Datasheet

ManualsBrandsPANASONIC ManualsIC FansAxial fan 230 Vac 174 m³/h (L x W x H) 120 x 120 x 38 mm

AC FAN MOTOR

ASEN6051∗ 60 sq.×30t ASEN8021∗ 80 sq.×25t ASEN804∗∗∗ 80 sq.×38t

Type

Rated voltage 100 V 115 V 100 V 115 V 100 V 115 V 200 V 230 V

Frequency 50/60 Hz 50/60 Hz 50/60 Hz

Input power (W) 6/5 4.5/4 6/5 6/5 9/7 10/8

Rated current, max. (mA) 80/70 70/60 90/80 80/70 170/120 140/110 80/65 70/55

Locked current (mA) 85/75 70/60 95/85 85/75 180/160 160/140 90/80 80/70

Rotation speed, min. (r/min) 2,000/2,600 2,400/2,750 2,700/3,200

Max. air ﬂow, min. (m

/min) 0.2/0.26 0.74/0.85 0.75/0.9

Max. static pressure, min. (Pa) 13.7/22.6 37.5/43 44.2/62.8

Noise, average (dB(A)) 28/29 28/33 33/38

Operating voltage range (V) Rated voltage ±10% Rated voltage ±10% Rated voltage ±10%

Weight (kg) 0.14 0.22 0.3

Page 14 15 16

ASEN902∗∗∗ 92 sq.×25t ASEN102∗∗∗ 120 sq.×25t

Type

Rated voltage 100 V 115 V 200 V 230 V 100 V 115 V 200 V 230 V

Frequency 50/60 Hz 50/60 Hz

Input power (W) 13/10 14/11

Rated current, max. (mA) 190/150 170/130 100/80 90/70 220/180 190/160 110/90 100/90

Locked current (mA) 200/170 180/160 110/100 100/80 220/200 200/180 120/100 110/100

Rotation speed, min. (r/min) 2,600/3,100 2,300/2,700

Max. air ﬂow, min. (m

/min) 0.80/0.98 1.8/2.0

Max. static pressure, min. (Pa) 43.1/60.8 41.2/41.2

Noise, average (dB(A)) 34/39 34/38

Operating voltage range (V) Rated voltage ±10% Rated voltage ±10%

Weight (kg) 0.3 0.36

Page 17 18

ASEN104∗∗∗ 120 sq.×38t ASEN5075∗ 150×172×38t

Type

Rated voltage 100 V 115 V 200 V 230 V 100 V 115 V 200 V 230 V

Frequency 50/60 Hz 50/60 Hz

Input power (W) 15/14 15.5/14.5 15/13 15/14 37/33 35/32 34/33 35/35

Rated current, max. (mA) 270/230 250/210 140/120 120/100 470/400 380/360 230/210 190/180

Locked current (mA) 370/300 320/270 190/170 160/140 750/700 550/530 340/320 280/310

Rotation speed, min. (r/min) 2,600/2,900 2,700/3,200

Max. air ﬂow, min. (m

/min) 2.5/2.9 5.0/6.0

Max. static pressure, min. (Pa) 64.7/76.4 157/215.8

Noise, average (dB(A)) 37/41 52/56

Operating voltage range (V) Rated voltage ±10% Rated voltage ±10%

Weight (kg) 0.55 0.8

Page 19 20

NEW

+10

−20%

NEW

+10

−20%

NEW

+10

−20%

Fan Motor Selector Chart

02/2006

Summary of content (16 pages)

PAGE 1
Fan Motor Selector Chart AC FAN MOTOR ASEN6051∗ 60 sq.×30t ASEN8021∗ NEW 80 sq.×25t NEW ASEN804∗∗∗ 80 sq.×38t NEW Type Rated voltage Frequency Input power (W) +10 −20% Rated current, max. (mA) Locked current (mA) Rotation speed, min. (r/min) Max. air flow, min. (m3/min) Max. static pressure, min. (Pa) Noise, average (dB(A)) Operating voltage range (V) Weight (kg) Page 100 V 115 V 100 V 50/60 Hz 6/5 80/70 85/75 115 V 50/60 Hz 4.5/4 70/60 70/60 6/5 90/80 95/85 2,000/2,600 0.2/0.26 13.7/22.
PAGE 2
Product Types AC FAN MOTOR Size Specifications Rotation speed 60 sq.×30 Lead wire type Standard speed 80 sq.×25 Lead wire type Standard speed Lead wire type Standard speed 2-terminal type Standard speed Lead wire type Standard speed 2-terminal type Standard speed Lead wire type Standard speed 2-terminal type Standard speed Lead wire type Standard speed 2-terminal type Standard speed 2-terminal type Standard speed 80 sq.×38 92 sq.×25 120 sq.×25 120 sq.
PAGE 3
Ordering Information AC Type ASEN 1 0 2 5 1 9 Size 1: 120 sq. 5: 150 x 172 6: 60 sq. 8: 80 sq. 9: 92 sq.
PAGE 4
60 sq.×30t (ASEN6) AC Fan Motor DIMENSIONS (mm inch) NEW 300 min 11.811 min Airflow 8- 8-4 .1 .3 69 d diaia. . 60±0.5 50±0.3 2.362±.020 1.969±.012 3.5 .138 RoHS Directive compatibility information http://www.nais-e.com/ 3.5 .138 30±0.5 1.181±.020 50±0.3 1.969±.012 60±0.5 2.362±.020 RATING Lead wire type, Standard speed Part number ASEN60511 ASEN60512 Rated voltage (V) 100 115 Frequency (Hz) 50/60 Input power, +10 −20 % (W) 6/5 4.5/4 Rated current, max. (mA) 80/70 70/60 Locked current, max.
PAGE 5
80 sq.×25t (ASEN8) AC Fan Motor DIMENSIONS (mm inch) NEW 300 min 11.811 min a. di ia. 3 d 4. 9 8- -.16 8 Airflow 71.5±0.3 80±0.5 2.815±.012 3.150±.020 71.5±0.3 2.815±.012 80±0.5 3.150±.020 25±0.5 .984±.020 RoHS Directive compatibility information http://www.nais-e.com/ RATING Lead wire type, Standard speed Part number ASEN80211 ASEN80212 Rated voltage (V) 100 115 Frequency (Hz) Input power, +10 −20 % (W) 50/60 6/5 Rated current, max. (mA) 90/80 80/70 Locked current, max.
PAGE 6
80 sq.×38t (ASEN8) AC Fan Motor DIMENSIONS (mm inch) NEW Earth tap M4 (200V class) 300 min 11.811 min Airflow 300 min 11.811 min Airflow 8- 8-4 .1 .3 69 di dia a. . 71.5±0.2 2.815±.008 80±0.5 3.150±.020 RoHS Directive compatibility information http://www.nais-e.com/ 3.4 .134 RATING 3.4 .134 38+0.8 0 3.4 .134 3.4 .134 38+0.8 0 71.5±0.2 2.815±.008 80±0.5 3.150±.020 1.496 +.031 0 1.496 +.031 0 Lead wire type 2 terminals type 1.
PAGE 7
92 sq.×25t (ASEN9) AC Fan Motor DIMENSIONS (mm inch) NEW Earth tap M4 (200V class) 6 6- -4.3 .1 d 69 ia dia . . 300 min 11.811 min 82.5±0.3 3.248±.012 92.5 3.642 3.5 .138 RoHS Directive compatibility information http://www.nais-e.com/ 3.5 .138 25 +1 –0.3 +.039 .984–.012 3.5 .138 3.5 .138 25 +1 –0.3 +.039 .984–.012 82.5±0.3 3.248±.012 92.5 3.642 Airflow Airflow Lead wire type 2 terminals type RATING 1.
PAGE 8
120 sq.×25t (ASEN1) AC Fan Motor DIMENSIONS (mm inch) NEW Earth tap M4 (200V class) 300 min 11.811 min 8 8- -4. .1 3 d 69 ia di . a. 105±0.3 4.134±.012 119 4.685 RoHS Directive compatibility information http://www.nais-e.com/ 3.5 .138 3.5 .138 3.5 .138 25.5±0.5 1.004±.020 Airflow RATING 3.5 .138 105±0.3 4.134±.012 119 4.685 25.5±0.5 1.004±.020 Airflow Lead wire type 2 terminals type 1.
PAGE 9
120 sq.×38t (ASEN1) AC Fan Motor DIMENSIONS (mm inch) NEW 300 min 11.811 min Earth tap M4 (200V class) . dia ia. 4.3 69 d 8 .1 8- 105±0.3 4.134±.012 119 4.685 AIRFLOW 105±0.3 4.134±.012 119 4.685 38±0.5 1.496±.020 Airflow 38±0.5 1.496±.020 Airflow RoHS Directive compatibility information http://www.nais-e.com/ AIRFLOW 38±0.5 1.496±.020 Airflow Lead wire type 2 terminals type RATING 1.
PAGE 10
150×172×38t (ASEN5) AC Fan Motor DIMENSIONS (mm inch) NEW Equivalent to Faston #110 Earth tap M4 (200V class) Airflow 162±0.2 172±1 6.378±.008 6.772±.039 a. di a. 3 di 4. 69 4 -.1 4 150 RoHS Directive compatibility information http://www.nais-e.com/ 6 .236 38±0.2 1.496±.008 5.
PAGE 11
Accessories DIMENSIONS (mm inch) 1. Plug cord for AC Fan Motor 2 terminals type ASE51100 ASE51109 For inside of appliance Flat type 2-core cord (20/0.18) 9 .354 7.5 .295 23.5 .925 UL Standard: File No. E106219 Thermoplastic, flat type 2-core cord UL SPT-1 AWG18 (41/0.16) CSA POT-64 AWG18 (41/0.16) 1000±30 39.37±1.181 7 .276 9 .354 7.5 .295 10±5 .394±.197 15.5 .610 18 .709 8±0.1 .315±.004 23.5 .925 1000±30 39.37±1.181 7 .276 10±5 .394±.197 15.5 .610 18 .709 8±0.1 .315±.
PAGE 12
Mounting Hole Dimensions For DC Fan Motor 1. 30 sq. Series Discharge side/Suction side 2. 40 sq. Series Discharge side/Suction side 4-3.2 dia. 4-.126 dia. 4-4.3 dia. 4-.169 dia. 3 1. 9.0 53 5 .0 5 39 .53 1 38.6 32.0 1.520 1.260 24.0 .945 28.0 1.102 58.0 50.0 2.283 1.969 . dia ia. .0 d 65 .559 2 32.0 1.260 38.6 1.520 4. 80 sq. Series Discharge side/Suction side 5. 92 sq. Series Discharge side/Suction side 6. 120 sq. Series Discharge side/Suction side 115.0 4.528 4-4.3 dia. 4-.169 dia. 4-4.
PAGE 13
Functions of DC Fan Sensor DC FAN SENSOR If the fan stops as a result of forced external restraint, a signal will be generated to indicate that there is a problem. This signal can be used to control an external warning circuit in order to help prevent the device from overheating. Although there are various detection methods for this sensor, we employ the method that uses a logic circuit. 1. Lock sensor specifications Output waveform Approx. 5 sec. or less 2. Sensor output circuit Vcc Approx. 5 sec.
PAGE 14
Cautions For Use DC FAN MOTOR 1. Do not reverse-connect the power supply. Although nothing adverse will occur if the rated voltage is connected in reverse for a short time period, the fan will not operate. 2. If the power is to be pulsed on and off in order to start and stop the fan quickly, be sure to install a switch on the + side of the power supply. Not doing so may damage the circuit. 3. The DC fan motor installation bracket has a rib. As shown in the figure, use the through-bolts when installing. 4.
PAGE 15
Technical Information MEASUREMENT of AIRFLOW and STATIC PRESSURE It is very difficult to measure airflow and static pressure, and there are cases where measured values vary depending on measuring devices. There are two kinds of measuring methods; double chamber method provided by JIS and AMCA (Air Moving and Conditioning Association) and wind tunnel method. Our company adopted the double chamber method, and therefore we will explain it hereinafter.
PAGE 16
Technical Information When selecting a fan motor, for normal use the following method is used. 1) Determine the amount of heat generated inside the equipment. 2) Decide the permissible temperature rise inside the equipment. Equipment Fan motor T2 H T1 Heat generating section 3) Calculate the volume of air necessary from Equation (1). Equation (1) where Q: Air volume (m3/min.