 |
| Quantity: | |
|---|---|
FF3G097-48GL-50
Fanova
额定电压 Nominal Voltage | VDC | 48 |
电压范围 Nominal voltage range | VDC | 36~57 |
电流消耗 Current draw | A | 0.8±10% |
转速 Speed(RPM) | min-1 | 2500±5% |
功率消耗 Power consumption | W | 38.4±10% |
声压级 Sound Pressure Level | dB(A） | 62±5% |
最大风量 Max. Air Flow | CFM / m3/H | 88.28/150 |
最大静压 Max. Static Pressure | In.wg /Pa | 1.6/400 |
绝缘等级 Insulation class | ~ | Class B |
防护等级 Degree of protection | ~ | IP44 |
控制方式 Control Input | ~ | 0~10VDC / PWM |
信号输出 Signal Output | ~ | FG (Tach output ) |
The FF3G097-48GL-50 is a compact DC forward centrifugal fan designed for precision cooling in space-constrained applications. Powered by a brushless DC motor (BLDC53) and featuring a 97mm galvanized steel impeller, it delivers efficient airflow (150 m³/H) at low noise (62 dB(A)). With a wide voltage range (36–57VDC) and IP44 protection, it excels in electronics cooling and ventilation systems.
Optimized Space Efficiency
Compact 97mm impeller design maximizes airflow in tight installations while maintaining low power consumption (38.4W).
Intelligent Speed Control
Accepts 0–10VDC or PWM input with real-time RPM feedback (FG signal: 2 pulses/revolution) for dynamic thermal management.
Enhanced Operational Safety
Integrated soft-start, reverse polarity protection, and thermal safeguards ensure reliable performance in -25°C to 60°C environments.
Electronics Cooling: Servers, telecom cabinets, and power supplies.
Medical Devices: Ventilation for imaging equipment and lab instruments.
Transportation: Climate control in EV charging stations and rail systems.
Industrial Automation: Cooling for robotic controllers and sensors.
Q: Can it run on unstable DC power sources?
A: Yes – operates reliably within 36–57VDC, tolerating voltage fluctuations.
Q: How is the FG tachometer signal used?
A: Connects to monitoring systems to track real-time fan speed (2 pulses per revolution).
Q: Is vertical mounting supported?
A: Yes – installs in any orientation without performance loss.
Q: Why avoid touching the fan during startup?
A: Soft-start may delay rotation; sudden engagement could cause injury.
额定电压 Nominal Voltage | VDC | 48 |
电压范围 Nominal voltage range | VDC | 36~57 |
电流消耗 Current draw | A | 0.8±10% |
转速 Speed(RPM) | min-1 | 2500±5% |
功率消耗 Power consumption | W | 38.4±10% |
声压级 Sound Pressure Level | dB(A） | 62±5% |
最大风量 Max. Air Flow | CFM / m3/H | 88.28/150 |
最大静压 Max. Static Pressure | In.wg /Pa | 1.6/400 |
绝缘等级 Insulation class | ~ | Class B |
防护等级 Degree of protection | ~ | IP44 |
控制方式 Control Input | ~ | 0~10VDC / PWM |
信号输出 Signal Output | ~ | FG (Tach output ) |
The FF3G097-48GL-50 is a compact DC forward centrifugal fan designed for precision cooling in space-constrained applications. Powered by a brushless DC motor (BLDC53) and featuring a 97mm galvanized steel impeller, it delivers efficient airflow (150 m³/H) at low noise (62 dB(A)). With a wide voltage range (36–57VDC) and IP44 protection, it excels in electronics cooling and ventilation systems.
Optimized Space Efficiency
Compact 97mm impeller design maximizes airflow in tight installations while maintaining low power consumption (38.4W).
Intelligent Speed Control
Accepts 0–10VDC or PWM input with real-time RPM feedback (FG signal: 2 pulses/revolution) for dynamic thermal management.
Enhanced Operational Safety
Integrated soft-start, reverse polarity protection, and thermal safeguards ensure reliable performance in -25°C to 60°C environments.
Electronics Cooling: Servers, telecom cabinets, and power supplies.
Medical Devices: Ventilation for imaging equipment and lab instruments.
Transportation: Climate control in EV charging stations and rail systems.
Industrial Automation: Cooling for robotic controllers and sensors.
Q: Can it run on unstable DC power sources?
A: Yes – operates reliably within 36–57VDC, tolerating voltage fluctuations.
Q: How is the FG tachometer signal used?
A: Connects to monitoring systems to track real-time fan speed (2 pulses per revolution).
Q: Is vertical mounting supported?
A: Yes – installs in any orientation without performance loss.
Q: Why avoid touching the fan during startup?
A: Soft-start may delay rotation; sudden engagement could cause injury.
