Dayton
Dayton 5JLK8 High Temperature Propeller 3 1/2 in 4 Blade White
High-temperature plastic propeller moves 43 cfm at 3000 rpm and withstands 200 °F ambient conditions
- typeHigh Temperature
- High airflow delivers 43 CFM at 3000 RPM
- Four-blade design moves air efficiently in tight spaces
- High-temperature plastic withstands 200 Degrees F environments
- Press-fit 3/16 inch bore enables quick motor-shaft attachment
- Compact 3 1/2 inch diameter fits small fan assemblies
High-Temperature Propeller
The Dayton 5JLK8 is a replacement propeller designed for high-temperature environments up to 200 degrees Fahrenheit. It suits maintenance technicians or OEM assemblers who need a direct press-fit component for compatible small motors.
White Plastic Four-Blade Build
The white plastic construction uses four blades in a 3 1/2 inch diameter with a 3/16 inch bore for press-fit attachment to the motor shaft. Counter-clockwise facing discharge rotation directs airflow in a fixed orientation for the intended application.
Rated for Demanding Thermal Conditions
At 3000 RPM the propeller moves 43 CFM while the motor draws 1/250 horsepower. The 200 degree Fahrenheit maximum ambient temperature rating allows continuous operation in hot industrial or commercial settings without thermal degradation.
Highlights
- High airflow delivers 43 CFM at 3000 RPM
- Four-blade design moves air efficiently in tight spaces
- High-temperature plastic withstands 200 Degrees F environments
- Press-fit 3/16 inch bore enables quick motor-shaft attachment
- Compact 3 1/2 inch diameter fits small fan assemblies
Specifications
| Brand | Dayton |
|---|---|
| type | High Temperature |
Questions about this item
What bore diameter does the 3 1/2 inch propeller need for a press fit?
The 3 1/2 inch diameter propeller has a 3/16 inch bore and attaches by press fit on the motor shaft.
What maximum ambient temperature is this high temperature propeller rated for?
This high temperature propeller is rated for a maximum ambient temperature of 200 degrees Fahrenheit.
How do you correctly install this press fit propeller on the motor shaft?
Align the 3/16 inch bore with the motor shaft and press the propeller on firmly until fully seated; the step people get wrong is not pressing it all the way home.
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