DAYTON 1TDN6 Blower 51 Cfm 115v 0.23a 3105 Rpm

Dayton 1TDN6 blower is ideal for efficiently circulating air & providing ventilation in confined spaces, such as HVAC systems, cooling electronic equipment and maintaining airflow in industrial settings. It is also used in automotive workshops and drying processes to ensure proper air distribution.

Features:

• It features a direct drive type for reliable & direct air movement.
• This blower offers a single-speed operation for simplicity and ease of use.
• It features durable steel construction for corrosion resistance and long-lasting performance.
• This Dayton 1TDN6 (4C441) blower includes a conduit box for convenient electrical connections.
• It comes with a forward curve wheel type for effective air movement.
• This blower features an open motor enclosure suitable for various mounting positions.
• It includes wire leads for easy electrical connection and has a ball bearing type for smooth operation.
• This blower maintains CFM at higher static pressures and has open motors with cast-aluminium end shields that dissipate heat to help reduce downtime and extend service life.
• It comes with a 1/125 hp motor for efficient air movement and includes thermal overload protection for added safety.
• This blower has a multiposition mounting orientation and has an assembly with a motor frame designation of a 3.3-inch PSC motor.
• It offers a low minimum ambient temperature tolerance of -10 degrees C.
• This blower has an IP20 motor rating to moderate protection against solid particle ingress.

Frequently Asked Questions:

Q. What is the maximum static pressure that this blower can handle?

A. The blower can handle a maximum static pressure of 5/8 inch water column (WC).

Q. Can I adjust the direction of airflow with this blower?

A. The blower's airflow direction can be influenced by its installation orientation within the system, but it does not have a variable airflow direction feature.

Q. What are the factors to consider while choosing this blower?

A. Major factors include airflow requirements, static pressure, voltage compatibility, motor speed, environmental conditions, size, mounting position, application compatibility, noise level, motor type and material construction.