Fans
Fans D2E133-CI33-22 centrifugal double inlet cooling fan
Centrifugal double-inlet fan runs at 1700 or 2100 rpm on 230 VAC, drawing up to 0.88 A for industrial cooling
- Double-inlet design moves more air
- 230 VAC single-phase power fits standard supplies
- Runs at 1700 rpm on 50 Hz or 2100 rpm on 60 Hz
- Operates from -25 °C to 35 °C ambient
- Low 175 W draw at 50 Hz keeps energy costs down
Industrial centrifugal double-inlet fan
The D2E133-CI33-22 is a new Germany-sourced ebmpapst centrifugal fan with dual inlets. It runs on 230 VAC single-phase supply at 50 Hz or 60 Hz and suits industrial cooling in medical, rail, drive, hotel and supermarket equipment.
Speed power and capacitor data
At 50 Hz the fan reaches 1700 rpm drawing 0.77 A and 175 W with a 4 µF 400 VDB capacitor. At 60 Hz it runs at 2100 rpm drawing 0.84 A and 190 W using the same capacitor value. Minimum back pressure is 50 Pa at 50 Hz and 200 Pa at 60 Hz.
Ambient range and starting current
The unit operates from -25 °C up to 35 °C at 50 Hz and 25 °C at 60 Hz. Starting current is 0.84 A at 50 Hz and 0.88 A at 60 Hz. Verify your supply voltage, frequency, capacitor rating and duct back-pressure requirements match these figures before ordering.
Highlights
- Double-inlet design moves more air
- 230 VAC single-phase power fits standard supplies
- Runs at 1700 rpm on 50 Hz or 2100 rpm on 60 Hz
- Operates from -25 °C to 35 °C ambient
- Low 175 W draw at 50 Hz keeps energy costs down
Specifications
No published specifications for this item yet.
Questions about this item
What maintenance or replacement will the D2E133-CI33-22 centrifugal fan need over time?
The unit is a sealed centrifugal fan with no user-serviceable parts. The 4 µF 400 VDB capacitor is the only component rated for periodic replacement.
What limit appears first when the D2E133-CI33-22 runs continuously at 230 VAC 50 Hz?
The 35 °C maximum ambient temperature is the first constraint; above it the motor cannot dissipate its 175 W power draw reliably.
How much noise, heat and power does the D2E133-CI33-22 produce when running all day at 230 VAC 50 Hz?
It draws 175 W and 0.77 A at 1700 rpm. Surface temperature rises with load, and acoustic output increases with back pressure above the 50 Pa minimum.
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