UF-60D11BWH addresses industrial cabinets and power supplies as a 115 VAC AC axial fan housed in a 60 × 60 × 30 mm frame. Ball-bearing construction is the central durability detail, paired with lead-wire connection and motor protection. Rated data: 4 W input, up to 17 m³/h, 3000 rpm, 28 dB.
| Rated Voltage(V) | 115 |
|---|---|
| Size(mm) | 60*60*30 |
| Max.Air Flow(m³/h) | 17 |
| Input Power(W) | 4 |
| Speed(rpm) | 3000 |
| Noise(db) | 28 |
Fulltech UF-60D11BWH supports control cabinets with AC axial fan cooling. The design helps move warm air out of confined equipment spaces before heat affects nearby components.
A listed air-delivery ceiling of 17 m3/h supports thermal planning for the target equipment. Clear inlet space and a defined outlet reduce avoidable flow loss. Ball-bearing construction supports rotational stability and a long-life fan design; the series guidance states more than 40,000 hours at 40°C under its defined conditions.
The UF-60D11BWH suits OEM engineers, equipment manufacturers and maintenance buyers seeking a reliable Fulltech fan. Confirm the complete suffix, connection, mounting and ambient limits before approval.
Fulltech UF-60D11BWH is used in industrial electronic equipment, moving air around electronic assemblies to address continuous component heat. The fan gives OEM equipment a planned airflow route, supports stable equipment operation and helps reduce localized heat.
Fulltech UF-60D11BWH is used in control cabinets, moving air around drives and controllers to address heat trapped inside the enclosure. The fan gives OEM equipment a planned airflow route, supports reliable control-system duty and helps reduce localized heat.
For power supplies, Fulltech UF-60D11BWH helps direct air across power-conversion components. Managing conversion losses is important to dependable power delivery, so the fan supports continuous heat removal and a defined circulation route for equipment manufacturers and service buyers.
Fulltech UF-60D11BWH is used in industrial instruments, moving air around sensitive internal electronics to address localized thermal buildup. The fan gives OEM equipment a planned airflow route, supports measurement and control stability and helps reduce localized heat.
The reference specifies ball bearings and cites a general service-life basis above 40,000 hours at 40°C for this fan family. Actual life depends on temperature, loading, and maintenance.
Keep inlet and outlet clear, secure the frame without distortion, follow the documented connection method, and verify voltage before energizing.
Use its listed 17 m³/h maximum airflow at 3000 rpm to avoid oversizing and compare power input with the required duty point. System-level savings depend on airflow resistance and run time.
The listed noise value is 28 dB. Compare it at the intended duty point and installation distance because enclosure acoustics can change the result.
A lead-wire connection is specified. Follow the matching wiring diagram and isolate power before installation or maintenance.
It is documented for control cabinets, power supplies, instruments, and compact industrial enclosures. Confirm the 60 × 60 × 30 mm envelope and airflow path against the host equipment.