Product Description
Three-stage 36VDC vacuum motor with tangential bypass discharge, 5.7 inch frame diameter, and intermittent duty cycle, designed for floor scrubber and sweeper equipment. Includes validated OEM part number 56377477 and cross-reference numbers ADV 56377477, AD56377477, and AD 56377477.
Specifications
Electrical
| Motor Voltage | 36VDC |
| Maximum Current Draw | 17.8 Amps |
Part Numbers
| OEM Part Number | 56377477 |
| Cross-Reference Part Numbers | ADV 56377477, AD56377477, AD 56377477 |
Frequently Asked Questions
Q: What are the voltage and amperage specifications for the ADV56377477 vacuum motor?
A: The ADV56377477 operates at 36VDC with a maximum current draw of 17.8 amps. This three-stage design provides higher suction power than lower-voltage motors for demanding commercial floor scrubber applications.
Q: What is the duty cycle rating for the ADV56377477 motor assembly?
A: The ADV56377477 has an intermittent duty cycle rating. This means the motor is designed for periodic operation with cooling intervals between cycles, not continuous all-day runtime. Confirm your application matches intermittent duty requirements before selection.
Q: What cross-reference part numbers identify the ADV56377477 motor?
A: The ADV56377477 motor cross-references to OEM part number 56377477 and alternate designations ADV 56377477, AD56377477, and AD 56377477. These variations may appear in different Advance equipment documentation and supplier systems.
Q: What is the frame diameter of the ADV56377477 motor, and how does it compare to other Advance motors?
A: The ADV56377477 has a 5.7-inch frame diameter, matching the mechanical envelope of other Advance tangential motors. Verify your equipment frame accepts a 5.7-inch diameter motor assembly before ordering, as frame size compatibility is critical for proper fit.
Q: How does the three-stage design of the ADV56377477 differ from two-stage motors?
A: The three-stage tangential bypass design in the ADV56377477 delivers increased suction power and improved airflow staging compared to two-stage motors. This configuration is optimized for heavy-duty intermittent floor scrubber operation with enhanced debris separation and longer motor service life under peak loading.