Description
Sanyo Denki San Ace 9GP Type G Proof Fans are highly resistant to G-forces of up to 75G for 1000 hours and provide low noise and high energy efficiency. The PWM control function enables the external control of the rotational speed, contributing to the lower noise and the higher energy efficiency of the devices. The fans are suitable for cooling CT scanners and other devices subject to high g-force or vibration. There are two size options available with PWM controls and pulse sensors.
The San Ace 120GP 9GP Type Fans feature a rated input of 38.4W, a sound pressure level of 62dB, and measure 120mm x 120mm x 38mm. The San Ace 172GP 9GP Type G Proof Fans feature a rated input range of 120W to 240W, a sound pressure level range of 77dB to 83dB, and measure ø172mm x 150mm x 51mm. Both series of fans are black coated aluminum with a UL94V-1 rated plastic impeller. The Sanyo Denki G-Force fans have a dielectric strength of 50/60Hz at 500VAC for 1 minute between the lead conductor and frame. The motor protection system offers a current blocking function and reverses polarity protection.
Description
Sanyo Denki San Ace 9GP Type G Proof Fans are highly resistant to G-forces of up to 75G for 1000 hours and provide low noise and high energy efficiency. The PWM control function enables the external control of the rotational speed, contributing to the lower noise and the higher energy efficiency of the devices. The fans are suitable for cooling CT scanners and other devices subject to high g-force or vibration. There are two size options available with PWM controls and pulse sensors.
The San Ace 120GP 9GP Type Fans feature a rated input of 38.4W, a sound pressure level of 62dB, and measure 120mm x 120mm x 38mm. The San Ace 172GP 9GP Type G Proof Fans feature a rated input range of 120W to 240W, a sound pressure level range of 77dB to 83dB, and measure ø172mm x 150mm x 51mm. Both series of fans are black coated aluminum with a UL94V-1 rated plastic impeller. The Sanyo Denki G-Force fans have a dielectric strength of 50/60Hz at 500VAC for 1 minute between the lead conductor and frame. The motor protection system offers a current blocking function and reverses polarity protection.
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