ebm-papst 600 Series Sleeve Bearing DC Axial Fans From ebm-papst, the 600 Series of DC axial fans are designed to deliver high performance while retaining a space saving size. This range of axial fans have sleeve bearings, which offer cost effective protection of the central shaft from environmental factors. This results in a simplified and economic design that is suitable for many thermal management applications. With efficient brushless drives, and integrated communication electronics that prevent against reverse polarity, this series of fans are both reliable and easy to use. Features and Benefits • Low profile • Low power consumption • Air exhaust over struts • Protected against reverse polarity and locking. • Integrated electronic communication • Fibreglass reinforced plastic construction Applications These compact fans are ideal for installation in ACTA (Advanced Telecommunications Computing Architecture), which means they are suitable for a variety of applications. • Cabinet Cooling • Switch Networks • Power Systems • Telecom • Medical FAQ Q: What are the advantages of Sleeve Bearings fans over Ball Bearing fans? A: While ball bearing fans can typically run for longer and in more harsh conditions than sleeve bearing, sleeve bearing have the advantage of having a simplified, often more cost effective design. Because of their simplified design, sleeve bearings are more impact resistance. Q: Are these fans easy to use? A: With simple screw installation, and with their necessary communication electronics integrated into the design, these DC axial fans are easy to install and operate. Q: What are the advantages of this fan over competitors? A: The compact and thin design of these fans makes them useful for low profile applications. Where space-saving is a concern, this model of fan is ideal. Q: Are there accessories available for this fa...

ebm-papst 8400 N Series DC Axial Fans with Tachometer Output What is a DC Axial Fan? DC axial fans are designed to create airflow with a high flow rate and medium pressure. Axial fans have an impeller surrounded by blades which works in a similar way to a propeller. The motor of the fan is integrated into the hub of the impeller to provide a compact fan unit. The impeller draws in air axially in a parallel direction to the revolving motor shaft and forces air out in the same direction. The axial fan is surrounded by a flanged housing with mounting holes allowing it to be mounted inside equipment. Efficient and Reliable Motor • External Rotor Motor: Unlike traditional internal rotor motors where the rotating shaft is surrounded by electromagnetic coils ebm-papst fans feature an external rotor motor. In an external rotor motor the magnetic coils are encased inside a rotating shell. The advantage of this design is that external rotor motors are more compact in size, run more efficiently and are less prone to overheating than internal rotor motors • Brushless Motor: These DC fans have brushless motors where the electrical switching is carried out by electronic circuits rather than metal brushes. As they don't have any brushes to wear out, brushless motors are more efficient and reliable than AC motors and have a longer life span. The integrated electronics of brushless motors also allow extra interface options and motor protection to be built into the fan. Expertly Designed The fan impellers and the inner shape housing of the ebm-papst compact DC axial fans are expertly designed using state-of-the-art computer software. The blades are aerodynamically engineered and dynamically balanced in two planes for optimum performance. The air output and motor performance are precisely matched to the size of the fan which results in low noise, even at high back pressure. Tachometer ...

ebm-papst 8400 N Series DC Axial Fans with Tachometer Output What is a DC Axial Fan? DC axial fans are designed to create airflow with a high flow rate and medium pressure. Axial fans have an impeller surrounded by blades which works in a similar way to a propeller. The motor of the fan is integrated into the hub of the impeller to provide a compact fan unit. The impeller draws in air axially in a parallel direction to the revolving motor shaft and forces air out in the same direction. The axial fan is surrounded by a flanged housing with mounting holes allowing it to be mounted inside equipment. Efficient and Reliable Motor • External Rotor Motor: Unlike traditional internal rotor motors where the rotating shaft is surrounded by electromagnetic coils ebm-papst fans feature an external rotor motor. In an external rotor motor the magnetic coils are encased inside a rotating shell. The advantage of this design is that external rotor motors are more compact in size, run more efficiently and are less prone to overheating than internal rotor motors • Brushless Motor: These DC fans have brushless motors where the electrical switching is carried out by electronic circuits rather than metal brushes. As they don't have any brushes to wear out, brushless motors are more efficient and reliable than AC motors and have a longer life span. The integrated electronics of brushless motors also allow extra interface options and motor protection to be built into the fan. Expertly Designed The fan impellers and the inner shape housing of the ebm-papst compact DC axial fans are expertly designed using state-of-the-art computer software. The blades are aerodynamically engineered and dynamically balanced in two planes for optimum performance. The air output and motor performance are precisely matched to the size of the fan which results in low noise, even at high back pressure. Tachometer ...

ebm-papst PC Cooling Fans The ebm-papst high performance compact axial fan range has been adapted for use as casing-mounted fans in personal computers. Used to cool the computer casing, they prevent component instability and extend the life of your PC. • Provided with a 3-pin molex connector • Includes sensor signal for monitoring speed • Aerodynamic characteristics for reduced noise • Long service life

ebm-papst 400 Series Sleeve Bearing DC Axial Fans From ebm-papst, the Series 400 of DC axial fans are designed to deliver high performance while retaining a space saving size. This range of axial fans have sleeve bearings, which offer cost effective protection of the central shaft from environmental factors. This results in a simplified and economic design that is suitable for many thermal management applications. With efficient brushless drives, and integrated communication electronics that prevent against reverse polarity, this series of fans are both reliable and easy to use. Features and Benefits • Low profile • Low power consumption • Air exhaust over struts • Protected against reverse polarity and locking • Integrated electronic communication • Fibreglass reinforced plastic construction Applications These compact fans are ideal for installation in ACTA (Advanced Telecommunications Computing Architecture), which means they are suitable for a variety of applications. • Cabinet Cooling • Switch Networks • Power Systems • Telecom • Medical • Industrial FAQ Q: What are the advantages of Sleeve Bearings fans over Ball Bearing fans? A: While ball bearing fans can typically run for longer and in more harsh conditions than sleeve bearing, sleeve bearing have the advantage of having a simplified, often more cost effective design. Because of their simplified design, sleeve bearings are more impact resistance. Q: Are these fans easy to use? A: With simple screw installation, and with their necessary communication electronics integrated into the design, these DC axial fans are easy to install and operate. Q: What are the advantages of this fan over competitors? A: The compact and thin design of these fans makes them useful for low profile applications. Where space-saving is a concern, this model of fan is ideal. Q: Are there accessories available...

ebm-papst 600 Series Sleeve Bearing DC Axial Fans From ebm-papst, the 600 Series of DC axial fans are designed to deliver high performance while retaining a space saving size. This range of axial fans have sleeve bearings, which offer cost effective protection of the central shaft from environmental factors. This results in a simplified and economic design that is suitable for many thermal management applications. With efficient brushless drives, and integrated communication electronics that prevent against reverse polarity, this series of fans are both reliable and easy to use. Features and Benefits • Low profile • Low power consumption • Air exhaust over struts • Protected against reverse polarity and locking. • Integrated electronic communication • Fibreglass reinforced plastic construction Applications These compact fans are ideal for installation in ACTA (Advanced Telecommunications Computing Architecture), which means they are suitable for a variety of applications. • Cabinet Cooling • Switch Networks • Power Systems • Telecom • Medical FAQ Q: What are the advantages of Sleeve Bearings fans over Ball Bearing fans? A: While ball bearing fans can typically run for longer and in more harsh conditions than sleeve bearing, sleeve bearing have the advantage of having a simplified, often more cost effective design. Because of their simplified design, sleeve bearings are more impact resistance. Q: Are these fans easy to use? A: With simple screw installation, and with their necessary communication electronics integrated into the design, these DC axial fans are easy to install and operate. Q: What are the advantages of this fan over competitors? A: The compact and thin design of these fans makes them useful for low profile applications. Where space-saving is a concern, this model of fan is ideal. Q: Are there accessories available for this fa...

ebm-papst 8400 N Series DC Axial Fans with Tachometer Output What is a DC Axial Fan? DC axial fans are designed to create airflow with a high flow rate and medium pressure. Axial fans have an impeller surrounded by blades which works in a similar way to a propeller. The motor of the fan is integrated into the hub of the impeller to provide a compact fan unit. The impeller draws in air axially in a parallel direction to the revolving motor shaft and forces air out in the same direction. The axial fan is surrounded by a flanged housing with mounting holes allowing it to be mounted inside equipment. Efficient and Reliable Motor • External Rotor Motor: Unlike traditional internal rotor motors where the rotating shaft is surrounded by electromagnetic coils ebm-papst fans feature an external rotor motor. In an external rotor motor the magnetic coils are encased inside a rotating shell. The advantage of this design is that external rotor motors are more compact in size, run more efficiently and are less prone to overheating than internal rotor motors • Brushless Motor: These DC fans have brushless motors where the electrical switching is carried out by electronic circuits rather than metal brushes. As they don't have any brushes to wear out, brushless motors are more efficient and reliable than AC motors and have a longer life span. The integrated electronics of brushless motors also allow extra interface options and motor protection to be built into the fan. Expertly Designed The fan impellers and the inner shape housing of the ebm-papst compact DC axial fans are expertly designed using state-of-the-art computer software. The blades are aerodynamically engineered and dynamically balanced in two planes for optimum performance. The air output and motor performance are precisely matched to the size of the fan which results in low noise, even at high back pressure. Tachometer ...

ebm-papst 8400 N Series DC Axial Fans with Tachometer Output What is a DC Axial Fan? DC axial fans are designed to create airflow with a high flow rate and medium pressure. Axial fans have an impeller surrounded by blades which works in a similar way to a propeller. The motor of the fan is integrated into the hub of the impeller to provide a compact fan unit. The impeller draws in air axially in a parallel direction to the revolving motor shaft and forces air out in the same direction. The axial fan is surrounded by a flanged housing with mounting holes allowing it to be mounted inside equipment. Efficient and Reliable Motor • External Rotor Motor: Unlike traditional internal rotor motors where the rotating shaft is surrounded by electromagnetic coils ebm-papst fans feature an external rotor motor. In an external rotor motor the magnetic coils are encased inside a rotating shell. The advantage of this design is that external rotor motors are more compact in size, run more efficiently and are less prone to overheating than internal rotor motors • Brushless Motor: These DC fans have brushless motors where the electrical switching is carried out by electronic circuits rather than metal brushes. As they don't have any brushes to wear out, brushless motors are more efficient and reliable than AC motors and have a longer life span. The integrated electronics of brushless motors also allow extra interface options and motor protection to be built into the fan. Expertly Designed The fan impellers and the inner shape housing of the ebm-papst compact DC axial fans are expertly designed using state-of-the-art computer software. The blades are aerodynamically engineered and dynamically balanced in two planes for optimum performance. The air output and motor performance are precisely matched to the size of the fan which results in low noise, even at high back pressure. Tachometer ...

ebm-papst PC Cooling Fans The ebm-papst high performance compact axial fan range has been adapted for use as casing-mounted fans in personal computers. Used to cool the computer casing, they prevent component instability and extend the life of your PC. • Provided with a 3-pin molex connector • Includes sensor signal for monitoring speed • Aerodynamic characteristics for reduced noise • Long service life

ebm-papst 400 Series Sleeve Bearing DC Axial Fans From ebm-papst, the Series 400 of DC axial fans are designed to deliver high performance while retaining a space saving size. This range of axial fans have sleeve bearings, which offer cost effective protection of the central shaft from environmental factors. This results in a simplified and economic design that is suitable for many thermal management applications. With efficient brushless drives, and integrated communication electronics that prevent against reverse polarity, this series of fans are both reliable and easy to use. Features and Benefits • Low profile • Low power consumption • Air exhaust over struts • Protected against reverse polarity and locking • Integrated electronic communication • Fibreglass reinforced plastic construction Applications These compact fans are ideal for installation in ACTA (Advanced Telecommunications Computing Architecture), which means they are suitable for a variety of applications. • Cabinet Cooling • Switch Networks • Power Systems • Telecom • Medical • Industrial FAQ Q: What are the advantages of Sleeve Bearings fans over Ball Bearing fans? A: While ball bearing fans can typically run for longer and in more harsh conditions than sleeve bearing, sleeve bearing have the advantage of having a simplified, often more cost effective design. Because of their simplified design, sleeve bearings are more impact resistance. Q: Are these fans easy to use? A: With simple screw installation, and with their necessary communication electronics integrated into the design, these DC axial fans are easy to install and operate. Q: What are the advantages of this fan over competitors? A: The compact and thin design of these fans makes them useful for low profile applications. Where space-saving is a concern, this model of fan is ideal. Q: Are there accessories available...