Value Collection SO2145-8 Axial Fan 30 Cfm 115V Ac

Product Description

The VALUE COLLECTION SO2145-8 is a square tube axial fan designed for continuous air movement in equipment cooling, ventilation, and exhaust applications. Running on 115 volts AC, it delivers 30 CFM of airflow at speeds ranging from 2,680 to 3,150 RPM. The fan draws 0.110 amps and uses a ball bearing construction for reliable, long-service operation. At 3.15 inches high by 3.15 inches wide and 1.5 inches deep, it fits into compact panel and enclosure mounting locations. This type of fan is typically installed by HVAC technicians, electrical panel builders, and equipment maintenance professionals who need a dependable, low-profile airflow solution.

The SO2145-8 is suited for use in electrical enclosures, control panels, industrial equipment cooling bays, and light commercial ventilation setups. Its square tube frame simplifies flush or bracket mounting in tight spaces. The AC power input makes it directly compatible with standard single-phase 115-volt circuits without the need for a DC power supply or driver. This fan is a common choice in OEM equipment builds and field replacement scenarios where a compact, fixed-frame axial fan is required.

Key Features

• 30 CFM airflow output suitable for equipment and enclosure cooling
• 115-volt AC input draws only 0.110 amps for low power consumption
• Ball bearing construction for extended service life and reliable operation
• Variable speed range of 2,680 to 3,150 RPM
• Compact square tube frame at 3.15 x 3.15 x 1.5 inches for tight-space installations

Compatibility

Designed as an OEM-style replacement or new-install axial fan for 115-volt AC single-phase electrical enclosures, control panels, and equipment cooling applications requiring a square tube frame format.

Installation Notes

Disconnect and lock out all power to the enclosure or equipment before removing the existing fan or mounting this unit. Verify the supply voltage is 115 volts AC before connecting. Secure the fan frame to the mounting surface using appropriate hardware to prevent vibration and ensure proper airflow direction. Installations inside electrical enclosures should comply with applicable NEC guidelines for ventilation and wiring methods.