1996 Ford E-250 Econoline Engine Heaters
Save up to 40% on original replacement 1996 Ford E-250 Econoline Engine Heaters. Navigate our online catalogue to find Engine Heaters and other parts designed specifically to fit a 1996 Ford E-250 Econoline.
Engine Heater
$50.29
$102.63
10+ In Stock
Ships: Monday Sep. 22nd
Pick-Up: Ready in 1 Hour Monday Sep. 22nd
Pick-Up: Ready in 1 Hour Monday Sep. 22nd
Condition: New
Required Per Vehicle: 1
Required Per Vehicle: 1
Vehicle fitment:
Engine Base: 5.8L 5753cc 351ci V8 (4.00x3.50; 101.6x88.9);
Engine Base: 5.8L 5753cc 351ci V8 (4.00x3.50; 101.6x88.9);
Vehicle Fitment Notes:
Freeze Plug Heater - Standard Version 1-1/2" Freeze Plug Bore Diameter Freeze Plug Installation Location: Left Rear or Right Rear 12 O-Clock Point Element Point Element - Please Confirm Element Orientation. Improper Position May Result in Heater or Engine Damage
Freeze Plug Heater - Standard Version 1-1/2" Freeze Plug Bore Diameter Freeze Plug Installation Location: Left Rear or Right Rear 12 O-Clock Point Element Point Element - Please Confirm Element Orientation. Improper Position May Result in Heater or Engine Damage
Engine Heater
$50.29
$60.22
10+ In Stock
Ships: Monday Sep. 22nd
Pick-Up: Ready in 1 Hour Monday Sep. 22nd
Pick-Up: Ready in 1 Hour Monday Sep. 22nd
Condition: New
Required Per Vehicle: 1
Required Per Vehicle: 1
Vehicle fitment:
Engine Base: 4.9L 4917cc 300ci L6 (4.00x3.98; 101.6x101.0);
Engine Base: 4.9L 4917cc 300ci L6 (4.00x3.98; 101.6x101.0);
Vehicle Fitment Notes:
Hose Type Heater - Standard Version 1-5/8" Freeze Plug Bore Diameter Freeze Plug Installation Location: Left Center or Left Rear 12 O-Clock Point Element Lower Radiator Hose Heater Point Element - Please Confirm Element Orientation. Improper Position May Result in Heater or Engine Damage
Hose Type Heater - Standard Version 1-5/8" Freeze Plug Bore Diameter Freeze Plug Installation Location: Left Center or Left Rear 12 O-Clock Point Element Lower Radiator Hose Heater Point Element - Please Confirm Element Orientation. Improper Position May Result in Heater or Engine Damage