217
217
218
219
221
223
226
228
230
226
234
241
243
244
245
247
249
244
239
240
241
241
242
243
245
246
247
35
HR
kW
617
653
689
711
733
755
776
798
825
855
879
904
930
957
983
1010
1037
1064
664
694
734
757
781
804
836
868
890
913
938
966
993
1025
1056
1088
1120
1152
740
766
798
824
850
875
902
929
957
985
1015
1045
1074
1106
1138
1170
1202
1234
Cool
kW
408
434
459
480
501
521
542
563
589
615
638
661
684
711
737
764
791
818
441
462
489
512
535
557
583
610
634
658
683
709
734
764
794
823
853
883
492
512
533
557
581
605
629
654
682
711
738
766
793
825
857
890
922
954
Power
kW
205
215
226
228
229
231
232
234
233
233
234
235
236
236
236
236
236
236
219
230
242
243
244
246
248
250
248
247
248
249
250
251
251
252
252
253
254
262
271
273
274
276
277
280
278
276
277
278
279
279
278
278
278
278
40
HR
kW
602
638
674
696
718
741
763
785
810
836
860
884
908
934
961
988
1015
1042
648
680
719
743
767
791
819
847
870
893
919
946
972
1002
1032
1063
1093
1123
733
761
789
816
841
866
893
920
946
972
1001
1030
1058
1090
1122
1154
1186
1217
Cool
kW
375
399
422
443
463
484
506
527
549
571
592
613
634
662
690
717
745
773
406
427
451
474
496
519
542
564
587
610
634
659
684
714
743
773
803
832
458
477
496
520
543
567
591
616
640
663
689
715
742
775
808
842
875
908
Power
kW
224
237
249
251
253
255
257
258
259
260
262
263
264
263
262
262
261
260
239
253
266
268
270
272
274
276
276
277
279
280
281
280
279
278
277
276
282
291
300
302
304
306
308
310
311
312
313
315
317
315
313
312
310
308
45
HR
kW
588
623
659
681
704
726
749
772
795
818
841
863
885
912
939
966
993
1020
633
667
704
728
753
778
802
827
849
873
900
925
951
980
1008
1037
1066
1094
726
754
781
807
832
857
884
910
935
960
986
1015
1043
1074
1106
1138
1169
1201
Cool
kW
342
364
385
406
426
445
466
486
507
527
549
570
591
616
641
665
690
715
366
384
413
436
458
478
499
520
542
564
588
612
636
663
690
717
744
771
422
441
460
484
506
525
550
574
597
620
644
669
693
723
754
784
814
845
Condenser Leaving Water Temperature Deg C
LCLT = Leaving Chilled Liquid Temperature
HR = Heat Rejection
Table should also be used for 30% Propylene Glycol after reducing LCLT by 1°C
(For example the cooling capacity when using -1°C LCLT using Propylene Glycol is equivalent to -2°C LCLT using Ethylene Glycol).
1110HA
1050HA
0955HA
YLCS
50
Power
kW
247
260
272
274
276
283
284
286
287
289
291
292
294
294
295
295
296
297
276
286
291
293
295
302
303
305
306
308
310
311
313
313
313
314
314
315
310
320
330
332
334
340
342
345
347
348
350
352
354
354
354
354
354
354
HR
kW
577
610
644
666
689
713
735
758
780
801
825
847
870
895
921
946
971
996
628
656
689
714
739
764
787
810
833
857
882
907
932
960
988
1015
1043
1070
717
745
773
799
823
848
875
901
926
951
976
1003
1029
1059
1090
1120
1150
1180
55
310
312
314
315
317
319
321
323
325
327
329
331
333
331
333
334
336
338
340
342
344
346
348
349
351
353
374
377
380
382
384
386
388
390
392
394
395
397
399
437
456
476
497
519
542
564
587
612
637
661
686
711
484
508
531
554
577
599
622
645
672
699
726
754
781
Power
kW
406
425
445
465
484
506
526
548
570
592
613
635
657
Cool
kW
839
866
892
917
942
966
991
1015
1044
1073
1102
1131
1160
751
772
793
817
840
865
889
914
940
967
993
1020
1046
700
721
743
764
785
809
831
855
879
902
926
950
973
HR
kW
415
435
455
476
496
517
538
561
584
607
630
653
385
402
421
441
460
481
501
522
544
566
588
610
Cool
kW
60
364
367
370
372
375
377
380
382
384
387
389
391
341
344
347
350
351
353
355
357
360
362
365
367
Power
kW
761
783
807
829
853
875
899
924
949
974
999
1024
709
729
751
773
794
816
838
862
886
910
934
958
HR
kW
PC155-100 Rev.5 (0609)
Glycol Cooling Capacities (0955HA - 1110HA)
GB
GB
425
446
462
400
405
416
428
443
459
468
486
499
511
533
550
466
474
13
14
15
4.5
5
6
7
8
9
10
11
12
13
14
15
4.5
5
521
538
549
569
583
596
620
639
8
9
10
11
12
13
14
15
488
415
12
503
402
11
7
387
10
6
366
379
9
7
8
344
352
6
333
337
5
111
110
109
109
106
103
102
101
100
99
98
98
96
95
94
94
92
89
88
87
87
86
85
85
81
80
79
79
77
75
74
74
73
73
72
72
kW
kW
4.5
Power
Cool
35
744
725
700
687
670
647
635
617
598
583
567
559
642
624
600
588
573
553
543
526
510
498
486
480
539
522
501
490
476
458
450
436
422
413
405
402
kW
HR
614
597
576
566
548
525
513
497
480
464
448
441
526
512
493
484
469
450
440
425
411
397
384
377
438
427
411
402
390
374
366
354
342
330
319
313
kW
Cool
LCLT = Leaving Chilled Liquid Temperature HR = Heat Rejection
0480AA
0415AA
0350AA
YLCS
LCLT
°C
121
119
116
114
113
113
112
112
111
110
110
109
105
102
100
98
98
97
97
96
96
95
95
95
89
86
85
83
82
82
82
81
81
80
80
80
kW
Power
40
729
710
686
674
655
632
620
603
585
569
553
545
625
609
589
578
562
542
532
517
502
488
474
467
522
508
492
481
468
452
443
431
419
407
395
389
kW
HR
594
575
551
538
522
499
487
470
454
438
422
416
507
491
470
460
445
426
417
402
388
375
362
357
420
408
390
382
369
353
346
335
322
312
302
298
kW
Cool
128
127
126
126
125
124
124
123
123
122
122
121
111
110
109
109
108
107
107
107
106
105
104
103
93
93
92
92
91
90
90
90
89
89
88
87
kW
Power
45
715
696
671
658
641
617
605
588
570
554
538
531
612
596
574
563
548
528
518
504
489
475
461
455
509
496
477
469
456
439
432
420
407
397
385
380
kW
HR
562
544
526
507
490
476
459
443
427
412
397
389
480
465
449
434
419
407
392
379
366
353
341
335
397
385
372
360
347
338
325
315
304
294
284
279
kW
Cool
141
140
140
139
139
137
137
137
136
136
135
135
122
121
121
120
120
118
117
117
116
116
115
115
103
102
102
101
101
99
99
99
98
98
97
97
kW
Power
50
697
677
658
639
622
607
590
573
557
541
525
517
596
580
564
548
533
519
504
490
476
463
451
444
495
482
469
456
443
432
420
408
397
387
376
371
kW
HR
526
508
489
475
460
444
431
414
397
383
369
362
449
435
418
406
392
378
367
353
339
328
315
309
373
361
347
337
325
312
303
293
282
273
263
258
kW
Cool
Saturated Discharge Temperature at Unit °C
55
157
156
155
155
155
153
153
154
155
155
154
153
135
134
134
133
133
132
132
133
133
132
132
131
114
114
113
112
113
113
113
113
112
111
111
111
kW
Power
675
657
637
622
606
589
576
561
544
530
515
507
578
562
545
533
519
504
492
479
465
453
440
434
481
470
454
444
432
419
411
400
389
379
368
363
kW
HR
490
474
453
444
430
412
403
384
366
353
341
333
419
406
387
379
366
349
341
327
313
302
290
284
348
337
321
314
302
286
279
269
260
250
240
237
kW
Cool
60
173
172
171
171
170
169
168
171
174
173
172
171
149
148
147
147
147
147
147
148
149
148
148
146
126
125
124
124
125
127
127
127
126
125
125
124
kW
Power
655
637
616
607
591
573
562
547
531
518
505
495
561
547
527
519
505
489
481
467
455
442
431
423
467
455
439
432
420
407
399
389
379
369
358
354
kW
HR
457
439
415
403
388
370
SQ
SQ
SQ
SQ
SQ
SQ
389
374
355
345
332
316
SQ
SQ
SQ
SQ
SQ
SQ
321
310
295
286
276
263
SQ
SQ
SQ
SQ
SQ
SQ
kW
Cool
65
192
194
196
197
196
195
SQ
SQ
SQ
SQ
SQ
SQ
164
166
168
169
168
166
SQ
SQ
SQ
SQ
SQ
SQ
138
140
141
142
141
140
SQ
SQ
SQ
SQ
SQ
SQ
kW
Power
HR
640
623
601
590
574
555
SQ
SQ
SQ
SQ
SQ
SQ
545
532
514
505
491
474
SQ
SQ
SQ
SQ
SQ
SQ
452
443
428
421
410
396
SQ
SQ
SQ
SQ
SQ
SQ
kW
PC155-100 Rev.5 (0609)
Cooling Capacities (0350AA - 0480AA)
25
26
689
713
732
751
787
816
11
12
13
14
15
677
10
653
591
5
9
580
4.5
8
740
15
613
718
14
636
690
13
7
676
12
6
658
585
7
636
564
6
11
544
5
10
534
4.5
605
689
15
623
669
14
9
643
13
8
630
581
9
12
563
8
592
544
7
613
526
6
11
509
10
500
140
139
138
137
134
130
128
126
124
125
125
125
129
128
127
126
124
120
119
118
117
116
116
115
120
119
118
117
115
112
110
109
109
108
107
106
kW
kW
5
Power
Cool
4.5
LCLT
°C
LCLT = Leaving Chilled Liquid Temperature
0620AA
0575AA
0530AA
YLCS
35
771
751
726
712
690
661
647
626
605
582
561
550
711
692
668
656
636
609
595
576
556
537
517
507
662
645
622
611
592
567
554
536
518
500
483
474
kW
Cool
153
151
146
144
143
142
142
141
140
139
138
138
142
139
135
133
132
131
131
130
129
128
127
127
132
129
125
124
123
122
122
121
120
119
119
118
kW
Power
HR = Heat Rejection
949
919
882
862
841
813
798
773
754
732
710
699
862
840
811
796
776
750
736
717
696
675
654
643
803
782
755
741
723
698
685
667
647
629
610
601
kW
HR
40
917
894
864
849
826
796
782
759
737
715
692
681
846
824
797
783
761
733
720
700
679
659
638
628
787
767
741
728
708
683
670
651
632
614
595
586
kW
HR
744
720
691
676
655
626
612
592
572
551
529
522
686
664
638
623
604
577
563
545
526
506
485
478
640
620
594
581
563
538
525
508
490
472
454
447
kW
Cool
162
161
160
159
158
156
156
155
155
154
153
152
150
149
148
147
146
144
144
143
143
142
142
140
139
138
137
136
136
134
134
133
133
132
132
130
kW
Power
45
897
873
843
827
805
775
760
739
719
697
675
666
828
806
778
763
742
714
700
681
662
641
619
611
772
751
725
710
691
665
653
634
616
597
579
571
kW
HR
705
683
660
638
614
597
573
554
535
516
497
488
651
630
610
589
566
550
527
509
491
474
457
448
607
587
568
548
528
513
493
476
459
443
427
419
kW
Cool
179
178
177
176
176
174
174
173
172
171
170
170
166
165
164
163
163
161
161
160
159
158
157
156
153
153
152
151
151
149
149
148
147
147
146
145
kW
Power
50
875
852
828
805
781
762
738
718
698
678
659
649
808
787
765
744
721
702
680
661
642
624
606
597
752
732
712
691
671
655
635
617
599
582
565
557
kW
HR
659
638
610
596
574
549
534
515
495
478
460
452
608
588
563
550
530
508
494
475
456
440
425
417
567
548
526
513
495
476
463
445
426
412
397
389
kW
Cool
Saturated Discharge Temperature at Unit °C
55
199
198
196
196
196
195
196
196
196
195
195
194
184
183
181
181
181
179
179
180
181
180
179
179
170
169
168
168
168
166
166
167
168
167
167
166
kW
Power
848
825
797
782
760
734
720
701
682
663
645
636
783
762
735
722
701
677
664
646
628
611
595
587
729
709
686
672
654
633
620
603
586
570
555
547
kW
HR
614
594
568
554
534
508
494
475
456
440
424
417
566
548
524
511
494
472
461
441
421
407
393
386
528
511
489
478
462
442
432
413
393
380
367
360
kW
Cool
60
219
218
217
216
217
218
218
219
220
219
219
217
202
201
200
200
199
198
197
200
203
202
202
201
188
187
186
186
185
184
183
186
189
188
187
186
kW
Power
823
801
774
760
741
715
702
684
665
648
632
623
758
739
714
701
683
660
648
631
614
599
585
577
707
688
665
654
637
616
605
589
572
558
545
536
kW
HR
569
546
519
505
487
465
SQ
SQ
SQ
SQ
SQ
SQ
525
504
479
466
450
430
SQ
SQ
SQ
SQ
SQ
SQ
491
471
447
434
419
400
SQ
SQ
SQ
SQ
SQ
SQ
kW
Cool
65
242
244
247
249
248
246
SQ
SQ
SQ
SQ
SQ
SQ
223
225
228
230
229
227
SQ
SQ
SQ
SQ
SQ
SQ
208
210
212
214
213
211
SQ
SQ
SQ
SQ
SQ
SQ
kW
Power
HR
799
778
754
741
723
699
SQ
SQ
SQ
SQ
SQ
SQ
737
718
696
685
668
646
SQ
SQ
SQ
SQ
SQ
SQ
688
671
649
637
621
600
SQ
SQ
SQ
SQ
SQ
SQ
kW
PC155-100 Rev.5 (0609)
Cooling Capacities (0530AA - 0620AA)
GB
GB
134
1097
15
866
7
1065
838
6
1022
810
5
14
796
4.5
13
957
15
1001
928
14
12
890
13
975
871
12
940
849
11
11
820
10
10
805
9
885
781
8
923
755
7
9
731
6
8
707
5
150
857
14
893
812
13
694
788
12
15
768
11
4.5
149
743
10
135
186
185
183
182
178
173
171
170
168
167
167
167
161
160
158
157
154
149
147
146
145
144
144
144
148
147
145
140
138
701
132
730
686
7
9
662
6
135
135
8
627
639
5
kW
kW
4.5
Power
Cool
35
LCLT = Leaving Chilled Liquid Temperature
0840AA
0725AA
0660AA
YLCS
LCLT
°C
1055
1026
989
970
940
901
882
853
825
798
771
758
921
895
861
845
819
787
770
745
719
696
674
662
832
811
783
768
745
714
698
676
653
628
605
593
kW
Cool
HR = Heat Rejection
1274
1240
1196
1174
1144
1105
1085
1046
1026
997
969
954
1109
1080
1040
1020
995
962
945
920
893
869
844
831
1036
999
953
928
906
875
861
830
811
789
767
755
kW
HR
204
200
194
192
190
188
188
187
186
185
184
183
176
172
167
165
164
163
163
162
161
160
159
158
165
162
157
155
154
153
152
151
150
150
149
149
kW
Power
40
1248
1216
1173
1152
1120
1080
1060
1031
1002
974
946
932
1088
1059
1020
1002
975
941
925
898
872
848
824
813
989
965
932
916
891
859
843
819
796
771
747
734
kW
HR
1016
984
943
923
894
854
836
811
788
756
725
713
889
860
824
805
780
745
728
705
682
657
632
623
801
777
745
728
706
676
660
639
618
596
573
565
kW
Cool
215
213
212
211
210
209
208
205
202
204
205
204
185
184
183
182
182
180
180
179
178
178
177
175
174
173
172
171
170
169
169
168
167
167
165
163
kW
Power
45
1220
1186
1145
1123
1093
1053
1034
1006
981
950
920
907
1065
1035
997
978
952
915
899
874
851
826
800
789
966
941
908
890
867
836
821
798
776
754
730
720
kW
HR
964
934
904
874
841
816
783
758
733
707
681
668
840
815
789
763
734
712
683
662
640
617
594
582
759
735
711
687
662
643
619
599
578
558
537
527
kW
Cool
234
234
234
234
234
231
232
231
230
228
227
226
204
203
202
202
202
199
199
198
197
197
196
196
192
191
190
189
190
187
187
186
185
185
184
184
kW
Power
50
1186
1156
1126
1097
1064
1036
1003
977
951
924
897
883
1035
1008
981
955
926
901
873
850
827
804
780
768
942
917
892
867
842
821
797
775
754
733
712
701
kW
HR
900
871
839
815
786
755
732
705
678
654
629
617
786
761
733
712
686
661
639
616
593
571
549
538
710
687
657
642
618
590
573
554
535
516
496
486
kW
Cool
Saturated Discharge Temperature at Unit °C
55
262
261
261
260
260
257
258
259
261
260
259
258
228
227
226
225
224
222
223
224
225
225
224
224
214
212
211
210
212
212
213
212
211
210
210
209
kW
Power
1149
1119
1087
1062
1033
999
977
952
926
901
875
863
1003
976
947
926
900
872
851
829
807
784
762
751
913
889
858
842
819
791
776
756
736
716
695
685
kW
HR
838
811
775
757
732
699
682
653
624
601
578
570
733
709
677
662
640
611
596
570
545
525
505
498
662
640
612
598
574
543
528
510
492
473
455
448
kW
Cool
60
292
290
289
288
286
285
285
289
293
292
291
289
252
250
249
248
247
246
246
250
253
252
252
249
236
234
233
232
235
238
239
238
237
236
235
233
kW
Power
1115
1086
1049
1030
1004
970
952
927
902
878
854
844
972
946
914
898
875
845
830
808
786
765
744
734
887
862
833
818
798
769
755
736
717
698
679
670
kW
HR
778
748
709
689
664
633
SQ
SQ
SQ
SQ
SQ
SQ
679
653
619
602
580
553
SQ
SQ
SQ
SQ
SQ
SQ
613
588
558
543
524
500
SQ
SQ
SQ
SQ
SQ
SQ
kW
Cool
65
321
325
329
331
329
326
SQ
SQ
SQ
SQ
SQ
SQ
278
281
284
286
284
283
SQ
SQ
SQ
SQ
SQ
SQ
260
263
266
268
267
265
SQ
SQ
SQ
SQ
SQ
SQ
kW
Power
HR
1084
1057
1021
1004
977
943
SQ
SQ
SQ
SQ
SQ
SQ
943
920
888
873
850
822
SQ
SQ
SQ
SQ
SQ
SQ
860
839
811
798
778
752
SQ
SQ
SQ
SQ
SQ
SQ
kW
PC155-100 Rev.5 (0609)
Cooling Capacities (0660AA - 0840AA)
27
28
1180
1257
1298
1338
1379
1027
1044
1079
1114
1152
1188
1225
1261
1299
1340
1380
1422
12
13
14
15
4.5
5
6
7
8
9
10
11
12
13
14
15
1142
9
1218
1107
8
11
1071
10
1036
1237
15
7
1201
14
6
1154
13
984
1131
12
1001
1101
11
5
1061
10
4.5
989
977
7
1041
946
6
9
914
8
898
1594
1637
226
1553
1510
1471
1434
1396
1359
1320
1284
1248
1230
1594
1551
1510
1467
1427
1387
1347
1311
1273
1236
1199
1181
1438
1401
1351
1328
1293
1248
1226
1172
1159
1126
1093
1077
kW
HR
225
224
222
221
220
219
218
216
215
214
214
226
224
223
221
219
217
215
214
212
210
209
208
212
210
208
207
202
197
194
193
191
190
189
189
kW
kW
5
Power
Cool
4.5
LCLT °C
LCLT = Leaving Chilled Liquid Temperature
HR = Heat Rejection
1110AA
1050AA
0955AA
YLCS
35
1379
1336
1295
1252
1217
1182
1147
1111
1074
1040
1006
989
1328
1283
1241
1199
1162
1126
1089
1055
1021
987
953
936
1189
1158
1117
1096
1061
1016
993
962
931
900
869
854
kW
Cool
245
244
243
243
241
239
237
235
234
233
231
230
244
242
240
238
236
234
232
230
228
226
223
222
232
227
221
218
216
214
213
212
211
210
209
209
kW
Power
40
1612
1568
1526
1483
1446
1409
1372
1334
1296
1261
1226
1208
1560
1513
1469
1425
1386
1348
1309
1273
1237
1201
1165
1146
1409
1374
1326
1303
1266
1219
1195
1163
1132
1100
1068
1052
kW
HR
1315
1277
1240
1203
1168
1134
1099
1064
1030
997
964
948
1250
1212
1176
1139
1101
1065
1029
997
965
932
899
883
1142
1107
1063
1040
1007
964
943
918
895
856
818
803
kW
Cool
273
271
270
268
266
264
262
261
259
257
254
253
268
266
263
261
259
256
254
251
249
246
244
243
244
242
241
241
239
238
237
232
227
231
234
233
kW
Power
45
1574
1534
1496
1457
1421
1385
1348
1312
1276
1241
1206
1188
1505
1465
1426
1387
1347
1308
1270
1236
1202
1166
1131
1114
1374
1338
1292
1269
1234
1190
1168
1138
1111
1075
1040
1024
kW
HR
1276
1239
1203
1167
1131
1096
1061
1027
994
964
934
919
1175
1139
1105
1069
1034
999
965
934
904
873
842
826
1087
1053
1019
986
948
919
882
854
826
797
768
754
kW
Cool
306
304
303
301
299
296
294
292
290
288
286
285
298
295
292
289
287
284
282
279
276
274
271
269
262
263
264
265
266
262
263
262
261
259
257
256
kW
Power
50
1566
1528
1491
1453
1415
1377
1340
1304
1269
1238
1206
1190
1458
1419
1383
1344
1307
1269
1233
1200
1167
1133
1099
1081
1336
1303
1270
1238
1200
1169
1132
1103
1074
1043
1012
997
kW
HR
1215
1179
1145
1110
1076
1043
1010
979
947
915
884
868
1101
1066
1032
998
965
933
900
869
838
809
779
764
1014
981
945
918
885
848
825
795
764
737
710
696
kW
Cool
Saturated Discharge Temperature at Unit °C
55
346
344
342
340
339
337
334
331
328
327
326
325
333
330
327
324
321
318
315
312
309
307
304
302
297
296
296
296
295
292
293
294
296
295
294
293
kW
Power
1544
1506
1471
1434
1398
1363
1327
1293
1258
1225
1193
1177
1417
1379
1343
1306
1270
1235
1200
1166
1132
1100
1067
1051
1296
1263
1226
1199
1166
1126
1104
1075
1046
1017
988
974
kW
HR
1145
1111
1078
1045
1011
980
947
916
885
854
824
809
1021
986
952
917
885
854
822
793
764
736
708
693
943
912
872
852
824
787
768
736
703
676
651
642
kW
Cool
60
403
401
398
396
393
390
388
384
381
380
379
378
373
373
373
373
373
372
372
368
365
363
361
360
332
330
328
327
325
324
323
327
332
331
330
328
kW
Power
1528
1491
1457
1421
1385
1350
1315
1281
1246
1215
1184
1168
1376
1340
1306
1272
1240
1207
1175
1143
1110
1081
1050
1035
1258
1226
1184
1162
1132
1095
1075
1046
1018
991
964
954
kW
HR
1075
1042
1011
980
947
916
SQ
SQ
SQ
SQ
SQ
SQ
941
905
871
836
805
775
SQ
SQ
SQ
SQ
SQ
SQ
877
843
798
776
748
713
SQ
SQ
SQ
SQ
SQ
SQ
kW
Cool
65
460
457
454
452
448
444
SQ
SQ
SQ
SQ
SQ
SQ
413
416
420
423
425
426
SQ
SQ
SQ
SQ
SQ
SQ
365
369
374
377
374
369
SQ
SQ
SQ
SQ
SQ
SQ
kW
Power
HR
1512
1476
1443
1409
1372
1338
SQ
SQ
SQ
SQ
SQ
SQ
1334
1301
1270
1238
1209
1179
SQ
SQ
SQ
SQ
SQ
SQ
1224
1193
1154
1134
1103
1063
SQ
SQ
SQ
SQ
SQ
SQ
kW
PC155-100 Rev.5 (0609)
Cooling Capacities (0955AA - 1110AA)
GB
GB
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
Cool
kW
175
183
192
200
209
218
227
236
245
253
263
273
283
292
301
310
319
328
211
221
232
243
254
265
275
285
295
306
316
327
337
348
359
370
381
392
246
259
272
285
298
311
322
334
346
358
369
380
391
405
418
431
444
457
HR
kW
236
246
255
263
272
280
289
299
308
317
327
337
347
357
366
376
385
395
283
295
307
317
327
338
348
359
370
381
392
403
415
426
438
450
461
473
331
345
359
371
383
396
407
419
433
446
458
470
483
496
510
523
537
550
Cool
kW
166
173
180
187
195
202
211
219
230
241
250
259
268
277
286
295
304
313
198
207
217
226
235
244
256
267
279
290
301
312
322
334
346
358
369
381
231
242
253
265
275
286
301
315
328
340
352
365
377
391
406
420
435
449
HR = Heat Rejection
Power
kW
64
66
67
66
66
65
66
66
67
67
67
67
67
68
69
69
70
71
77
78
80
79
78
77
78
78
79
80
80
81
82
82
83
83
84
85
89
91
92
91
90
89
90
90
91
92
93
95
96
96
97
97
98
98
35
LCLT = Leaving Chilled Liquid Temperature
0480AA
0415AA
0350AA
YLCS
LCLT
°C
Power
kW
71
73
74
75
75
75
76
76
75
74
74
75
75
75
76
76
77
77
85
87
88
89
89
90
90
89
88
88
88
89
89
90
90
91
92
93
99
101
102
103
103
104
104
101
101
101
102
103
103
104
105
106
107
108
40
HR
kW
233
242
250
259
266
273
283
291
301
311
321
330
339
348
358
367
377
386
279
290
300
311
319
329
341
351
362
374
385
396
407
419
432
444
457
469
325
338
350
363
373
385
400
411
423
436
449
462
475
490
506
521
536
552
Cool
kW
153
160
167
175
182
189
198
206
215
224
233
242
251
260
270
279
289
298
183
190
201
210
219
228
239
249
260
270
281
291
302
314
325
337
349
361
214
225
236
246
256
267
280
293
304
316
329
341
353
367
381
395
409
423
Power
kW
79
81
83
83
84
84
85
85
84
85
85
86
86
86
86
86
86
86
94
96
98
99
99
100
100
100
100
100
101
102
102
102
102
102
102
103
109
111
114
115
115
116
116
115
115
116
117
118
118
118
118
118
119
119
45
HR
kW
228
236
245
253
261
269
278
286
294
305
314
323
332
341
351
361
370
380
272
281
295
304
313
323
334
344
354
366
376
388
398
410
422
434
446
458
318
331
344
355
365
376
390
402
414
426
439
453
465
479
494
508
522
536
Cool
kW
140
147
155
162
169
176
184
192
200
208
216
225
233
243
253
263
273
283
168
177
186
195
203
212
221
231
241
250
261
271
281
293
305
317
329
340
197
208
218
228
238
247
259
270
281
293
305
317
330
343
357
370
384
398
Power
kW
86
89
91
91
92
93
93
94
92
95
95
96
96
96
96
95
95
95
103
105
108
109
109
110
111
112
111
113
113
114
114
114
113
113
113
113
119
122
125
126
127
127
128
129
130
131
131
132
132
132
131
131
130
130
50
HR
kW
222
231
241
248
256
265
273
281
288
298
307
316
325
334
344
354
364
373
266
277
289
298
307
316
327
337
346
358
368
379
390
401
413
424
436
447
310
323
337
347
358
368
381
392
405
417
430
443
455
468
481
495
508
521
Cool
kW
121
131
142
149
156
163
171
179
185
191
199
208
216
227
237
247
258
268
148
160
168
179
188
196
204
213
222
230
240
251
261
273
285
296
308
320
175
188
201
209
219
228
237
247
258
269
281
294
306
319
332
345
359
372
Saturated Discharge Temperature at Unit °C
55
Power
kW
93
96
100
99
101
102
102
103
101
106
106
107
107
106
106
105
105
104
112
115
118
118
119
120
121
123
123
126
126
127
127
126
125
124
123
123
130
133
137
138
138
139
141
143
144
146
146
147
147
145
144
143
142
141
HR
kW
209
223
236
243
252
260
267
277
281
291
300
309
317
327
337
347
357
367
254
269
280
291
301
310
319
330
338
350
360
371
381
392
403
414
425
436
299
315
331
340
350
359
371
383
395
408
420
433
445
457
469
482
494
506
60
112
131
114
115
116
116
117
118
119
119
120
120
121
134
144
136
136
138
138
139
140
140
140
140
140
140
155
156
157
158
159
160
161
162
161
160
160
159
158
178
187
196
205
214
223
232
241
252
263
273
284
295
208
218
229
239
249
261
271
282
295
309
322
335
348
Power
kW
148
156
163
170
178
185
193
201
209
217
225
233
241
Cool
kW
355
367
378
389
400
413
424
436
449
461
473
486
498
305
323
324
334
344
354
364
374
385
396
406
417
427
255
280
271
279
288
296
304
313
321
330
339
347
356
HR
kW
189
199
208
217
227
237
247
258
269
281
292
304
315
162
170
177
186
194
202
211
220
230
240
249
259
269
135
141
147
154
161
168
175
183
191
199
206
214
222
Cool
kW
65
169
171
173
174
175
176
177
178
179
180
181
182
183
146
148
149
150
151
152
153
154
154
155
156
157
158
123
124
125
126
127
128
129
129
130
131
131
132
133
Power
kW
349
361
372
383
393
404
415
427
439
452
464
477
489
300
310
319
328
337
347
357
366
376
387
398
408
419
251
259
266
274
282
289
298
305
314
323
331
340
349
HR
kW
PC155-100 Rev.5 (0609)
Glycol Cooling Capacities (0350AA - 0480AA)
29
30
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
Cool
kW
267
281
295
308
322
336
348
361
374
387
402
417
432
445
459
473
487
501
288
303
317
332
346
361
374
387
402
416
434
453
472
486
501
515
529
544
307
323
340
355
370
386
401
415
431
447
463
478
494
512
529
546
564
581
35
HR
kW
359
375
390
402
415
428
441
454
468
482
498
513
529
544
559
573
588
603
388
404
420
433
447
461
475
489
504
519
538
557
576
592
608
623
639
655
417
434
452
467
481
496
511
526
542
559
575
591
608
627
645
664
683
701
Cool
kW
247
260
273
285
298
310
324
338
353
368
381
394
407
423
439
454
470
486
264
278
293
306
320
334
347
361
378
396
409
423
437
454
471
489
506
523
284
299
314
328
342
356
372
387
406
424
439
454
469
487
505
523
541
559
HR = Heat Rejection
Power
kW
97
99
100
99
98
98
98
99
99
100
101
102
103
104
105
106
107
108
105
107
108
107
107
106
107
107
108
108
109
109
110
111
113
114
116
117
116
117
118
117
116
116
116
117
117
118
118
119
120
121
123
124
125
127
LCLT = Leaving Chilled Liquid Temperature
0620AA
0575AA
0530AA
YLCS
LCLT
°C
40
Power
kW
107
109
112
112
113
114
114
113
112
111
112
113
113
114
115
116
117
119
114
118
121
121
122
123
123
124
122
120
121
122
122
123
125
126
128
129
124
128
132
132
133
134
134
135
133
131
132
133
133
134
135
136
137
138
HR
kW
348
364
379
392
405
418
432
445
459
473
487
501
514
531
548
565
582
599
372
390
407
421
436
451
464
478
494
510
524
539
553
571
590
609
627
646
402
420
439
453
469
484
499
516
532
549
564
580
595
614
633
652
671
690
Cool
kW
231
243
255
267
278
290
303
316
329
343
356
369
382
397
412
427
441
456
247
261
275
287
301
313
326
339
354
370
383
397
411
427
442
458
474
489
265
280
295
308
321
335
349
364
380
396
410
426
440
458
475
493
510
527
45
Power
kW
118
121
124
125
126
127
127
127
127
127
128
129
129
129
129
130
130
131
127
131
135
136
136
138
138
139
138
138
139
140
140
140
141
141
142
142
137
142
147
148
148
150
150
151
150
150
151
152
152
152
152
153
153
153
HR
kW
343
358
373
386
398
410
423
436
450
463
477
491
504
519
535
550
565
580
368
386
403
416
430
444
457
471
486
500
515
530
543
560
576
592
608
624
395
415
434
448
462
477
492
507
523
538
553
569
585
602
620
638
655
673
Cool
kW
214
226
238
248
259
270
282
294
306
318
331
344
357
371
385
399
413
426
231
244
258
269
281
293
305
317
331
344
357
371
385
399
413
427
441
455
246
261
275
287
300
313
327
340
353
367
382
397
412
429
445
462
479
495
Power
kW
130
133
137
138
139
140
140
142
142
143
144
145
145
144
144
143
143
143
140
145
149
150
151
152
152
154
154
155
156
157
157
157
156
156
155
155
150
156
162
163
164
165
166
167
168
169
170
171
171
170
170
169
169
168
50
HR
kW
337
352
368
379
391
402
415
428
441
454
468
482
495
508
522
535
548
562
364
381
399
411
424
437
450
464
477
491
506
521
534
548
562
575
589
603
389
409
429
442
456
470
484
499
513
527
543
559
574
591
607
623
639
655
Cool
kW
196
208
220
230
240
252
263
273
285
296
308
321
334
347
361
374
388
401
216
228
240
250
261
277
288
299
311
323
336
349
362
375
389
403
417
431
216
236
255
267
279
291
303
316
328
340
354
368
382
398
414
431
447
464
Saturated Discharge Temperature at Unit °C
55
Power
kW
142
146
150
151
152
154
155
157
158
159
160
160
161
161
160
160
159
159
153
158
163
165
165
169
170
171
172
173
174
174
176
176
176
176
176
177
165
171
177
179
179
183
184
185
186
187
188
189
191
191
191
191
191
192
HR
kW
330
346
363
373
384
398
410
422
435
447
460
473
487
500
513
526
539
552
362
378
395
407
418
438
449
461
474
487
501
514
528
542
556
570
584
598
373
398
424
437
450
465
478
492
505
518
533
547
563
579
596
612
629
645
60
171
172
173
174
175
176
176
178
178
178
178
178
178
186
187
188
189
190
191
191
194
195
196
196
197
198
202
202
204
204
205
207
208
210
211
212
213
214
215
262
271
280
291
303
314
327
338
351
365
379
392
406
269
280
291
303
314
327
339
351
367
383
399
416
432
Power
kW
235
245
254
265
276
287
299
310
323
337
350
364
377
Cool
kW
460
472
485
497
509
523
536
551
568
585
602
619
636
438
449
459
471
483
496
508
522
536
551
565
580
594
397
408
418
430
442
454
466
479
493
506
519
533
546
HR
kW
239
245
251
259
267
306
274
286
308
329
351
372
393
222
224
225
227
229
296
218
231
260
289
318
348
377
206
211
216
222
228
266
233
244
265
285
305
326
346
Cool
kW
65
222
223
224
226
227
271
230
231
232
234
235
237
238
205
206
207
209
211
297
212
213
214
215
217
218
219
187
189
190
192
193
237
195
196
197
198
199
200
201
Power
kW
449
457
464
473
482
564
492
506
529
551
574
597
620
417
419
421
425
429
578
420
433
463
494
524
555
585
383
390
397
404
411
491
418
430
451
473
494
516
537
HR
kW
PC155-100 Rev.5 (0609)
Glycol Cooling Capacities (0530AA - 0620AA)
GB
GB
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
Cool
kW
325
344
363
379
395
412
427
443
460
478
491
504
517
537
557
578
598
618
369
388
408
428
449
470
487
505
522
540
559
578
597
619
640
662
683
705
423
445
468
491
515
539
558
578
599
621
643
665
688
712
736
760
784
808
HR
kW
445
465
484
500
515
531
547
563
581
599
612
626
641
662
683
705
726
747
497
518
538
558
579
600
618
636
654
673
692
712
732
754
777
799
821
843
571
595
620
642
665
689
709
729
752
775
797
820
844
869
894
920
945
970
Cool
kW
305
320
336
350
365
379
397
414
434
453
469
485
501
520
538
557
576
595
348
366
383
401
419
437
453
470
491
513
533
553
573
594
616
637
658
680
394
417
440
459
478
497
516
535
560
586
608
631
653
677
700
724
748
771
HR = Heat Rejection
Power
kW
126
127
128
127
126
125
126
126
127
127
128
129
130
131
132
134
135
136
135
136
137
137
137
137
138
138
139
140
141
141
142
143
144
144
145
146
155
158
160
159
159
158
159
160
161
162
162
163
164
165
167
168
170
171
35
LCLT = Leaving Chilled Liquid Temperature
0840AA
0725AA
0660AA
YLCS
LCLT
°C
Power
kW
133
138
142
143
144
145
145
146
144
142
142
143
144
145
145
146
146
147
148
152
156
157
157
158
158
161
158
155
156
157
158
159
161
162
164
165
167
173
180
181
181
183
183
185
182
181
181
182
183
184
185
186
187
188
40
HR
kW
431
451
471
486
501
517
534
553
570
588
604
621
637
657
676
696
715
735
489
510
531
550
568
587
603
623
641
660
681
702
723
746
768
791
814
837
553
582
610
631
651
671
690
710
733
758
780
803
826
851
876
901
925
950
Cool
kW
283
299
314
328
342
356
372
388
405
421
437
454
470
489
508
527
546
565
322
339
356
373
390
407
423
440
460
480
499
517
536
557
579
600
622
644
365
387
408
426
445
464
483
502
525
547
568
589
610
634
658
682
707
731
Power
kW
147
153
159
160
160
162
162
163
163
162
163
164
165
164
164
164
164
164
163
169
174
175
176
177
177
180
178
178
179
180
181
181
181
181
181
182
184
192
200
201
202
204
205
207
205
205
206
207
208
208
208
208
208
209
45
HR
kW
422
444
465
480
495
510
526
543
559
575
592
609
626
645
664
683
702
721
477
499
522
539
557
575
592
610
629
649
668
688
707
729
751
773
794
816
540
569
598
618
638
658
677
698
720
742
764
786
807
832
856
880
905
929
Cool
kW
262
277
293
306
320
334
348
363
376
389
406
422
439
458
478
497
516
536
297
313
330
345
361
377
393
410
428
447
465
481
499
520
542
564
586
608
336
356
376
394
412
431
450
469
489
509
528
547
567
591
616
641
665
690
Power
kW
160
168
175
176
177
178
179
180
182
182
183
184
185
184
183
183
182
181
178
185
192
193
194
196
197
198
199
200
201
202
203
202
201
200
199
198
201
211
221
222
224
226
227
228
229
230
232
233
234
233
232
231
230
229
50
HR
kW
414
436
459
473
488
503
518
534
549
562
580
597
615
633
652
670
689
708
466
489
512
528
546
563
580
598
617
637
655
673
691
712
733
754
775
796
527
556
585
605
625
645
665
685
706
727
748
768
788
812
836
860
884
908
Cool
kW
216
244
271
284
298
305
319
333
345
357
372
387
402
421
440
459
478
496
268
285
303
317
332
348
364
379
396
413
430
447
464
483
503
523
543
562
305
324
344
362
379
397
415
433
451
470
490
508
527
550
572
594
616
639
Saturated Discharge Temperature at Unit °C
55
Power
kW
177
184
192
193
193
198
198
200
201
201
203
204
206
206
206
206
206
207
195
203
210
211
213
217
218
220
220
222
223
224
225
225
226
226
226
227
221
231
241
243
245
250
251
253
254
255
257
258
259
260
260
261
261
262
HR
kW
384
419
453
467
481
493
507
522
536
548
565
581
597
616
635
654
673
693
453
478
502
518
535
554
571
588
605
623
641
659
677
697
717
737
757
778
515
544
573
592
612
634
653
673
693
712
733
753
774
796
819
842
864
887
60
217
218
219
219
220
222
224
226
227
228
230
231
232
238
239
241
242
243
244
246
247
249
250
252
253
255
274
276
278
279
280
282
284
285
287
289
290
292
294
319
334
348
364
379
396
412
428
446
464
482
499
517
363
380
397
414
432
451
469
488
508
528
548
567
587
Power
kW
276
289
303
314
325
339
351
365
383
402
420
439
457
Cool
kW
623
641
660
679
698
718
738
759
780
802
823
845
866
545
561
577
594
610
627
646
663
682
702
721
740
759
482
496
511
523
534
550
564
579
599
619
638
658
678
HR
kW
328
344
359
376
392
410
428
446
466
485
505
524
544
286
302
317
331
344
359
376
391
409
426
443
461
478
255
267
278
291
305
317
330
342
356
369
383
396
410
Cool
kW
65
299
302
304
306
309
310
312
314
315
317
319
321
323
260
262
264
266
268
269
270
272
273
275
276
278
279
238
239
241
242
243
245
247
249
251
252
254
255
257
Power
kW
612
630
648
667
686
704
724
744
765
787
808
829
851
533
551
568
583
599
615
632
650
668
687
706
724
743
482
494
507
522
536
550
564
579
594
609
624
639
654
HR
kW
PC155-100 Rev.5 (0609)
Glycol Cooling Capacities (0660AA - 0840AA)
31
32
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
-12
-11
-10
-9
-8
-7
-6
-5
-4
-3
-2
-1
0
1
2
3
4
5
Cool
kW
478
503
527
554
580
608
629
651
677
702
728
753
779
805
831
858
884
911
511
539
567
594
621
649
671
693
723
752
778
805
832
860
887
915
943
970
579
603
626
647
668
690
716
742
769
797
825
853
882
911
941
971
1000
1030
HR
kW
644
673
701
726
752
778
800
823
850
876
902
928
955
984
1012
1040
1068
1097
689
721
753
778
803
829
852
876
906
936
964
992
1020
1049
1077
1105
1134
1162
761
795
830
850
870
891
917
944
973
1001
1030
1058
1088
1119
1151
1182
1213
1245
Cool
kW
441
469
496
517
538
558
579
599
629
659
684
709
733
759
785
811
837
863
476
496
527
550
573
595
625
655
681
707
732
759
785
815
844
874
904
933
525
544
569
593
618
643
667
692
725
758
787
816
845
876
906
937
968
999
HR = Heat Rejection
Power
kW
175
179
183
182
180
179
180
181
182
183
184
185
186
188
190
192
194
196
188
192
196
194
192
190
191
192
193
194
195
197
198
199
200
200
201
202
192
203
214
213
212
211
212
213
214
215
216
216
217
219
221
222
224
226
35
LCLT = Leaving Chilled Liquid Temperature
1110AA
1050AA
0955AA
YLCS
LCLT
°C
Power
kW
185
194
203
205
206
207
208
209
206
206
205
206
207
208
209
209
210
211
198
208
217
218
219
220
222
224
220
217
217
218
219
221
223
226
228
230
226
234
241
243
244
245
247
249
244
239
240
241
241
242
243
245
246
247
40
HR
kW
617
653
689
711
733
755
776
798
825
855
879
904
930
957
983
1010
1037
1064
664
694
734
757
781
804
836
868
890
913
938
966
993
1025
1056
1088
1120
1152
740
766
798
824
850
875
902
929
957
985
1015
1045
1074
1106
1138
1170
1202
1234
Cool
kW
408
434
459
480
501
521
542
563
589
615
638
661
684
711
737
764
791
818
441
462
489
512
535
557
583
610
634
658
683
709
734
764
794
823
853
883
492
512
533
557
581
605
629
654
682
711
738
766
793
825
857
890
922
954
Power
kW
205
215
226
228
229
231
232
234
233
233
234
235
236
236
236
236
236
236
219
230
242
243
244
246
248
250
248
247
248
249
250
251
251
252
252
253
254
262
271
273
274
276
277
280
278
276
277
278
279
279
278
278
278
278
45
HR
kW
602
638
674
696
718
741
763
785
810
836
860
884
908
934
961
988
1015
1042
648
680
719
743
767
791
819
847
870
893
919
946
972
1002
1032
1063
1093
1123
733
761
789
816
841
866
893
920
946
972
1001
1030
1058
1090
1122
1154
1186
1217
Cool
kW
375
399
422
443
463
484
506
527
549
571
592
613
634
662
690
717
745
773
406
427
451
474
496
519
542
564
587
610
634
659
684
714
743
773
803
832
458
477
496
520
543
567
591
616
640
663
689
715
742
775
808
842
875
908
Power
kW
224
237
249
251
253
255
257
258
259
260
262
263
264
263
262
262
261
260
239
253
266
268
270
272
274
276
276
277
279
280
281
280
279
278
277
276
282
291
300
302
304
306
308
310
311
312
313
315
317
315
313
312
310
308
50
HR
kW
588
623
659
681
704
726
749
772
795
818
841
863
885
912
939
966
993
1020
633
667
704
728
753
778
802
827
849
873
900
925
951
980
1008
1037
1066
1094
726
754
781
807
832
857
884
910
935
960
986
1015
1043
1074
1106
1138
1169
1201
Cool
kW
342
364
385
406
426
445
466
486
507
527
549
570
591
616
641
665
690
715
366
384
413
436
458
478
499
520
542
564
588
612
636
663
690
717
744
771
422
441
460
484
506
525
550
574
597
620
644
669
693
723
754
784
814
845
Saturated Discharge Temperature at Unit °C
55
Power
kW
247
260
272
274
276
283
284
286
287
289
291
292
294
294
295
295
296
297
276
286
291
293
295
302
303
305
306
308
310
311
313
313
313
314
314
315
310
320
330
332
334
340
342
345
347
348
350
352
354
354
354
354
354
354
HR
kW
577
610
644
666
689
713
735
758
780
801
825
847
870
895
921
946
971
996
628
656
689
714
739
764
787
810
833
857
882
907
932
960
988
1015
1043
1070
717
745
773
799
823
848
875
901
926
951
976
1003
1029
1059
1090
1120
1150
1180
60
310
312
314
315
317
319
321
323
325
327
329
331
333
331
333
334
336
338
340
342
344
346
348
349
351
353
374
377
380
382
384
386
388
390
392
394
395
397
399
437
456
476
497
519
542
564
587
612
637
661
686
711
484
508
531
554
577
599
622
645
672
699
726
754
781
Power
kW
406
425
445
465
484
506
526
548
570
592
613
635
657
Cool
kW
839
866
892
917
942
966
991
1015
1044
1073
1102
1131
1160
751
772
793
817
840
865
889
914
940
967
993
1020
1046
700
721
743
764
785
809
831
855
879
902
926
950
973
HR
kW
443
464
484
507
529
552
575
597
623
648
673
698
723
396
415
435
455
476
496
517
538
561
584
607
630
653
369
385
402
421
441
460
481
501
522
544
566
588
610
Cool
kW
65
414
417
420
423
426
428
431
433
435
437
439
441
443
361
364
367
370
372
375
377
380
382
384
387
389
391
338
341
344
347
350
351
353
355
357
360
362
365
367
Power
kW
836
860
883
909
934
959
984
1009
1036
1063
1090
1117
1144
738
761
783
807
829
853
875
899
924
949
974
999
1024
690
709
729
751
773
794
816
838
862
886
910
934
958
HR
kW
PC155-100 Rev.5 (0609)
Glycol Cooling Capacities (0955AA - 1110AA)
GB
PC155-100 Rev.5 (0609)
Physical Data (SA / HA / AA)
Model
Refrigerant circuits
Circuit 1
Refrigerant
Charge
Circuit 2
Circuit 1
Oil
Charge (L)
Circuit 2
Compressor Number
Type (circuit 1)
Type (circuit 2)
Capacity Control
Evaporator
Number
Type
Water volume
Victaulic connection sizes (inches)
Condenser
Number
Type
Water volume (each)
BSPPint / Victaulic connection sizes (inches)
Discharge Connection Line Size (AA models)
Liquid Connection Line Size (AA models)
Weight
Operating (SA-HA)
Operating (AA)
Shipping (SA-HA)
Shipping (AA)
Cooler only
Length
Dimensions
Vertical Nozzle Evaporator
Width (1)
Horizontal Nozzle Evaporator
Height
Model
Refrigerant circuits
Circuit 1
Refrigerant
Charge
Circuit 2
Circuit 1
Oil
Charge (L)
Circuit 2
Compressor Number
Type (circuit 1)
Type (circuit 2)
Capacity Control
Evaporator
Number
Type
Water volume
Victaulic connection sizes (inches)
Condenser
Number
Type
Water volume (each)
BSPPint / Victaulic connection sizes (inches)
Discharge Connection Line Size (AA models)
Liquid Connection Line Size (AA models)
Weight
Operating (SA-HA)
Operating (AA)
Shipping (SA-HA)
Shipping (AA)
Cooler only
Length
Dimensions
Vertical Nozzle Evaporator
Width (1)
Horizontal Nozzle Evaporator
Height
0350
2
30
30
16
16
2
YTS FAD
YTS FAD
0415
0480
0530
0575
0620
2
2
2
2
2
kg
52
52
60
62
60
kg
52
52
60
62
60
l
15
15
18
18
23
l
16
15
15
18
18
2
2
2
2
2
YTS HAE YTS HAE YTS IAF
YTS IAF YTS JAG
YTS FAD YTSHAE YTSHAE YTS IAF
YTS IAF
%
15, 27, 39, 51, 63, 75, 87, 100
1
1
1
1
1
1
DED315
DED350
DED535
DED535
DED585
DED585
l
114
113.5
184
184
222
222
in
5"
5"
6"
6"
6"
6"
2
2
2
2
2
2
CDEW240 CDEW300 CDEW300 CDEW360 CDEW360 CDEW450
l
17
27.7
27.7
31.2
31.2
35.7
in
2.1/2"
3"
3"
3"
3"
3"
in
2.1/8"
2.5/8"
2.5/8"
2.5/8"
2.5/8"
2.5/8"
in
1.3/8"
1.3/8"
1.5/8"
1.5/8"
1.5/8"
1.5/8"
kg
3420
3880
4170
4270
4370
4540
kg
3090
3265
3555
3650
3750
3905
kg
3100
3510
3800
3900
4000
4150
kg
2860
3105
3395
3470
3570
3695
kg
417
570
650
650
730
730
mm
3225
3244
3274
3274
3544
3600
mm
890
890
890
890
890
890
mm
967
967
1010
1010
1010
1010
mm
2100
2100
2100
2100
2100
2100
0660
2
58
58
23
23
2
YTS JAG
YTS JAG
0725
0840
0955
1050
1110
2
2
2
2
2
kg
68
71
71
76
86
kg
68
71
71
76
86
l
23
28
28
28
28
l
23
23
28
28
28
2
2
2
2
2
YTS LAH YTS MAI YTS MAI YTS NAI YTS NAI
YTS LAH YTS LAH YTS MAI YTS NAI YTS NAI
%
15, 27, 39, 51, 63, 75, 87, 100
1
1
1
1
1
1
DED645
DED715
M200
M200
M240
M240
l
252
295
430
430
501
501
in
8"
8"
10"
10"
10"
10"
2
2
2
2
2
2
CDEW450 CDEW520 CDEW550 CDEW550 CDEW550X CDEW550X
l
35.7.
44.1
47.5
47.5
63
63
in
3"
4"
4"
4"
4"
4"
in
2.5/8"
3.1/8"
3.1/8"
3.1/8"
3.5/8"
3.5/8"
in
1.5/8"
1.5/8"
1.5/8"
1.5/8"
1.5/8"
1.5/8"
kg
4640
5300
5700
5950
6570
6610
kg
4005
4090
4806
5056
5480
5520
kg
4250
4700
5100
5350
5970
6000
kg
3795
4420
4474
4724
5205
5235
kg
825
960
1200
1200
1420
1420
mm
3572
3857
3885
4036
4036
4036
mm
890
1090
NA
NA
NA
NA
mm
1084
1200
1140
1175
1295
1295
mm
2117
2100
2100
2100
2145
2145
(1) Width including control panel but does not include disconnect switch or circuit breaker handles.
GB
33
PC155-100 Rev.5 (0609)
Electrical Data - Unit (SA)
Nominal Running
Maximum Running
AMPS
AMPS
@ 380 V
0415
0480
0530
0575
0620
0660
0725
0840
0955
1050
1110
34
@360 V
@ 380 V
@ 400 V
Without Power Factor Correction
Model
YLCS SA
0350
@ 400 V
With Optional Power Factor Correction fitted
136
130
162
154
146
130
122
156
146
138
165
156
195
186
176
156
146
187
176
166
194
182
228
218
206
182
170
218
206
194
207
196
245
233
221
197
186
237
224
212
220
210
262
248
236
212
202
256
242
230
239
228
285
270
257
230
219
277
262
248
258
246
308
292
278
248
236
298
282
266
290
280
346
328
314
272
258
328
310
310
336
324
395
376
361
315
300
375
355
338
382
368
444
424
408
358
342
422
400
382
400
384
461
454
436
374
358
438
428
408
424
408
496
486
466
400
382
472
462
438
GB
PC155-100 Rev.5 (0609)
Electrical Data - System (SA)
Power
kW
Model
YLCS SA
SYS
No.
Comp's
Motor
0350
1&2
YTS F-A-D
41
1
YTS H-A-E
56.5
2
YTS F-A-D
41
1&2
YTS H-A-E
56.5
1
YTS I-A-F
67.4
2
YTS H-A-E
56.5
1&2
YTS I-A-F
67.4
1
YTS J-A-G
79.2
2
YTS I-A-F
67.4
0660
1&2
YTS J-A-G
79.2
0725
1&2
YTS L-A-H
86.3
1
YTS M-A-I
114
2
YTS L-A-H
86.3
0955
1&2
YTS M-A-I
114
1050
1&2
YTS N-A-J
120
1110
1&2
YTS N-A-J
economised
128
0415
0480
0530
0575
0620
0840
Model
YLCS SA
0350
0955
1050
SYS
No.
1&2
1
2
1&2
1
2
1&2
1
2
1&2
1&2
1
2
1&2
1&2
1110
1&2
0415
0480
0530
0575
0620
0660
0725
0840
Notes :
GB
Nominal:
Maximum:
Comp's
Model
YTS F-A-D
YTS H-A-E
YTS F-A-D
YTS H-A-E
YTS I-A-F
YTS H-A-E
YTS I-A-F
YTS J-A-G
YTS I-A-F
YTS J-A-G
YTS L-A-H
YTS M-A-I
YTS L-A-H
YTS M-A-I
YTS N-A-J
YTS N-A-J
economised
Compressor Running Conditions
Nominal
Maximum
Current Amps
Current Amps
Power
kW
@360 V @ 380 V @ 400 V
@ 380 V @ 400 V
Without Power Factor Correction
With Optional Power Factor Correction fitted
68
65
81
77
73
46.2
65
61
78
73
69
97
91
114
109
103
63.9
91
85
109
103
97
68
65
81
77
73
46.2
65
61
78
73
69
97
91
114
109
103
63.9
91
85
109
103
97
131
110
105
124
118
76.1
106
101
128
121
115
97
91
114
109
103
63.9
91
85
109
103
97
131
110
105
124
118
76.1
106
101
128
121
115
129
123
154
146
139
89.6
124
118
149
141
133
131
110
105
124
118
76.1
106
101
128
121
115
129
123
154
146
139
89.6
124
118
149
141
133
145
140
173
164
157
98.3
129
164
155
147
136
191
184
222
212
204
127.2
179
171
211
200
191
145
140
173
164
157
98.3
129
164
155
147
136
191
184
222
212
204
127.2
179
171
211
200
191
200
192
239
227
218
137
187
179
227
214
204
212
204
257
243
233
147
200
191
245
231
219
Locked Rotor Conditions
Star for Star/Delta
DOL
Current Amps
Current Amps
@ 400V
@ 380V
@ 400V
@ 380V
157
167
470
500
175
187
525
560
157
167
470
500
175
187
525
560
215
228
645
685
175
187
525
560
215
228
645
685
233
248
700
745
215
228
645
685
233
248
700
745
340
365
1020
1095
457
487
1370
1460
340
365
1020
1095
457
487
1370
1460
475
507
1425
1520
475
507
1425
1520
@ 7°C leaving liquid temperature and 35°C leaving condenser liquid temperature
@ 15°C leaving liquid temperature and 40°C leaving condenser liquid temperature
35
PC155-100 Rev.5 (0609)
Electrical Data - Unit (HA/AA)
Nominal Running
Maximum Running
AMPS
AMPS
@ 380 V
@360 V
@ 380 V
Model
Without Power Factor Correction
YLCS SA
With Optional Power Factor Correction fitted
0350
0415
0480
0530
0575
0620
0660
0725
0840
0955
1050
1110
Notes:
36
@ 400 V
Nominal:
Maximum:
@ 400 V
174
164
252
234
222
166
156
244
226
214
210
198
307
285
269
200
189
297
275
259
246
232
362
336
316
234
222
350
324
304
263
249
386
359
339
253
240
376
349
329
280
266
410
382
362
272
258
402
374
354
305
290
444
416
394
296
280
434
405
384
330
314
478
450
426
320
302
466
436
414
370
354
528
496
470
350
332
508
474
474
425
406
604
568
540
403
382
581
545
516
480
458
680
640
610
456
432
654
616
584
522
500
705
688
656
498
474
678
660
628
586
556
730
688
656
562
530
702
660
628
@ 7°C leaving liquid temperature and 45°C leaving condenser liquid temperature
@ 15°C leaving liquid temperature and 60°C leaving condenser liquid temperature
NOTE YLCS1110 limited to 58°C leaving condenser liquid temperature
GB
PC155-100 Rev.5 (0609)
Electrical Data - System (HA/AA)
Power
kW
Model
YLCS SA
SYS
No.
Comp's
Motor
0350
1&2
YTS F-A-D
52.1
1
YTS H-A-E
72.1
2
YTS F-A-D
52.1
1&2
YTS H-A-E
72.1
1
YTS I-A-F
85.5
2
YTS H-A-E
72.1
1&2
YTS I-A-F
85.5
1
YTS J-A-G
101
2
YTS I-A-F
85.5
0660
1&2
YTS J-A-G
101
0725
1&2
YTS L-A-H
111
1
YTS M-A-I
144
2
YTS L-A-H
111
0955
1&2
YTS M-A-I
144
1050
1&2
YTS N-A-J
158
1110
1&2
YTS N-A-J
economised
168
0415
0480
0530
0575
0620
0840
Model
YLCS SA
0350
0955
1050
SYS
No.
1&2
1
2
1&2
1
2
1&2
1
2
1&2
1&2
1
2
1&2
1&2
1110
1&2
0415
0480
0530
0575
0620
0660
0725
0840
Notes :
GB
Nominal:
Maximum:
Comp's
Model
YTS F-A-D
YTS H-A-E
YTS F-A-D
YTS H-A-E
YTS I-A-F
YTS H-A-E
YTS I-A-F
YTS J-A-G
YTS I-A-F
YTS J-A-G
YTS L-A-H
YTS M-A-I
YTS L-A-H
YTS M-A-I
YTS N-A-J
YTS N-A-J
economised
Compressor Running Conditions
Nominal
Maximum
Current Amps
Current Amps
Power
kW
@360 V @ 380 V @ 400 V
@ 380 V @ 400 V
Without Power Factor Correction
With Optional Power Factor Correction fitted
87
82
126
117
111
69.8
78
122
113
107
83
123
116
181
168
158
96.5
117
111
175
162
152
87
82
126
117
111
69.8
78
122
113
107
83
123
116
181
168
158
96.5
117
111
175
162
152
140
133
205
191
181
115
129
201
187
177
136
123
116
181
168
158
96.5
117
111
175
162
152
140
133
205
191
181
115
129
201
187
177
136
165
157
239
225
213
135
160
151
233
218
207
140
133
205
191
181
115
129
201
187
177
136
165
157
239
225
213
135
160
151
233
218
207
185
177
264
248
235
148
175
166
254
237
224
340
320
305
240
229
192
228
216
327
308
292
185
177
264
248
235
148
175
166
254
237
224
340
320
305
240
229
192
228
216
327
308
292
365
344
328
261
250
207
249
237
351
330
314
293
365
344
328
278
207
281
265
351
330
314
Locked Rotor Conditions
Star for Star/Delta
DOL
Current Amps
Current Amps
@ 400V
@ 380V
@ 400V
@ 380V
157
167
470
500
175
187
525
560
157
167
470
500
175
187
525
560
215
228
645
685
175
187
525
560
215
228
645
685
233
248
700
745
215
228
645
685
233
248
700
745
340
365
1020
1095
457
487
1370
1460
340
365
1020
1095
457
487
1370
1460
475
507
1425
1520
475
507
1425
1520
@ 7°C leaving liquid temperature and 45°C leaving condenser liquid temperature
@ 15°C leaving liquid temperature and 60°C leaving condenser liquid temperature
NOTE YLCS1110 limited to 58°C leaving condenser liquid temperature
37
PC155-100 Rev.5 (0609)
ESEER Data (0350SA - 0620SA)
YLCS 0350 SA
Capacity stage number
Cycling coefficient
Weighting coefficients
25 % - 50 % - 75 % - 100 %
0.23 - 0.41 - 0.33 - 0 .03
ESEER
8
Temp. °C
0.9
30
26
5.11
22
18
YLCS 0415 SA
Capacity stage number
Cycling coefficient
Weighting coefficients
25 % - 50 % - 75 % - 100 %
0.23 - 0.41 - 0.33 - 0 .03
ESEER
8
Temp. °C
0.9
30
26
5.01
22
18
YLCS 0480 SA
Capacity stage number
Cycling coefficient
Weighting coefficients
25 % - 50 % - 75 % - 100 %
0.23 - 0.41 - 0.33 - 0 .03
ESEER
8
Temp. °C
0.9
30
26
5.27
22
18
YLCS 0530 SA
Capacity stage number
Cycling coefficient
Weighting coefficients
25 % - 50 % - 75 % - 100 %
0.23 - 0.41 - 0.33 - 0 .03
ESEER
8
Temp. °C
0.9
30
26
4.95
22
18
YLCS 0575 SA
Capacity stage number
Cycling coefficient
Weighting coefficients
25 % - 50 % - 75 % - 100 %
0.23 - 0.41 - 0.33 - 0 .03
ESEER
8
Temp. °C
0.9
30
26
5.22
22
18
YLCS 0620 SA
Capacity stage number
Cycling coefficient
Weighting coefficients
25 % - 50 % - 75 % - 100 %
0.23 - 0.41 - 0.33 - 0 .03
ESEER
8
Temp. °C
0.9
30
26
4.90
22
18
38
CC
EP
CC
EP
CC
EP
CC
EP
Part load
EER
Full Load Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 Stage 7 Stage 8
336
312
289
237
215
140
90
67
79
71
62
53
48
32
20
16
342
318
294
241
220
143
92
68
74
66
59
50
45
30
19
15
348
324
299
246
223
145
93
69
69
62
55
46
42
28
18
14
348
324
299
246
223
145
93
69
69
62
55
46
42
28
18
14
100%
75%
50%
25%
4.28
4.88
5.27
5.25
CC
EP
CC
EP
CC
EP
CC
EP
Part load
EER
Full Load Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 Stage 7 Stage 8
407
364
317
258
216
125
84
46
92
78
68
54
49
26
19
13
415
374
326
270
233
129
88
46
86
74
63
51
46
25
18
13
422
373
328
288
243
181
127
94
80
70
59
53
49
36
24
20
422
373
328
288
243
181
127
94
80
70
59
53
49
36
24
20
100%
75%
50%
25%
4.43
5.21
5.00
4.84
CC
EP
CC
EP
CC
EP
CC
EP
Part load
EER
Full Load Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 Stage 7 Stage 8
474
441
407
334
304
198
127
95
107
96
85
73
65
44
27
21
483
449
415
341
310
202
130
96
101
91
80
68
61
41
26
20
491
457
422
347
315
205
132
98
94
84
75
63
57
38
24
19
491
457
422
347
315
205
132
98
94
84
75
63
57
38
24
19
100%
75%
50%
25%
4.41
5.03
5.44
5.41
CC
EP
CC
EP
CC
EP
CC
EP
Part load
EER
Full Load Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 Stage 7 Stage 8
511
456
398
324
271
157
105
58
117
100
86
69
62
34
24
17
521
469
410
339
292
162
111
57
110
94
81
64
58
31
23
16
530
469
412
361
306
228
160
118
102
90
75
67
62
46
31
25
530
469
412
361
306
228
160
118
102
90
75
67
62
46
31
25
100%
75%
50%
25%
4.37
5.14
4.93
4.78
CC
EP
CC
EP
CC
EP
CC
EP
Part load
EER
Full Load Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 Stage 7 Stage 8
556
517
478
393
357
232
149
111
127
114
101
86
77
52
33
25
567
527
487
400
364
237
152
113
120
107
95
81
73
49
31
24
576
536
495
407
370
241
155
115
111
100
88
75
67
45
28
22
576
536
495
407
370
241
155
115
111
100
88
75
67
45
28
22
100%
75%
50%
25%
4.37
4.98
5.38
5.36
CC
EP
CC
EP
CC
EP
CC
EP
Part load
EER
Full Load Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 Stage 7 Stage 8
601
537
467
381
319
185
123
68
139
118
102
82
74
40
29
20
612
552
482
399
343
190
130
67
130
111
96
77
69
37
27
19
623
551
485
425
359
268
188
139
121
106
89
80
73
55
37
30
623
551
485
425
359
268
188
139
121
106
89
80
73
55
37
30
100%
75%
50%
25%
4.33
5.09
4.89
4.73
GB
PC155-100 Rev.5 (0609)
ESEER Data (0660SA - 1110SA)
YLCS 0660 SA
Capacity stage number
Cycling coefficient
Weighting coefficients
25 % - 50 % - 75 % - 100 %
0.23 - 0.41 - 0.33 - 0 .03
ESEER
8
Temp. °C
0.9
30
26
4.99
22
18
YLCS 0725 SA
Capacity stage number
Cycling coefficient
Weighting coefficients
25 % - 50 % - 75 % - 100 %
0.23 - 0.41 - 0.33 - 0 .03
ESEER
8
Temp. °C
0.9
30
26
5.35
22
18
YLCS 0840 SA
Capacity stage number
Cycling coefficient
Weighting coefficients
25 % - 50 % - 75 % - 100 %
0.23 - 0.41 - 0.33 - 0 .03
ESEER
8
Temp. °C
0.9
30
26
4.97
22
18
YLCS 0955 SA
Capacity stage number
Cycling coefficient
Weighting coefficients
25 % - 50 % - 75 % - 100 %
0.23 - 0.41 - 0.33 - 0 .03
ESEER
8
Temp. °C
0.9
30
26
5.31
22
18
YLCS 1050 SA
Capacity stage number
Cycling coefficient
Weighting coefficients
25 % - 50 % - 75 % - 100 %
0.23 - 0.41 - 0.33 - 0 .03
ESEER
8
0.9
Temp. °C
30
26
5.14
22
18
YLCS 1110 SA
Capacity stage number
Cycling coefficient
Weighting coefficients
25 % - 50 % - 75 % - 100 %
0.23 - 0.41 - 0.33 - 0 .03
ESEER
8
Temp. °C
0.9
30
26
5.49
22
18
GB
CC
EP
CC
EP
CC
EP
CC
EP
Part load
EER
Full Load Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 Stage 7 Stage 8
654
594
535
468
393
255
195
125
151
136
118
103
91
58
44
32
667
606
545
477
401
260
199
127
142
128
111
97
86
55
42
30
678
616
554
485
408
264
202
129
132
119
103
90
80
51
39
28
678
616
554
485
408
264
202
129
132
119
103
90
80
51
39
28
100%
75%
50%
25%
4.33
4.92
5.14
4.93
CC
EP
CC
EP
CC
EP
CC
EP
Part load
EER
Full Load Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 Stage 7 Stage 8
737
685
633
520
473
308
198
147
164
148
131
111
100
67
42
33
750
698
645
530
482
313
202
150
155
139
123
104
94
63
39
31
763
710
656
539
490
319
205
152
144
129
114
97
87
58
37
29
763
710
656
539
490
319
205
152
144
129
114
97
87
58
37
29
100%
75%
50%
25%
4.48
5.11
5.52
5.49
CC
EP
CC
EP
CC
EP
CC
EP
Part load
EER
Full Load Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 Stage 7 Stage 8
837
748
652
531
444
258
172
95
191
163
140
112
102
55
39
28
854
769
672
556
479
265
182
94
179
154
132
105
95
51
38
26
869
768
676
592
501
374
262
193
166
146
123
110
101
76
51
42
869
768
676
592
501
374
262
193
166
146
123
110
101
76
51
42
100%
75%
50%
25%
4.38
5.16
4.95
4.79
CC
EP
CC
EP
CC
EP
CC
EP
Part load
EER
Full Load Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 Stage 7 Stage 8
964
896
828
680
619
403
259
192
217
195
172
146
131
88
55
43
982
913
844
693
630
410
264
196
204
183
162
138
123
83
52
41
999
929
859
705
641
417
268
199
189
170
150
128
115
77
48
38
999
929
859
705
641
417
268
199
189
170
150
128
115
77
48
38
100%
75%
50%
25%
4.45
5.08
5.49
5.46
CC
EP
CC
EP
CC
EP
CC
EP
Part load
EER
Full Load Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 Stage 7 Stage 8
1008
938
867
712
647
421
271
201
234
210
186
158
142
95
60
47
1028
955
883
725
659
429
276
205
220
198
175
149
133
89
56
44
1045
972
898
737
670
436
281
209
205
184
163
138
124
83
52
41
1045
972
898
737
670
436
281
209
205
184
163
138
124
83
52
41
100%
75%
50%
25%
4.31
4.92
5.31
5.28
CC
EP
CC
EP
CC
EP
CC
EP
Part load
EER
Full Load Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 Stage 7 Stage 8
1090
1013
936
769
699
455
293
218
241
216
191
163
146
98
62
48
1132
1053
973
799
727
473
304
226
227
203
180
153
137
92
58
45
1152
1071
990
813
739
481
309
230
211
189
167
142
128
86
54
42
1152
1071
990
813
739
481
309
230
211
189
167
142
128
86
54
42
100%
75%
50%
25%
4.52
5.24
5.68
5.64
39
PC155-100 Rev.5 (0609)
Sound Data (SA/HA/AA)
SOUND PRESSURE (dB)
Model
SA/HA/AA
dB A
SWL
63Hz
125Hz
250Hz
500Hz
350
93
53
50
71
76
66
65
53
53
73
415
93
53
50
71
76
66
65
53
53
73
480
93
53
50
71
76
66
65
53
53
73
530
95
57
67
66
76
74
64
54
47
75
575
95
57
67
66
76
74
64
54
47
75
620
95
57
67
66
76
74
64
54
47
75
660
95
57
67
66
76
74
64
54
47
75
725
101
53
63
72
78
81
72
60
50
85
840
101
53
63
72
78
81
72
60
50
85
955
101
53
63
72
78
81
72
60
50
85
1050
103
74
72
86
82
78
76
69
61
87
1110
103
74
72
86
82
78
76
69
61
87
1000Hz 2000Hz 4000Hz 8000Hz
Total (dB A)
EN 292-1991
SWL = Sound Power Level
Notes:
1.Sound Power tolerance is + 3 dB as per Eurovent Specification.
2.Frequency band tolerances range from +/- 5 dB in each frequency band.
3.Sound Pressure values to ISO 3744.
4.Sound Pressure values for EN 292-1991, 1 metre from Control Panel and 1.5 metres from Ground Level.
40
GB
GB
A
247
247
277
277
550
550
520
V
OUT
B
417
411
440
440
210
210
704
C
2250
2250
2200
2200
2700
2700
2130
D
558
583
634
634
634
690
738
P
E
605
605
605
605
605
605
605
F
285
285
285
285
285
285
285
G1(1)
1914
1915
2016
2016
2016
2016
2117
U AVM Centres
CONDENSER
EVAPORATOR
C
G2(2)
1550
1550
1615
1615
1615
1615
1640
H
1033
1013
1013
1013
1013
1013
1013
J
963
903
903
903
903
903
903
IN
K
200
180
180
180
180
180
180
L
270
290
290
290
290
290
290
D
M
550
530
530
530
530
530
530
N
620
640
640
640
640
640
640
P
3225
3244
3274
3274
3544
3600
3572
IN
OUT
M
N
R2
Q
2100
2100
2100
2100
2100
2100
2100
R1
890
890
890
890
890
890
890
R2(2)
967
967
1010
1010
1010
1010
1084
L
F
IN
R1
S AVM Centres
T Floor Mount Kit
OUT
E
K
S
1010
1010
1010
1010
1010
1010
1010
J
T
1090
1090
1090
1090
1090
1090
1090
W
H
U
2225
2225
2225
2225
2225
2225
2225
G2
G1
All Dimensions in millimetres. Dimensions exclude insulation and options. Refer to Physical Data Section for connection sizes. For reference only, please refer to York Product drawing for complete drawing.
(1) With Vertical nozzle cooler only. (2) With horizontal nozzle cooler only
Model
350-SA & 350-HA
415-SA & 415-HA
480-SA & 480-HA
530-SA & 530-HA
575-SA & 575-HA
620-SA & 620-HA
660-SA & 660-HA
A
B
V
155
155
155
155
155
155
155
Q
W
60
60
60
60
60
60
60
PC155-100 Rev.5 (0609)
Dimensions (0350SA/HA - 0660SA/HA)
41
42
A
247
247
277
277
550
550
520
B
417
411
440
440
210
210
704
V
C
2250
2250
2200
2200
2700
2700
2130
D
558
583
634
634
634
690
738
K
E
605
605
605
605
605
605
605
P
F
285
285
285
285
285
285
285
G1(1)
1914
1915
2016
2016
2016
2016
2117
G2(2)
1550
1550
1615
1615
1615
1615
1640
U AVM Centres
C
H
761
761
761
761
761
761
761
I
140
140
140
140
140
140
140
M
J
573
573
573
573
573
573
573
L
K
1032
1032
1087
1087
1087
1087
1087
IN
L
537.5
537.5
537.5
537.5
537.5
537.5
537.5
D
M
140
140
140
140
140
140
140
N
1200
1204
1204
1204
1204
1204
1204
N
P
3225
3244
3274
3274
3544
3600
3572
Q
2100
2100
2100
2100
2100
2100
2100
R2
J
R1
890
890
890
890
890
890
890
R2(2)
967
967
1010
1010
1010
1010
1084
F
S
1010
1010
1010
1010
1010
1010
1010
R1
S AVM Centres
T Floor Mount Kit
E
I
T
1090
1090
1090
1090
1090
1090
1090
H
U
2225
2225
2225
2225
2225
2225
2225
W
G2
All Dimensions in millimetres. Dimensions exclude insulation and options. Refer to Physical Data Section for connection sizes. For reference only, please refer to York Product drawing for complete drawing.
(1) With Vertical nozzle cooler only. (2) With horizontal nozzle cooler only
A
OUT
Model
350-AA
415-AA
480-AA
530-AA
575-AA
620-AA
660-AA
B
V
155
155
155
155
155
155
155
G1
Q
W
60
60
60
60
60
60
60
PC155-100 Rev.5 (0609)
Dimensions (0350AA - 0660AA)
GB
2100 (1)
3857
2701
1406 MOUNTING KIT
2491 CTRS
85
CONDENSER
EVAPORATOR
2630
3000 (CONTROL PANEL)
1270 CTRS
2080
1200 SHIPPING (2)
432
TO CONDENSER
286
GLAND
PLATE
105
705
WATER
INLET
341
1003
4" BSPP
WATER
IN
4" BSPP
WATER
OUT
720
930
800
480 (2)
525
290
160
370
All Dimensions in millimetres. Dimensions exclude insulation and options. Refer to Physical Data Section for connection sizes. For reference only, please refer to York Product drawing for complete drawing.
(1) With Vertical nozzle cooler only. (2) With horizontal nozzle cooler only
Notes:
1090
1100 SHIPPING (1)
WATER
OUTLET
523
99
873
GB
4" BSPP
WATER
OUT
4" BSPP
WATER
IN
1620
517
PC155-100 Rev.5 (0609)
Dimensions (0725SA/HA)
43
44
2100 (1)
1406 MOUNTING KIT
1270 CTRS
1200 SHIPPING
105
910
365
3857
2701
2491 CTRS
1238 TO LIQ CONNS
LIQUID CONNECTION
1-5/8" OD PIPE
3-1/8" O.D. PIPE
DISCHARGE CONN SYS 2
EVAPORATOR
2630
3000 (CONTROL PANEL)
3-1/8" O.D. PIPE
DISCHARGE CONN SYS 1
286
GLAND
PLATE
705
WATER
INLET
341
1200
2080
176
OPTIONAL
FLOOR
MOUNT KIT
370
480 (2)
525
739
BETWEEN LIQ CONNS
720
All Dimensions in millimetres. Dimensions exclude insulation and options. Refer to Physical Data Section for connection sizes. For reference only, please refer to York Product drawing for complete drawing.
(1) With Vertical nozzle cooler only. (2) With horizontal nozzle cooler only
Notes:
1090
1100 SHIPPING
523
WATER
OUTLET
99
1620
577
TO LIQ CONNS
517
PC155-100 Rev.5 (0609)
Dimensions (0725AA)
GB
GB
286
A
517
668
668
668
105
B
780
930
1025
1025
C
2175
2175
2010
2010
D
930
930
1000
1000
EVAPORATOR
C
E
720
720
835
835
F
370
370
455
455
P
2701
G
1641
1641
1721
1721
U AVM Centres
CONDENSER
WATER OUTLET
GLAND
PLATE
H
1003
1003
1045
1045
J
873
873
915
915
K
160
160
211
211
WATER INLET
L
290
290
341
341
M
800
800
950
950
D
N
930
930
1080
1080
P
3885
4036
4036
4036
369
H
Q
2080
2080
2144
2144
Q
R
1090
1090
1290
1290
J
4" BSPP
WATER IN
4" BSPP
WATER
OUT
S
1270
1270
1470
1470
R
V
N
M
T
1406
1406
1606
1606
U
2491
2491
2491
2491
V
1136
1126
1295
1295
S AVM Centres
T Floor Mount Kit
E
K
W
90
90
90
90
L
F
All Dimensions in millimetres. Dimensions exclude insulation and options. Refer to Physical Data Section for connection sizes. For reference only, please refer to York Product drawing for complete drawing.
Model
840-SA & 840-HA
955-SA & 955-HA
1050-SA & 1050-HA
1110-SA & 1110-HA
A
B
99
3000 (CONTROL PANEL)
W
G
4" BSPP
WATER
IN
4" BSPP
WATER
OUT
PC155-100 Rev.5 (0609)
Dimensions (0840SA/HA - 1110SA/HA)
45
46
105
A
517
668
668
668
EVAPORATOR
C
WATER INLET
B
780
930
1025
1025
L
C
2175
2175
2010
2010
D
930
930
1000
1000
E
720
720
835
835
F
370
370
455
455
P
2701
G
1641
1641
1721
1721
U AVM Centres
M
H
577
577
577
577
I
175
175
275
275
J
915
915
1015
1015
K To Liq Conns
3-1/8" O.D. PIPE
DISCHARGE CONN SYS 1
3-1/8" O.D. PIPE
LIQUID CONNECTION
DISCHARGE CONN SYS 2
1-5/8" OD PIPE
WATER OUTLET
GLAND
PLATE
286
K
1238
1238
1407
1407
L
910
910
785
785
D
M
365
365
246
246
N
1200
1200
963
963
369
P
3885
4036
4036
4036
N
Q
Q
2080
2080
2144
2144
R
1090
1090
1290
1290
OPTIONAL
FLOOR
MOUNT KIT
S
1270
1270
1470
1470
J
T
1406
1406
1606
1606
U
2491
2491
2491
2491
R
S AVM Centres
T Floor Mount Kit
E
V
V
1136
1126
1295
1295
F
All Dimensions in millimetres. Dimensions exclude insulation and options. Refer to Physical Data Section for connection sizes. For reference only, please refer to York Product drawing for complete drawing.
Model
840-AA
955-AA
1050-AA
1110-AA
A
B
99
I
W
90
90
90
90
H
G
W
To Liq Conns
3000 (CONTROL PANEL)
PC155-100 Rev.5 (0609)
Dimensions (0840AA - 1110AA)
GB
PC155-100 Rev.5 (0609)
Dimensions
The following table gives dimension drawing numbers for all models, and condenser extension and manifold
kits.
Dimension Drawing
Condenser Extension Kit
Flanged
Condenser
Manifold
362l18512-000
N/A
362l180XX-XXX
362l18513-000
362l18513-001
362l180XX-XXX
035L02654-001
362l18513-000
362l18513-001
362l180XX-XXX
035L02655-000
035L02655-001
362l18513-000
362l18513-001
362l180XX-XXX
035L02656-000
035L02656-001
362l18513-000
362l18513-001
362l180XX-XXX
620-SA & 620-HA
035L02657-000
035L02657-001
362l18513-000
362l18513-001
362l180XX-XXX
660-SA & 660-HA
035L02658-000
035L02658-001
362l18513-000
362l18513-001
362l180XX-XXX
725-SA & 725-HA
035L02659-000
035L02659-001
362l18514-000
362l18514-001
362l180XX-XXX
840-SA & 840-HA
N/A
035L02660-001
362l18514-000
362l18514-001
362l180XX-XXX
Model
Vertical Nozzles
Horizontal Nozzles
Victaulic
350-SA & 350-HA
035L02652-000
035L02652-001
415-SA & 415-HA
035L02653-000
035L02653-001
480-SA & 480-HA
035L02654-000
530-SA & 530-HA
575-SA & 575-HA
955-SA & 955-HA
N/A
035L02661-001
362l18514-000
362l18514-001
362l180XX-XXX
1050-SA & 1050-HA
N/A
035L02716-000
362l18514-000
362l18514-001
362l180XX-XXX
1110-SA & 1110-HA
N/A
035L02716-000
362l18514-000
362l18514-001
362l180XX-XXX
Model
GB
Dimension Drawing
Vertical Nozzles
Horizontal Nozzles
350-AA
035L02723-000
035L02723-001
415-AA
035L02724-000
035L02724-001
480-AA
035L02725-000
035L02725-001
530-AA
035L02726-000
035L02726-001
575-AA
035L02727-000
035L02727-001
620-AA
035L02728-000
035L02728-001
660-AA
035L02729-000
035L02729-001
725-AA
035L02730-000
035L02730-001
840-AA
N/A
035L02731-001
955-AA
N/A
035L02732-001
1050-AA
N/A
035L02733-000
1110-AA
N/A
035L02733-000
47
PC155-100 Rev.5 (0609)
Power Supply Connection Diagrams
3
50HZ 380/400V
L1
L2
L3
PE
QRESB
Standard Single Point Power Supply
One supply to master non-fused disconnect switch QCSISD
with internal power distribution to system fuses and control
supply non-fused disconnect switch QCSD/ESD
CS
1 PS
PE
2 PS
CIS
-QCSD/ESD
U
-APB
1-F
V
W
3
4
2-F
-ARB
-QCSISD
-AMB
3
50HZ 380/400V
L1
3
L3
50HZ 380/400V
L1
PE
L2
3
L3
50HZ 380/400V
L1
L2
L3
PE
PE
QRESB
Multi Point Power Supply (Option)
Two supplies to terminal blocks 1, 2-XCSITB
with internal power distribution to system
circuit breakers and with a seperate control
supply to non-fused disconnect switch
QCSD/ESD
CS
1 PS
2 PS
PE PE
CIS
PE
-APB
-QCSD/ESD
U V W
-ARB
-AMB
48
1-QCB
2-QCB
3
4
1-XCSITB
U V W
2-XCSITB
AMBMICRO BOARD
ARB
RELAY BOARD
APS
POWER SUPPLY BOARD
CIS
COMMON INPUT SECTION
CS
CONTROL SECTION
PS
POWER SECTION
QCSD/ESD CONTROL SWITCH DISCONNECT/
EMERGENCY STOP DEVICE
QRESB
R EMOTE EME R G EN C Y STO P
BUTTON
QCSISD
COMMON SECTION INPUT SWITCH
DISCONNECT
QCB
CIRCUIT BREAKER
QSDFSWITCH DISCONNECT FUSE
XCSITB
COMMON SECTION INPUT TERMINAL
BLOCK
GB
PC155-100 Rev.5 (0609)
Power Supply Connection Diagrams (Continued)
3
50HZ 380/400V
L1
L2
L3
PE
QRESB
Single Point Power Supply (Option)
One supply to master non-fused disconnect switch QCSISD
with internal power distribution to system fused disconnect
switches QSDF and control supply non-fused disconnect
switch QCSD/ESD
CS
1 PS
PE
2 PS
CIS
-QCSD/ESD
U
-APB
QSDF
-ARB
QSDF
V
W
3
4
-QCSISD
-AMB
3
50HZ 380/400V
L1
L2
L3
PE
QRESB
Standard Single Point Power Supply (Option)
One supply to master terminal block XCSITB with internal
power distribution to system circuit breakers QCB and control
supply non-fused disconnect switch QCSD/ESD
CS
1 PS
PE
2 PS
CIS
-QCSD/ESD
U
-APB
-ARB
-AMB
GB
1-QCB
2-QCB
3
4
-XCSITB
V
W
AMBMICRO BOARD
ARB
RELAY BOARD
APS
POWER SUPPLY BOARD
CIS
COMMON INPUT SECTION
CS
CONTROL SECTION
PS
POWER SECTION
QCSD/ESD CONTROL SWITCH DISCONNECT/
EMERGENCY STOP DEVICE
QRESB
REMOTE EMERGENCY STOP BUTTON
QCSISD
COMMON SECTION INPUT SWITCH
DISCONNECT
QCB
CIRCUIT BREAKER
QSDFSWITCH DISCONNECT FUSE
XCSITB
COMMON SECTION INPUT TERMINAL
BLOCK
49
PC155-100 Rev.5 (0609)
Customer Connection Diagram
1 PS
2 PS
CIS
APB
CS
AMB ARB
34
33
36
35
37
38
39
30
31
32
}
}
}
}
}
}
PS POWER SECTION
CS CONTROL SECTION
CIS COMMON INPUT SECTION
ARB RELAY BOARD
AMBMICRO BOARD
APS POWER SUPPLY BOARD
Chilled Liquid Pump Start
Unit Run Signal
Open on Alarm
Close on Alarm
Open on Alarm
Close on Alarm
}
System
N° 2
}
System
N° 1
Note 1
13
10
11
14
12
15
16 13
17
20
13
Remote Heatpump Mode Select (YLCS HA Models)
Remote Setpoint Reset or Remote Unload
Remote Onload
System 2 Remote Start/Stop
System 1 Remote Start/Stop
Chilled Liquid Flow Switch
Note 1: Fit link between terminals 14 and 15 and connect a voltage free contact to terminals 11 and 14 for Remote Unit Start/Stop.
50
GB
PC155-100 Rev.5 (0609)
Clearances
The recommended clearances below are the distances between the edge of the unit and the architectural enclosure
surrounding the unit. The clearances allow for access of the control panel and for component removal.
1.0 m
1m
3m
CONTROL PANEL
1.3 m
Notes:
Clearances around the unit are recommended for safe operation and maintenance of the unit and control power
panels.
Local Health & Safety regulations or practical considerations for service replacement of large components, may
require larger clearances than those shown above.
Optional sound enclosure must be taken into consideration, all clearance dimensions must be taken from outside
of sound enclosure. Refer to sound enclosure documentation for these dimensions.
GB
51
www.johnsoncontrols.com
PC155-100 Rev.5 (0609)Subject to change without notice.
Supersedes: PC155-100 Rev.4 (1207)ALL RIGHTS RESERVED
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