Exporting industrial equipment to North America means matching the grid, not just the frame. The Lobisong LBAA2D165S-5MNW-02 is a 165mm AC axial fan wound specifically for 380V three-phase 60Hz power found in North American HVAC ventilation supplier settings. Spinning at 3,200 RPM, this high-speed axial fan moves 330 m³/h on a compact Ø165mm impeller while drawing only 35W at 0.1A. Rated IP54 Class F AC fan and S1 continuous duty across -30°C to +60°C, 380V 60Hz axial fan is built for 24/7 OEM equipment cooling ROI and export OEM packages.

Frequency defines the motor's operating point. A three-phase induction motor's synchronous speed is locked to line frequency: at 60 Hz, a two-pole motor runs near 3,200 RPM; at 50 Hz, the same frame drops to ~2,650 RPM and loses airflow. Running a 50Hz-rated fan on North American 60Hz power leads to over-speed, over-current, and premature bearing failure. 380V 60Hz axial fan is wound from the stator out for 60 Hz: magnetic circuit, bearings, and impeller balance are all validated at 3,200 RPM. The result is 330 m³/h of clean axial airflow from a compact Ø165mm cold-rolled sheet impeller.

The power numbers make the design case. At 35W and 0.1A, 380V 60Hz axial fan delivers industrial cooling fan comparison matters in packed enclosures where every watt counts. Because the fan generates minimal waste heat, cabinet thermal budgets can be tighter and breakers smaller. IP54 sealing keeps factory dust and splashes out, while IP54 Class F AC fan gives thermal headroom in hot machinery rooms. Operating across -30°C to +60°C with storage to -40°C to +80°C, 380V 60Hz axial fan tolerates a cold North American winter startup and a summer equipment-room peak. Sealed ball bearings, G6.

• True 60Hz three-phase winding: Wound for 380V (342–418V) at 60 Hz, 380V 60Hz axial fan delivers rated 3,200 RPM on North American grids without misapplication.

• 3,200 RPM high-speed performance: The high-speed axial fan moves 330 m³/h from a compact Ø165mm frame, maximizing airflow per inch of enclosure.

• Ultra-low 35W / 0.1A draw: Minimizes self-heat and branch-circuit load, a real advantage when packing equipment into densely wired OEM enclosures.

• IP54 and Class F: Dust- and splash-resistant protection with 155°C insulation gives this 165mm axial fan headroom for hot, dirty industrial sites.

• S1 continuous duty: Rated for non-stop operation, so this AC axial fan thrives in 24/7 condensers, telecom cabinets, and process cooling.

• 30,000-hour L10 life: Maintenance-free bearings, G6.3 balancing, and JB/T8689 vibration control deliver long service without lubrication or capacitor replacement.

Why does correct frequency matter so much? An induction motor's synchronous speed is (120 × f) / pole count. A two-pole motor on 60 Hz runs ~3,200 RPM loaded; on 50 Hz it drops to ~2,650. Running a 50Hz fan on 60Hz power over-speeds it by ~20%, pushing the impeller past its balanced tip speed. 380V 60Hz axial fan is built to the correct speed: impeller balance, bearing load, and thermal margin are all validated at 3,200 RPM. For an OEM exporting to North America, that correct-speed specification avoids field failures from substituting a 50Hz model.

The three-phase architecture compounds the 60Hz advantage. A three-phase motor produces a smooth rotating field with no starting capacitor—the most common single-phase failure part. It distributes current across three lines and runs with lower vibration. At 0.1A on 380V, 380V 60Hz axial fan barely loads the branch circuit, valuable when an OEM already has dozens of VFDs on the same panel. The 30,000-hour L10 bearing life means this high-speed axial fan typically outlasts the equipment warranty.

• North American HVAC ventilation supplier: Cool machine tools, condensers, and process equipment on 380V 60Hz three-phase industrial power.

• Export OEM packages: Integrate this 165mm AC axial fan into OEM equipment shipped to North America, where 60Hz power is the grid standard.

• Condensers and heat exchangers: 330 m³/h of continuous airflow rejects heat from refrigeration and heat-pump condensers on 60Hz systems.

• Telecom and power cabinets: IP54, S1-duty cooling for rectifiers, batteries, and switchgear in telecom shelters and substations.

• 60Hz ventilation systems: Use 380V 60Hz axial fan for AHU sections, rooftop units, and exhaust systems built for the North American market.

For OEMs exporting to North America, OEM equipment cooling ROI for this fan is precision fitment rather than compromise. Wound for 60Hz three-phase power, it avoids the over-speed and premature-bearing failures caused by substituting a 50Hz model. The 35W / 0.1A draw keeps cabinet thermal budgets tight, and 30,000-hour L10 life means replacements rarely enter the spares chain. For distributors serving the North American market, stocking this high-speed axial fan reduces warranty returns. Specifying this 165mm axial fan once at the OEM design stage prevents a costly field retrofit later.

Q1: Can I use this 165mm axial fan on a 50Hz European or Asian power supply?

A: No. This is a 60Hz-specific winding. Running it on 50Hz drops speed to roughly 2,650 RPM and reduces airflow below rated 330 m³/h. If your destination is a 50Hz market, specify a 50Hz variant instead. Correct-frequency selection guarantees rated performance and avoids warranty disputes.

Q2: Why is the power draw only 35W at 3,200 RPM?

A: Because airflow efficiency scales with impeller design and tip speed. The Ø165mm cold-rolled sheet impeller is aerodynamically optimized to move 330 m³/h at this speed with minimal turbulence. Three-phase winding also runs more efficiently than single-phase, so less power is lost to heat. The low self-heat means the fan adds very little to cabinet thermal load.

Q3: What altitude and ambient conditions is this 380V 60Hz fan rated for?

A: It operates from -30°C to +60°C ambient (storage to -40°C / +80°C), tolerates 0–95% RH, and is rated for installations under 1,000 m altitude. Above 1,000 m, consult the factory for de-rating. IP54 handles factory dust and splash but not pressure wash-down.