Product Description
HY 1360141 Lift Cylinder Seal Kit for Hyster electric lift trucks. OEM-quality replacement seal kit. Cross-referenced to Yale 8601501. Contains NBR and PTFE seals for 2.50" bore and 1.25" rod cylinders
Specifications
Hydraulic
| Seal Material | Nitrile rubber (NBR) and PTFE for hydraulic fluid compatibility |
| Piston Seal Type | Chevron V-ring stack for low and high pressure sealing |
Material
| O-Ring Material | NBR70 (nitrile rubber, Shore A 70 durometer) |
| Retainer Material | Glass-reinforced nylon |
Part Numbers
| OEM Part Number | HY1360141 |
| Manufacturer Part Number | 1360141 |
| Cross-Reference Part Numbers | Equivalent to Yale 8601501; may also be referenced as 1360141, HY1360141, 8601501 |
Frequently Asked Questions
Q: What is the cross-reference for Hyster part number HY 1360141?
A: The HY 1360141 is equivalent to Yale part number 8601501. This cross-reference allows procurement flexibility. Alternative part number references include 1360141 and HY1360141.
Q: What cylinder sizes does the HY 1360141 seal kit fit?
A: The HY 1360141 is designed for 2.50 inch bore and 1.25 inch rod cylinders. Verify your lift cylinder dimensions before ordering to ensure proper fit and sealing.
Q: What seal materials are in the HY 1360141 kit?
A: The HY 1360141 contains nitrile rubber (NBR) seals and PTFE seals. NBR70 (nitrile rubber, shore A70) provides primary hydraulic fluid compatibility and durability across standard lift truck operating temperatures.
Q: Can I use Yale 8601501 seals as a direct substitute for HY 1360141?
A: Yes. Yale 8601501 and Hyster HY 1360141 are equivalent parts with identical bore and rod specifications. Cross-reference compatibility allows either part to be used for 2.50 inch x 1.25 inch cylinder repairs.
Q: How long do lift cylinder seals typically last?
A: Seal lifespan depends on operating cycles, hydraulic fluid condition, and environmental contamination. Regular hydraulic fluid checks and system cleanliness extend seal life. Replacement is necessary when fluid leakage occurs or load holding performance degrades.