FUJI ELECTRIC VFC300P-5T Regenerative Blower 0.51 Hp 56 Cfm

Features:

• Fuji Electric VFC300P-5T regenerative blower has a 1-stage design for specialised low-pressure and low-vacuum applications.
• This regenerative blower features aluminium housing, ensuring durability and corrosion resistance in various environments.
• It comes with an inlet size of 1-1/4 inches and an NPT inlet type, facilitating easy integration into conveying and aeration systems.
• This regenerative blower offers a maximum flow rate of 56 cfm, providing efficient air or gas handling in industrial processes.
• It is equipped with a thermal protection feature, ensuring safe operation by preventing overheating during extended use.
• The blower has a voltage rating of 115 / 230VAC, offering flexibility in power supply for diverse applications.
• It meets Class B NEMA insulation standards, ensuring electrical safety and reliability in demanding operating conditions.

Compatible Accessories:

• Fuji Electric PV3 Blower Relief Valve: This pressure relief valve provides a mechanism to release excess pressure, ensuring the safe and efficient operation of the blower. It acts as a protective component, preventing potential damage to the blower and associated equipment due to overpressure conditions.
• Solberg T-style Inlet Vacuum Filter: This vacuum filter is designed with a T-style inlet to efficiently capture and filter incoming air or gas, preventing debris and contaminants from entering the blower.

Frequently Asked Questions:

Q. How does the regenerative blower differ from other types of blowers in industrial applications?

A. Regenerative blowers, also known as side-channel blowers, use a unique impeller design that creates a regenerative cycle, providing pulsation-free airflow and making them ideal for applications requiring low-pressure and low-vacuum levels.

Q. How does this regenerative blower contribute to energy efficiency in industrial processes?

A. The blower optimises energy consumption by providing precise control over airflow, contributing to increased overall energy efficiency in industrial applications.