Product Description
Hyster HY 1334238 24VDC motor for electric lift truck applications. OEM DC motor with precision-wound copper armature, industrial grade brush set, sealed ball bearings, open drip-proof frame, and compatibility with 24V lead-acid battery systems. Engineered for continuous duty cycles on Hyster electric lift trucks.
Specifications
Electrical
| Motor Voltage | 24VDC continuous duty |
| Battery Compatibility | Lead-acid, 24V nominal system voltage |
| Control Voltage | 24VDC |
Material
| Housing Material | Cast iron end brackets, steel main case |
Part Numbers
| OEM Part Number | HY 1334238 |
Frequently Asked Questions
Q: What is the voltage specification for the HY 1334238 motor?
A: The HY 1334238 is a 24VDC continuous duty motor engineered for Hyster electric lift truck applications. It operates with 24V lead-acid battery systems and requires 24VDC control voltage for operation.
Q: What materials are used in the HY 1334238 motor construction?
A: The motor features cast iron end brackets, a steel main case, and precision-wound copper armature. It includes an industrial grade brush set and sealed ball bearings rated for continuous duty cycles in material handling equipment.
Q: Is the HY 1334238 compatible with other lift truck brands besides Hyster?
A: The HY 1334238 is an OEM part engineered specifically for Hyster electric lift trucks. Compatibility with other brands such as Crown, Toyota, or Raymond depends on motor mounting specifications and voltage matching. Verify dimensional fit and control voltage requirements before cross-application.
Q: What duty cycle is the HY 1334238 rated for?
A: The HY 1334238 is rated for continuous duty cycles. The sealed ball bearings and industrial grade brush set are designed to handle repetitive load cycling in electric lift truck applications without interruption.
Q: What frame type does the HY 1334238 use?
A: The motor uses an open drip-proof frame design, which provides protection against moisture and debris commonly encountered in warehouse and material handling environments while allowing adequate ventilation for continuous operation.
