DAYTON 1RWB3 Mobile Dust Collector 1 Hp 115/230 V

Dayton 1RWB3 mobile dust collector maintains a clean and safe working environment by capturing airborne particles, reducing the risk of respiratory issues and fire hazards. It is ideal for woodworking shops and metalworking facilities where dust and debris are generated.

Features:

• It features a powerful 1 horsepower motor for efficient dust collection.
• This wood dust collector comes with a single-stage filtration system, directing large and small sawdust particles to the bottom bag while filtering air through a felt bag.
• It features a maximum static pressure of 8.5 inches, enabling efficient suction and dust extraction from various woodworking and metalworking applications.
• This mobile dust collector offers a maximum airflow of 660 cubic feet per minute (cfm), effectively capturing dust and debris at the source.
• It comes with a main inlet diameter of 4 inches and an adaptor inlet diameter of 4 inches, providing versatility in connecting to different tools and machines.
• This mobile dust collector is designed with mobility in mind, equipped with wheels for easy transportation around the shop to the point of collection, enhancing convenience and flexibility in dust management.

Compatible Accessories:

• Dayton HV1621000G Bag Clamp: It secures attachment and sealing of dust collection bags. It enhances the efficiency and effectiveness of dust collection in woodworking and metalworking applications.
• Dayton HV1633300G Motor: It ensures seamless operation and optimal performance of the dust collector in woodworking and metalworking applications.

Frequently Asked Questions:

Q. How do I clean and maintain Dayton dust collectors?

A.

• Disconnect power and wear safety gear.
• Clear dust bin or bag.
• Tap or blow off dust and replace if disposable.
• Check for damage.
• Inspect and lubricate.
• Reassemble and test.
• Keep a schedule.

Q. What factors should I consider while choosing a dust collector?

A.

• Determine the type of dust you'll be collecting.
• Calculate the required airflow and capacity.
• Choose filters based on air quality needs.
• Ensure adequate space and ventilation.
• Consider noise levels in your workspace.