109P0412F601

San Ace 40x40x20mm DC Cooling Fan 109P0412F601

The San Ace 40x40x20mm DC cooling fan (model 109P0412F601) is a compact, high-performance solution designed for space-constrained applications requiring efficient thermal management. With its ribbed design and pulse sensor technology, this fan delivers reliable performance in demanding environments.

Key Specifications:

• Model No.: 109P0412F601
• Frame Size: 40 x 40 x 20mm
• Frame Thickness: 20mm
• Frame Material: Plastic
• Rated Voltage: 12V DC
• Operating Voltage Range: 7-13.8V
• Rated Current: 0.09A
• Rated Speed: 6500rpm
• Max Airflow: 6.5CFM (0.183m³/min)
• Max Static Pressure: 0.181inchH2O (45.1Pa)
• SPL: 28dB(A)
• Operating Temperature: -20°C to +70°C
• Expected Life: 60,000 hours (60°C)
• Mass: 45g
• PWM Control: No
• Sensor Type: Pulse sensor
• Ribbed: Yes

Performance Features:

• Compact 40x40x20mm form factor
• High airflow-to-static pressure ratio
• Low noise operation at 28dB(A)
• Wide operating voltage range (7-13.8V)
• Ribbed design for enhanced structural integrity
• Pulse sensor for speed monitoring
• Energy-efficient design with 1.08W rated input

Applications:

• 1U server cooling
• Network equipment and routers
• Telecommunications equipment
• Industrial control systems
• Power supplies
• Compact electronic devices
• Medical devices
• Inverters

Technical Advantages:

• Reliable performance in harsh environments
• Long operational life with 60,000 hours MTBF
• Wide temperature range compatibility
• Energy-efficient design
• Lightweight construction (45g)
• Compliance with UL, CSA, EN standards and RoHS directive

Product Benefits:

• Optimal thermal management for critical electronic components
• Compact design fits into tight spaces
• Low noise operation suitable for quiet environments
• Durable construction ensures long-term reliability
• Wide voltage tolerance accommodates various power systems

This fan is ideal for applications where space is limited but high-performance cooling is essential, providing optimal thermal management for critical electronic components in demanding environments.