Bearye™ ML-Type M Liner Bearing
ML / NTN Corporation (Official website)
Thin-walled rolled bushing with FL3060 sheet material bonded to steel plate. Standardized bore diameters from 3 to 70 mm.
Last verified: (date the content was verified against the source document)
Specifications
| Inner diameter d | 3~70 mm |
|---|
How to choose Bushings
Points to check when selecting, with the values for this product (Bearye™ ML-Type M Liner Bearing).
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1. Match Shaft and Housing Bore Dimensions
This product: Inner diameter d 3~70 mmThe inner diameter d corresponds to the shaft diameter in use, and the outer diameter D corresponds to the housing bore diameter. Listed products have inner diameters of 3 to 70 mm. Many are press-fitted, so confirm the manufacturer's recommended shaft and housing bore tolerances, taking into account the reduction in inner diameter after press-fitting and the clearance with the shaft.
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2. Verify Margin Using the PV Value
When the product of surface pressure P (MPa) and sliding speed V (m/min) exceeds the limiting PV value, heat generation causes wear and seizure to increase rapidly. In the listed example, the limiting PV value is 98 MPa·m/min. Calculate the PV value from the actual load and rotational speed, and select a product with adequate margin.
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3. Check Maximum Surface Pressure and Sliding Speed Separately
Even if the PV value is within range, the product cannot be used if either surface pressure or speed exceeds its limit. In the listed examples, the limiting surface pressure is 49 MPa and the limiting sliding speed is 100 m/min. For high-load oscillating applications, grades for high surface pressure, such as multi-layer constructions with a steel backing, are suitable.
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4. Select Material and Construction for the Application
Injection-molded resin products are lightweight and suitable for maintenance-free use, while multi-layer and rolled bushings with a resin layer over a steel backing are thin-walled and withstand high surface pressure. Also check chemical resistance, dimensional change due to water absorption, and compatibility with the mating shaft material and hardness for each material.
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5. Confirm the Maximum Operating Temperature
Resin-based materials lose strength and wear resistance at high temperatures. Listed products have continuous maximum operating temperatures of 230 to 260 °C. Consider that frictional heat adds to the ambient temperature, and check how clearance changes due to thermal expansion as temperature rises.
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6. Choose a Flanged Type for Axial Loads
Where loads act along the axis or axial positioning is required, a flanged type can receive the load on its flange face. Confirm that the flange outer diameter and thickness do not interfere with the seating surface dimensions on the housing side or with surrounding components.
This guide was written by AI based on the listed products' documents and specification items.
Description
A rolled bushing with FL3060 sheet material bonded to steel plate. Its thin wall allows a compact design. The steel plate surface is treated with zinc plating for rust prevention.
Features
- Thin-walled, compact
- Bore diameter 3 to 70 mm
- Zinc-plated steel plate
Applications
- Plain bearings
FAQ
- Q. What is the structure of the Bearye™ ML-Type M Liner Bearing, and what bore diameters are available?
- A. It is a thin-walled rolled bushing with FL3060 sheet material bonded to steel plate. Bore diameters are standardized from 3 to 70 mm.
- Q. Does the steel plate of the ML-Type M Liner Bearing have rust prevention treatment?
- A. Yes. The steel plate surface is treated with zinc plating for rust prevention.
- Q. What are the applications of the Bearye ML-Type M Liner Bearing?
- A. It is used as a plain bearing. Its thin wall allows a compact design.
Written by AI based on the content of the source documents.
Source documents
- Catalog エンジニアリング・プラスチック製しゅう動部品 ベアリー™ 26 pages
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