Davies Craig High Flow Electric Water Pump EWP150 & LCD Controller Kit
Davies Craig EWP150 High flow electric water pump with aluminium housing supplied complete with LCD water pump controller.
With a flow rate of 150 litres per minute, this pump is now the highest flowing water pump of it's kind. Can suit hose sizes 38mm and 41mm I.D. and comes complete with wiring harness and relay.
Designed to replace or compliment your existing belt-driven mechanical water pump. By removing the parasitic power losses of a belt-driven water pump the EWP can provide up to 10kW of extra power, increased torque, increased cooling capacity, eliminating heat soak and provide better engine temperature control.
The latest digital fan and pump controller from Davies Craig now features a number of new facilities and improvements, the most obvious being it's LCD display. The display gives real time readouts of coolant temperature, water pump operation, fan operation and also has the ability to report various alarm conditions in case of problems with the coolant system.
This kit price offers a saving of over 10% if buying the two components separately.
With a flow rate of 150 litres per minute, this pump is now the highest flowing water pump of it's kind. Can suit hose sizes 38mm and 41mm I.D. and comes complete with wiring harness and relay.
Designed to replace or compliment your existing belt-driven mechanical water pump. By removing the parasitic power losses of a belt-driven water pump the EWP can provide up to 10kW of extra power, increased torque, increased cooling capacity, eliminating heat soak and provide better engine temperature control.
The latest digital fan and pump controller from Davies Craig now features a number of new facilities and improvements, the most obvious being it's LCD display. The display gives real time readouts of coolant temperature, water pump operation, fan operation and also has the ability to report various alarm conditions in case of problems with the coolant system.
This kit price offers a saving of over 10% if buying the two components separately.