9GT1212P1S001 Sanyo Denki 12V DC Axial Fan Wide Temperature

Description

The Sanyo Denki 9GT1212P1S001 is a high-performance DC Axial Fan with dimensions of 120×120×38 mm. As part of the San Ace 120T series, this fan is distinguished by its Wide Temperature Range capability, operating reliably from −40∘C to +85∘C. It runs on 12 VDC, drawing 2.2 A for a power consumption of 26.4 W. The fan delivers a strong maximum airflow of 360 m3/h (211.8 CFM), a high static pressure of 270 Pa, and achieves a rated speed of 5600 RPM with a noise level of 58 dBA. Built with an Aluminum frame and Ball Bearings, and featuring PWM Control and a Pulse sensor (Tachometer), it is ideally suited for heating and cooling devices, outdoor equipment, LED lighting, and EV charging stations that require consistent, high-efficiency cooling in extreme thermal conditions.

9GT1212P1S001 Fan Parameters
Model: 9GT1212P1S001
Manufacturer: Sanyo Denki
Fan Type: DC Axial Fan
Dimensions: 120×120×38 mm
Nominal Voltage: 12 VDC
Operating Voltage Range: 9.0 VDC to 13.8 VDC
Rated Current: 2.2 A
Power Consumption: 26.4 W
Rated Speed: 5600 RPM
Airflow (Maximum): 360 m3/h
Static Pressure (Maximum): 270 Pa
Noise Rating: 58 dBA
Bearing System: Ball Bearing
Termination: 4 Wire Leads
Frame Material: Aluminum
Blade Material: Plastic
Features: PWM Control, Pulse sensor (Tachometer), Reverse Polarity Protection, Locked Rotor Burnout Protection
Operating Temperature: −40∘C to +85∘C
Expected Life (L10): 40000 h at 85∘C

Application
The 9GT1212P1S001 is designed for thermal management in applications where equipment is exposed to drastic or sustained temperature extremes. Its wide operating temperature range of −40∘C to +85∘C makes it an excellent choice for outdoor telecommunications gear, industrial machinery and control panels, alternative energy systems (like solar inverters), electric vehicle (EV) charging infrastructure, and other non-climate-controlled enclosures. The inclusion of PWM control allows for system-side speed management to optimize cooling, noise, and power consumption based on current thermal load.