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6318/2TDHHP - 6300-4WireLeads_View-A

6318/2TDHHP

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ebm-papst Inc.

DC AXIAL FAN, 48 V, CIRCULAR, 172 MM, 51 MM, BALL BEARING, 418 CFM

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6318/2TDHHP - 6300-4WireLeads_View-A

6318/2TDHHP

Active
ebm-papst Inc.

DC AXIAL FAN, 48 V, CIRCULAR, 172 MM, 51 MM, BALL BEARING, 418 CFM

Technical Specifications

Parameters and characteristics for this part

Specification6318/2TDHHP
Bearing TypeBall
Fan TypeTubeaxial
FeaturesSpeed Sensor (Tach), PWM Control
Lifetime @ Temp.62500 Hrs
Material - BladePolyamide (PA), Nylon, Fiberglass Reinforced
Material - FrameAluminum
Operating Temperature [Max]70 °C
Operating Temperature [Max]70 °C
Operating Temperature [Min]-20 °C
Operating Temperature [Min]-20 C
Power (Watts)67 W
RPM7000 RPM
Size / DimensionRound
Size / Dimension [diameter]172 mm
Termination4 Wire Leads
Voltage - Rated [custom]48 VDC
Voltage Range [Max]72 VDC
Voltage Range [Min]36 VDC
Weight907.2 g
Weight2 lbs
Width [y]2 "

Pricing

Prices provided here are for design reference only. For realtime values and availability, please visit the distributors directly

DistributorPackageQuantity$
DigikeyBulk 1$ 183.15
10$ 168.69
25$ 157.85
50$ 155.44
NewarkEach 25$ 161.87

Description

General part information

6318 Series

The S-Force 6300 TD series DC Axial Fan proves their reputation as space-saving wonders by moving air for hot or cold air exchange in a wide variety of devices and systems. The outstanding features of axial fans are their small installation depth, low noise level and exceptional efficiency and are particularly well suited for air flow through heat exchangers. Furthermore, with GreenTech EC technology, the axial fan becomes an intelligent energy saver for an extremely wide range of applications. The highly economical brushless motor technology of these fans provides unique variety of intelligent innovations. The DC fans can be operated on voltages that are up to 50% lower and 25% higher than their nominal voltage. This enables the air performance to be adapted to the cooling requirements and allows the noise to be reduced, even if the fan does not have a control input. Closed-loop speed control and function monitoring are becoming increasingly important in many applications.