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Small centrifugal blower fan with black plastic housing and two-pin connector

Heat River Tech LTD

Heat River Tech LTD 7530 DC 12 V 0.36 A 2 Pin case fan

SKU CH-RTHZ-B43XV

A 12 V DC centrifugal blower fan drawing 0.36 A with a 2-pin connector for targeted cooling in projectors or compact cases

  • DC 12 V motor draws only 0.36 A for efficient cooling
  • 2-pin connector fits standard motherboard headers without adapters
  • Centrifugal blower design directs focused airflow through tight chassis spaces
  • Compact 7530 form factor suits projectors and small-form-factor builds

Compact 12 V blower for tight enclosures

This 7530 centrifugal fan runs on 12 V DC and draws 0.36 A through a two-pin connector. Its blower layout pushes air through a narrow outlet, making it suited for projectors, small-form-factor cases or appliance cooling where axial fans cannot fit. Buyers who need high static pressure in a slim profile will find it a direct match.

Two-pin power keeps wiring simple

The fan connects to any 12 V header or supply with a standard two-pin plug, so no PWM header or extra controller is required. It frees up motherboard fan headers for temperature-controlled cooling elsewhere in the build. Not intended for users who want variable-speed control or silent low-RPM operation.

Highlights

  • DC 12 V motor draws only 0.36 A for efficient cooling
  • 2-pin connector fits standard motherboard headers without adapters
  • Centrifugal blower design directs focused airflow through tight chassis spaces
  • Compact 7530 form factor suits projectors and small-form-factor builds

Specifications

No published specifications for this item yet.

Questions about this item

What is the first limit reached when the 7530 blower runs continuously at 12 V?

The 0.36 A current draw is the primary limit; it determines how much power the supply must deliver without voltage sag during sustained operation.

How much heat and noise does the 7530 add when it runs all day at 12 V?

At 0.36 A the fan draws modest power, so heat added to the chassis stays low; the centrifugal blower design moves air through tight ducts with a steady airflow profile rather than high-RPM whine.

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