Product Description
Yale OEM drive tire, SKU YL 150110194: solid rubber, 6.00-9 tire with 521 mm diameter and 148 mm width. Compatible with Yale electric lift trucks driving axle, maintains load capacity up to 1975 kg at 10 km/h. Non-marking, high-durability rubber construction for industrial applications.
Specifications
Material
| Tire Material | High-density industrial rubber |
Part Numbers
| OEM Part Number | YL 150110194 |
Frequently Asked Questions
Q: What are the dimensions of the YL 150110194 tire?
A: The YL 150110194 is a 6.00-9 solid rubber tire with a diameter of 521 mm and width of 148 mm. These dimensions are critical for fitment verification on Yale electric lift trucks. Always confirm wheel mounting specifications before ordering to ensure compatibility with your axle assembly.
Q: What load capacity does the YL 150110194 support?
A: The YL 150110194 maintains a load capacity of 1975 kg at a speed rating of 10 km/h. This rating applies to normal industrial duty cycles. Do not exceed these specifications as overloading will reduce tire lifespan and compromise safety.
Q: What material is the YL 150110194 made from?
A: The YL 150110194 is constructed from high-density industrial rubber with non-marking properties. The solid rubber construction provides durability in powered traction applications and will not leave scuff marks on warehouse floors or sensitive surfaces.
Q: Which Yale equipment models use the YL 150110194?
A: The YL 150110194 is designed for Yale electric lift trucks where it serves as a driving axle tire. Confirm your specific model and manufacturing year in the equipment documentation before ordering, as multiple Yale models may use different tire part numbers.
Q: How long does the YL 150110194 typically last in service?
A: Tire lifespan depends on load cycle frequency, floor conditions, and operating speed. The high-density industrial rubber composition is designed for extended duty in warehouse environments. Inspect tires regularly for wear patterns and replace when tread depth becomes uneven or material degradation is visible.