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SXDOOL

SXDOOL ach0502024 50mm 5020 24V 5400rpm case fan

SKU CH-V8FP-ZJ4EJ MPN ach0502024

A 50 mm hydraulic-bearing case fan running at 5400 rpm on 24 V with a two-pin connector

  • TypeCase Fan
  • Bearing TypeHydraulic
  • Power Connector2 Pin
  • Hydraulic bearing reduces friction for quieter operation
  • 24 V DC input suits industrial and vehicle power systems
  • 5400 rpm rotational speed delivers strong airflow in tight spaces
  • Compact 50 × 50 × 20 mm frame fits 5020 mounting holes

50 mm 24 V case fan for tight builds

The SXDOOL ach0502024 is a 50 mm square frame fan that runs on 24 V DC through a two-pin connector. Its hydraulic bearing and 5400 rpm speed suit compact enclosures such as battery chargers, frequency converters or small-form-factor industrial PCs where space is limited.

Hydraulic bearing and fixed 5400 rpm operation

The hydraulic bearing reduces friction for quieter running than sleeve alternatives at the same speed. The two-pin power lead delivers constant voltage, so the fan spins at its rated 5400 rpm without PWM control or speed reporting. Buyers who need variable speed or a three-pin tachometer signal should look elsewhere.

Highlights

  • Hydraulic bearing reduces friction for quieter operation
  • 24 V DC input suits industrial and vehicle power systems
  • 5400 rpm rotational speed delivers strong airflow in tight spaces
  • Compact 50 × 50 × 20 mm frame fits 5020 mounting holes

Specifications

TypeCase Fan
Bearing TypeHydraulic
Power Connector2 Pin

Questions about this item

How long will the hydraulic bearing last before it needs replacement?

The hydraulic bearing is designed for continuous operation in industrial and charger applications; typical service life extends to tens of thousands of hours at 5400 rpm, but exact replacement interval depends on ambient temperature and dust levels.

At 5400 rpm what limit appears first during sustained use — airflow, noise or bearing temperature?

Bearing temperature rises first under continuous 24 V load; the hydraulic design handles the heat, yet prolonged duty at 5400 rpm will hit thermal limits before airflow or acoustic limits become critical.

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