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| Element Collapse pressure | 20 bar (290 PSI) |
| Filtration Media | Wire Mesh 50 µm |
| Media type | Wire Mesh |
| Filtration Rating | 50 µm |
| Flow direction | Out-In |
| Total Height | 171 mm (6 23/32") |
| Bypass Valve Opening Pressure | 3 bar (44 PSI) |
| Largest Inner Diameter | 24 mm (15/16") |
| Smallest Inner Diameter | 22.3 mm (7/8") |
| Largest Outer Diameter | 51.5 mm (2 1/32") |
| Stat. HS-Code | 84149000 |
| Country of Manufacture | China |
| Brand | Code |
|---|---|
| Fai Filtri | R-0110-S50-NHA |
| Fleetguard-ST | ST1462 |
| Hydac | 0110R050W |
| Hydac | 0110R050WHC |
| Oxfil | HF.9068 |
| Spare Part Mart | SPM-HYD-1767 |
Found this part cheaper somewhere else? Send us the listing and we'll beat any genuine competitor's price under our Price Beat Guarantee. We continually benchmark the market so you don't have to, so you can buy with confidence knowing you're getting the best available price on Spare Part Mart SPM-HYD-1767.
High-Pressure Hydraulic Circuits
When operating hydraulic systems under frequent pressure fluctuations, a filter with high collapse strength is essential. The SPM-HYD-1767's 20 bar rating prevents element failure during surges, protecting downstream components from unrestricted debris.
Dusty and Dirty Worksites
In environments where airborne dust and grit are common, the 50 µm wire mesh media captures larger particles before they reach delicate valves and actuators. This extends the service life of hydraulic oil and reduces abrasive wear on system parts.
Efficient Fleet Maintenance
For maintenance teams looking to streamline stocking, this element replaces multiple original part numbers from leading brands. Carrying one part for several machine types reduces shelf space and simplifies ordering, all while maintaining strict contamination control.
Yes, it is a direct dimensional match to the original Hydac element. The outer diameter is 51.5 mm, the largest inner diameter is 24 mm, the smallest inner diameter is 22.3 mm, and the total height is 171 mm. Check these dimensions against your current housing to confirm fitment.
The filter uses a durable wire mesh media with an absolute rating of 50 µm. This media is well suited for capturing larger particles and is often preferred in high-flow or rugged hydraulic applications where wire mesh provides dependable contaminant retention.
There are no threaded connections. The element uses a slip-on or interference fit over the standpipe. The inner diameters of 24 mm and 22.3 mm ensure a snug seal inside the housing without additional O-rings or adapters.
It is built to the same critical dimensions and uses equivalent wire mesh media, providing the same level of filtration and pressure tolerance. The main difference is a lower price and a 30-day money-back guarantee for complete peace of mind.
First, isolate and depressurise the hydraulic system. Unscrew the filter housing, remove the old element, and clean the interior thoroughly. Slide the new SPM-HYD-1767 onto the standpipe until it seats, reassemble the housing, and check for leaks. Always follow the equipment manual for safety instructions.
We provide worldwide shipping with tracking on all orders. Your purchase is covered by our 30-day money-back guarantee and a price-beat guarantee, ensuring you receive excellent value and a risk-free buying experience.
Orders typically require 1–3 business days for processing. During this time, we confirm product availability and prepare the shipment for consolidation.
We offer two shipping tiers designed to meet your operational needs. The exact costs for all shipping options will be displayed at checkout.
Express Shipping (UPS, DHL, etc.)
Ideal for urgent needs. Estimated delivery time is typically 3–5 business days after processing.
Economy Shipping
Our standard, cost-effective option. Estimated delivery time is typically 5–10 business days after processing.
Shipping costs are calculated at checkout based on your location and selected shipping method.
Once your order ships, you'll receive a tracking number via email so you can monitor your delivery.
For detailed delivery information and FAQs, please visit our Delivery Information page or contact us.

