
NMB 3110KL-05W-B50 24V Fan 80x80x25 mm
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The NMB 3110KL-05W-B50 is a compact 24 V DC axial fan measuring 80 × 80 × 25 mm with a current consumption of 0.15 A. It is suitable for reliable cooling of electronic components, CNC controls, and industrial equipment. Its compact design allows the fan to be used even where installation space is limited. The brushless DC motor supports continuous air circulation and reliable heat dissipation. This makes the NMB 3110KL-05W-B50 suitable for CNC machines, machine tools, controls, and other industrial electronics applications, among others.

Advantages of the NMB 3110KL-05W-B50 fan
Reliable Cooling for CNC Systems

Industrial fans
NMB-MAT
80 x 80 x 25 mm
NMB 3110KL-05W-B50
24V DC
20.4~27.6V DC
0.15A
-10°C to +70°C
Fanuc fan SanAce from Sanyo Denki
What is a SanAce fan?
SanAce is the product brand of Sanyo Denki, a leading Japanese manufacturer of industrial fans. The fans are known for their reliability, durability, and high performance and are used worldwide in CNC machines, servers, power supplies, and automation solutions.
What advantages do SanAce fans offer?
- High air flow rate with a compact design
- Durable ball bearing technology
- Resistant to heat, dust, and vibrations
- Wide voltage range (e.g. 12V, 24V, 48V)
- Optionally available with PWM, tachometer, and alarm function
What sizes and models are available?
SanAce fans are available in various sizes – e.g.:
40 × 40 mm
60 × 60 mm
80 × 80 mm
92 × 92 mm
120 × 120 mm
Typical model series are SanAce 40, 60, 80, 92, 120, 172, 200, etc.
For which applications are they suitable?
SanAce fans can be found in, among other applications:
- CNC controls (e.g., FANUC, Siemens)
- Control cabinet cooling - Power supplies & inverters
- Medical technology
- IT systems (servers, storage)
Can SanAce fans be replaced?
Yes – SanAce fans can be replaced 1:1 with original or compatible models. Important: Voltage, dimensions, pin assignment, and airflow must match.
How long do SanAce fans last?
The average lifespan is 40,000–60,000 hours at 60°C, depending on the model. Some high-performance series even reach over 100,000 hours under optimal conditions.











