Product Description
Spring component for electric lift trucks, with a spring rate of 500 N/m, made from SAE 4140 steel.
Specifications
Material
| Spring Material | SAE 4140 Steel |
Part Numbers
| Cross-Reference Part Numbers | Replaces ABC123, supersedes DEF456, equivalent to GHI789 |
| OEM Part Number | ABC-12345-678 |
Frequently Asked Questions
Q: What is the spring rate for SKU 4807680?
A: The 4807680 has a spring rate of 500 N/m (newtons per meter). This rate determines the force required to compress or extend the spring. Verify your equipment specifications require this exact rate before ordering, as springs with different rates are not interchangeable.
Q: What material is this spring made from?
A: The spring is manufactured from SAE 4140 steel, a medium-carbon alloy steel with high strength and fatigue resistance. This material provides durability in electric lift truck suspension and load handling applications.
Q: What electric lift truck applications use this spring?
A: SKU 4807680 is a spring component for electric lift truck systems. It may function in suspension, load leveling, or pressure relief circuits. Consult your equipment schematic or parts diagram to confirm this spring is correct for your specific system and model.
Q: Are there OEM cross-reference numbers for this spring?
A: The 4807680 may cross-reference to OEM part numbers ABC123, DEF456, or equivalent GHI789. It also carries OEM number ABC-12345-678. Provide your equipment make, model, and serial number to our parts team for exact cross-reference confirmation.
Q: How do I know when this spring needs replacement?
A: Springs degrade through fatigue and lose force over time. Signs of spring failure include reduced suspension height, uneven load leveling, increased vibration, or decreased system responsiveness. If your equipment exhibits these symptoms, the spring may need replacement.
Q: What is the service life of an SAE 4140 steel spring in lift truck duty?
A: SAE 4140 springs are designed for extended service life in industrial applications. Lifespan depends on load cycles, operating stress, and environmental conditions. Springs in constant-use, high-stress applications may degrade faster than those in light-duty service.