FUJI ELECTRIC VFC200P-5T Regenerative Blower 0.37 Hp 42 Cfm

Fuji Electric VFC200P-5T regenerative blower is used in ventilation systems, wastewater treatment and pneumatic conveying applications. Its regenerative design allows for efficient and continuous airflow, making it suitable for various industrial processes.

Features:

• It has an aluminum housing for durability and resistance to various environmental conditions.
• This regenerative blower features a female NPT inlet for easy connection to compatible systems.
• This 1-stage blower produces low-pressure levels suitable for a range of conveying and aeration applications.

Frequently Asked Questions:

Q. How do I install this regenerative blower?

A.

• Choose a suitable spot for the blower installation.
• Securely fix the blower in place using appropriate brackets or mounts.
• Connect the blower to the power source adhering to voltage and current requirements.
• Align the blower as per the indicated airflow direction.
• Ensure ample airflow around the blower for optimal cooling.
• Conduct a brief operational test to confirm functionality.
• Adhere to the manufacturer's maintenance schedule for prolonged efficiency.

Q. What factors should I consider while choosing a regenerative blower?

A.

• Ensure sufficient airflow for your needs.
• Match blower performance to system requirements.
• Choose adequate power without over-sizing.
• Check electrical compatibility with your power supply.
• Consider noise restrictions in your application area.
• Ensure dimensions and weight fit your space and mounting needs.

Q. What safety precautions should I take while using this Fuji Electric VFC200P-5T regenerative blower?

A.

• Have the blower installed by qualified professionals.
• Adhere to specified voltage and current requirements and use the correct power source and connections.
• Ensure adequate ventilation and operate within temperature limits.
• Implement measures to mitigate noise.
• Keep hands and objects away from the blower's inlet and outlet during operation.