Product Description
Crown 116833 is a 24VDC electric pump motor designed for integration in Crown electric lift trucks. Supplied as OEM equipment for hydraulic lift applications, this DC series wound motor features sealed bearings and steel construction, and is engineered for intermittent duty cycles typical in electric lift applications. Cross-reference and replacement part numbers are not available from official sources.
Specifications
Electrical
| Motor Voltage | 24VDC |
Material
| Frame Material | Steel housing, industrial powder coat finish |
Part Numbers
| OEM Part Number | 116833 |
Frequently Asked Questions
Q: What is the voltage specification for the CR 116833 motor?
A: The CR 116833 is a 24VDC electric pump motor designed for Crown electric lift trucks. It operates on 24-volt direct current and is supplied as OEM equipment for hydraulic lift applications.
Q: What construction materials are used in the CR 116833?
A: The CR 116833 features a steel housing with industrial powder coat finish, sealed bearing assemblies, and DC series wound motor construction. The steel housing provides durability and corrosion resistance in material handling environments.
Q: What duty cycle is the CR 116833 rated for?
A: The CR 116833 is engineered for intermittent duty cycles typical of electric lift truck service. It is not rated for continuous or 100-percent-duty operation. Proper rest periods between lift cycles extend motor life and prevent thermal overload.
Q: Does the CR 116833 have cross-reference part numbers?
A: Cross-reference and replacement part numbers are not available from official sources for the CR 116833. For compatibility verification, reference Crown equipment part lists or contact with your specific lift truck model documentation.
Q: How do sealed bearings in the CR 116833 improve durability?
A: Sealed bearings in the CR 116833 exclude dirt, moisture, and hydraulic fluid contamination from bearing surfaces. This extends bearing life, reduces maintenance requirements, and prevents premature motor failure from bearing wear in material handling environments.