Motor Cooling Fan

3-in-1 Fan Creates a Powerful Wide Cooling Breeze, Energy Saving Motor, Quiet Performance (2)

30 % Lighter Than Regular Aluminium Heat Sinks, Excellent Mouldability for Injection Moulding, Higher Production Yield Than Aluminium Die Casting, Reduced EMI Issues (1)

Compact Design, Fan Types and Voltages on Request, Homogeneous Heat Dissipation, Powerful Axial-Fan Motor, Grooves for Transistor Retaining Springs, Designs and Processing per Customer Requirements, Other Lengths, Other Surface Treatments, Mounting Possible on Any Side (1)

Compact Design, Other Lengths, Other Surfaces Treatment, Homogeneous Heat Dissipation, Fan Types and Fan Voltages on Request, Powerful Axial-Fan Motor, Special Designs and Processing According to Customer's Requirements, Mounting Possible on Any Side (1)

Compact Design, Other Surfaces Treatment, Grooves for Transistor Retaining Springs, Special Designs and Processing According to Customer's Requirements, Mounting Possible on Any Side, Homogeneous Heat Dissipation, Other Lengths, Fan Types and Fan Voltages on Request, Powerful Axial-Fan Motor (1)

Compact Design, Pulse Output and Alarm Device Circuit, Low Current Consumption, Long Product Life, Omnidirectional Fin Geometry, Optimised Fan Motor Design, Other Pin Lengths and Surfaces on Request, Low Weight, Low Self-Heating, Double Ball Bearings, Constant Heat Distribution, High Reliability, High Mechanical Stability, Custom-specific Modifications and Special Designs (1)

Compact Design With High Mechanical Stability, Customer Specific Modifications and Special Designs, Excellent Thermal Efficiency, Other Operating Voltages on Request, High Mechanical Stability, Effective Heat Dissipation, Fan Motors With Pulse Output and Alarm Device Circuit, Flow-favourable Omnidirectional Fin Geometry, Other Pin Lengths and Surfaces on Request, Components Fastened Using Glue Adhesive Foil or Clamps, High-grade Industrial Type, Particularly Suited for Ball Grid Arrays, Low Current Consumption, Can Be Glued Directly on BGA Component, Low Weight by Optimised Geometry, Heat Sink Dimensions Match Respective BGA Type, Fan Motor Axle With Double Ball Bearings (1)

Compact Design With High Mechanical Stability, Easy Mounting Using Fixing Clamp Thermally Conductive Adhesive Foil or Thermally Conductive Glue, High-grade Industrial Type, Low Current Consumption and Thus Low Self-Heating, Universal, High Reliability and Long Product Life, Fan Motors Also Available With Pulse Output and Alarm Device Circuit, Effective Heat Dissipation by Optimum Design of Fan Motor and Heatsink (1)

Compact designhomogeneous heat dissipation mounting possible on any side powerful axial-fan motor with grooves for transistor retaining springs (1)

Constant Heat Distribution in Base and Pins, Excellent Thermal Conductivity by Alloy Material Al 205 W/mK and Homogeneous Arrangement of Materials, Low Weight by Optimised Geometry, Fan Motors Available With Other Operating Voltages on Request, Excellent Thermal Efficiency by Flow-Favorable Omnidirectional Fin Geometry, Low Current Consumption and Thus Low Self-Heating, Other Pin Lengths and Surfaces on Request, Compact Design With High Mechanical Stability, Can Be Glued Directly on BGA Component, Motor Axle With Double Ball Bearings Ensures High Reliability and Long Product Life, Also Available With Pulse Output and Alarm Device Circuit, Effective Heat Dissipation by Optimum Design of Fan Motor and Heatsink, Arrangement and Number of Pins for Optimum Air Flow, Suitable for Forced and Free Convection, Customer-specific Modifications and Special Designs, Particularly Suited for Ball Grid Arrays (1)

Constant Heat Distribution in the Base and the Pins in the Direction of Heat Flow, Components Fastened Using Glue, Other Pin Lengths and Surfaces on Request, Customer-specific Modifications and Special Designs, Fan Motors With Other Operating Voltages on Request, Excellent Thermal Conductivity by the Alloy Material Al, Particularly Suited for Ball Grid Arrays, Adhesive Foil or Clamps, Fan Motors Also Available With Pulse Output and Alarm Device Circuit, Low Weight Achieved by Optimised Geometry, Compact Design With High Mechanical Stability, Effective Heat Dissipation Achieved by Optimum Design of Fan Motor and Heatsink, Fan Motor Axle With Double Ball Bearings Ensures High Reliability and Long Product Life, Low Current Consumption and Thus Low Self-Heating (1)

Customer-specific Modifications and Special Designs, Pulse Output and Alarm Device Circuit, Excellent Thermal Efficiency, High Reliability and Long Product Life, Effective Heat Dissipation, Low Current Consumption and Thus Low Self-Heating, High Mechanical Stability, Compact Design, Fan Motor Axle With Double Ball Bearings, Other Pin Lengths and Surfaces on Request (1)

Effective Heat Dissipation by Optimum Design, Compact Design With High Mechanical Stability, Other Operating Voltages on Request, High Reliability and Long Product Life, Low Self-Heating, Pulse Output and Alarm Device Circuit Available, Fan Motor Axle With Double Ball Bearings, Low Current Consumption, Suitable for Forced and Free Convection, Excellent Thermal Efficiency by Flow-Favourable Omnidirectional Fin Geometry, Optimised Geometry for Low Weight, Customer-specific Modifications and Special Designs (1)

Effective Heat Dissipation, Pulse Output and Alarm Device Circuit, Other Pin Lengths and Surfaces on Request, Excellent Thermal Efficiency, High Mechanical Stability, Compact Design, High Reliability, Customer Specific Modifications and Special Designs, Omnidirectional Fin Geometry, Fan Motor With Double Ball Bearings, Low Current Consumption (1)

Excellent Thermal Conductivity by Alloy Material Al W/mK and Homogeneous Arrangement of Materials, Effective Heat Dissipation by Optimum Design of Fan Motor and Heatsink, Suitable for Forced and Free Convection, Customer-specific Modifications and Special Designs, Arrangement and Number of Pins for Optimum Air Flow, Fan Motor Axle With Double Ball Bearings for High Reliability and Long Product Life, Low Weight by Optimised Geometry, Low Current Consumption and Thus Low Self-Heating, Fan Motors With Other Operating Voltages on Request, Compact Design With High Mechanical Stability, Thermally Conductive Adhesive Foil or Glue, Easy Mounting Using Fixing Clamp, Constant Heat Distribution in Base and Pins in Direction of Heat Flow, Surface Black Anodised or Al Natural, Excellent Thermal Efficiency by Flow-Favorable Omnidirectional Fin Geometry, Fan Motors Also Available With Pulse Output and Alarm Device Circuit, Special High-Grade Industrial Type, Other Pin Lengths and Surfaces on Request (1)

Excellent Thermal Efficiency by Flow-Favourable Omnidirectional Fin Geometry and Black Anodised Surface, or Thermally Conductive Glue, Easy Mounting Using Fixing Clamp, Thermally Conductive Adhesive Foil, Fan Motors With Other Operating Voltages on Request, Compact Design With High Mechanical Stability, Special High-Grade Industrial Type, Components Fastened Using Glue, Custom-specific Modifications and Special Designs, or Clamps, Double Ball Bearings in Fan Motor Axle for High Reliability and Long Product Life, Low Weight by Optimised Geometry, Low Current Consumption and Thus Low Self-Heating, Other Pin Lengths and Surfaces on Request, Effective Heat Dissipation by Optimum Design of Fan Motor and Heatsink, Adhesive Foil, Fan Motors Also Available With Pulse Output and Alarm Device Circuit (1)

Fan Motors Also Available With Other Operating Voltages and Pulse Output/alarm Device Circuit, Particularly Suited for Ball Grid Arrays, High Mechanical Stability, Long Product Life, Optimised Geometry for Low Weight, Other Pin Lengths and Surfaces on Request, Can Be Glued Directly on BGA Component, Heat Sink Dimensions Match Respective BGA Type, Effective Heat Dissipation, Custom Modifications and Special Designs, Excellent Thermal Conductivity, Low Current Consumption, High Reliability (1)

Fan Types and Fan Voltages on Request, Grooves for Transistor Retaining Springs, Compact Design, Powerful Axial-Fan Motor, Special Designs and Processing According to Customer's Requirements, Other Lengths, Homogeneous Heat Dissipation, Other Surfaces Treatment, Mounting Possible on Any Side (1)

Homogeneous Heat Dissipation, Compact Design, Grooves for Transistor Retaining Springs, Powerful Axial-Fan Motor, Mounting Possible on Any Side (1)

Homogeneous Heat Dissipation, Fan Types and Fan Voltages on Request, Mounting Possible on Any Side, Other Lengths, Special Designs and Processing According to Customer's Requirements, Grooves for Transistor Retaining Springs, Compact Design, Powerful Axial-Fan Motor, Other Surfaces Treatment (1)

Homogeneous Heat Dissipation, Mounting Possible on Any Side, Compact Design, Powerful Axial-Fan Motor (1)

Homogeneous Heat Dissipation, Other Surface Treatment, Mounting Possible on Any Side, Powerful Axial-Fan Motor, Compact Design, Fan Types and Fan Voltages on Request, With Grooves for Transistor Retaining Springs THFU, Other Lengths, Special Designs and Processing According to Customer's Requirements (1)

Homogeneous Heat Dissipation, Special Designs and Processing According to Customer's Requirements, Other Surfaces Treatment, Compact Design, Mounting Possible on Any Side, Powerful Axial-Fan Motor, Other Lengths, Fan Types and Fan Voltages on Request (1)

Low Weight Achieved by Optimised Geometry, Compact Design With High Mechanical Stability, Components Fastened Using Glue, Adhesive Foil or Clamps, Easy Mounting Using Fixing Clamp, Fan Motor Axle With Double Ball Bearings Ensures High Reliability and Long Product Life, Fan Motors With Other Operating Voltages on Request, Effective Heat Dissipation by Optimum Design, Low Current Consumption and Thus Low Self-Heating, Customer-specific Modifications and Special Designs, Thermally Conductive Adhesive Foil or Glue, Other Pin Lengths and Surfaces on Request, Excellent Thermal Conductivity by the Alloy Material Al 99.5 W/mK and Homogeneous Arrangement of Materials, Excellent Thermal Efficiency by Flow-Favourable Omnidirectional Fin Geometry, Constant Heat Distribution in the Base and the Pins in the Direction of Heat Flow, Fan Motors Also Available With Pulse Output and Alarm Device Circuit, Suitable for Forced and Free Convection (1)

Low Weight by Optimised Geometry, Effective Heat Dissipation by Optimum Fan Motor and Heatsink Design, Constant Heat Distribution in Base and Pins in Direction of Heat Flow, Low Current Consumption and Low Self-Heating, Other Operating Voltages on Request, Other Pin Lengths and Surfaces on Request, Adhesive Foil or Clamps, Double Ball Bearings for High Reliability and Long Product Life, Particularly Suited for Ball Grid Arrays, Components Fastened Using Glue, Excellent Thermal Efficiency by Flow-Favourable Omnidirectional Fin Geometry, Customer-specific Modifications and Special Designs, High-grade Industrial Type, Compact Design With High Mechanical Stability, Heat Sink Dimensions Match Respective BGA Type, Available With Pulse Output and Alarm Device Circuit, Can Be Glued Directly on BGA Component (1)

Mounting Possible on Any Side, Fan Types and Fan Voltages on Request, Compact Design, Special Designs and Processing According to Customer's Requirements, Other Surfaces Treatment, Homogeneous Heat Dissipation, With Grooves for Transistor Retaining Springs, Other Lengths, Powerful Axial-Fan Motor (1)

Mounting Possible on Any Side, Fan Types and Fan Voltages on Request, Other Surfaces Treatment, Powerful Axial-Fan Motor, Special Designs and Processing According to Customer's Requirements, Compact Design, Homogeneous Heat Dissipation, Other Lengths (1)

Other Lengths, Powerful Axial-Fan Motor, Fan Types and Fan Voltages on Request, Compact Design, Other Surfaces Treatment, Homogeneous Heat Dissipation, Mounting Possible on Any Side, Special Designs and Processing According to Customer's Requirements (1)

Other Lengths, Special Designs and Processing According to Customer's Requirements, Homogeneous Heat Dissipation, Compact Design, Fan Types and Fan Voltages on Request, Other Surfaces Treatment, Mounting Possible on Any Side, Grooves for Transistor Retaining Springs, Powerful Axial-Fan Motor (1)

Other Pin Lengths and Surfaces on Request, Double Ball Bearing for High Reliability and Long Life, Compact Design With High Mechanical Stability, Custom-specific Modifications and Special Designs, Can Be Glued Directly on the BGA Component, Fan Motors Also Available With Pulse Output and Alarm Device Circuit, Particularly Suited for Ball Grid Arrays, Effective Heat Dissipation by Optimum Design, Excellent Thermal Efficiency by Flow-Favourable Omnidirectional Fin Geometry, Fan Motors With Other Operating Voltages on Request, Low Current Consumption and Thus Low Self-Heating, Heatsink Dimensions Match Respective BGA Type, High-grade Industrial Type (1)

Other Pin Lengths and Surfaces on Request, Fan Motors Also Available With Pulse Output and Alarm Device Circuit, Suitable for Forced and Free Convection, Components Fastened Using Glue, Fan Motors With Other Operating Voltages on Request, Adhesive Foil or Clamps, High Reliability and Long Product Life, Excellent Thermal Conductivity by the Alloy Material, Effective Heat Dissipation by Optimum Design of Fan Motor and Heatsink, Low Weight Achieved by Optimised Geometry, High-grade Industrial Type, Customer-specific Modifications and Special Designs, Low Current Consumption and Thus Low Self-Heating, Fan Motor Axle With Double Ball Bearings, Constant Heat Distribution in the Base and Pins in the Direction of Heat Flow, Excellent Thermal Efficiency by Flow-Favourable Omnidirectional Fin Geometry, Compact Design With High Mechanical Stability (1)

Other Surfaces Treatment, Homogeneous Heat Dissipation, Fan Types and Fan Voltages on Request, Mounting Possible on Any Side, Powerful Axial-Fan Motor, Other Lengths, Special Designs and Processing According to Customer's Requirements, Compact Design (1)

Powerful Axial-Fan Motor, Other Surfaces Treatment, Homogeneous Heat Dissipation, Fan Types and Fan Voltages on Request, Special Designs and Processing According to Customer Requirements, Other Lengths, Compact Design, Grooves for Transistor Retaining Springs, Mounting Possible on Any Side (1)

Reduced EMI Issues, 30 % Lighter Than Regular Aluminium Heatsinks (1)

Reduced EMI Issues, Excellent Mouldability for Injection Moulding, 30 % Lighter Than Regular Aluminium Heat Sinks, Higher Production Yield Than Aluminium Die Casting (1)

Special Designs and Processing According to Customer's Requirements, Fan Types and Fan Voltages on Request, Other Lengths, Powerful Axial-Fan Motor, Compact Design, Mounting Possible on Any Side, Other Surfaces Treatment, Grooves for Transistor Retaining Springs, Homogeneous Heat Dissipation (1)

Special Sizes and Geometries Available, Higher Production Yield Than Aluminium Die Casting, Excellent Mouldability, Reduced EMI Issues, 30 % Lighter Than Regular Aluminium Heat Sinks (1)

"Motor Cooling Fan"

MikroElektronika Brushless Click Motor Controller for TB6575FNG for Small Cooling Fan in Computer, Automotive Industry,

Fischer Elektronik Heatsink, Universal Square Alu 16.51 mm 43.1 mm 43.1 mm

Fischer Elektronik Heatsink, Universal Square Alu 10 mm 10 mm 10 mm

Fischer Elektronik Heatsink, Universal Rectangular Alu with Fan 30 mm 50 mm 30 mm

Fischer Elektronik Heatsink, Universal Rectangular Alu with Fan 30 mm 75 mm 30 mm

Fischer Elektronik Heatsink, Universal Rectangular Alu with Fan 30 mm 100 mm 30 mm

Fischer Elektronik Heatsink, Universal Rectangular Alu with Fan 50 mm 50 mm 50 mm

Fischer Elektronik Heatsink, Universal Rectangular Alu with Fan 50 mm 100 mm 50 mm

Fischer Elektronik Heatsink, Universal Rectangular Alu with Fan 30 mm 100 mm 30 mm

Fischer Elektronik Heatsink, Universal Rectangular Alu with Fan 50 mm 50 mm 50 mm

Fischer Elektronik Heatsink, Universal Rectangular Alu with Fan 50 mm 75 mm 50 mm

Fischer Elektronik Heatsink, Universal Rectangular Alu with Fan 50 mm 100 mm 50 mm

Fischer Elektronik Heatsink, Universal Round Alu, 4.25°C/W 18.5 mm

Fischer Elektronik Heatsink, Universal Square Alu 12.3 mm 43.6 mm 43.6 mm

Fischer Elektronik Heatsink, Universal Rectangular Alu with Fan 50 mm 50 mm 50 mm

Fischer Elektronik Heatsink, Universal Rectangular Alu with Fan 50 mm 75 mm 50 mm

Fischer Elektronik Heatsink, Universal Square Alu 20 mm 40 mm 40 mm

Fischer Elektronik Heatsink, Universal Square Alu 20 mm 32.7 mm 32.7 mm

Fischer Elektronik Heatsink, Universal Rectangular Alu with Fan 40 mm 100 mm 25 mm

Fischer Elektronik Heatsink, Universal Round Alu, 5.6°C/W 20 mm

Fischer Elektronik Heatsink, Universal Round Alu, 15.23°C/W 14 mm

Fischer Elektronik Heatsink 30 mm 50 mm

Fischer Elektronik Heatsink 30 mm 50 mm

Fischer Elektronik Heatsink 30 mm 75 mm 30 mm