Product Description
The Yale YL 550038923 Motor Cover (Left Side) is an OEM component engineered for Yale electric lift trucks, offering robust drive motor protection and compatibility with validated cross-reference part numbers YT550038923, 550038923. Designed for direct left-side installation, constructed from impact-resistant industrial polymer, and manufactured in alignment with original Yale specifications.
Specifications
Material & Construction
| Material | Impact-resistant industrial polymer |
Part Numbers & Compatibility
| Make | Yale, Hyster, Cat Caterpillar |
| Model | MPB040EB827, MPB045EB827, MPW045EB802, MPW050EC802 |
| Manufacturer Part Number | YL 550038923 |
| Part Number | YL550038923 |
| Cross-reference Part Numbers | YT550038923, YT 550038923, 550038923 |
Additional Specifications
| Installation Side | Left Side |
| Manufacturing Standards | Manufactured in alignment with original Yale specifications |
Frequently Asked Questions
Q: What is the YL 550038923 used for?
A: The YL 550038923 is a replacement motor cover designed to protect the drive motor assembly in electric lift trucks. It provides durable shielding against impacts and environmental wear.
Q: Which makes and models is the YL 550038923 compatible with?
A: The YL 550038923 is compatible with Yale, Hyster, and Caterpillar electric lift trucks. It fits specific models including MPB040EB827, MPB045EB827, MPW045EB802, and MPW050EC802.
Q: What material is the YL 550038923 made from?
A: The YL 550038923 is constructed from high-impact industrial polymer. This material is engineered to withstand collisions, friction, and environmental wear without cracking or deforming.
Q: How do I determine if the YL 550038923 is the correct cover for my equipment?
A: The YL 550038923 is specifically the left side motor cover. Ensure your equipment matches the compatible models listed and that you are ordering the correct side for installation.
Q: Is the YL 550038923 a direct replacement part?
A: Yes, the YL 550038923 is a direct replacement part designed to meet the same performance and material standards as the original factory component.
