DAYTON 2PYN5 Propeller, 4-1/2 Inch Diameter, 30 Degree Pitch

Dayton 2PYN5 propeller is ideal for efficient ventilation by circulating air to dissipate heat and distributing conditioned air in HVAC systems, exhaust fans and cooling units. They are used in industrial and commercial settings.

Features:

• It is constructed of aluminium for lightweight and structural rigidity while maintaining its integrity.
• This propeller boasts a pitch angle of -30 degrees to circulate air efficiently for quick ventilation.
• It is equipped with ten precision-engineered blades, ensuring efficient and effective airflow throughout the operation.
• This Dayton 2PYN5 propeller features a clockwise (CW) facing discharge direction for seamless operation and driving air in the desired direction for optimal air circulation.
• It operates at a maximum speed of 3000 RPM generating significant airflow while maintaining consistent performance.
• For a propeller with a plastic blade, check out Dayton FJLK5 unit delivering a flow rate of 27 CFM at 3000 RPM.

Frequently Asked Questions:

Q. How to install Dayton 2PYN5 propeller?

A.

• Turn off power to the equipment.
• Check propeller for damage.
• Clean shaft or hub.
• Align propeller correctly.
• Secure with appropriate fasteners.
• Balance if needed.
• Verify alignment and attachment.
• Test operation before restoring power.

Q. How can we maintain this propeller?

A.

• Check for damage, bent blades and loose fasteners.
• Gently remove debris and dirt with water and a soft brush.
• Rebalance if vibrations occur during operation.
• Ensure proper alignment to prevent inefficiency.
• Regularly check and tighten fasteners.
• Apply recommended lubrication if needed.
• Guard against corrosion in harsh environments.
• Keep a log of maintenance activities.

Q. What factors should we consider when choosing Dayton 2PYN5 propeller?

A.

• Match size, airflow and direction to your application needs.
• Choose a propeller with suitable materials and build quality.
• Ensure it fits your equipment's mounting and motor specifications.
• Opt for energy-efficient performance with minimal noise and vibration.