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YORK® SINGLE AND TWIN CENTRIFUGAL CABINET FANS, CC-SERIES

10

Model

CC  = Single Unit

CCB =  Dual Unit

 

Unit Size

10, 12, 15, 18 

 

Motor Speed

1 = Single Speed  

2 = 2S2W Single & Three Phase

3 = 2S1W Three Phase  

Horse Power

See selection software. 

Enclosure

O = Open Drip Proof       

T = Totally Enclosed

Voltage

See selection software.

Phase

1  = Single  

3 = Three

Cycle

5 = 50 Hz  

6 = 60 Hz

Paint / Coating

0  = None

F = Epoxy Powder Coat*

G = Epoxy Powder Coat with UV*

H = Hi-Temp Powder Coat*

J  = Non-stick Powder Coat*

K = Phenolic Powder Coat*

L  = Phenolic Powder Coat with UV*

N = Polyester Powder Coat

X = Special

* Not available with choice of color.

Color

0   =  None

50  =  Chrome Green

55  =  Pale Green

56  =  Dove Gray

61  =  White

63  =  Oxford Beige

65  =  Dover White

66  =  Desert Tan

70  =  Black

73  =  Smoke Gray

77  =  Brick Red

79  =  Peppercorn

81  =  Pale Brown

83  =  Chocolate Brown

85  =  Timeless Bronze

94  =  Charcoal

X   =  Special

Damper

0  = None

D = Damper

Vibration Isolation

0  = None

RH =  Rubber  Hanger

SH =  Spring  Hanger

RF =  Rubber Floor

SF =  Spring Floor

SC =  Support Channels with Rubber Floor

Insulation

0  = None

A = Insulation

Guard

0  = None

N = Inlet

U = Outlet

B = Both

Dust Filter

0  = None

F = Dust Filter

Filter Replacement Quantity

0  to 99

Disconnect Switch

0  =   None

1  =  NEMA 1 Disconnect Switch

3R =  NEMA 3R Disconnect Switch

4  =  NEMA 4 Disconnect Switch

Internal Wiring

0  =   None

1  =  NEMA 1 Internal Wiring

3R =  NEMA 3R Internal Wiring

Thermal Overload Protection

0  =  None          

P = Thermal Protection

ENGINEERING SPECIFICATIONS

CC Units

Belt drive cabinet inline duct fan shall be 

model CC, manufactured by YORK® by 

Johnson Controls. 

Fan housing shall be galvanized steel, 

shall enclose the motor/fan assembly, 

and include removable side panels to 

allow access to the motor/fan assembly. 

Fans shall have a forward curved 

centrifugal wheel. Fan motors shall be 

continuous duty, ball bearing design, 

permanently lubricated, positively 

cooled,  and  furnished  at  the  specified 

voltage, phase, and enclosure.

Each fan shall bear the AMCA Licensed 

Ratings Seal for Air Performance and 

shall be 

C

UL

US

 Listed.

CCB Units

Belt drive dual cabinet inline duct fan 

shall be model CCB, manufactured by 

YORK® by Johnson Controls.

Fan housing shall be galvanized 

steel, shall enclose two motor/fan 

assemblies, and include removable side 

panels to allow access to the motor/

fan assemblies. Fans shall have a 

forward curved centrifugal wheels. Fan 

motors shall be continuous duty, ball 

bearing design, permanently lubricated, 

positively cooled, and furnished at the 

specified voltage, phase, and enclosure. 

Each fan shall bear the AMCA Licensed 

Ratings Seal for Air Performance and 

shall be 

C

UL

US

 Listed.

Summary of Contents for CC10

Page 1: ...Single and Twin Centrifugal Cabinet Fans CC Series...

Page 2: ...uction Certifications Features Benefits 4 Options Accessories 5 Typical Applications Belt Drive Performance Data Overview 6 Dimensional Data 8 Performance Data 10 Engineering Specifications TABLE OF C...

Page 3: ...of the unit for safety This design also cools the motor so the unit will run more efficiently Ball Bearing Motor CC Series cabinet fans utilize ball bearing motors for durability and long life Easy Ac...

Page 4: ...Wiring is only run from the motor to the junction box Factory wiring of explosion proof applications is not available A wide range of NEMA rated enclosures with disconnect switches are available for...

Page 5: ...er fan speeds tend to have higher drive losses than lower fan speeds at the same horsepower Drive Loss Reference Chart For totally enclosed explosion proof multi speed and all 1 0 Service Factor motor...

Page 6: ...1 4 18 1 5 8 13 3 8 17 1 2 11 1 8 7 3 8 1 5 8 CC12 27 1 2 27 23 13 1 2 15 5 8 21 1 8 25 1 8 20 21 1 5 8 16 1 8 21 13 1 2 8 1 8 1 3 8 CC15 32 33 1 2 28 15 7 8 18 5 8 25 30 1 2 24 1 2 26 1 1 2 19 1 2 2...

Page 7: ...odel A B C W Outlet Z Inlet U Y V S T X D E F G CCB10 24 3 4 22 1 4 20 45 11 3 8 13 1 8 9 5 8 18 1 8 20 1 8 2 3 8 50 1 2 48 1 2 1 5 8 13 3 8 1 CCB12 27 1 2 27 23 54 1 2 13 1 2 15 5 8 11 7 8 21 1 8 25...

Page 8: ...613 2 18 647 2 38 708 2 75 761 3 19 809 3 61 CC18 Inlet Area FT2 8 40 Outlet Area FT2 2 87 Outlet Velocity FPM CFM 2 87 Tip Speed FPM 4 75xRPM Wheel Dia 18 1 8 CFM 0 125 S P 0 250 S P 0 375 S P 0 500...

Page 9: ...77 709 5 53 761 6 39 809 7 23 CCB18 Inlet Area FT2 16 80 Outlet Area FT2 5 74 Outlet Velocity FPM CFM 5 74 Tip Speed FPM 4 75xRPM Wheel Dia 18 1 8 CFM 0 125 S P 0 250 S P 0 375 S P 0 500 S P 0 625 S...

Page 10: ...ct Switch 3R NEMA 3R Disconnect Switch 4 NEMA 4 Disconnect Switch Internal Wiring 0 None 1 NEMA 1 Internal Wiring 3R NEMA 3R Internal Wiring Thermal Overload Protection 0 None P Thermal Protection ENG...

Page 11: ......

Page 12: ...our overall costs If you re interested in revolutionizing your HVAC system contact and expert today Otherwise browse our full suite of HVAC products Please visit us at johnsoncontrols com hvac for mor...

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