



GTW040FUC15E-M001 combines EC axial fan cooling with a nominal 230VAC supply for server and precision equipment. Its listed 5350 m3/h maximum airflow and 1650 rpm speed define this model's ventilation profile.
| Rated Voltage(V) | 230 |
|---|---|
| Size(mm) | φ528 x 154 |
| Max.Air Flow(m³/h) | 5350 |
| Max.Pressure(Pa) | 198 |
| Input Power(W) | 330 |
| Speed(rpm) | 1650 |
| Noise(db) | 72 |
Equipment manufacturers evaluating precision cooling equipment can consider Delta GTW040FUC15E-M001, an EC axial fan. The fan supports heat removal by keeping air moving through the selected cooling path.
The listed 330 W power rating is relevant to supply sizing and the system energy budget; actual consumption depends on the operating duty. The matching document lists IP54 protection, helping engineers assess enclosure exposure and installation suitability. Keeping inlet obstructions clear helps preserve useful airflow without spending extra power on avoidable system losses.
For OEM design-in and replacement sourcing, confirm the full suffix, connector and mounting pattern to support dependable service in the intended assembly.
Delta GTW040FUC15E-M001 supports cooling in precision cooling equipment. Air circulation around heat-exchange sections helps manage continuous temperature-control demand, supporting stable environmental conditions.
Delta GTW040FUC15E-M001 serves server and storage equipment, helping remove heat from processors, drives and other heat-producing assemblies. Airflow supports stable equipment temperatures.
For telecommunications equipment, Delta GTW040FUC15E-M001 provides equipment cooling around densely arranged electronic assemblies. Managing continuous communication duty helps maintain service continuity.
GTW040FUC15E-M001 is listed for Server and Precision cooling. Confirm the installed airflow demand, pressure loss and ambient conditions before approval.
The workbook lists φ528 x 154 mm. Confirm overall depth, hole pattern, connector clearance and guard or inlet-ring dimensions in the exact mechanical drawing.
230VAC is listed for GTW040FUC15E-M001. Verify the allowable input range, phase, frequency where applicable, polarity and wiring diagram in the exact specification.
The filter data does not confirm a control interface. Check the exact-model datasheet and wiring for PWM, analog control, FG/RD feedback or fixed-speed operation before connection.
Suitability depends on thermal margin, operating temperature, alarm or feedback requirements and system redundancy. Qualify GTW040FUC15E-M001 at the actual duty point; the model name alone is not a reliability guarantee.
RoHS Compliant is listed in the workbook. Obtain the current exact-model declaration and datasheet before claiming safety approvals, ingress protection or international compliance.

GTW063HBK21E-M001 is listed as an EC axial fan for server cooling on three-phase 230/400VAC. Its supplied 805 x 805 x 225 mm dimensions and 1200 rpm speed define the mechanical and operating selection points.
Read More
GTW091PUR22EA offers EC axial fan ventilation for server cooling on three-phase 380-480VAC. A listed 910 mm size and 950 rpm speed distinguish this entry, with 30984 m3/h maximum airflow in the supplied table.
Read More
GTW080PUU23E is an EC axial fan listed for three-phase 380-480VAC server cooling. Its test table records 19626 m3/h at 265 Pa and 1200 rpm without a guard, providing a loaded operating point for system comparison.
Read More
GTW050EUD19E is listed as an EC axial fan for server and precision cooling on single-phase 200-277VAC. The supplied 497 mm size and 1500 rpm speed accompany a maximum airflow specification of 9046 m3/h.
Read More
The GTW091PUU23E is an EC axial fan for server and precision cooling, listed for three-phase 380-480VAC. Its PDF records 36185.9 m3/h at free air and 1100 rpm without a fan guard, identifying the test condition.
Read More
GTW091PUR22E pairs nominal 400VAC EC axial operation with a 950 rpm speed for server and precision cooling. Its PDF lists 30984 m3/h maximum airflow and 0-10V/PWM control for adjusting the fan speed.
Read More