Hydraulic Return Oil Filter Element 31EE-01060
Critical Hydraulic Circuit Protection for 7-Series Excavators
The Hyundai 31EE-01060 is a critical hydraulic return filter element designed to safeguard the hydraulic circuit of your excavator. By efficiently capturing particulate matter and wear debris from the returning hydraulic fluid before it re-enters the reservoir, this filter prevents the recirculation of contaminants, thereby protecting your main pump, control valves, and hydraulic cylinders.
1. Technical Specifications
| Parameter | Detail |
|---|---|
| Part Number | 31EE-01060 |
| Component Type | Hydraulic Return Oil Filter Element |
| Primary Function | Filters hydraulic oil returning to the tank to ensure oil purity and protect precision hydraulic components |
| Compatibility | Extensive application across the Hyundai 7-series mid-to-small excavator range |
2. Machine Compatibility
Engineered for reliable service in mid-to-compact excavator applications:
Hyundai Models: R55-7, R55W-7, R60-7, R80-7, R140-7, R150-7, R215-7, and many other compatible 7-series models.
System Synergy: A high-frequency maintenance component essential for standard hydraulic system upkeep.
3. Maintenance & Installation Protocols
Service Interval: Recommended replacement every 500 to 1,000 operating hours, typically performed in conjunction with hydraulic oil and other filtration service.
Diagnostic Indicators: Replace immediately if you detect increased hydraulic system noise, sluggish implement response, or if the filter housing displays any signs of structural fatigue.
Installation Tip: Prior to removal, thoroughly clean the filter housing and surrounding area to prevent dirt from entering the hydraulic reservoir. Always ensure the internal sealing O-ring is properly positioned during installation to prevent bypass leakage.
4. Technical Support & Logistics
Supplier: Xuzhou Sinoswift Import & Export Co., Ltd.
WhatsApp: +86 13701956981
Email: [email protected]
Technical Note: Consistent use of the 31EE-01060 is a cost-effective strategy to avoid the high expenses associated with hydraulic pump and valve failures.