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Small square 4-pin notebook cooling fan, black frame

SXDOOL

SXDOOL MG60090V1-C170-S99 5V 2.00W 4-pin case fan

SKU CH-RB2Y-7QV7H

A 5 V DC case fan drawing 2.00 W through a 4-pin connector for notebook cooling

  • Power Connector4 Pin
  • 5 V DC operation for low-voltage compatibility
  • 00 W power draw for efficient cooling
  • 4-pin connector enables PWM speed control
  • MG60090V1-C170-S99 model for precise replacement matching
  • First listed by manufacturer in 2018

SUNON MG60090V1-C170-S99 5V 4-pin notebook fan

This 5V DC fan draws 2.00W and connects via a 4-pin power connector. It is intended for notebook cooling and compatible small-form-factor systems that provide a 5V fan header.

Sustained operation at rated voltage

At 5V and 2.00W the motor runs continuously within its design envelope. The 4-pin interface allows the host to adjust speed based on thermal load rather than running at a fixed rate.

Low power draw and PWM control

The 2.00W rating keeps heat output minimal and reduces demand on the notebook's power budget. PWM signalling through the fourth pin enables quiet low-speed operation when temperatures allow.

Highlights

  • 5 V DC operation for low-voltage compatibility
  • 00 W power draw for efficient cooling
  • 4-pin connector enables PWM speed control
  • MG60090V1-C170-S99 model for precise replacement matching
  • First listed by manufacturer in 2018

Specifications

Power Connector4 Pin

Questions about this item

How much heat or noise does the SUNON MG60090V1-C170-S99 produce when running continuously?

The fan is rated at 2.00 W on a 5 V supply, so sustained power draw stays very low and keeps thermal output minimal.

What motherboard header or controller do I need to run this 4-pin 5 V fan?

A standard 4-pin PWM header that provides 5 V power will drive the fan; the fourth pin carries the speed-control signal.

Will the MG60090V1-C170-S99 fit the mounting holes and voltage rails of my older notebook chassis?

It uses a 4-pin connector at 5 V, matching many legacy notebook fan headers, but you must verify the exact screw spacing and connector keying against the original unit.

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