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DC Brushless Axial fan R80H54BS2PC-07

  • R80H54BS2PC-07
    R80H54BS2PC-07
  • R80H54BS2PC-07
    R80H54BS2PC-07

Contact Us

●To buy this product, please go to the following Online Web stores.
To the DC Fan “R80H54BS2PC-07” page on the Mouser online shop

High Airflow, Low Power Consumption And Long Lifespan

 

FeaturesFeatures
  • 80 x 80 mm 54 VDC Brushless
  • High Airflow (184.5 CFM @ 5.22 m3 /min )
  • Low Current Consumption 2.74 A (Nominal) 3.01 A (Peak)
  • Long Lifespan 70,000 hours @ 40°C & 65 % R.H.(L10 Expectancy)
  • Ball Bearings
  • Counter Rotor Fan
  • PWM Speed Control With Tach Output
  • The highly reliable fan motor is widely used in various applications
  • Manufactured by NIDEC CORPORATION

Characteristic Curve

 

1.Mechanical Specifications

Housing material PBT (UL V-0)
Impeller material PBT (UL V-0)
Bearing Ball bearings
Mass About 465 g
Life expectancy L10 70,000 hours
1)At 40°C (65 % R.H.), continuous operation at rated voltage.
2)Life is defined when the motor speed decreases more than 30% against its initial speed.

2.Electrical Specifications

No.ItemSpecificationsRemarks
2-1Rated voltage 54 VDC
2-2Operating range 40.0~60.0 V (Note 5)
2-3Current consumption Max.3.01 A
2.74 A (Nominal)
In free air at rated voltage
(Note 4) (Note 6)
2-4Power consumption Max.162.5 W
148.0 W (Nominal)
In free air at rated voltage
2-5Rated speed Min. 13320 min-1
14800min-1 (Nominal)
Max. 16280 min-1
In free air at rated voltage
Intake side (Note 4)
2-6Maximum air flow Min. 4.70 m3 /min (166.1 CFM)
5.22 m3 /min (184.5 CFM)
At rated voltage
At zero static pressure (Note 4)
2-7Maximum static pressure Min.1768 Pa (7.10 inch-H2O)
2183 Pa (8.77 inch-H2O)
At rated voltage
At zero air flow (Note 4)
2-8Acoustic noise Max. 91 dB (A)
87 dB(A)(Nominal)(Ref)

In free air at rated voltage
(A scale, slow) (Anechoic room)

2-9Operating temperature -10°C~70°C (Normal humidity)
2-10Storage temperature -40°C~75°C(Normal humidity)

Standards for ltems 2-3~2-10 should be
met when measured after having sat for
24 hours at room temperature for fans
subjected to specified temperature range for
100 hours.

2-11Direction of rotation Inlet :CCW
Outlet:CCW
From air intake of fan
2-12Direction of air flow label side discharge
2-13Insulation resistance Min.10 MΩ At 500 VDC between frame and leads
2-14Dielectric strength Must withstand 500 VAC 1min Max. 1mA between frame and leads
(Usually inspect at 600 VAC,1 sec,1 mA)
2-15Protection Current limit protection (Note 3)
Hot swap
  • Note1:The above standard should be the specified value at normal temperature (23°C) and normal humidity (60~65%) unless otherwise notice.
  • Note2: In the case that power is turned on during fan rotor is locked, the fan shall attempt to restart at a typical repetition rate(Temperature rise will be prevented). The fan will automatically restart when the locked rotor condition is released.
  • Note3: Power supply voltage must not be applied between signal output line and any other line directly. Reverse polarity protection is effective to just switch the positive and negative power line.
  • Note4: Control signal(Blue & green lead wires) should be applied 2.6 to 6.0 V or should be open.
  • Note5: 40 V~60 V operating voltage range is for continuous DC voltage. Power supply voltage ripple 5% maximum.
  • Note6: The max value of current consumption does not represent the peak value.

3.Provision of Revolution Signal

3-1 Output of Revolution Signal

● Output type: open collector type
● Electrical specification


Remark: As for measuring VOL , it is necessary to put cr low pass filter which is constructed of R1 and C1. The time constant of R1 x C1 is to be more than 24us such as R1=2.4 kΩ C1=0.01 uF.
● Absolute maximum specification   
           Collector current IC=10 mA Max.
           Release Voltage VOH= 15 V Max.

● Electrical characteristics
           Saturation Voltage VOL = 0.8 V Max.
           At IC=5 mA

● Output waveform

  • Remark: At locked position, output becomes VOH OR VOL .
  • T=T1+T2+T3+T4=60/N (Sec)   N: Fan Speed (min-1)
  • DUTY =T1/T1+T2= 50±10%

⚠ CAUTION

Please be careful that revolution signal lead wire (Yellow & white wire) shall not have any voltage directly applied. (It should damage inner circuit.)

4.PWN Control

4-1 TYPE

● The method of active/inactive drive mosfet for speed control.

  • VCONT is above 2.6 V ··· Fan should run maximum speed.
  • VCONT is below 0.5  V ··· Fan should low speed.
  • The wire of VCONT is open ··· Fan should run minimum speed.
    Control wire should accept PWM control, PWM frequency is from 20 kHz to 32 kHz.
4-2 PWM CONTROL SIGNAL

● Signal voltage range: 0~6.0 VDC

  • The frequency for control signal of the fan shall be able to accept at 20 kHz-32 kHz.
  • PWM signal with 3.3 VDC TTL/COMS level. The preferred operating point for the fan is 25 kHz, and duty cycle from 0% to 100%.
  • If the PWM control wire connect to ground, the rotor will spin at minimum speed.
  • At 100% duty cycle, the rotor will spin at maximum speed. If the PWM control wire open, the rotor will spin at maximum speed.
4-3 SPEED VS PWM CONTROL SIGNAL, AT RATED VOLTAGE
Duty cycle (Positive)(%)Speed min-1
Inlet&Outlet side
0 1500±300
50 7300±730
70 10700±1070
80 12200±1220
100 14800±1480
  • Note: The standards should be the specified value at normal temperature (23°C) and normal humidity (60~65%), free air and 54V 25 kHz unless otherwise notice.

5.Special Test

5-1 VIBRATION TEST
  • Standards for items 2-3~2-8 and 6-2 should be met after 30 minutes 0.2 mm amplitude, 55 Hz vibration in each direction: up-down, right-left, forward-back, in nonoperating condition.
5-2 SHOCK TEST
  • Standards for items 2-3~2-8 and 6-2 should be met if the fans fall naturally from a height of 30cm in the packing box for each direction.
    *Dimensions of Packing Box (W x D x H) : 360 x 540 x 220 (mm)

6.Others

6-1 CONNECTION

6-2 LOCKED ROTOR

No damage shall be found for continuous 1 hour at locked rotor.

7.Special Items

7-1 WARRANTY
  • Our warranty is limited to the replacement of failed fan at free of charge, if and only if the failure is found within two years after it was shipped out from our production facility and if the cause of the failure is proven to be attributable to the supplier.
  • Our liability does not extend to the consequential damages caused by the failed fan.
7-2 NOTE

Please consider having an independent protection system in the customer's instruments in the event that the fan should stop operating.

7-3 POWER SOURCE

Brushless DC fans are designed to be used at DC power source with bypass capacitor. We would recommend you to use DC power source which is filtered ripple and noise.

  • Fans are designed to perform as expected when stable voltage is supplied. 
  • Fluctuation of the voltage between Vcc(+) and GND while the fan is powered must be within the specified operating voltage range.
  • Fluctuation cycle of the voltage between Vcc(+) and GND while the fan is powered must be longer than the fan's rotation cycle.
  • GND of the fan must be kept below the voltage of its Vcc(+) when the voltage is switched ON/OFF or the fan is not running. 
  • Devices that use the fans are supposed to be designed so that the voltage applied on the revolution signal is not affected by power ON/OFF.
7-4 ENVIRONMENT-RELATED SUBSTANCES

Based on RoHS3, cadmium, lead, mercury and compound of these substances and hexavalent chromium compound, Polybromo bi-phenyl(PBB) and polybromo di-phenyl ether(PBDE) are not included in this product

8.Outline Dimensions

 (Unit: mm)

 

ColorLead wireConnection
Red UL10368, AWG 24 Inlet +V
Black UL10368, AWG 24 Inlet GND
Blue UL10368, AWG 26 Inlet PWM
Yellow UL10368, AWG 26 Inlet FG
Orange UL10368, AWG 24 Outlet +V
Gray UL10368, AWG 24 Outlet GND
Green UL10368, AWG 26 Outlet PWM
White UL10368, AWG 26 Outlet FG
●The above contents and descriptions are subject to change without notice. 

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