Overview
O-98080 Sakura oil filter is a reliable choice for maintaining the efficiency and longevity of your motorcycle engine. Crafted for precise fitment and superior filtration performance, it guards against harmful contaminants that can degrade engine components.
Specification
- Net weight: 0.053 kg
- Inner Diameter: 11.5 mm
- Outer Diameter: 41.5 mm
- Filter Type: Insert
- Height: 55 mm
Technical
Recommended for use in KTM motorcycles, this oil filter ensures optimal performance and protection under various operating conditions, effectively trapping soot and particulates.
Benefits
This oil filter enhances engine life by providing clean oil circulation. It maximizes engine performance, reduces wear, and ensures optimal fuel efficiency.
Fitment
Compatible with KTM motorcycles. Refer to manual for specific model applications.
Cross Reference
OIL FILTER 159038046144 / MH541
KTM 590 38 046 000
KTM 590 38 046 100
KTM 590 38 046 101
KTM 590 380 46 144
FAQ
Question: Is this filter compatible with all KTM models?
It fits most KTM models. Refer to the manual for specific fitment details.
Question: How often should I change this oil filter?
Change every 5,000 km or as per your motorcycle's owner's manual.
Question: What is the equivalent part number for this filter?
MANN & HUMMEL MH54/1 is the equivalent part.
Question: Can this filter improve fuel efficiency?
Yes, by providing cleaner oil flow, it can improve overall engine efficiency.
Question: How does this filter ensure engine protection?
It removes harmful contaminants from the oil, thereby protecting engine components.
Outer Dimension 02
41.500
Inventory Extended Details
The O-98080 Sakura oil filter is designed for superior filtration, offering excellent engine protection. It efficiently removes contaminants, ensuring longevity and improved performance. This filter is engineered to fit KTM motorcycles and is equivalent to the MANN & HUMMEL MH54/1 part, providing a reliable replacement solution. Manufactured using high-quality materials, it guarantees durability and sustained functionality under varying conditions.