Vszerda
Vszerda 3115PS-12T-B30 Cooling Fan 115V AC 50/60Hz 9/7W 3200RPM 80x80x38mm
115 V AC cooling fan runs at 3200 RPM, measures 80 × 80 × 38 mm, and draws 9/7 W
- Runs on standard 115 V AC mains power
- Dual-frequency 50/60 Hz motor fits global supplies
- 3200 RPM airflow cools equipment efficiently
- Compact 80 × 80 × 38 mm frame fits tight spaces
- Brand-new unit with 12-month manufacturer warranty
AC 115V axial cooling fan
This Vszerda 3115PS-12T-B30 is a new 80 × 80 × 38 mm axial fan that runs on 115 V AC at 50 or 60 Hz. It draws 9 W at 50 Hz and 7 W at 60 Hz while spinning at 3200 RPM. The unit is a direct replacement for the same model number in compatible equipment.
Installers matching the exact part number
Technicians who have verified the 3115PS-12T-B30 part number and the 8038 frame size can install this fan as a drop-in spare. Buyers who need a different voltage, frame dimensions, speed rating or connector type should look at other models because this unit only matches the specifications listed above.
3200 RPM at 115 V AC
The decisive figure is the 3200 RPM speed delivered at 115 V AC across both 50 Hz and 60 Hz mains frequencies. If the target device requires that exact speed at this voltage, the fan fits; if the application demands a different speed or voltage, this part will not meet the requirement.
Highlights
- Runs on standard 115 V AC mains power
- Dual-frequency 50/60 Hz motor fits global supplies
- 3200 RPM airflow cools equipment efficiently
- Compact 80 × 80 × 38 mm frame fits tight spaces
- Brand-new unit with 12-month manufacturer warranty
Specifications
No published specifications for this item yet.
Questions about this item
How do I install the 80 mm square fan with 38 mm depth and what step is often missed?
Mount the 80×80×38 mm frame using four corner screws, then connect the two AC leads to 115 V mains; the step often missed is verifying the 50/60 Hz rating matches local supply before powering on.
What maintenance will the 3200 RPM sleeve-bearing fan need later?
Expect to clean dust from the blades every few months and plan replacement when bearing noise rises or speed drops below 3200 RPM, typically after several years of continuous 115 V AC operation.
Which limit appears first during sustained 115 V AC running at 3200 RPM?
Bearing wear and rising temperature are the first limits; continuous 9/7 W draw at 3200 RPM gradually degrades the sleeve bearing, leading to increased noise and reduced airflow before electrical failure occurs.
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