LWFA6E300-138DS-01 product photo
LWFA6E300-138DS-01 product photo
LWFA6E300-138DS-01 product photo
  • ImpellerØ300 mm
  • Max airflow1,596 m³/h
  • Max static pressure368 Pa
  • Voltage230 V
  • Speed480 rpm
  • Input power386 W

LWFA6E300-138DS-01 AC Dual Inlet Forward Centrifugal Blower Ø300 mm

Ø300 mm | AC | Max airflow 1,596 m³/h | Max static pressure 368 Pa

  • Factory direct
  • OEM / ODM
  • Samples in 1–3 days
  • Production 15–30 days
  • 18-month warranty
  • CE · ETL · RoHS
View RFQ →

Digitised from the catalogue curve at standard air (20 °C, 101.3 kPa, 1.2 kg/m³); one curve per voltage / speed grade. The system resistance curve depends on the actual ductwork — confirm the operating point on site. Need an engineer to verify the duty point? Contact us or add the model to your RFQ and note the duty point.

Dimensional drawingDimensions in mm. Confirm against the final approval drawing before machining cut-outs.
LWFA6E300-138DS-01 Dimensional drawing
Performance curve (P-Q)Static pressure vs. airflow. Curve numbers correspond to supply voltage / speed grades.
LWFA6E300-138DS-01 Performance curve (P-Q)

Series catalogue

PDFLWFA LWFA Series Direct Driven centrifugal blower · 1.4 MB

Covers the whole series, not only this model.

Need a non-standard size or another format? Ask an engineer or search the download center.

LWFA6E300-138DS-01 is a LONGWELL AC Dual Inlet Forward Centrifugal Blower from the Dual Inlet Forward Curved Blowers range, impeller Ø300 mm, rated 230 V AC, maximum airflow 1,596 m³/h, maximum static pressure 368 Pa, input power 386 W. The fixed-speed AC external-rotor motor is simple, robust and cost-effective for constant-duty applications.

Technical data

Model LWFA6E300-138DS-01
Series LWFA6E300
Motor type AC
Phase 1-phase
Rated voltage 230 V
Frequency 50 Hz
Current 1.68 A
Input power 386 W
Speed 480 rpm
Max. airflow 1,596 m³/h
Max. static pressure 368 Pa
Ambient temperature -30 ~ 60 °C
Impeller diameter Ø300 mm
Rotor diameter 138
Insulation class F
Bearing Maintenance-free ball bearings
Duty S1

Typical applications

  • Air handling units (AHU) and rooftop units (RTU)
  • Data-center CRAH / CRAC units and fan walls
  • Dust extraction and process ventilation
  • Fan filter units and air purifiers

Series LWFA6E300: models in the same series share the impeller and motor platform and differ in speed grade, voltage or lead-out / terminal-box configuration — compare them in the table below or ask for the best fit at your duty point.

Nameplate values: maximum airflow is measured at zero static pressure and maximum static pressure at zero airflow; the two never occur together. Confirm the operating point on the performance curve. Final selection is subject to the duty point (airflow / static pressure / voltage / control mode) and project verification.

Alternatives with the same impeller (Ø300 mm · AC)

Same impeller, different speed grade, power or wiring. Step up for more airflow, step down for lower noise.

ModelMax airflowMax static pressureSpeedPowerNoiseVoltage
LWFA6E300-138DS-01 this model 1,596 m³/h368 Pa 480 rpm386 W230 V
LWA-300(12")U(S)M-01 35 m³/hsee curve 1,350 rpm100 W110-120 V View
LWA-300(12")U(S)M-02 46 m³/hsee curve 1,350 rpm120 W110-120 V View
LWA-300(12")U(S)M-03 65 m³/hsee curve 2,800 rpm370 W110-120 V View
LWDA-300 (12")U-MWN-01 1,900 m³/hsee curve 3,450 rpm489 W78 dB(A)110-120 V View
LWDA-300 (12")U-MWN-03 1,900 m³/hsee curve 3,450 rpm489 W71 dB(A)110-120 V View
LWEA300S(T)M-067E 2,280 m³/hsee curve 1,450 rpm180 W220 V View
LWEAF300-01 2,280 m³/hsee curve 1,450 rpm180 W220 V View
LWFA-E-300-02 2,900 m³/h408 Pa 65 dB(A) View
LWA-300(12")U(S)M-04 3,000 m³/h230 Pa 2,800 rpm370 W110-120 V View
LWDA-300(12")S-MWN-05 3,000 m³/h230 Pa 2,800 rpm120 W68 dB(A)220 V View
LWFA-E-300-03 3,100 m³/h422 Pa 66 dB(A) View
LWDA-300 (12")S-MWN-02 3,150 m³/hsee curve 2,900 rpm320 W72 dB(A)220-240 V View
LWDA-300 (12")S-MWN-04 3,150 m³/hsee curve 2,900 rpm320 W65 dB(A)220-240 V View
LWFA-E-300-01 4,300 m³/h720 Pa 72 dB(A) View

Not sure which one? Send us the duty point (airflow / static pressure / noise limit) — use the selector or ask an engineer.

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