DAYTON 5JLL2 Propeller, 4 Inch Dia., 1/8 Inch Bore Dia., 5 Blades

Dayton 5JLL2 propeller is used in ventilation systems, exhaust fans, HVAC units and industrial air circulation setups. It is used to facilitate the movement of air by generating airflow through its spinning motion. This propeller enhances ventilation efficiency, controls temperature and ensures optimal air quality in commercial and industrial spaces. It features plastic construction to prevent corrosion and offer increased electrical insulation.

Working Mechanism:

• Activate the system to provide power.
• The propeller starts spinning.
• Spinning propeller generates airflow.
• Air is drawn towards the propeller.
• Propelled air is pushed outwards.
• The propeller enhances air circulation.
• Deactivate the system to stop propeller motion.

Frequently Asked Questions:

Q. How do I attach this Dayton 5JLL2 propeller to the brand's motor shaft?

A.

• Disconnect power for safety.
• Ensure that the motor shaft is clean and clear.
• Align the propeller's mounting hole with the motor shaft.
• Insert and tighten the fasteners to attach the propeller securely.
• Ensure that the propeller is balanced and centered.
• Restore power and test for proper operation.

Q. How do I clean and maintain this propeller?

A.

• Power off this propeller before cleaning.
• Gently wipe away dust and debris using a soft cloth or brush.
• Prepare a mild cleaning solution with water and gentle detergent.
• Dampen a cloth, wring it out and clean propeller blades, motor housing and accessible parts.
• Allow all components to air dry completely.
• Regularly inspect for damage or wear and lubricate moving parts as needed.

Q. What factors should I consider while choosing a propeller?

A.

• Determine the application (cooling, ventilation and propulsion).
• Choose the right size (diameter and pitch).
• Consider material (plastic, aluminium and stainless steel).
• Evaluate blade design (shape / quantity) for airflow or thrust.
• Check compatibility with the motor's specifications.
• Account for environmental conditions (humidity, temperature and chemicals).
• Consider noise level suitability for the environment.