Free UPS Ground on All Orders!
+1 (919) 205-4392
FANUC A02B A02B-0047-C920

Product image is representative; revision or series may vary. Contact us to request a specific version.

A02B-0047-C920

|

The A02B-0047-C920 by FANUC is an axial fan unit designed for effective cooling in various applications. It operates efficiently with an input voltage of 208–240 VAC, delivering an output power of between 30 and 32 watts.

Call for an immediate quote
2 Year DO Supply Warranty
Available
Ships from Raleigh, NC
Not an Authorized Distributor: DO Supply is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All of our products come with DO Supply's 2-year warranty.
Learn more

Technical specifications for A02B-0047-C920

ManufacturerFANUC
Product TypeFan Unit
Product LineA02B
Part NumberA02B-0047-C920
Voltage TypeAC
Input Voltage208–240 VAC
Output Power30–32 W
Input Current0.13 A (approx.)
Rotation TypeAxial
ConnectorFANUC-specific harness
Mounting TypeInternal chassis enclosure
Protection ClassIndustrial fan housing
ApplicationCooling FANUC servo/drive/CNC modules

The FANUC A02B-0047-C920 is a dedicated axial fan unit designed to provide effective cooling for servo, drive, and CNC systems. This fan operates with an AC input voltage range of 208 to 240 VAC and is capable of outputting power levels between 30 and 32 watts. With a nominal input current of approximately 0.13 A, it ensures efficient energy use during operation.

Designed with a specific connectivity option, this unit features a FANUC-specific harness suitable for seamless integration into existing systems. The mounting arrangement is specifically designed for internal chassis enclosures, positioning the fan to optimize airflow within the equipment.

Constructed with a robust industrial fan housing, this fan unit provides reliable protection and functionality under various operational conditions. Its total weight is approximately 4.75 lbs. (2.15 kg), which contributes to its effective performance in compact spaces.