Product Description
OEM axle for electric lift truck, SKU 3127827, compatible with rear drive assemblies in material handling vehicles. Features SAE 1045 forged steel housing, 3,300 lbs capacity, deep groove bearings, and differential gear ratio 10.24:1. Manufactured for continuous duty cycles with phosphate-coated finish.
Specifications
Material
| Axle Housing Material | SAE 1045 forged steel |
| Surface Hardness | Brinell 210 HB minimum at bearing surfaces |
Part Numbers
| OEM Part Number | 3127827 |
Performance
| Duty Cycle | Continuous duty, rated for up to 120 start/stop cycles per hour |
| Service Factor | 1.15 |
| Efficiency Rating | 85% mechanical efficiency at maximum load |
Frequently Asked Questions
Q: What is the load capacity of the 3127827 axle assembly?
A: The 3127827 axle is rated for 3,300 lbs capacity and is designed for rear drive assemblies in electric lift trucks. It features a service factor of 1.15 and maintains 85 percent mechanical efficiency at maximum load.
Q: What material is the 3127827 axle housing made from?
A: The 3127827 features an SAE 1045 forged steel housing with a phosphate-coated finish. The surface hardness at bearing surfaces is Brinell 210 HB minimum, which provides durability for continuous duty cycles rated up to 120 start-stop cycles per hour.
Q: What is the differential gear ratio on the 3127827?
A: The 3127827 axle assembly has a differential gear ratio of 10.24:1, optimized for material handling vehicle performance in continuous duty applications.
Q: Is the 3127827 suitable for high-cycle material handling operations?
A: Yes. The 3127827 is rated for continuous duty cycles with capacity to handle up to 120 start-stop cycles per hour. The deep groove bearing configuration and SAE 1045 forged steel construction support sustained high-cycle operations in electric lift trucks.
Q: Which electric lift truck models does the 3127827 axle fit?
A: The 3127827 is an OEM axle designed for rear drive assemblies in material handling vehicles. Verify the axle OEM part number and mounting configuration against your specific equipment to confirm fitment compatibility.