Brushless EWP®160 Kit - Remote Electric Water Pump

12 Volt | Kit Part Number: #8430

The EWP®160 is a high-performance brushless magnetic-drive Electric Water Pump engineered for high-performance street, motorsport, 4WD, marine, heavy-duty cooling and water-to-air intercooler applications. Delivering exceptional flow capability with advanced PWM control, it provides precise thermal management across a wide range of operating conditions.

The EWP®160 is engineered for serious cooling performance where flow under pressure matters. While the EWP®160 delivers an impressive 160 L/min open flow, the true measure of performance is its ability to maintain strong circulation under load:

56.5 L/min @ 1.5 Bar (15m Head)

This is where real-world cooling performance counts.

Under system resistance — through radiators, intercooler cores, heat exchangers, cylinder heads and plumbing — the EWP®160 continues to deliver a powerful and stable 56.5 litres per minute at 1.5 bar. That means consistent coolant movement when your engine or intercooler system is working hardest.

With advanced magnetic drive brushless motor technology, IP68 sealing and full PWM control compatibility, this pump provides precise, reliable cooling performance in the harshest environments.

Engineered for Long Life – Brushless Magnetic Drive Motor

At the heart of the EWP®160 is a magnetic drive brushless motor, specifically chosen for durability, efficiency and continuous-duty operation.

Unlike traditional brushed electric water pumps that rely on carbon brushes (which wear over time), the EWP®160’s brushless design eliminates brush contact — significantly reducing mechanical wear and extending operational lifespan.

Why Brushless Matters

✔ No carbon brushes to wear out
✔ Reduced internal friction
✔ Lower heat generation
✔ Improved electrical efficiency
✔ Greater reliability in continuous operation
✔ Designed for sustained high-load cooling systems

For intercooler pump and charge cooler applications, where the pump may run continuously during boost or extended track sessions, long-term durability is critical. The brushless motor ensures stable performance even in high-temperature engine bays and demanding motorsport environments.

Advanced Brushless Motor Technology

Unlike conventional brushed electric water pumps, the EWP®160 uses a magnetic drive brushless motor, delivering:

• Longer service life
• Reduced electrical noise
• Greater efficiency
• Improved reliability in continuous duty intercooler circuits
• Stable flow in high-temperature engine bays

Full PWM control (100–1000 Hz) allows integration with modern ECUs and standalone controllers, enabling intelligent temperature-based flow management for both engine cooling and intercooler systems.

For optimum coolant management, Davies, Craig recommends the installation of Brushless Variable Speed Fan and EWP® Controller (Part #0550 or #0551).

Davies, Craig has a full range of Digital Thermatic® Fan Switches for when on/off control of the EWP® is desired (Part #0444, #0445, #0448, #0435, #0438 & #0500).
The Brushless EWP® can also be controlled using an aftermarket ECU

High Performance Cooling & Intercooler Flow

• Open Flow Rate: 160 L/min (42.27 GPM)
• Rated Flow: 56.5 L/min @ 1.5 bar (15m head)
• Maximum Head Height: 18.1 m
• Maximum Power: 350 W
• Rated Current: 26 A (Max 29.1 A)

Whether you're running a high-boost turbo engine, LS conversion, endurance race car, off-road vehicle, marine setup, or a high-capacity water-to-air intercooler system, the EWP160 provides the flow and pressure capability required to maintain stable coolant and intake air temperatures under load.

For performance builds using charge Air coolers, this pump ensures rapid coolant circulation between the intercooler core and heat exchanger — helping reduce heat soak and maintain consistent intake air temperatures during repeated pulls, track sessions or sustained boost conditions.

Built for Extreme Conditions

• Operating Voltage Range: 9V – 19V
• Ambient Temperature: -40°C to 80°C
• Fluid Temperature: -40°C to 120°C
• IP68 Rated – Fully sealed against dust and water ingress
• EMC Compliant

From extreme cold starts to high ambient under-bonnet temperatures and boosted engine environments, the EWP160 is engineered to perform.

Heavy Duty Construction

Manufactured using high-grade materials including:

• ADC12 Aluminium housing
• Stainless steel components
• Silicon carbide mechanical seal
• Nitrile sealing elements
• PPS composite internals

Designed specifically for water and water-based coolant systems, including dedicated intercooler circuits, the EWP®160 ensures durability and corrosion resistance in demanding cooling environments.

Installation & Fitment

• Inlet & Outlet Size: 38mm (1½”)
• Fitting Type: Push-on barb with 16AN ORB fitting
• Thread Specification: 1 5/16-12 UN
• Weight: 2013g (Pump only) / 2187g (With bracket)
• Connector: Kastal 10098866 (Female)

Note: This is a centrifugal pump and is not self-priming.

Ideal Applications

• High performance street cars
• Turbocharged & supercharged engines
• Water-to-air intercooler systems
• Charge Air cooler setups
• Circuit & endurance racing
• Drag racing
• 4WD & off-road vehicles
• Marine cooling systems
• Custom engine conversions

EWP® INSTALLATION OPTIONS

Installing an EWP® as an AUXILIARY PUMP

• Leaving the mechanical water pump in place, install the EWP® into the bottom radiator hose.
• Remove the thermostat and drill two approx. 3mm (1/8") holes in the thermostat plate to allow some coolant circulation when the thermostat is closed. Re-install ensuring that the thermostat housing is clean and a new gasket is used if required.

EWP® INSTALLATION – disabling Mechanical water pump

• Leaving the mechanical water pump in place, install the EWP® into the bottom radiator hose and remove the manufacturer’s thermostat.
• You will need to bypass the water pump pulley by installing an appropriate length belt (not supplied). This method makes for an easy installation.
• If running the pump continuously remove the thermostat and drill two approx. 3mm (1/8") holes in the thermostat plate to allow some coolant circulation. Re-install ensuring that the thermostat housing is clean and a new gasket is used if required.

In both these cases, the EWP® will pump past the impeller of the mechanical water pump.

Disengaged mechanical water pump (recommended)

• Remove the mechanical water pump and remove the thermostat.
• Then remove the impeller from the mechanical pump shaft. Retain the mechanical water pump using the pump pulley as an idler to avoid re-routing the drive belt.

• Block any bypass passages and re-install the disengaged water pump ensuring that all gasket surfaces are clean and the new gaskets are properly fitted to prevent leaks.
• Install the EWPÒ into the bottom radiator hose.

Removed mechanical water pump (Ideal)

• Remove the mechanical water pump and thermostat from the engine.
• Install a Davies Craig EWP® Block Adaptor or blanking plate (not supplied). Ensuring the gasket surfaces are clean and the appropriate gasket or sealant is used to prevent leaks.
• Install the EWP® into the bottom radiator hose. This method will require you to modify or replace the standard radiator hose.
• Install an appropriate length belt (not supplied) to drive the accessories.

Brushless EWP®180 Kit - Remote Electric Water Pump

12 Volt | Kit Part Number: #8450

The EWP®180 – 12V Brushless Electric Water Pump is engineered for extreme cooling performance where flow under pressure truly matters.

While many pumps advertise peak open flow numbers, real-world systems operate under restriction — through radiators, intercooler cores, heat exchangers and long plumbing runs.

93 L/min @ 1.5 Bar (15m Head)

This is the number that defines the EWP®180.

Delivering a massive 93 litres per minute at 1.5 bar, the EWP®180 provides genuine, usable flow in pressurised cooling systems — making it an ideal solution for:

• High-boost turbo and supercharged engines

• Water-to-air intercooler systems

• Charge cooler circuits

• Motorsport endurance applications

• Rear-mounted radiator setups

• Marine and heavy-duty cooling systems

With advanced magnetic drive brushless motor technology, IP68 sealing and full PWM control compatibility, this pump provides precise, reliable cooling performance in the harshest environments.

Engineered for Long Life – Brushless Magnetic Drive Motor

At the heart of the EWP®180 is a magnetic drive brushless motor, specifically chosen for durability, efficiency and continuous-duty operation.

Unlike traditional brushed electric water pumps that rely on carbon brushes (which wear over time), the EWP®180’s brushless design eliminates brush contact — significantly reducing mechanical wear and extending operational lifespan.

Why Brushless Matters

✔ No carbon brushes to wear out
✔ Reduced internal friction
✔ Lower heat generation
✔ Improved electrical efficiency
✔ Greater reliability in continuous operation
✔ Designed for sustained high-load cooling systems

For intercooler pump and charge cooler applications, where the pump may run continuously during boost or extended track sessions, long-term durability is critical. The brushless motor ensures stable performance even in high-temperature engine bays and demanding motorsport environments.

KIT CONTENTS
PART DESCRPTION	UNITS
Brushless EWP®180	1
Brushless EWP® Wiring Harness (300mm)	1
Brushless EWP® Mounting Bracket	1
T-Bolt Clamp	1
Vibration Damper M6	2

TECHNICAL SPECIFICATIONS
Operating voltage	13.5V (Max 19V)
Rated current	33 A (Max 39 A)
Open Flow rate	180 l/min 47.6 gal/min
Rated Flowrate @ 1.5 bar (15m) Head	93 l/min 24.6 gal/min
Fluid temp.	-40°C – 120°C -40°F – 248°F
IP Rating	IP68
Pump weight	2,013grams (4.4 lb)
Pump material	Aluminium (ADC12), Stainless Steel, Nitrile, Steel, silicon Carbide, PPS
Burst pressure	500 kPa 72.52 psi
Self Priming	NOT self-priming Centrifugal pump
FittingType	Push on barb with 16AN ORB fitting
Inlet & Outlet Size	38 mm 1 ½ in (with 3mm Sleeve (#8510) 44mm) (with 6mm Sleeve (#8511) 51mm)

Advanced Brushless Motor Technology

Unlike conventional brushed electric water pumps, the EWP®180 uses a magnetic drive brushless motor, delivering:

• Longer service life
• Reduced electrical noise
• Greater efficiency
• Improved reliability in continuous duty intercooler circuits
• Stable flow in high-temperature engine bays

Full PWM control (100–1000 Hz) allows integration with modern ECUs and standalone controllers, enabling intelligent temperature-based flow management for both engine cooling and intercooler systems.

For optimum coolant management, Davies, Craig recommends the installation of Brushless Variable Speed Fan and EWP® Controller (Part #0550 or #0551).

Davies, Craig has a full range of Digital Thermatic® Fan Switches for when on/off control of the EWP® is desired (Part #0444, #0445, #0448, #0435, #0438 & #0500).
The Brushless EWP® can also be controlled using an aftermarket ECU

Designed for Intercooler & Charge Cooling Systems

For performance builds running water-to-air intercoolers, coolant flow stability is critical to reducing intake air temperatures and preventing heat soak.

As a dedicated intercooler pump / charge cooler pump, the EWP®180:

• Maintains high circulation through restrictive intercooler cores

• Supports large front-mounted heat exchangers

• Delivers consistent flow during sustained boost

• Reduces temperature spikes between pulls

• Improves thermal recovery during track sessions

With 93 L/min at 1.5 bar, the EEWP®180 significantly outperforms typical small OEM-style intercooler pumps in high-demand applications.

High Performance Cooling & Intercooler Flow

• Open Flow Rate: 180 L/min (47.6 GPM)
• Rated Flow: 93 L/min @ 1.5 bar (15m head)
• Maximum Head Height: 18.4 m (60ft 4.4")
• Maximum Power: 450 W
• Rated Current: 33 A (Max 39 A)

Whether you're running a high-boost turbo engine, LS conversion, endurance race car, off-road vehicle, marine setup, or a high-capacity water-to-air intercooler system, the EWP®180 provides the flow and pressure capability required to maintain stable coolant and intake air temperatures under load.

For performance builds using charge coolers, this pump ensures rapid coolant circulation between the intercooler core and heat exchanger — helping reduce heat soak and maintain consistent intake air temperatures during repeated pulls, track sessions or sustained boost conditions.

Built for Extreme Conditions

• Operating Voltage Range: 13.5V – 19V
• Ambient Temperature: -40°C to 80°C
• Fluid Temperature: -40°C to 120°C
• IP68 Rated – Fully sealed against dust and water ingress
• EMC Compliant

From extreme cold starts to high ambient under-bonnet temperatures and boosted engine environments, the EWP®180 is engineered to perform.

Heavy Duty Construction

Manufactured using high-grade materials including:

• ADC12 Aluminium housing
• Stainless steel components
• Silicon carbide mechanical seal
• Nitrile sealing elements
• PPS composite internals

Designed specifically for water and water-based coolant systems, including dedicated intercooler circuits, the EWP®180 ensures durability and corrosion resistance in demanding cooling environments.

Installation & Fitment

• Inlet & Outlet Size: 38mm (1½”)
• Fitting Type: Push-on barb with 16AN ORB fitting
• Thread Specification: 1 5/16-12 UN
• Weight: 2013g (Pump only) / 2187g (With bracket)
• Connector: Kastal 10098866 (Female)

Note: This is a centrifugal pump and is not self-priming.

Ideal Applications

• High performance street cars
• Turbocharged & supercharged engines
• Water-to-air intercooler systems
• Charge cooler setups
• Circuit & endurance racing
• Drag racing
• 4WD & off-road vehicles
• Marine cooling systems
• Custom engine conversions

EWP® INSTALLATION OPTIONS

Installing an EWP® as an AUXILIARY PUMP

• Leaving the mechanical water pump in place, install the EWP® into the bottom radiator hose.
• Remove the thermostat and drill two approx. 3mm (1/8") holes in the thermostat plate to allow some coolant circulation when the thermostat is closed. Re-install ensuring that the thermostat housing is clean and a new gasket is used if required.

EWP® INSTALLATION – disabling Mechanical water pump

• Leaving the mechanical water pump in place, install the EWP® into the bottom radiator hose and remove the manufacturer’s thermostat.
• You will need to bypass the water pump pulley by installing an appropriate length belt (not supplied). This method makes for an easy installation.
• If running the pump continuously remove the thermostat and drill two approx. 3mm (1/8") holes in the thermostat plate to allow some coolant circulation. Re-install ensuring that the thermostat housing is clean and a new gasket is used if required.

In both these cases, the EWP® will pump past the impeller of the mechanical water pump.

Disengaged mechanical water pump (recommended)

• Remove the mechanical water pump and remove the thermostat.
• Then remove the impeller from the mechanical pump shaft. Retain the mechanical water pump using the pump pulley as an idler to avoid re-routing the drive belt.

• Block any bypass passages and re-install the disengaged water pump ensuring that all gasket surfaces are clean and the new gaskets are properly fitted to prevent leaks.
• Install the EWPÒ into the bottom radiator hose.

Removed mechanical water pump (Ideal)

• Remove the mechanical water pump and thermostat from the engine.
• Install a Davies Craig EWP® Block Adaptor or blanking plate (not supplied). Ensuring the gasket surfaces are clean and the appropriate gasket or sealant is used to prevent leaks.
• Install the EWP® into the bottom radiator hose. This method will require you to modify or replace the standard radiator hose.
• Install an appropriate length belt (not supplied) to drive the accessories.