Fan 3414 Nh

Fan 3414 Nh Specification

Blade Material
Plastic

Size
80 x 80 x 25 mm

Type
Axial Fan

Installation Type
Panel Mounted

Power
4.1W

Power Source
Electric

Voltage
12V DC

Energy Efficiency Rating
Not Rated

Speed Mode
Single

Blade Diameter
80 mm

No. Of Blades
7

Color
Black

Material
Plastic frame

Remote Operated
No

Bearing Type
Ball Bearing

Application
Electronic equipment cooling

Current
0.34A

Connector Type
2-wire Lead

Model Number
3414NH

Noise Level
36 dBA

Airflow
52.5 CFM (Cubic Feet per Minute)

Fan 3414 Nh Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
1 Piece Per Week

Delivery Time
1 Week

About Fan 3414 Nh

The ebm-papst 3414 NH is a high-performance DC axial compact fan designed for efficient cooling and ventilation in space-constrained electronic housings, panels, and drive systems.

Optimal Airflow & Performance: It delivers a high air flow rate of 94 m/h (approx. 55.3 CFM) with a rated speed of 3000 RPM, making it ideal for systems requiring steady pressure build-up and high air circulation.
Durable Construction: Built with glass-fiber reinforced PBT plastic for the housing and PA plastic for the impeller, ensuring strong rigidity and resistance to heat. It operates using high-quality ball bearings, offering a long service life of 70,000 hours at 40 C.
Integrated Protection: Equipped with internal electronic protections including reverse polarity protection and blocked rotor protection to prevent electrical failures.

Optimized for Electronic Cooling

The Fan 3414 Nh is crafted for reliable heat management in electronic devices. Its 52.5 CFM airflow efficiently disperses heat, while the ball bearing and plastic build contribute to extended operational life. This fan is ideal for maintaining stable temperatures in sensitive electronic equipment without introducing significant noise.

Simple and Versatile Installation

Installation of the 3414NH fan is straightforward due to its panel-mounted design and 2-wire lead connector. With its compact size and single-speed mode, it fits seamlessly into a wide range of electronic enclosures, ensuring steady performance and easy integration, even in space-restricted environments.

FAQ's of Fan 3414 Nh:

Q: How is the Fan 3414 Nh installed in electronic equipment?

A: The Fan 3414 Nh is panel-mounted, meaning it can be secured directly onto the enclosure of electronic equipment using appropriate fasteners. The 2-wire lead connector ensures quick and simple wiring to a 12V DC power source.

Q: What type of applications is this fan suitable for?

A: This fan is designed specifically for electronic equipment cooling, making it well-suited for use in computer servers, power supplies, or any device that requires consistent heat management to prevent overheating.

Q: When should I consider replacing the Fan 3414 Nh?

A: Replacement is advised when you notice a significant drop in airflow, unusual noises, or if the fan stops functioning altogether. Regular inspection as part of routine equipment maintenance is recommended.

Q: Where can the Fan 3414 Nh be used within a device?

A: This fan can be used in any location inside a device where panel mounting is possible and adequate ventilation is required, typically near heat-generating components for optimal cooling performance.

Q: What is the process for connecting this fan to my system?

A: To connect the Fan 3414 Nh, use the 2-wire lead to link the fan directly to a 12V DC power supply, following polarity markings to ensure correct installation. Make sure the fan is properly mounted and unobstructed for best airflow.

Q: How does the ball bearing affect the fan's performance?

A: The ball bearing in the Fan 3414 Nh ensures smoother rotation, reduced friction, and improved durability, meaning the fan will run more reliably over extended periods compared to sleeve bearing alternatives.

Q: What are the primary benefits of using the Fan 3414 Nh?

A: The main advantages include high airflow for effective cooling, low noise operation at 36 dBA, a compact and durable design, and easy installation, making it a practical solution for both professional and DIY electronic cooling projects.