 |
 |
 |
|
The Cooltron FA1751C-52 series 115V AC fan (P/N:
FA1751B11T7C-52) is 172x151x51mm and features a dual ball bearing with 5 blades and a life expectancy of 80,000 hrs (at 40 C). The FA1751B11T7C52 is a high speed fan, running at 2900/3300 RPM with a 57/61 dBA noise level and a maximum air flow of 198/226 CFM. This fan operates at 100-125V with a power consumption of 25/31W. Operating temperature -20 C - + 70 C (-4 F - 158 F).
- Features capacitor & thermal control
- When viewing from rotor side, blades move counter-clockwise
- Axial fan
- Air is drawn out along the fan's shaft
- Keeps internal computer & cabinet temperatures low
- Part of the Cooltron Excellence Series - longer lifespan, greater durability
- RoHS & CE certified, UL & CUL approved
Specifications
- Cooling Fan Dimensions: 172x151x51mm
- Rated Voltage: 115V AC
- Operating Voltage: 100V-125V AC
- Maximum Rated Current: 0.22/0.28 A
- Fan Power Consumption: 25/31 W
- Rated Fan Speed: 2900/3300 RPM
- Maximum Airflow: 198/226 CFM
- Maximum Static Pressure: 16.7/16.3 mm-H2O
- Cooling Fan Noise Level: 57/61 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: -20 C - + 70 C (-4 F - 158 F)
- Storage Temperature: -40 C - + 85 C (-40 F - 185 F)
- Insulation Resistance: 100mO
- Dielectric Strength: Between terminal & housing 1500 VAC for 1 second
- Polarity Protection: No damage from reverse connection at rated voltage
- Motor Protection: Impedance / Thermal Protected
- Approvals: CE, ROHS, UL, CUL
- Common Uses: Computers, Cabinets
Cooltron Axial Fan FA1751B11T7C-52
|
|
|
 |
|
 |
|
|
|
 |
|
 |
|
Additional Product Information
Cooltron AC cooling fans use alternating current. This means the electricity's flow has the ability to change to the opposite direction easily. AC fans are very powerful, having a higher voltages than DC fans. AC cooling fans typically have a consistent flow rate, providing an even ventilation. If an AC fan needs to be powered by a power supply, it needs to be able to work with AC current. Applications that are not as affected by electromagnetic interference receive the most benefit from AC fans. Electromagnetic interference is a disruption in electrical circuitry that can affect performance by causing a loss of data.
When choosing a cooling fan, the voltage needed is one of the main points to consider. Higher voltage fans are certainly more powerful, but that is not always necessary in every application. The application also influences other characteristics. A cooling fan used in an area such as telecommunications needs to run more precisely than other applications, for example. The intended device should be completely turned off and unplugged before the fan is attached to avoid risking damage to the device or serious injury.
Cooltron Cooling Fan Part Number Guide
|
|
|
|
|
|
|