Product Description
24VDC electric pump motor designed for electric lift truck hydraulic power units. Intermittent-duty DC motor, robust steel construction, manufacturer part number 900991. Compatible with multiple models in the electric lift truck category. No documented cross-reference equivalents available in manufacturer or distributor resources.
Specifications
Electrical
| Motor Voltage | 24VDC |
Material
| Housing Material | Steel |
Part Numbers
| Manufacturer Part Number | 900991 |
Frequently Asked Questions
Q: What is the voltage and duty rating for motor 900991?
A: Motor 900991 is a 24VDC intermittent-duty electric pump motor. This voltage rating is standard for electric lift truck hydraulic power units from Crown, Toyota, Raymond, Hyster, and Jungheinrich. Intermittent duty means the motor is designed for repeated on-off cycles with cooling periods between operations.
Q: What construction material is used in motor 900991?
A: Motor 900991 features robust steel construction for durability in industrial material handling environments. The steel housing provides thermal dissipation during intermittent operation and impact resistance in warehouse conditions.
Q: Which electric lift truck models is motor 900991 compatible with?
A: Motor 900991 is compatible with multiple models in the electric lift truck category that use 24VDC hydraulic power units. Verify your equipments motor voltage and pump coupling dimensions against product specifications before ordering. No documented cross-reference equivalents are available from manufacturer or distributor resources.
Q: What are the duty cycle limits for motor 900991?
A: Motor 900991 is rated for intermittent duty operation, meaning it is designed for cyclic use with on-off intervals rather than continuous running. Running the motor continuously at full load will cause overheating and premature failure. Refer to the equipment manufacturer specifications for maximum runtime and cooling intervals.
Q: What maintenance is required for this 24VDC motor?
A: Check 24VDC power connections for corrosion and secure fasteners. Ensure ventilation grilles are clear of debris for proper cooling. Monitor brush wear if the motor design uses brushes. Battery voltage should remain within acceptable range; low voltage will reduce motor output and increase heat. Replace the motor if performance degradation occurs or if it no longer reaches rated pump speed.
