Product Description
Hyster HY 826037 is a 24VDC series wound motor designed for hydraulic pump drive in electric lift truck applications. Replaces Hyster 0826037 and supersedes 0826038. Direct OEM fitment for multiple Hyster electric lift truck models with confirmed 24V battery systems.
Specifications
Part Numbers & Compatibility
| Make | Hyster |
| Part Number | 826037 |
| Cross-Reference Part Numbers | Replaces 0826037, supersedes 0826038 |
Electrical Specifications
| Motor Voltage | 24VDC continuous duty |
| Typical Compatible Battery Voltage | 24 volts DC |
| Control Voltage | 24VDC direct input |
Performance Specifications
| Duty Cycle | S2 60 minutes, suitable for intermittent pump application |
Additional Specifications
| Frame Material | Industrial-grade steel housing |
Frequently Asked Questions
Q: What makes and models is the HY 826037 compatible with?
A: The HY 826037 is compatible with multiple Hyster electric lift truck models that operate on 24vdc battery systems. Verify your equipment uses a 24vdc system and is designed for hydraulic pump drive applications before ordering.
Q: What material is the HY 826037 constructed from?
A: The HY 826037 is built with industrial-grade materials to ensure durability and long service life in demanding lift truck environments.
Q: How do I know if the HY 826037 is the right replacement for my lift truck?
A: Confirm your lift truck uses a 24vdc system and is designed for hydraulic pump drive. The HY 826037 is a direct replacement for Hyster models that previously used part numbers 0826037 and 0826038.
Q: What is the duty cycle of the HY 826037?
A: The HY 826037 has an s2 duty cycle of 60 minutes, meaning it can operate at rated load for 60 minutes followed by rest periods. This makes it suitable for intermittent hydraulic pump drive applications.
Q: How can I verify the HY 826037 is functioning properly?
A: Ensure a 24vdc supply voltage is present at the motor terminals. The motor should run smoothly without grinding or loud noise. Check for adequate hydraulic pump output pressure and flow. Abnormal heat generation or lack of response to voltage input may indicate a failure.
