FULLTECH UF-9446CBP12HL/UF-9446CBP23HL 570 mm length class Crossflow Fan
FULLTECH UF-9446CBP12HL/UF-9446CBP23HL 570 mm length class Crossflow Fan
This crossflow fan is listed under the complete UF-9446CBP12HL/UF-9446CBP23HL reference for more accurate replacement matching. The confirmed airflow, pressure, speed, power, and noise data should come from the matching nameplate or technical datasheet.
Contact us for current availability, lead time, technical support and a formal quotation.
B2B supply · Worldwide delivery · Response within 1 business day
SKU:
- Genuine Products
- Technical Support
- Global Delivery
Technical Specifications
Technical Specifications
View the product description and technical datasheet for dimensions electrical ratings airflow noise materials and operating limits. Contact us if you need engineering verification before ordering.
Documents & Compliance
Documents & Compliance
Datasheets installation instructions and compliance documents are available on request. Please include the manufacturer part number and required document when contacting us.
Shipping & Technical Support
Shipping & Technical Support
Contact us for quantity pricing lead times global delivery options or application support. We can help verify the correct part before you order.
Technical Parameters
Product Features
• Long discharge profile for elongated equipment spaces
• Model and length references simplify original-unit matching
• Selection should consider channel resistance and installation orientation
• UL information stated in the source listing
Product Applications
• Elevator cabin ventilation
• Uniform airflow across long electrical enclosures
• Wide-area electronics cooling
Frequently Asked Questions
Q1. How is a crossflow fan different from an axial fan?
A1. A crossflow fan distributes air along a long outlet, while an axial fan moves air mainly along its rotation axis. Their mounting and duct requirements are different.
Q2. Can a fan with a similar length be used as a replacement?
A2. Also compare voltage, mounting-foot position, outlet direction, wiring, and the effective impeller length.
Q3. How can I obtain the performance curve?
A3. Use the complete model number and operating frequency to locate the correct airflow, static-pressure, and power data.