guia para substituição de chillers

CHILLER REPLACEMENT CONTRACTORS GUIDE

YCAL 15 to 65 TONSAIR COOLED SCROLL CHILLER

YVAA 150 to 500 TONSAIR COOLED SCREW CHILLER

YLAA 70 to 175 TONSAIR COOLED SCROLL CHILLER

YCWL 50 to 200 TONSWATER COOLED SCROLL CHILLER

AIR-COOLED

YCAL15 TO 40

YCAL41 TO 65

YLAA70 TO 90

YLAA91 TO 130

YLAA131 TO 175

YVAA150 TO 200

YVAA201 TO 500

WATER COOLED

YCWL50 TO 90

YCWL91 TO 130

YCWL131 TO 200

CHILLER REPLACEMENT CONTRACTORS GUIDE

YCAL 15 to 65 TONSAIR COOLED SCROLL CHILLER

YVAA 150 to 500 TONSAIR COOLED SCREW CHILLER

YLAA 70 to 175 TONSAIR COOLED SCROLL CHILLER

YCWL 50 to 200 TONSWATER COOLED SCROLL CHILLER

Pages 12-23

Pages 24-29

Pages 36-43

Pages 44-53

Pages 54-63

Pages 68-73

Pages 74-85

Pages 92-109

Pages 110-117

Pages 118-125

JOHNSON CONTROLS2

In-stock Chillers Ready for Quick Shipment

When You Need Cooling Fast!Complete packages for quick Plug & Play installation

Air-cooled Scroll Chillers

Air-cooled chillers using scroll-compressor technology rang-ing from 15 to 175 tons. Standard feature include:

Voltages: 200V, 230V, 380V, 460V, 380-415V/50Hz, 575V

Chilled-water supply range: 40 - 55F; brine supply to 10F Ambient operation between 0 - 115F Single-point power connection reduces wiring costs

Non-fused disconnect switch simplifies installation and servicing

Control transformer eliminates separate control wiring

Micro-computer control panel is very user-friendly

Low-noise fans reduce radiated sound

Victaulic-grooved water connections reduce installation costs

Complies with ASHRAE Standard 90.1 on energy efficiency

Options are available upon request

Air-cooled Screw Chillers

Air-cooled chillers using YORK VSD Screw technology rang-ing from 150 to 500 tons. Standard features include:

Voltages: 200V, 230V, 380V, 400V, 460V, 380-415V/50Hz, 575V

Chilled-water supply range: 40 - 55F; brine supply to 15F Ambient operation between 0 - 125F Single-point power connection reduces wiring costs



VSD increases reliability at start-up and shut-down


Low-noise fans reduce radiated sound

Victaulic-grooved water connections reduce installation costs



Unit Benefits

3jOHNSON CONTROLS

Water-cooled Scroll Chillers

Water-cooled chillers using scroll-compressor technology ranging from 50 to 200 tons. Standard features include:

Voltages: 200V, 230V, 380V, 460V, 380-415V/50Hz, 575V

Chilled-water supply range: 40 - 55F; brine supply to 15F Single-point power connection reduces wiring costs





Non-reversing heat pump function (leaving condenser temperature control)


Need more than the standard unit?

If you need a chiller quickly but need some customization of features, Johnson Controls can make it happen. Customization features include:

Suction-pressure readouts

Service-Isolation valves

Hot gas by-pass

Brine cooling as low as 10F Functional witness testing

Hydronics package

Epoxy Coated Cond. Coils


Need temporary cooling?

If you need cooling while we are customizing your unit, Johnson Controls can provide a rental unit. We make available a wide range of products including chillers, rooftop units, air handlers, towers and peripheral equipment. Our service includes delivery, installation, start-up, maintenance, and financing. If interested in this option please contact the JCI Rental Department at:

1-800-JCI-RNTL (1800-524-7685)

www.johnsoncontrols.com/rental

Need Replacement Parts?

Your brand HVAC parts source for air cooled, water cooled, and absorption chillers. We are able to ship out the HVAC parts that you need as soon as possible. If you need items urgently (for a hospital, school or other critical application) we can prioritize this requirement and work with our supplier for expediting. If you have a need for replacement parts please contact the JCI Parts Department at :

1-800-932-1701

JOHNSON CONTROLS4

Ways to Reduce Your Risk, Expand Your Business and Increase Your Profits

OPTION I Use Variable Speed Technology to Create Chiller Replacement Opportunities

Compressor motor control via a variable frequency drive allows you as the installing contractor to give your customer more tonnage without changing the electrical power supply. Also, emergency generator size can be reduced when feeding chillers with variable speed compressors.

For Example: Your customer has an existing chiller that produces 165 tons at ARI conditions. The MCA for this chiller is 374 amps and the existing wire and breaker size was installed to meet this MCA. Your customer is short on capacity during peak hours of the day. YORK has an YVAA0248CEV that produces 225 tons with an MCA of 374. This will give you an extra 61 tons without changing out the wires or breakers.

On the other hand, if your customer doesnt have a need for additional capacity, and the installation requires electri-cal power component upgrades, the first cost savings when using smaller breakers, wire and conduit is substantial.

OPTION II Use Energy Performance to Differentiate Your Replacement Offering

The YORK Latitude variable speed air-cooled chiller allows you as the installing contractor to offer your customers a replacement alternative that is as much as 25% more efficient than existing chillers.

For Example: Your customer wants to replace an existing 350-ton chiller. You as the installing contractor can offer either a standard efficiency chiller or the YORK optimized variable speed chiller. The optimized offering will save the customer over $17,000/year*. With this level of annual savings, you can offer your customer a $21,250 additive alternate with a 1.25 year simple payback. The price premium for the optimized offering is $7,000, which allows you to capture $14,250 of additional gross profit.

*see the next page for the Average Energy Cost (AEC) calculation

$310 Average Wire Savings Potential For a Smaller Circuit Breaker Frame Size

$2,100

$3,500

5jOHNSON CONTROLS

Annual Savings / Average Energy Cost (AEC) Calculation

Input Variables:

IPLV = Integrated Part Load Value (kW/TON) = (12) / (IPLV EER)FLT = Full Load Tons (tons)ACL = Average Chiller Load (tons) = (FLT) x (0.58)RATE = Commercial Energy Cost ($/kWh)OH Average Chiller Operating Hours (hrs)

Output Functions:

AEC = (IPLV) x (ACL) x (RATE) x (OH)Annual Savings = AEC Existing or Base Bid AEC New

ExampleInput Variables:

IPLV Existing or Base Bid = 15.4 EER

IPLV New = 19.0 EER

FLT Existing or Base Bid = 350 tons

FLT New = 350 tons

RATE = $0.1016/kWh

OH = 5000 hrs

Calculations:

AEC Existing or Base Bid = (IPLV) x (ACL) x (RATE) x (OH)

AEC Existing or Base Bid = (12 / (IPLV EER)) x ((FLT) x (0.58)) x (RATE) x (OH)

AEC Existing or Base Bid = (12 / 15.4 EER) x (350 tons x 0.58) x ($0.1016/kWh) x (5000 hrs)

AEC Existing or Base Bid = $80,356.36

AEC New = (IPLV) x (ACL) x (RATE) x (OH)

AEC New = (12 / (IPLV EER)) x ((FLT) x (0.58)) x (RATE) x (OH)

AEC New = (12 / 19.0 EER) x (350 tons x 0.58) x ($0.1016/kWh) x (5000 hrs)

AEC New = $65,130.95

Annual Savings = AEC Existing or Base Bid AEC New

Annual Savings = $80,356.36 - $65,130.95

Annual Savings = $15,225.41 / year

JOHNSON CONTROLS6

7jOHNSON CONTROLS

YCAL15 to 65 Tons

Air Cooled Scroll Chiller

JOHNSON CONTROLS8

9jOHNSON CONTROLS

WARNING To ensure warranty coverage, this equipment must be commissioned and serviced by an authorized Johnson Controls Service Mechanic or a qualified service person experienced in chiller installation. Installation must comply with all applicable codes, particularly in regard to elec-trical wiring and other safety elements such as relief valves, HP cutout settings, design working pressures, and ventilation requirements consistent with the amount and type of refrigerant charge. Lethal voltages exist within the control panels. Before servicing, open and tag all disconnect switches.

Installation Check List

The following items must be checked before placing the units in operation.

1. Inspect the unit for shipping damage.

2. Rig Unit using spreader bars.

3. Open the unit only to install water piping system. Do not remove protective covers from water connections until piping is ready for attachment. Check water piping to ensure cleanliness.

4. Pipe unit using good piping practice (see ASHRAE handbook section 215 and 195).

5. Check to see that the unit is installed and operated within limitations (Refer to Operational and Voltage Limitations located in Section 1 of the YCAL Operations and Maintenance Guide [Form 150.62-NM8]).

The following pages outline detailed procedures to be followed to install and startup the chiller.

Handling

These units are shipped as completely assembled units containing full operating charge, and care should be taken to avoid damage due to rough handling.

WARNING The unit should be lifted by inserting hooks through the holes provided in the unit base rails. Spreader bars should be used to avoid crushing the unit frame rails with lifting chains.

Inspection

Immediately upon receiving the unit, it should be inspected for pos-sible damage which may have occurred during transit. If damage is evident, it should be noted in the carriers freight bill. A written request for inspection by the carriers agent should be made at once. See Instruction manual, Form 50.15-NM for more information and details.

Location and Clearances

These units are designed for outdoor installations on ground level, rooftop, or beside a building. Location should be selected for mini-mum sun exposure and to insure adequate supply of fresh air for the condenser. The units must be installed with sufficient clearances for air entrance to the condenser coil, for air discharge away from the condenser, and for servicing access.

In installations where winter operation is intended and show accumu-lations are expected, additional height must be provided to ensure normal condenser air flow.

Clearances are listed under Dimensions in Section 1 of the YCAL Operations and Maintenance Guide form 150.62-NM8.

EXAMPLE OF PROPER LIFTING

YCAL RIGGING

JOHNSON CONTROLS10

AIR COOLED SCROLL CHILLERYCAL Style E - 15 to 65 TONS (R-410A)

BENEFITS

Maintenance free, hermetic scroll compressor utilizes fewer moving parts to minimize breakdown Components and circuitry designed for lower minimum circuit ampacities (MCA) to allow use of smaller

wire for reduced power wiring costs Electronic, digital-based controls ensure reliable, solid-state monitoring and control Units ship with full ref. charge and undergo factory pressure and operational testing to minimize field setup

time Two refrigerant circuits on units over 35 tons allows redundant operation Industrys only 18-month air cooled warranty that covers all parts Wide range of options to fit any design requirement. (Acoustical treatments, Hydrokit packages etc)

UPGRADE OPTIONS

Remote Cooler Power Options --> 200, 230, 380, 460, 575 (Not available on all models, refer to Engineering Guide): Single Point Terminal Block, Non-fused Disconnect Switch, Circuit Breaker, Control Transformer Control Options: Low Ambient Kit extends operating range to 0 deg. F from +25 deg. F Discharge Pressure Transducers and Readout Capability (standard) allows unit to sense and display

discharge pressure Low Temperature Brine for chilling below 30 deg. F Motor Current Module allows monitoring of compressor motor current, provides extra protection against

compressor reverse rotation, phase-loss and phase imbalance Hot Gas Bypass for continuous, stable operation at capacities as low as 5% capacity Service Isolation Valve - suction and discharge (ball type) isolation valves are added to unit per system;

includes a system high pressure relief valve in compliance with ASHRAE 15 Pre-coated, Post-coated Epoxy Dipped or Copper Fin condenser coils Unit Enclosure Options: Wire Panels (full unit-standard): coated, heavy gauge welded wire mesh mounted on exterior of unit to

prevent unauthorized access Louvered Panels (full unit): to protect condenser coils, visually screen internal components and prevent

unauthorized access Sound Attenuation: Compressor Acoustic Sound Blanket Ultra Quiet fans Vibration Isolators - 1" spring, 2" spring or neoprene pad isolators for mounting under unit base rails

11jOHNSON CONTROLS

AIR COOLED SCROLL CHILLERYCAL Style E - 15 to 65 TONS

PACKAGE DESCRIPTION:

Shipped complete from the factory ready for field installation and use

Fully charged with HFC-410A and initial oil charge Baked on powder paint Heavy gauge, formed galvanized steel base Operational and Pressure Tested

Compressors:

Suction-gas cooled, hermetic scroll compressors Large internal volume and oil reservoir provides

greater liquid tolerance Crankcase heaters for extra protection against

liquid migration

Condenser:

Low noise, direct drive, maximum efficiency fans with corrosion resistant aluminum hub and com-posite blades; statically and dynamically balanced

Totally enclosed air over (TEAO) type fan motors, current protected and permanently sealed

Seamless, internally enhanced copper fin & tube coils arranged in staggered rows; mechanically expanded to full-height aluminum fins

Design Working Pressure 650 PSIG Integral subcooling included

Cooler:

Equipped with a heater controlled by separate thermostat for freeze protection to 20 deg. F

Covered by closed cell foam insulation Inlet and outlet are grooved for compatibility with

field supplied victaulic connections

Controls:

All controls housed in a NEMA 3R/12 cabinet with gasket sealed, hinged & latched door

LCD, 40-character display with backlight Color coded, sealed keypad Standard controls permit operation from 25 to

125 deg F.

JOHNSON CONTROLS12

Part Load Rating DataLoad % Ambient (F) Capacity (Tons) Compressor kW Unit Efficiency100.0 95.0 15.4 17.6 10.0 / 2.950.0 70.2 9.1 6.3 16.0 / 4.7

Air Cooled Scroll ChillerPerformance Specification

Model No. Capacity (Tons) Volts/Ph/Hz RefrigerantYCAL0019EE46 15.4 460/3/60 R410A

Evaporator Data Condenser Data Performance DataEWT (F) 54.0 Ambient Temp. (F) 95.0 EER / COP 10.0 / 2.9LWT (F) 44.0 Altitude (ft.) 0 EER IPLV/COP IPLV 14.6 / 4.3Design Flow Rate (gpm) 37.0 Min. Ambient Temp. (F) 25.0 Physical DataPressure Drop (ft.) 6.3 Max. Ambient Temp. (F) 115.0 Rigging Wt. (lbs.) 1454Fluid Water Operating Wt. (lbs.) 1481Fouling Factor 0.00010Water Volume (gal) 3.3

Electrical DataCircuit 1 2 3 4

Compressor RLA 18.6/18.6Compressor Start Current (LRA) 114.0/114.0Fan QTY/FLA (each) 2/1.3

Single PointMin. Circuit Ampacity 44.9Min. Non-Fused Disconnect (Amps) 60Min. Dual Element Fuse Size (Amps) 50Max. Dual Element Fuse Size (Amps) 60Min. Circuit Breaker (Amps) 50Max. Circuit Breaker (Amps) 60Wire Lugs Per Phase* 1Wire Range (Lug Size) (1)#14 - #2/0Total Amps 39.8 Operating Condition Electrical DataInrush (PW) Amps 114.0 Compressor kW 17.6Starter Type Across the Line Total Fan kW 1.0

Total kW 18.6

Notes:

RATED AND CERTIFIED IN ACCORDANCE WITH AHRI STANDARD 550/590.* Use Copper Conductors onlyInstalling contractor must include vent and drain accommodations in the chilled water piping near the evaporator.A strainer, preferably 40 mesh, must be installed in the cooler inlet just ahead of the cooler. This is important to protect the cooler from the entrance of large particles which could cause damage to the evaporator.

13jOHNSON CONTROLS

YCAL15 TO 40

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JOHNSON CONTROLS14




Evaporator Data Condenser Data Performance DataEWT (F) 54.0 Ambient Temp. (F) 95.0 EER / COP 10.0 / 2.9LWT (F) 44.0 Altitude (ft.) 0 EER IPLV/COP IPLV 15.5 / 4.5Design Flow Rate (gpm) 44.8 Min. Ambient Temp. (F) 25.0 Physical DataPressure Drop (ft.) 4.9 Max. Ambient Temp. (F) 115.0 Rigging Wt. (lbs.) 1567Fluid Water Operating Wt. (lbs.) 1597Fouling Factor 0.00010Water Volume. (gal) 3.6




48.1 Total kW 22.5

Notes:


YCAL15 TO 40

15jOHNSON CONTROLS


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LUD

E VE

NT

AN

D D

RA

IN A

CC

OM

OD

ATIO

NS

IN

CH

ILLE

D W

ATER

PIP

ING

NEA

R T

HE

EVA

POR

ATO

R.

5

. A S

TRA

INER

, PR

EFER

AB

LY 4

0 M

ESH

, MU

ST B

E IN

STA

LLED

IN T

HE

CO

OLE

R IN

LET

JU

ST A

HEA

D O

F TH

E C

OO

LER

. TH

IS IS

IMPO

RTA

NT

TO P

RO

TEC

T TH

E C

OO

LER

FR

OM

TH

E EN

TRA

NC

E O

F LA

RG

E PA

RTI

CLE

S W

HIC

H C

OU

LD C

AU

SE D

AM

AG

E TO

TH

E EV

APO

RAT

OR

.

7/8

" TY

P.

VIEW

B-B

POW

ER: S

ING

LE P

OIN

T SU

PPLY

WIT

H T

ERM

INA

L B

LOC

K

5/8"

DIA

MO

UN

TIN

G H

OLE

S(TY

P)

CO

MPR

END 1 1/

16"

5"17

"2

1/4"

OR

IGIN

Y C GX

44 3

/8"

32 1

/8"

6 1/

8"

1 1/

16"

CO

NTR

OL

PA

NEL

E

ND

END

CA

PW

IDTH

FRO

NT

VIEW

109

3/16

"

RIG

GIN

G H

OLE

S(2

) 3.0

X 1

.50

BO

TH S

IDES

15 5

/8"

44 1

/2"

74 1

/2" 9

7 1/

8"

(2) 7

.0 X

2.2

5FO

RK

LIFT

HO

LES

BO

TH S

IDES

2 1/

4"3

3/8"

13 3

/4"

38 3

/16"

9 1/

16"

1"

CO

NTR

OL

PAN

EL

46 1

/16" 4

5 1/

4"

11 5

/8"

2" V

ICTA

ULI

C C

ON

N (T

YP)

LIQ

UID

IN

(2) 3

.0 X

1.5

0R

IGG

ING

HO

LES

BO

TH E

ND

S

44 5

/16"

B

ASE

WID

TH

18 3

/4"

11"

TO A

CC

ESS

PAN

EL 1

6 1/

4"

8 5/

16"

8 5/

16"

BB

2 1/

4"

434

394

366

403

2" V

ICTA

ULI

C C

ON

N (T

YP)

LIQ

UID

OU

T

R-4

10A

CH

ILLE

R

JOHNSON CONTROLS16








Total kW 30.5

Notes:


YCAL15 TO 40

17jOHNSON CONTROLS


Dw

g. S

cale

: N

TSD

wg.

Lev

. : 0

3/05

For :

C

ontr

acto

r :

Engi

neer

: Lo

catio

n :

Proj

ect N

ame

: Con

trac

tors

Gui

de

TAG

:

Dat

e :

Rev

. Dat

e :

Form

: 15

0.64

-EG

1

Sold

To

: C

ust P

urch

Ord

er#

: Yo

rk C

ontr

act#

: U

NIT

NO

T FO

R C

ON

STR

UC

TIO

NM

OD

EL: Y

CA

L002

8EE4

6A

IR-C

OO

LED

SC

RO

LL C

HIL

LER

PRO

DU

CT

DR

AWIN

G

44 5

/16"

B

ASE

WID

TH

50 1

/16"

49 1

/4"

2 1/

4"3

3/8"

17 3

/4"

42 1

/8"

9"

44 3

/8" 32

1/8

"

15 5

/8"

50 1

/2"

80 1

/2" 1

05 1

/16"

6 1/

8"

1"

1 1/

16"

1 1/

16"

5"17

"

6 3/

4"3

1/4"

3 15

/16"

LEFT

EN

DFR

ON

T VI

EW

TOP

VIEW

495

456

423

460

5/8"

DIA

MO

UN

TIN

G H

OLE

S(TY

P)

BO

TTO

M O

F PA

NEL

CO

NTR

OL

PAN

ELCO

NTR

OL

PA

NEL

E

ND

CO

MPR

END

OR

IGIN

NO

TES:

1. P

LAC

EMEN

T O

N A

LEV

EL S

UR

FAC

E FR

EE O

F O

BST

RU

CTI

ON

S (IN

CLU

DIN

G

SN

OW

, FO

R W

INTE

R O

PER

ATIO

N) O

R A

IR R

ECIR

CU

LATI

ON

EN

SUR

ES R

ATED

PER

FOR

MA

NC

E, R

ELIA

BLE

OPE

RAT

ION

AN

D E

ASE

OF

MA

INTE

NA

NC

E.

S

ITE

RES

TRIC

TIO

NS

MAY

CO

MPR

OM

ISE

MIN

IMU

M C

LEA

RA

NC

ES IN

DIC

ATED

BEL

OW

, RES

ULT

ING

IN U

NPR

EDIC

TAB

LE A

IR F

LOW

PAT

TER

NS

AN

D P

OSS

IBLE

DIM

INIS

HED

PER

FOR

MA

NC

E. Y

OR

K'S

UN

IT C

ON

TRO

LS W

ILL

OPT

IMIZ

E

O

PER

ATIO

N W

ITH

OU

T N

UIS

AN

CE

HIG

H P

RES

SUR

E SA

FETY

CU

TOU

T;

H

OW

EVER

, TH

E SY

STEM

DES

IGN

ER M

UST

CO

NSI

DER

PO

TEN

TIA

L

P

ERFO

RM

AN

CE

DEG

RA

DAT

ION

. REC

OM

MEN

DED

MIN

UM

UM

CLE

AR

AN

CES

:

C

OIL

SID

E - 6

' CO

MPR

ESSO

R S

IDE

- 4';

CO

NTR

OL

SID

E - 6

';

T

OP

- NO

OB

STR

UC

TIO

NS

ALL

OW

ED; D

ISTA

NC

E B

ETW

EEN

AD

JAC

ENT

UN

ITS

- 10'

.

N

O M

OR

E TH

EN O

NE

AD

JAC

ENT

WA

LL M

AY B

E H

IGH

ER T

HEN

TH

E U

NIT

.

2. W

EIG

HTS

(LB

):SH

IPPI

NG

- 1

,798

, OPE

RAT

ING

- 1

,835

.

3. C

ENTE

R O

F G

RAV

ITY

FRO

M O

RIG

IN: X

= 63

.1",

Y=

22.9

" .

4

. IN

STA

LLIN

G C

ON

TRA

CTO

R M

UST

INC

LUD

E VE

NT

AN

D D

RA

IN A

CC

OM

OD

ATIO

NS

IN

CH

ILLE

D W

ATER

PIP

ING

NEA

R T

HE

EVA

POR

ATO

R.

5

. A S

TRA

INER

, PR

EFER

AB

LY 4

0 M

ESH

, MU

ST B

E IN

STA

LLED

IN T

HE

CO

OLE

R IN

LET

JU

ST A

HEA

D O

F TH

E C

OO

LER

. TH

IS IS

IMPO

RTA

NT

TO P

RO

TEC

T TH

E C

OO

LER

FR

OM

TH

E EN

TRA

NC

E O

F LA

RG

E PA

RTI

CLE

S W

HIC

H C

OU

LD C

AU

SE D

AM

AG

E TO

TH

E EV

APO

RAT

OR

.

Y C GX

END

CA

PW

IDTH

7/8

" TY

P.

VIEW

B-B

POW

ER: S

ING

LE P

OIN

T SU

PPLY

WIT

H T

ERM

INA

L B

LOC

K

118

5/16

"

RIG

GIN

G H

OLE

S

(2) 7

.0 X

2.2

5FO

RK

LIFT

HO

LES

BO

TH S

IDES

(2) 3

.0 X

1.5

0

BO

TH S

IDES

19"

10 3

/4"8

1/2

"

1 7/

8"

2" V

ICTA

ULI

C C

ON

N (T

YP)

LIQ

UID

OU

T

BB

15 1

/2"

TO A

CC

ESS

PAN

EL 1

3 3/

8"

2 1/

4"

8 5/

16"

8 5/

16"2" V

ICTA

ULI

C C

ON

N (T

YP)

LIQ

UID

IN(2

) 3.0

X 1

.50

RIG

GIN

G H

OLE

S B

OTH

EN

DS

R-4

10A

CH

ILLE

R

A J

OH

NSO

N C

ON

TRO

LS C

OM

PAN

Y

JOHNSON CONTROLS18








Total kW 32.6

Notes:


YCAL15 TO 40

19jOHNSON CONTROLS


Dw

g. S

cale

: N

TSD

wg.

Lev

. : 0

3/05

For :

C

ontr

acto

r :

Engi

neer

: Lo

catio

n :

Proj

ect N

ame

: Con

trac

tors

Gui

de

TAG

:

Dat

e :

Rev

. Dat

e :

Form

: 15

0.64

-EG

1

Sold

To

: C

ust P

urch

Ord

er#

: Yo

rk C

ontr

act#

: U

NIT

NO

T FO

R C

ON

STR

UC

TIO

NM

OD

EL: Y

CA

L003

3EE4

6A

IR-C

OO

LED

SC

RO

LL C

HIL

LER

PRO

DU

CT

DR

AWIN

G

44 5

/16"

B

ASE

WID

TH

50 1

/16"

49 1

/4"

2 1/

4"3

3/8"

17 3

/4"

42 1

/8"

9"

44 3

/8" 32

1/8

"

15 5

/8"

50 1

/2"

80 1

/2" 1

05 1

/16"

6 1/

8"

1"

1 1/

16"

1 1/

16"

5"17

"

6 3/

4"3

1/4"

3 15

/16"

LEFT

EN

DFR

ON

T VI

EW

TOP

VIEW

520

565

516

475

5/8"

DIA

MO

UN

TIN

G H

OLE

S(TY

P)

BO

TTO

M O

F PA

NEL

CO

NTR

OL

PAN

ELCO

NTR

OL

PA

NEL

E

ND

CO

MPR

END

OR

IGIN

NO

TES:

1. P

LAC

EMEN

T O

N A

LEV

EL S

UR

FAC

E FR

EE O

F O

BST

RU

CTI

ON

S (IN

CLU

DIN

G

SN

OW

, FO

R W

INTE

R O

PER

ATIO

N) O

R A

IR R

ECIR

CU

LATI

ON

EN

SUR

ES R

ATED

PER

FOR

MA

NC

E, R

ELIA

BLE

OPE

RAT

ION

AN

D E

ASE

OF

MA

INTE

NA

NC

E.

S

ITE

RES

TRIC

TIO

NS

MAY

CO

MPR

OM

ISE

MIN

IMU

M C

LEA

RA

NC

ES IN

DIC

ATED

BEL

OW

, RES

ULT

ING

IN U

NPR

EDIC

TAB

LE A

IR F

LOW

PAT

TER

NS

AN

D P

OSS

IBLE

DIM

INIS

HED

PER

FOR

MA

NC

E. Y

OR

K'S

UN

IT C

ON

TRO

LS W

ILL

OPT

IMIZ

E

O

PER

ATIO

N W

ITH

OU

T N

UIS

AN

CE

HIG

H P

RES

SUR

E SA

FETY

CU

TOU

T;

H

OW

EVER

, TH

E SY

STEM

DES

IGN

ER M

UST

CO

NSI

DER

PO

TEN

TIA

L

P

ERFO

RM

AN

CE

DEG

RA

DAT

ION

. REC

OM

MEN

DED

MIN

UM

UM

CLE

AR

AN

CES

:

C

OIL

SID

E - 6

' CO

MPR

ESSO

R S

IDE

- 4';

CO

NTR

OL

SID

E - 6

';

T

OP

- NO

OB

STR

UC

TIO

NS

ALL

OW

ED; D

ISTA

NC

E B

ETW

EEN

AD

JAC

ENT

UN

ITS

- 10'

.

N

O M

OR

E TH

EN O

NE

AD

JAC

ENT

WA

LL M

AY B

E H

IGH

ER T

HEN

TH

E U

NIT

.

2. W

EIG

HTS

(LB

):SH

IPPI

NG

- 2

,034

, OPE

RAT

ING

- 2

,077

.

3. C

ENTE

R O

F G

RAV

ITY

FRO

M O

RIG

IN: X

= 67

.1",

Y=

23.1

" .

4

. IN

STA

LLIN

G C

ON

TRA

CTO

R M

UST

INC

LUD

E VE

NT

AN

D D

RA

IN A

CC

OM

OD

ATIO

NS

IN

CH

ILLE

D W

ATER

PIP

ING

NEA

R T

HE

EVA

POR

ATO

R.

5

. A S

TRA

INER

, PR

EFER

AB

LY 4

0 M

ESH

, MU

ST B

E IN

STA

LLED

IN T

HE

CO

OLE

R IN

LET

JU

ST A

HEA

D O

F TH

E C

OO

LER

. TH

IS IS

IMPO

RTA

NT

TO P

RO

TEC

T TH

E C

OO

LER

FR

OM

TH

E EN

TRA

NC

E O

F LA

RG

E PA

RTI

CLE

S W

HIC

H C

OU

LD C

AU

SE D

AM

AG

E TO

TH

E EV

APO

RAT

OR

.

Y C GX

END

CA

PW

IDTH

7/8

" TY

P.

VIEW

B-B

POW

ER: S

ING

LE P

OIN

T SU

PPLY

WIT

H T

ERM

INA

L B

LOC

K

118

5/16

"

RIG

GIN

G H

OLE

S

(2) 7

.0 X

2.2

5FO

RK

LIFT

HO

LES

BO

TH S

IDES

(2) 3

.0 X

1.5

0

BO

TH S

IDES

19"

10 3

/4"8

1/2

"

1 7/

8"

2" V

ICTA

ULI

C C

ON

N (T

YP)

LIQ

UID

OU

T

BB

15 1

/2"

TO A

CC

ESS

PAN

EL 1

3 3/

8"

2 1/

4"

8 5/

16"

8 5/

16"2" V

ICTA

ULI

C C

ON

N (T

YP)

LIQ

UID

IN(2

) 3.0

X 1

.50

RIG

GIN

G H

OLE

S B

OTH

EN

DS

R-4

10A

CH

ILLE

R

A J

OH

NSO

N C

ON

TRO

LS C

OM

PAN

Y

JOHNSON CONTROLS20

Part Load Rating DataLoad % Ambient (F) Capacity (Tons) Compressor kW Unit Efficiency100.0 95.0 37.2 38.8 10.1 / 3.075.0 83.3 30.0 24.4 12.0 / 3.550.0 69.0 21.1 14.2 14.9 / 4.425.0 55.0 11.5 6.6 17.3 / 5.1





Compressor RLA 20.0/20.0 20.0/20.0Compressor Start Current (LRA) 125.0/125.0 125.0/125.0Fan QTY/FLA (each) 2/3.4 2/3.4


Total kW 44.4

Notes:


YCAL15 TO 40

21jOHNSON CONTROLS


Dw

g. S

cale

: N

TSD

wg.

Lev

. : 0

1/02

For :

C

ontr

acto

r :

Engi

neer

: Lo

catio

n :

Proj

ect N

ame

: Con

trac

tors

Gui

de

TAG

:

Dat

e :

Rev

. Dat

e :

Form

: 15

0.62

-EG

1

Sold

To

: C

ust P

urch

Ord

er#

: Yo

rk C

ontr

act#

: U

NIT

NO

T FO

R C

ON

STR

UC

TIO

NM

OD

EL: Y

CA

L004

3EE4

6A

IR-C

OO

LED

SC

RO

LL C

HIL

LER

PRO

DU

CT

DR

AWIN

G

90 9

/16" 4

5 1/

8"

Y

C GX

1 1/

16"

OR

IGIN

END

CA

PW

IDTH

18 1

/2"

TOP

VIEW

925

9 13

/16"

1 1/

16"

611

9 13

/16"

862

569

5/8"

DIA

MO

UN

TIN

G H

OLE

S(TY

P)

VIEW

B-B

3 15

/16"3 1/

4"6

3/4" B

OTT

OM

OF

PAN

EL

7/8

" TY

P.

47 3

/4"

46 1

5/16

"

45 1

/8"

12 5

/8"

3" V

ICTA

ULI

C (T

YP)

90 1

/4"

BA

SE W

IDTH

LEFT

EN

D

LIQ

UID

OU

T

25 3

/16"

15 3

/4"

9 7/

8"

ELEC

TRIC

AL

AC

CES

S PA

NEL

LIQ

UID

IN

144

13/1

6"15

1/1

6"13

15/

16"

TWO

LIF

TIN

G H

OLE

S B

OTH

SID

ES

FRO

NT

VIEW

38"

5 5/

16"

25 3

/8"

13 5

/8"

BB

CO

ILEN

DC

OO

LER

END

NO

TES:

1. P

LAC

EMEN

T O

N A

LEV

EL S

UR

FAC

E FR

EE O

F O

BST

RU

CTI

ON

S (IN

CLU

DIN

G

SN

OW

, FO

R W

INTE

R O

PER

ATIO

N) O

R A

IR R

ECIR

CU

LATI

ON

EN

SUR

ES R

ATED

PER

FOR

MA

NC

E, R

ELIA

BLE

OPE

RAT

ION

AN

D E

ASE

OF

MA

INTE

NA

NC

E.

S

ITE

RES

TRIC

TIO

NS

MAY

CO

MPR

OM

ISE

MIN

IMU

M C

LEA

RA

NC

ES IN

DIC

ATED

BEL

OW

, RES

ULT

ING

IN U

NPR

EDIC

TAB

LE A

IR F

LOW

PAT

TER

NS

AN

D P

OSS

IBLE

DIM

INIS

HED

PER

FOR

MA

NC

E. Y

OR

K'S

UN

IT C

ON

TRO

LS W

ILL

OPT

IMIZ

E

O

PER

ATIO

N W

ITH

OU

T N

UIS

AN

CE

HIG

H P

RES

SUR

E SA

FETY

CU

TOU

T;

H

OW

EVER

, TH

E SY

STEM

DES

IGN

ER M

UST

CO

NSI

DER

PO

TEN

TIA

L

P

ERFO

RM

AN

CE

DEG

RA

DAT

ION

. REC

OM

MEN

DED

MIN

UM

UM

CLE

AR

AN

CES

:

C

OIL

SID

E - 6

' CO

MPR

ESSO

R S

IDE

- 4';

CO

NTR

OL

SID

E - 6

';

T

OP

- NO

OB

STR

UC

TIO

NS

ALL

OW

ED; D

ISTA

NC

E B

ETW

EEN

AD

JAC

ENT

UN

ITS

- 10'

.

N

O M

OR

E TH

EN O

NE

AD

JAC

ENT

WA

LL M

AY B

E H

IGH

ER T

HEN

TH

E U

NIT

.

2. W

EIG

HTS

(LB

):SH

IPPI

NG

- 2

,942

, OPE

RAT

ING

- 2

,967

.

3. C

ENTE

R O

F G

RAV

ITY

FRO

M O

RIG

IN: X

= 59

.6",

Y=

43.6

" .

4

. IN

STA

LLIN

G C

ON

TRA

CTO

R M

UST

INC

LUD

E VE

NT

AN

D D

RA

IN A

CC

OM

OD

ATIO

NS

IN

CH

ILLE

D W

ATER

PIP

ING

NEA

R T

HE

EVA

POR

ATO

R.

5

. A S

TRA

INER

, PR

EFER

AB

LY 4

0 M

ESH

, MU

ST B

E IN

STA

LLED

IN T

HE

CO

OLE

R IN

LET

JU

ST A

HEA

D O

F TH

E C

OO

LER

. TH

IS IS

IMPO

RTA

NT

TO P

RO

TEC

T TH

E C

OO

LER

FR

OM

TH

E EN

TRA

NC

E O

F LA

RG

E PA

RTI

CLE

S W

HIC

H C

OU

LD C

AU

SE D

AM

AG

E TO

TH

E EV

APO

RAT

OR

.

CO

NTR

OL P

AN

EL

POW

ER: S

ING

LE P

OIN

T SU

PPLY

WIT

H T

ERM

INA

L B

LOC

K

A J

OH

NSO

N C

ON

TRO

LS C

OM

PAN

Y

JOHNSON CONTROLS22








Total kW 46.6

Notes:


YCAL15 TO 40

23jOHNSON CONTROLS


Dw

g. S

cale

: N

TSD

wg.

Lev

. : 0

1/02

For :

C

ontr

acto

r :

Engi

neer

: Lo

catio

n :

Proj

ect N

ame

: Con

trac

tors

Gui

de

TAG

:

Dat

e :

Rev

. Dat

e :

Form

: 15

0.62

-EG

1

Sold

To

: C

ust P

urch

Ord

er#

: Yo

rk C

ontr

act#

: U

NIT

NO

T FO

R C

ON

STR

UC

TIO

NM

OD

EL: Y

CA

L004

6EE4

6A

IR-C

OO

LED

SC

RO

LL C

HIL

LER

PRO

DU

CT

DR

AWIN

G

90 9

/16" 4

5 1/

8"

Y

C GX

1 1/

16"

OR

IGIN

END

CA

PW

IDTH

16 1

1/16

"TO

P VI

EW

941

9 13

/16"

1 1/

16"

613

9 13

/16"

875

570

5/8"

DIA

MO

UN

TIN

G H

OLE

S(TY

P)

VIEW

B-B

3 15

/16"3 1/

4"6

3/4" B

OTT

OM

OF

PAN

EL

7/8

" TY

P.

47 3

/4"

46 1

5/16

"

45 1

/8"

12 5

/8"

3" V

ICTA

ULI

C (T

YP)

90 1

/4"

BA

SE W

IDTH

LEFT

EN

D

LIQ

UID

OU

T

25 3

/16"

15 3

/4"

9 7/

8"ELEC

TRIC

AL

AC

CES

S PA

NEL

LIQ

UID

IN

144

13/1

6"15

1/1

6"13

15/

16"

TWO

LIF

TIN

G H

OLE

S B

OTH

SID

ES

FRO

NT

VIEW

38"

5 5/

16"

25 3

/8"

13 5

/8"

BB

CO

ILEN

DC

OO

LER

END

NO

TES:

1. P

LAC

EMEN

T O

N A

LEV

EL S

UR

FAC

E FR

EE O

F O

BST

RU

CTI

ON

S (IN

CLU

DIN

G

SN

OW

, FO

R W

INTE

R O

PER

ATIO

N) O

R A

IR R

ECIR

CU

LATI

ON

EN

SUR

ES R

ATED

PER

FOR

MA

NC

E, R

ELIA

BLE

OPE

RAT

ION

AN

D E

ASE

OF

MA

INTE

NA

NC

E.

S

ITE

RES

TRIC

TIO

NS

MAY

CO

MPR

OM

ISE

MIN

IMU

M C

LEA

RA

NC

ES IN

DIC

ATED

BEL

OW

, RES

ULT

ING

IN U

NPR

EDIC

TAB

LE A

IR F

LOW

PAT

TER

NS

AN

D P

OSS

IBLE

DIM

INIS

HED

PER

FOR

MA

NC

E. Y

OR

K'S

UN

IT C

ON

TRO

LS W

ILL

OPT

IMIZ

E

O

PER

ATIO

N W

ITH

OU

T N

UIS

AN

CE

HIG

H P

RES

SUR

E SA

FETY

CU

TOU

T;

H

OW

EVER

, TH

E SY

STEM

DES

IGN

ER M

UST

CO

NSI

DER

PO

TEN

TIA

L

P

ERFO

RM

AN

CE

DEG

RA

DAT

ION

. REC

OM

MEN

DED

MIN

UM

UM

CLE

AR

AN

CES

:

C

OIL

SID

E - 6

' CO

MPR

ESSO

R S

IDE

- 4';

CO

NTR

OL

SID

E - 6

';

T

OP

- NO

OB

STR

UC

TIO

NS

ALL

OW

ED; D

ISTA

NC

E B

ETW

EEN

AD

JAC

ENT

UN

ITS

- 10'

.

N

O M

OR

E TH

EN O

NE

AD

JAC

ENT

WA

LL M

AY B

E H

IGH

ER T

HEN

TH

E U

NIT

.

2. W

EIG

HTS

(LB

):SH

IPPI

NG

- 2

,968

, OPE

RAT

ING

- 3

,000

.

3. C

ENTE

R O

F G

RAV

ITY

FRO

M O

RIG

IN: X

= 59

.2",

Y=

43.5

" .

4

. IN

STA

LLIN

G C

ON

TRA

CTO

R M

UST

INC

LUD

E VE

NT

AN

D D

RA

IN A

CC

OM

OD

ATIO

NS

IN

CH

ILLE

D W

ATER

PIP

ING

NEA

R T

HE

EVA

POR

ATO

R.

5

. A S

TRA

INER

, PR

EFER

AB

LY 4

0 M

ESH

, MU

ST B

E IN

STA

LLED

IN T

HE

CO

OLE

R IN

LET

JU

ST A

HEA

D O

F TH

E C

OO

LER

. TH

IS IS

IMPO

RTA

NT

TO P

RO

TEC

T TH

E C

OO

LER

FR

OM

TH

E EN

TRA

NC

E O

F LA

RG

E PA

RTI

CLE

S W

HIC

H C

OU

LD C

AU

SE D

AM

AG

E TO

TH

E EV

APO

RAT

OR

.

CO

NTR

OL P

AN

EL

POW

ER: S

ING

LE P

OIN

T SU

PPLY

WIT

H T

ERM

INA

L B

LOC

K

A J

OH

NSO

N C

ON

TRO

LS C

OM

PAN

Y

JOHNSON CONTROLS24








Total kW 54.6

Notes:


YCAL41 TO 65

25jOHNSON CONTROLS


Dw

g. S

cale

: N

TSD

wg.

Lev

. : 0

1/02

For :

C

ontr

acto

r :

Engi

neer

: Lo

catio

n :

Proj

ect N

ame

: Con

trac

tors

Gui

de

TAG

:

Dat

e :

Rev

. Dat

e :

Form

: 15

0.62

-EG

1

Sold

To

: C

ust P

urch

Ord

er#

: Yo

rk C

ontr

act#

: U

NIT

NO

T FO

R C

ON

STR

UC

TIO

NM

OD

EL: Y

CA

L005

2EE4

6A

IR-C

OO

LED

SC

RO

LL C

HIL

LER

PRO

DU

CT

DR

AWIN

G

NO

TES:

1. P

LAC

EMEN

T O

N A

LEV

EL S

UR

FAC

E FR

EE O

F O

BST

RU

CTI

ON

S (IN

CLU

DIN

G

SN

OW

, FO

R W

INTE

R O

PER

ATIO

N) O

R A

IR R

ECIR

CU

LATI

ON

EN

SUR

ES R

ATED

PER

FOR

MA

NC

E, R

ELIA

BLE

OPE

RAT

ION

AN

D E

ASE

OF

MA

INTE

NA

NC

E.

S

ITE

RES

TRIC

TIO

NS

MAY

CO

MPR

OM

ISE

MIN

IMU

M C

LEA

RA

NC

ES IN

DIC

ATED

BEL

OW

, RES

ULT

ING

IN U

NPR

EDIC

TAB

LE A

IR F

LOW

PAT

TER

NS

AN

D P

OSS

IBLE

DIM

INIS

HED

PER

FOR

MA

NC

E. Y

OR

K'S

UN

IT C

ON

TRO

LS W

ILL

OPT

IMIZ

E

O

PER

ATIO

N W

ITH

OU

T N

UIS

AN

CE

HIG

H P

RES

SUR

E SA

FETY

CU

TOU

T;

H

OW

EVER

, TH

E SY

STEM

DES

IGN

ER M

UST

CO

NSI

DER

PO

TEN

TIA

L

P

ERFO

RM

AN

CE

DEG

RA

DAT

ION

. REC

OM

MEN

DED

MIN

UM

UM

CLE

AR

AN

CES

:

C

OIL

SID

E - 6

' CO

MPR

ESSO

R S

IDE

- 4';

CO

NTR

OL

SID

E - 6

';

T

OP

- NO

OB

STR

UC

TIO

NS

ALL

OW

ED; D

ISTA

NC

E B

ETW

EEN

AD

JAC

ENT

UN

ITS

- 10'

.

N

O M

OR

E TH

EN O

NE

AD

JAC

ENT

WA

LL M

AY B

E H

IGH

ER T

HEN

TH

E U

NIT

.

2. W

EIG

HTS

(LB

):SH

IPPI

NG

- 3

,170

, OPE

RAT

ING

- 3

,208

.

3. C

ENTE

R O

F G

RAV

ITY

FRO

M O

RIG

IN: X

= 61

.9",

Y=

42.2

" .

4

. IN

STA

LLIN

G C

ON

TRA

CTO

R M

UST

INC

LUD

E VE

NT

AN

D D

RA

IN A

CC

OM

OD

ATIO

NS

IN

CH

ILLE

D W

ATER

PIP

ING

NEA

R T

HE

EVA

POR

ATO

R.

5

. A S

TRA

INER

, PR

EFER

AB

LY 4

0 M

ESH

, MU

ST B

E IN

STA

LLED

IN T

HE

CO

OLE

R IN

LET

JU

ST A

HEA

D O

F TH

E C

OO

LER

. TH

IS IS

IMPO

RTA

NT

TO P

RO

TEC

T TH

E C

OO

LER

FR

OM

TH

E EN

TRA

NC

E O

F LA

RG

E PA

RTI

CLE

S W

HIC

H C

OU

LD C

AU

SE D

AM

AG

E TO

TH

E EV

APO

RAT

OR

.

90 9

/16" 4

5 1/

8"

18 1

/2"

62 5

/8"

61 7

/8"

25 3

/16"

15 3

/4"

9 13

/16"

45 1

/8"

12 5

/8"

38"

5 5/

16"

144

13/1

6"15

1/1

6"13

15/

16"

25 3

/8"

13 5

/8"

3" V

ICTA

ULI

C (T

YP)

CO

NTR

OL

PA

NEL

TWO

LIF

TIN

G H

OLE

S

ELEC

TRIC

AL

AC

CES

S P

AN

EL

BO

TH S

IDES

90 1

/4"

BA

SE W

IDTH

Y

TOP

VIEW

C GX

FRO

NT

VIEW

LEFT

EN

D

1 1/

16"

1 1/

16"

873

623

713

999

OR

IGIN

9 13

/16"

9 13

/16"

LIQ

UID

OU

T

LIQ

UID

IN

VIEW

B-B

BB5/8"

DIA

MO

UN

TIN

G H

OLE

S(TY

P)

7/8

" TY

P.

3 15

/16"3 1/

4"6

3/4"

END

CA

PW

IDTH

BO

TTO

M O

F PA

NEL

CO

ILEN

DC

OO

LER

END

POW

ER: S

ING

LE P

OIN

T SU

PPLY

WIT

H T

ERM

INA

L B

LOC

K

A J

OH

NSO

N C

ON

TRO

LS C

OM

PAN

Y

JOHNSON CONTROLS26








Total kW 67.0

Notes:


27jOHNSON CONTROLS

YCAL41 TO 65


Dw

g. S

cale

: N

TSD

wg.

Lev

. : 0

1/02

For :

C

ontr

acto

r :

Engi

neer

: Lo

catio

n :

Proj

ect N

ame

: Con

trac

tors

Gui

de

TAG

:

Dat

e :

Rev

. Dat

e :

Form

: 15

0.62

-EG

1

Sold

To

: C

ust P

urch

Ord

er#

: Yo

rk C

ontr

act#

: U

NIT

NO

T FO

R C

ON

STR

UC

TIO

NM

OD

EL: Y

CA

L005

6EE4

6A

IR-C

OO

LED

SC

RO

LL C

HIL

LER

PRO

DU

CT

DR

AWIN

G

NO

TES:

1. P

LAC

EMEN

T O

N A

LEV

EL S

UR

FAC

E FR

EE O

F O

BST

RU

CTI

ON

S (IN

CLU

DIN

G

SN

OW

, FO

R W

INTE

R O

PER

ATIO

N) O

R A

IR R

ECIR

CU

LATI

ON

EN

SUR

ES R

ATED

PER

FOR

MA

NC

E, R

ELIA

BLE

OPE

RAT

ION

AN

D E

ASE

OF

MA

INTE

NA

NC

E.

S

ITE

RES

TRIC

TIO

NS

MAY

CO

MPR

OM

ISE

MIN

IMU

M C

LEA

RA

NC

ES IN

DIC

ATED

BEL

OW

, RES

ULT

ING

IN U

NPR

EDIC

TAB

LE A

IR F

LOW

PAT

TER

NS

AN

D P

OSS

IBLE

DIM

INIS

HED

PER

FOR

MA

NC

E. Y

OR

K'S

UN

IT C

ON

TRO

LS W

ILL

OPT

IMIZ

E

O

PER

ATIO

N W

ITH

OU

T N

UIS

AN

CE

HIG

H P

RES

SUR

E SA

FETY

CU

TOU

T;

H

OW

EVER

, TH

E SY

STEM

DES

IGN

ER M

UST

CO

NSI

DER

PO

TEN

TIA

L

P

ERFO

RM

AN

CE

DEG

RA

DAT

ION

. REC

OM

MEN

DED

MIN

UM

UM

CLE

AR

AN

CES

:

C

OIL

SID

E - 6

' CO

MPR

ESSO

R S

IDE

- 4';

CO

NTR

OL

SID

E - 6

';

T

OP

- NO

OB

STR

UC

TIO

NS

ALL

OW

ED; D

ISTA

NC

E B

ETW

EEN

AD

JAC

ENT

UN

ITS

- 10'

.

N

O M

OR

E TH

EN O

NE

AD

JAC

ENT

WA

LL M

AY B

E H

IGH

ER T

HEN

TH

E U

NIT

.

2. W

EIG

HTS

(LB

):SH

IPPI

NG

- 3

,206

, OPE

RAT

ING

- 3

,244

.

3. C

ENTE

R O

F G

RAV

ITY

FRO

M O

RIG

IN: X

= 61

.5",

Y=

42.2

" .

4

. IN

STA

LLIN

G C

ON

TRA

CTO

R M

UST

INC

LUD

E VE

NT

AN

D D

RA

IN A

CC

OM

OD

ATIO

NS

IN

CH

ILLE

D W

ATER

PIP

ING

NEA

R T

HE

EVA

POR

ATO

R.

5

. A S

TRA

INER

, PR

EFER

AB

LY 4

0 M

ESH

, MU

ST B

E IN

STA

LLED

IN T

HE

CO

OLE

R IN

LET

JU

ST A

HEA

D O

F TH

E C

OO

LER

. TH

IS IS

IMPO

RTA

NT

TO P

RO

TEC

T TH

E C

OO

LER

FR

OM

TH

E EN

TRA

NC

E O

F LA

RG

E PA

RTI

CLE

S W

HIC

H C

OU

LD C

AU

SE D

AM

AG

E TO

TH

E EV

APO

RAT

OR

.

90 9

/16" 4

5 1/

8"

16 1

1/16

"

62 5

/8"

61 7

/8"

25 3

/16"

15 3

/4"

9 7/

8"

45 1

/8"

12 5

/8"

38"

5 3/

16"

144

13/1

6"15

1/1

6"14

"

25 3

/8"

28 9

/16"

3" V

ICTA

ULI

C (T

YP)

CO

NTR

OL

PA

NEL

TWO

LIF

TIN

G H

OLE

S

ELEC

TRIC

AL

AC

CES

S P

AN

EL

BO

TH S

IDES

90 1

/4"

BA

SE W

IDTH

Y

TOP

VIEW

C GX

FRO

NT

VIEW

LEFT

EN

D

1 1/

16"

1 1/

16"

889

625

715

1,0

15

OR

IGIN

9 13

/16"

9 13

/16"

LIQ

UID

OU

T

LIQ

UID

IN

VIEW

B-B

BB5/8"

DIA

MO

UN

TIN

G H

OLE

S(TY

P)

7/8

" TY

P.

3 15

/16"3 1/

4"6

3/4"

END

CA

PW

IDTH

BO

TTO

M O

F PA

NEL

CO

ILEN

DC

OO

LER

END

POW

ER: S

ING

LE P

OIN

T SU

PPLY

WIT

H T

ERM

INA

L B

LOC

K

A J

OH

NSO

N C

ON

TRO

LS C

OM

PAN

Y

JOHNSON CONTROLS28







Single PointMin. Circuit Ampacity 146.0Min. Non-Fused Disconnect (Amps) 200Min. Dual Element Fuse Size (Amps) 175Max. Dual Element Fuse Size (Amps) 175Min. Circuit Breaker (Amps) 175Max. Circuit Breaker (Amps) 175Wire Lugs Per Phase* 1Wire Range (Lug Size) (1)#6 - 350Total Amps 137.6 Operating Condition Electrical DataInrush (PW) Amps 250.0 Compressor kW 72.1Starter Type Across the Line Total Fan kW 6.7

Total kW 78.8

Notes:


29jOHNSON CONTROLS

YCAL41 TO 65


Dw

g. S

cale

: N

TSD

wg.

Lev

. : 0

1/02

For :

C

ontr

acto

r :

Engi

neer

: Lo

catio

n :

Proj

ect N

ame

: Con

trac

tors

Gui

de

TAG

:

Dat

e :

Rev

. Dat

e :

Form

: 15

0.62

-EG

1

Sold

To

: C

ust P

urch

Ord

er#

: Yo

rk C

ontr

act#

: U

NIT

NO

T FO

R C

ON

STR

UC

TIO

NM

OD

EL: Y

CA

L006

6EE4

6A

IR-C

OO

LED

SC

RO

LL C

HIL

LER

PRO

DU

CT

DR

AWIN

G

NO

TES:

1. P

LAC

EMEN

T O

N A

LEV

EL S

UR

FAC

E FR

EE O

F O

BST

RU

CTI

ON

S (IN

CLU

DIN

G

SN

OW

, FO

R W

INTE

R O

PER

ATIO

N) O

R A

IR R

ECIR

CU

LATI

ON

EN

SUR

ES R

ATED

PER

FOR

MA

NC

E, R

ELIA

BLE

OPE

RAT

ION

AN

D E

ASE

OF

MA

INTE

NA

NC

E.

S

ITE

RES

TRIC

TIO

NS

MAY

CO

MPR

OM

ISE

MIN

IMU

M C

LEA

RA

NC

ES IN

DIC

ATED

BEL

OW

, RES

ULT

ING

IN U

NPR

EDIC

TAB

LE A

IR F

LOW

PAT

TER

NS

AN

D P

OSS

IBLE

DIM

INIS

HED

PER

FOR

MA

NC

E. Y

OR

K'S

UN

IT C

ON

TRO

LS W

ILL

OPT

IMIZ

E

O

PER

ATIO

N W

ITH

OU

T N

UIS

AN

CE

HIG

H P

RES

SUR

E SA

FETY

CU

TOU

T;

H

OW

EVER

, TH

E SY

STEM

DES

IGN

ER M

UST

CO

NSI

DER

PO

TEN

TIA

L

P

ERFO

RM

AN

CE

DEG

RA

DAT

ION

. REC

OM

MEN

DED

MIN

UM

UM

CLE

AR

AN

CES

:

C

OIL

SID

E - 6

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guia para substituição de chillers

Documents

control transformer

f brine supply

f single

standard features

separate control wiring

installation costs

scrollcompressor technology

ashrae standard