BDC4028PS SERIES

40 × 40 × 28 mm DC Axial Fan

BDC4028PS dc axial fan

Specifications

SeriesBDC4028PS
Product TypeDC Axial Fan
Dimensions40 × 40 × 28 mm (1.6 × 1.6 × 1.1 in)
Rated Voltage12 / 24 / 48 VDC
Voltage Range7~13.2 / 14~26.4 / 28~56 VDC
Motor TypeBrushless DC motor, auto cutoff, auto restart
Burnout ProtectionElectronically protected, polarity protected
IP ProtectionIP55 / IP67
Frame MaterialGlass fiber reinforced thermoplastic, rated UL94V-0
ImpellerGlass fiber reinforced plastic, rated UL94V-0
BearingBall bearing
RotationCCW when viewed from rotor
ConnectionLead wires
Weight45g (0.1Lbs)

Electrical & Environmental

Dielectric Strength500VAC/min. Max leakage 0.5mA
Speed ControlOption : PWM, SC & SV...
Signal OutputOption : FG, RD...
Operating Temp.–20°C to +65°C
Storage Temp.–20°C to +75°C (at 65%RH)
Life ExpectancyL10 (B:70K hours at 40°C / Y:50K hours at 40°C)

Technical Drawing

Outline dimension drawing of the BDC4028PS

Dimensions in mm (inches). Tolerances as marked.

Performance P-Q Curve

Measured P-Q performance curves for the BDC4028PS

Static pressure vs. airflow per speed variant. Manufacturer test data, tolerance ±10%.

Performance Data

Model NumberRated
Voltage
Voltage
Range
Input
Power (W)
Current
(A)
Speed
(RPM)
Air Volume
(m³/min)
Air Volume
(CFM)
Max SP
(mm H₂O)
Max SP
(in H₂O)
Noise
(dBA)
PQ
Curve
UL
BDC4028PS-12JH12 VDC7~13.231.22.6270001.0136109.734.32682✓
BDC4028PS-12EH12 VDC7~13.222.81.9240000.9533.485.093.35654✓
BDC4028PS-24JHH24 VDC14~26.428.81.2300001.140121.924.8751✓
BDC4028PS-24JH24 VDC14~26.4241.0270001.0136109.734.32682✓
BDC4028PS-24EHH24 VDC14~26.419.20.8250000.9834.891.953.62663✓
BDC4028PS-24EH24 VDC14~26.416.80.7240000.9533.485.093.35654✓
BDC4028PS-48JHH48 VDC28~5631.20.65270001.0136109.734.32682✓
BDC4028PS-48JH48 VDC28~5626.40.55260000.9935101.64.0673✓
BDC4028PS-48EHH48 VDC28~5621.60.45250000.9834.891.953.62663✓
BDC4028PS-48EH48 VDC28~5619.20.4240000.9533.485.093.35654✓

** = "WB" for wire lead type Ball bearing Berring Industrial reserves the right to change data and improve electrical & mechanical design without notice, data tolerance +-10%