Eagle Belting
Eagle Belting 4905308 8 mm green polyurethane round belt
Green polyurethane round belt, 8 mm solid core, 100 ft endless length for medium-duty power transmission and heavy conveyed loads
- TypePower Transmission Belts
- Handles heavier conveyed loads with solid polyurethane core
- Operates from -22 °F to 150 °F for wide temperature range
- Abrasion, heat and water resistant for durable performance
- 100 ft endless length suits long conveyor runs
- REACH and RoHS compliant for regulated environments
8 mm Green Polyurethane Round Belt
This 8 mm diameter green polyurethane round belt is supplied in a 100 ft endless length for medium-duty power transmission. It suits applications with heavier conveyed loads and long conveyor runs where abrasion, heat and water resistance are required.
Thermal Range and Power Draw
The belt operates continuously from -22 Degrees F to 150 Degrees F without degradation of its polyurethane core. Its solid construction and rough surface texture maintain grip on pulleys across this temperature span while drawing no external power.
Minimum Pulley Diameter Constraint
The belt requires a minimum pulley diameter of 2 53/64 in to prevent excessive bending stress on the 89A hardness core. Installations using smaller pulleys will reduce belt life and should select an alternative profile.
Highlights
- Handles heavier conveyed loads with solid polyurethane core
- Operates from -22 °F to 150 °F for wide temperature range
- Abrasion, heat and water resistant for durable performance
- 100 ft endless length suits long conveyor runs
- REACH and RoHS compliant for regulated environments
Specifications
| Type | Power Transmission Belts |
|---|
Questions about this item
How do I install the 8 mm polyurethane round belt on a pulley with the minimum 2 53/64 in diameter and what step is often missed?
Cut the 100 ft length to size, weld or clamp the ends into an endless loop, then seat the belt fully in the pulley groove; the step often missed is verifying the pulley meets the 2 53/64 in minimum so the 89A hardness belt does not over-bend and crack early.
What maintenance or replacement will the solid polyurethane belt need after extended service?
Inspect the rough surface for abrasion wear and check hardness stays near 89A; replace the belt if cracks appear from repeated flexing, if the green colour fades from UV exposure, or if the belt stiffens beyond the -22 to 150 °F operating range.
What is the first limit that appears when the belt runs continuously under heavier conveyed loads?
The 89A hardness compound reaches its 150 °F maximum operating temperature first, causing the polyurethane to soften and lose grip on long conveyor lengths before abrasion resistance becomes the limiting factor.
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