Dayton
Dayton 5JLN6 High Temperature Propeller 6 in 1/4 in Bore
High-temperature plastic propeller moves 230 CFM at 3000 RPM and withstands 200 °F ambient heat
- typeHigh Temperature
- High airflow with 230 CFM at 3000 RPM
- Withstands heat up to 200 degrees Fahrenheit
- Secure press-fit attachment to motor shaft
- Lightweight four-blade plastic construction
- Designed for 1/70 HP motor compatibility
High-temperature propeller for ceiling fans
The Dayton 5JLN6 is a 6-inch diameter propeller designed for ceiling-fan applications that encounter elevated ambient temperatures. It mounts press-fit onto a 1/4-inch motor shaft and delivers 230 cfm at 3000 RPM with a clockwise-facing discharge rotation.
Four-blade plastic construction rated to 200 °F
Moulded in white plastic, the four-blade impeller withstands continuous ambient temperatures up to 200 degrees Fahrenheit without deformation. The material choice keeps weight low while the press-fit bore eliminates the need for set-screws or additional hardware during installation.
1/70 hp motor requirement defines compatibility
The propeller is engineered for a recommended motor rating of 1/70 hp; using it with a significantly larger or smaller motor will move it away from its design airflow and speed envelope. Builders needing a different bore size, blade count, or rotation direction must select an alternative part.
Highlights
- High airflow with 230 CFM at 3000 RPM
- Withstands heat up to 200 degrees Fahrenheit
- Secure press-fit attachment to motor shaft
- Lightweight four-blade plastic construction
- Designed for 1/70 HP motor compatibility
Specifications
| Brand | Dayton |
|---|---|
| type | High Temperature |
Questions about this item
How often will the plastic propeller need replacement when running at the rated 200 °F maximum ambient temperature?
The propeller is moulded from plastic rated for continuous operation up to 200 °F; under normal conditions it requires no scheduled replacement, only inspection if vibration or airflow drops.
What is the first limit reached during sustained high-speed operation at 3000 RPM?
The motor is specified at 1/70 hp, so the propeller’s aerodynamic load at 3000 RPM and 230 cfm will hit that horsepower ceiling before thermal or material limits are reached.
How much noise and heat does the assembly generate when running all day at 3000 RPM?
At 3000 RPM the propeller moves 230 cfm; noise and motor heat are proportional to the 1/70 hp load and the 200 °F ambient rating, with no additional acoustic or thermal data published.
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