DBTLAP
DBTLAP CPU Cooling Fan for MSI GE60 16GA 16GC 5v .55a 3pin
Replacement CPU cooling fan for MSI GE60 16GA and 16GC laptops, 5 V 0.55 A three-pin connector, tested before shipping
- Accessory TypeCooler
- Direct replacement for MSI GE60 16GA and 16GC models
- 5 V, 0.55 A three-pin connector matches original specification
- Each fan tested before shipment for reliable operation
- Verify compatibility using part numbers E33-0800401-mc2, PAAD06015SL or A166
- Single fan unit supplied ready for installation
Replacement fan for MSI GE60 16GA 16GC
This 5 V 0.55 A three-pin cooling fan is built as a direct replacement for the MSI GE60 16GA and 16GC laptop models. It arrives new and individually tested before dispatch. The package contains the single fan unit only.
Compatibility and installation notes
The part suits owners of the listed MSI models who need to replace a worn or noisy original cooler. Buyers who cannot confirm the exact part number E33-0800401-mc2 or PAAD06015SL A166 should look elsewhere, as fitment is not guaranteed for other chassis.
Critical specification — part number match
Correct fitment depends entirely on matching the original part numbers E33-0800401-mc2 and PAAD06015SL A166 shown on the existing fan. Verify those codes against your hardware before ordering to ensure 100 per cent compatibility.
Highlights
- Direct replacement for MSI GE60 16GA and 16GC models
- 5 V, 0.55 A three-pin connector matches original specification
- Each fan tested before shipment for reliable operation
- Verify compatibility using part numbers E33-0800401-mc2, PAAD06015SL or A166
- Single fan unit supplied ready for installation
Specifications
| Accessory Type | Cooler |
|---|
Questions about this item
How do I install the 3-pin fan on my MSI GE60 16GA without damaging the connector?
Align the three-pin plug with the motherboard header, press straight down until it seats fully, and verify the retaining clip clicks; forcing it sideways bends the pins.
What maintenance will this 5 V 0.55 A cooler need over time?
Blow dust from the blades and heatsink fins every few months with compressed air; the sleeve bearing is not user-lubricable, so replace the unit if noise or vibration appears.
At what point does the 0.55 A current limit become the bottleneck during sustained load?
When the CPU draws enough heat that the fan hits its maximum rated speed, the fixed 0.55 A supply caps airflow, so temperatures rise until the system throttles.
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