Electric Cooling Fans

The introduction of front wheel drive and down sizing of vehicles has led to a rapid growth of electric cooling fans for engine cooling. An efficient and economical method of automotive cooling, electric fans are also the fastest growing segment within Cooling System Products.
With multiple uses for primary and supplemented add-on cooling, electric fans are quickly becoming one of the most important cooling components on today’s vehicles.
As a primary cooling source electric fans provide: • Economical replacement for failed OE parts.
• 5-10% increase in engine power, fuel saving when replacing fan clutch & fan assembly
• Reversible blades for pusher (upstream) or puller (downstream) applications.
• Compatibility with all electric fan controls.
• Coverage for a wide variety of applications.

Electric fans are an excellent solution for vehicles requiring additional air flow. As an add-on cooling source electric fans reduce the workload on the primary cooling fan. Additional air flow increases the operating efficiencies on applications from small to recreational vehicles.

As an add-on cooling source electric fans provide: • Constant air flow regardless of vehicle speed.
• Increased air conditioning performance due to constant air flow across the condenser.
• With the conversion from R12 to R134A refrigerant there is a need for additional condenser
cooling to ensure the overall improved efficiency of the cooling system.
• increased fuel economy.
All Davies, Craig electric fans are packaged complete with instructions and mounting hardware for quick and easy installation.

 
Part No Description
Davies, Craig 8” Electric Fan  
DC0035 Maximum Current - 5.0Amps (12 Volt), 2.5 Amps (24 Volt), Life 1500Hrs at 80degC
Davies, Craig 10” Electric Fan  
DC0045 Maximum Current - 6.5Amps (12 Volt), 3.25 Amps (24 Volt), Life 1500Hrs at 80degC
Davies, Craig 9” Electric Fan  
DC0060 Maximum Current - 7.0Amps (12 Volt), 3.5 Amps (24 Volt), Life 1500Hrs at 80degC
Davies, Craig 12” Electric Fan  
DC0062 Maximum Current - 9.0Amps (12 Volt), 4.5 Amps (24 Volt), Life 1500Hrs at 80degC
Davies, Craig 14” Electric Fan  
DC0064 Maximum Current - 11.0Amps (12 Volt), 5.5 Amps (24 Volt), Life 1500Hrs at 80degC
Davies, Craig 16” Electric Fan  
DC0066 Maximum Current - 19.0Amps (12 Volt), 9.5 Amps (24 Volt), Life 1500Hrs at 80degC
DC0066 Davies, Craig Quick Fit Kit (nylon mounting straps)
   
Above fan assemblies are set up for UP-STREAM applications. For downstream applications the fan blade must be removed and turned over and the polarity reversed.
Electric Water Pump

The world’s first universal fit, automotive Electric Water Pump. Replaces and out performs existing belt drive water pumps. Designed to be installed in the bottom radiator hose. The revolutionary designed Davies, Craig EWP Electric Water Pump is a performance accessory that increases cooling capacity while giving you more engine power - in fact up to 20HP (15kW) more power.
The EWP fits most makes and models of cars on the road today. The kit comes with everything needed for easy installation including easy to understand - do-it-yourself instruction.

 
Part No Description
Davies, Craig Electric Water Pump
DC8005 Operating Voltage; 4VDC to 14.5V DC, Maximum Current: 7.5A, Flowrate: 20L to 80L/min (300gal to 1300gal/hr) at 13.5V DC. Operating Temp: -20degC to 130degC (-5degF to 270degF), Pump design: Clockwise centrifugal with volute chamber. Motor Life 2000hrs continuous at 80degC (180degF) and 12V DC.
Electronic Waterpump Controller

EWP 'smart' Controller Installation procedure:

Combine with the Davies, Craig EWP Electric Water Pump for optimum engine cooling system performance;
Mount controller box under dash;
Connect colour coded relay harness and EWP wire loom to the mating connectors on controller and pump;
Place the temperature sensor in engine thermostat position.

Technical Specifications:
Input Voltage 12V DC to 14.5V DV
Output Voltage 3V to 12V
Max. Current 7.5A
Operating Temperature -20 C to 60 C (-5 F to 140 F)
Controller Type Circuit Board with Microprocessor and Programmable Chip
Sensor Type Thermal Coolant Sensor in water-proof housing
Controller Weight 300 g (10 oz)
Dimensions 95 mm (H) x 65 mm (W) x 50 mm (D) 3-3/4" (H) x 2-9/16" (W) x 2" (D)
Thermal Switches

A Thermal Switch is a temperature device which senses the temperature of the radiator and turns on the electric fan when cooling is needed. The Thermal Switch is adjustable over a wide range of temperatures by turning an adjustable screw located on the controller.

The Mechanical Thermal Switch is adjustable from 80degC-115degC. The Thermal Switch is mounted next to the radiator and the copper probe is mounted inside the radiator hose. The Thermal Switch is then connected to the ignition circuit for operation. The Thermal Switch and Relay Kit enables a fan to operate both thermally and also when air conditioning is running.

The Electronic Thermal Switch Kit is adjustable from 40degC-100degC. The Thermal Switch, Relay and Wiring Loom all come connected ready for mounting. The Thermal Switch can be operated both thermally and also when the air conditioner is running. The Electronic Thermal Switch has an advantage over the Mechanical Thermal Switch in that the probe can be placed between the fins of the radiator and does not have to be placed inside the radiator hose.

 
Part No Description
DC0401 Davies, Craig Mechanical Thermal Switch
DC0404 Davies, Craig Mechanical Thermal Switch & Relay
DC0402 Davies, Craig Mechanical Thermal Switch & Relay