





The 48VDC THB1748BG addresses industrial and telecom cooling with an 8000 rpm axial fan rotor. Its listed maximum airflow is 1030 m3/h, while the 168 W input is an important requirement for supply selection.
| Rated Voltage(V) | 48 |
|---|---|
| Size(mm) | 172φ*51 |
| Max.Air Flow(m³/h) | 1030 |
| Input Power(W) | 168 |
| Speed(rpm) | 8000 |
| Noise(db) | 75 |
THB1748BG is a Delta cooling solution for energy equipment. This brushless DC axial fan gives designers a practical means of circulating air through a thermally loaded equipment section.
A listed speed of 8000 rpm helps define the operating profile when reviewing airflow demand, mechanical mounting and the enclosure's acoustic target. The axial layout moves air along the fan axis, supporting a direct ventilation route through the equipment opening. Selecting the operating point against real pressure loss helps avoid oversizing and keeps thermal design focused on useful air delivery.
Equipment manufacturers and maintenance teams should match the complete part number and installation limits for reliable operation across the service cycle.
In telecommunications equipment, Delta THB1748BG helps remove heat from densely arranged electronic assemblies. The cooling solution addresses continuous communication duty to support service continuity.
For industrial control equipment, Delta THB1748BG provides equipment cooling around controllers and electronic modules. Managing heat accumulated within enclosures helps maintain stable automation operation.
In energy equipment, air movement helps handle recurring thermal loads. Delta THB1748BG supports cooling around electrical conversion assemblies, contributing to reliable equipment operation.
No maximum-pressure value is present in the filter row. Match the exact-model curve to the system resistance before using the fan in a restricted airflow path.
The workbook lists 172φ x 51 mm. Confirm overall depth, hole pattern, connector clearance and guard or inlet-ring dimensions in the exact mechanical drawing.
THB1748BG is listed for Industrial and Telecom cooling. Confirm the installed airflow demand, pressure loss and ambient conditions before approval.
The workbook lists a maximum airflow of 1030 m3/h. This is not the airflow at every system resistance; use the applicable pressure-flow curve to identify the installed operating point.
A matching outline alone does not prove compatibility. Check 48VDC, mounting dimensions, connector, pinout, airflow direction, control signals and the required pressure-flow point.

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