4 Pass 17in. Series 7000 Copper/Aluminum Transmission Cooler Kit
Copper Tube And Aluminum Fin; 16-5/8 in. Width; 5-1/8 in. Height; 3/4 in. Depth; 11/32 in. Hose Size; 4 ft. Hose Length
Transmission Cooler; Compact (Carton)
Series 7000 Transmission Cooler Kit
Product Attributes:
Gross Vehicle Weight:14000 Lbs.
Features:
Prevents Heat Related Transmission Failures
Extends Life Of Transmission
Improves Transmission Performance
Extruded Plastic Cooling Fin Guards
4 Pass Cooler Design
1/2 in. Copper Tubing Expanded Into Aluminum Cooling Fins
11/32 in. Hose Barb Inlets
Rated At 14000 GVW
Includes Complete Hardware Kit
This Tube & Fin transmission cooler features 1/2 in. copper tubing expanded into aluminum cooling fins and include embossed turbulators which serve to agitate fluid for maximum heat transfer. Perfect for today's highly-stressed compact cars and SUVs', they improve shifting performance and extend the life of the transmission by eliminating heat-related transmission failures. This kit comes with a complete transmission cooler hardware kit to easily install onto vehicles with 5/16 in. transmission cooler lines.
PWM Fan Controller; Flush surface mount sending unit.
70 Amp; 3 in. Width; 4-1/2 in. Length; 1-3/4 in. Height
Pulse-Width Modulation Fan Controller; 70 Amp; 3 in. Width; 4-1/2 in. Length; 1-3/4 in. Height;
Pulse-Width Modulation Fan Controller
Features:
Pulse Width Modulation Controls Fan Speed From 0-100 Percent
Constantly Adjusts Fans Speed To Maintain The Desired Temperature
Controls Multiple Electric Fans Up To 65 Amp Capacity
Finned/Aluminum Housing
Includes Automatic Resetting Circuit Breaker
Air Conditioning Override Circuit Built-In
The controller monitors your engine temperature via the side of the radiator, therefore providing a more accurate reading for your cooling system. Using Soft Start Technology, fans ramp up slowly which eliminates harmful AMP spikes. Our new control will keep your fan/s running for an additional 20 seconds after you turn your vehicle off. The unit will continuously monitor your engine's temperature and operate the fans at the optimum fan rate as needed between 1 to 100%. The net result