Home › Engine & Ignition › Radiators & Parts › Radiator – CSF (3048)
Radiators & Parts

Radiator – CSF (3048)

Original price was: $113.64.Current price is: $34.09.

Availability: 7 in stock

🚚 Free Shipping over $39
✓ Premium Quality
🔒 Secure Payments
↻ Money Back Guarantee
SKU: 3048
CATEGORY: Radiators & Parts
Description

CSF factories are ISO/TSO certified;CSF Radiators are designed and built to High Performance Standards & sold worldwide for over 50 years – over 30 Million Units Sold!;Our Radiators are carefully engineered & Wind Tunnel Tested in labratory for Cooling Performance Validation;We have over 10,000 different models of Radiators that we manufacture & supply for all the leading brands of vehicles on the road

Specifications

Brand

CSF

Part Number (MPN)

3048

SKU

3048

Condition

New

Box Height (in)

4 14/16

Box Length (in)

27 5/16

Box Weight (lbs)

9

Box Width (in)

23 9/16

Core Length (in)

16 3/4

Core Material

Aluminum

Core Thickness

7/8

Core Width

25 1/8

Csf Cap Number

4503

Down Flow Or Cross Flow Type

Down Flow

Hazardous Material

No

Inlet Diameter

1 1/2 Left

Inlet Length (in)

24 15/16

Inlet Width (in)

1 5/8

Manufacturer Brand

BBMD

No. Of Rows

1

Outlet Diameter

1 1/2 Right

Outlet Length (in)

24 15/16

Outlet Width (in)

1 5/8

Radiator Cap Supplied

No

Tank Material

Plastic

Tech Note

O.E.M. style Plastic tanks & Aluminum core.

Year

2003

Make

Isuzu

Model

Rodeo

Body & Trim

LS

Engine & Transmission

2.2L L4 – Gas

APDI

8012194

CSF

2299

GLOBAL PARTS DISTRIBUTORS

2194C

NAPA Temp

NR2194X

OSC

2194

Reach Cooling

41-2194

SPI

CU2194

Vehicle Fitment

Year Make Model Body & Trim Engine & Transmission
2000 Isuzu Amigo S 2.2L L4 – Gas
2000 Isuzu Amigo S 3.2L V6 – Gas
2000 Isuzu Rodeo LSE 2.2L L4 – Gas
2000 Isuzu Rodeo LSE 3.2L V6 – Gas
2000 Isuzu Rodeo S 2.2L L4 – Gas
2001 Isuzu Rodeo S 2.2L L4 – Gas
2003 Isuzu Rodeo LS 2.2L L4 – Gas
2003 Isuzu Rodeo LS 3.2L V6 – Gas
2003 Isuzu Rodeo LSE 2.2L L4 – Gas
2003 Isuzu Rodeo LSE 3.2L V6 – Gas

Product Information

Scroll to Top