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The Cooltron FA1738C-31 series 230V AC fan (P/N:
FA1738B22T7C-31) is 170x150x38mm and features a dual ball bearing with 5 blades and a life expectancy of 70,000 hrs (at 40 C). The FA1738B22T7C31 runs at a high speed of 2850/3400 RPM with a 56.1/60.1 dBA noise level and a maximum air flow of 168.5/201 CFM. This fan operates at 220-240V with a power consumption of 36/35W. Operating temperature -10 C - + 70 C (14 F - 158 F).
- Features a capacitor & thermal control
- Fan blades spin clockwise when viewed from rotor side
- Axial fan - air is drawn out along the fan's shaft
- Lowers temperature inside computers & cabinets
- Standard Series fan - cost effective option
- RoHS & CE certified, UL & CUL approved, TUV approved
Specifications
- Cooling Fan Dimensions: 170x150x38mm
- Rated Voltage: 230V AC
- Operating Voltage: 220-240V AC
- Rated Current: 0.16/0.17 A
- Power Consumption: 36/35 W
- Rated Speed: 2850/3400 RPM
- Maximum Airflow: 168.5/201 CFM
- Maximum Static Pressure: 17/19.8 mm-H2O
- Noise Level: 56.1/60.1 dB(A)
- Fan Housing Material: Die-cast Aluminum - painted black
- Fan Blade Material: Thermoplastic UL 94V-0 P.B.T.
- Lead Wire: Terminal Lead
- Operating Temperature: -10 C - + 70 C (14 F - 158 F)
- Storage Temperature: -40 C - + 85 C (-40 F - 185 F)
- Insulation Resistance: 100mOhm
- Dielectric Strength: Between terminal & housing 1500 VAC for 1 second
- Polarity Protection: No damage from reverse connection at rated voltage
- Motor Protection: Impedance Protected
- Approvals: CE, ROHS, UL, CUL, TUV
- Common Uses: Computers, Cabinets, Heat Recovery Ventilators
AC Cooling Fan FA1751B11T7C-31
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Additional Product Information
The alternating current used in AC fans indicates that the flow of electricity has the ability to easily change direction. AC fans usually have higher voltages than DC fans, so they are that much more powerful. AC cooling fans have a constant rate of flow, which is an advantage in jobs that need even ventilation. Any power supplies used by the AC fan need to be able to work with that current. They are most useful in applications that are less affected by electromagnetic interference. Electromagnetic interference is a disruption in electrical circuitry that can affect performance by causing a loss of data.
When choosing a fan, keep in mind the desired voltage. Higher voltage fans are certainly more powerful, but that is not always necessary in every application. The end application also influences other factors. For example, a cooling fan used in a specific situation, like telecommunications, needs to run more precisely and last longer than one in a more generalized application. Before mounting, it is recommended that the intended device be turned off and unplugged to avoid risking injury or damage to the device.
Cooltron Cooling Fan Part Number Guide
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