- SKU: 49119
- MPN: n/a
- EAN: 4049469149673
EK-Loop VTX PWM Motor is a custom loop water pump with power management control (via PWM - pulse width modulation) of rotation speed through motherboard BIOS or a dedicated fan controller.
EK-Loop VTX PWM Motor
EK-Loop VTX PWM Motor is a custom loop water pump with power management control (via PWM - pulse width modulation) of rotation speed through motherboard BIOS or a dedicated fan controller.
EK-Loop VTX PWM Motor is a custom loop water pump with power management control (via PWM - pulse width modulation) of rotation speed through motherboard BIOS or a dedicated fan controller.
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EK-Loop VTX PWM Motor is a custom loop water pump with power management control (via PWM – pulse width modulation) of rotation speed through motherboard BIOS or a dedicated fan controller.
These VTX pumps, which are already featured in pump-reservoir combos, boast a DDC-compatible mount, remarkable head pressure, and efficient flow rates in a small footprint – making them ideal for smaller cases. The pumps can be used with all reservoirs and distribution plates compatible with DDC pumps, providing an alternative option.
Despite a remarkably small footprint, it has up to 5,3m of head pressure. This is more than adequate for most loops, aside from those featuring 4+ GPUs and lots of QDCs. With the maximum flow rate of 1100L/h, it is sure to provide an ample flow of coolant inside the loop.
The VTX pump is water-lubricated and must not be run dry to prevent permanent bearing damage from occurring. It uses a 4-pin Molex for power and a 4-pin PWM fan header for control and readout.
Pump electrical and mechanical properties:
– Motor: Electronically commuted spherical motor
– Rated voltage: 12V DC
– Power consumption: 18W
– Maximum pressure head: 5.3m
– Maximum flow: 1100L/h
– Maximum system temperature: 60 degreesC
– Materials: NORYL GFN2, EPDM O-rings, Copper Coils, Stainless Steel Shaft, Graphite Bushing
– Power connector: 4-Pin Molex and 4-Pin PWM FAN connector
Operational regime:
– PWM duty cycle: ~ 11-100%
– Default behavior: Runs at 100% duty cycle when no PWM feedback signal is present






















