Dayton
Dayton 5JLN7 High Temperature Propeller 6 in 5/16 in bore
High-temperature plastic propeller moves 230 CFM at 3,000 RPM and withstands 200 °F ambient conditions
- typeHigh Temperature
- High airflow 230 CFM at 3000 RPM
- Withstands 200 °F ambient temperature
- Four-blade plastic propeller for durability
- Press-fit 5/16 in bore for quick install
- Recommended 1/70 hp motor match
Product Identity
The Dayton 5JLN7 is a high-temperature propeller designed for ceiling fan applications. It delivers 230 cfm at 3000 RPM with a 6 in diameter and 5/16 in bore. Four plastic blades in a white finish attach via press fit on the motor shaft. Maximum ambient temperature is rated at 200 degrees F.
Suitability
This propeller suits maintenance tasks where an exact replacement matches the original airflow and mounting pattern. It is not for buyers who need a different bore diameter or blade count. It is not for installations that exceed the 200 degree F ambient limit. It is not for users who require a motor included with the propeller.
Compatibility Checks
Verify that the existing motor shaft measures 5/16 in to accept the press-fit bore. Confirm the motor can supply 1/70 hp at the required speed. Ensure the rotation direction is CW facing discharge. Check that the surrounding environment stays within the 200 degree F maximum ambient temperature.
Highlights
- High airflow 230 CFM at 3000 RPM
- Withstands 200 °F ambient temperature
- Four-blade plastic propeller for durability
- Press-fit 5/16 in bore for quick install
- Recommended 1/70 hp motor match
Specifications
| Brand | Dayton |
|---|---|
| type | High Temperature |
Questions about this item
What motor shaft size is required for the 5/16 in bore on this Dayton propeller?
The propeller attaches by press fit onto a motor shaft measuring 5/16 in diameter.
Will a 1/70 hp motor deliver the rated 230 cfm at 3000 RPM with this four-blade design?
Yes, the manufacturer specifies 1/70 hp as the recommended motor rating to achieve 230 cfm at 3000 RPM.
How can I confirm the propeller is rotating correctly after installation?
When running, the blades should turn clockwise when viewed from the discharge side, moving air outward.
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