Ï136Ã28mm - sanyo denki europe
Reversible Flow Fan ■ Features Reduces the required number of fans
・Multiple fans are usually needed to blow air in both directions to ventilate houses, and to cool drink vending machines, food display cases, and printers. ・Wind direction of the fan can be switched so fewer fans are required. ・Reduces equipment costs and saves space. ・Rotational speed is controlled using an external PWM signal to deliver an appropriate rotational speed, reducing noise and saving energy.
Same cooling performance in both directions
・Has approximately the same airflow and static pressure in both blowing directions, so it is easy to control performance.
136×28mm
φ
■ Specifications The following nos. have PWM controls and pulse sensors. Model no.
9RF1312P3H001 9RF1324P3H001
Operating Expected Operating PWM Rated current Rated input Rated speed Max. airflow Max. static pressure SPL Rotation Rated voltage temperature life voltage range duty cycle [A] [W] [min-1] [m3/min] [CFM] [Pa] [inchH2O] [dB(A)] direction [V] (Note) [℃] [h] [V] [%]
Forward Reverse Forward Reverse
12 24
10.2 to 13.8 20.4 to 27.6
100
0.15
1.8
3,100
2.00
70.7
102
0.410
35
0
0.15
1.8
3,100
2.00
70.7
104
0.418
46
100
0.09
2.2
3,100
2.00
70.7
102
0.410
35
0
0.09
2.2
3,100
2.00
70.7
104
0.418
46
－20 to ＋70 40,000 / 60℃
Note: PWM frequency: 25 kHz Available options: Without Sensor
Please inquire as the availability of these options depends on the model. ⇒
Lock sensor
■ Common Specifications □ Material ･･････････････････････････ Frame, Impeller: Plastics (Flammability: UL94V-0) □ Expected life ･････････････････････ Refer to specifications (L10: Survival rate: 90% at 60℃, rated voltage, and continuously run in a free air state) □ Motor protection system ･･････････ Current blocking function and reverse polarity protection □ Dielectric strength ････････････････ 50 / 60 Hz, 500 VAC, 1 minute (between lead conductor and frame) □ Sound pressure level (SPL) ････････ Expressed as the value at 1 m from air inlet side □ Operating temperature ････････････ Refer to specifications (Non-condensing) □ Storage temperature ･･････････････ －30℃ to ＋70℃ (Non-condensing) ーBlack Sensor: Yellow Control: Brown □ Lead wire ････････････････････････ ＋Red ○ □ Mass ･････････････････････････････ Approx. 220 g
■ Airflow - Static Pressure Characteristics Forward (inch H2O)
(Pa)
Reverse (inch H2O)
PWM duty cycle 100%
120
100
0.40 10.2 V / 12 V / 13.8 V 20.4 V / 24 V / 27.6 V
0.35
→ Static pressure
→ Static pressure
0.45
80
0.30 0.25
60
0.20 40
0.15 0.10
20
0.05
100 10.2 V / 12 V / 13.8 V 20.4 V / 24 V / 27.6 V
0.35 0.30 0.25
80
60
0.20 0.15 0.10
40
20
0.05
0
0
0.5 0
10
1
1.5
20 30 40 50
2 60 70
2.5 (m3 / min) 80
(CFM)
4,000
0
10
1
20 30 40
1.5
2
50 60 70 80
→ Airflow
3,100 min-1
2,000 1,000
Forward
0
Reverse
1,000 2,000
4,000
0.5
9RF1312P3H001 9RF1324P3H001
3,000
3,000
0
→ Airflow
Voltage: 12 VDC / 24 VDC PWM frequency: 25 kHz
(min-1)
0
9RF1312P3H001 9RF1324P3H001
■ PWM Duty - Speed Characteristics Example
Speed
PWM duty cycle 0%
120
0.45 0.40
(Pa)
3,100 min-1 0
100 (%)
PWM duty cycle
2.5 (m3 / min)
(CFM)
136×28mm
φ
■ PWM Input Signal Example Input signal waveform
VIH=4.75 V to 5.25 V VIL=0 V to 0.4 V 1 T1 PWM duty cycle (%) = PWM frequency 25 (kHz) = ×100
VIH
T
Source current (Isource) : 1 mA max. at control voltage 0 V Sink current (Isink) : 1 mA max. at control voltage 5.25 V Control terminal voltage: 5.25 V max. (Open circuit)
VIL
T
When the control lead wire is open, the fan speed is the same as the one at a PWM duty cycle of 100%. Either TTL input, open collector or open drain can be used for PWM control input signal.
T1 T
■ Example of Connection Schematic ＋ ○
DC fan input voltage
Inside of DC fan
10 ｋΩ
Control PWM input signal Isource
20 ｋΩ
Isink
－ ○
■ Specifications for Pulse Sensors Output circuit: Open collector Rated voltage 12 V fan VCE＝＋13.8 V max. IC＝5 mA max. [VOL＝VCE (SAT) ＝0.6 V max.]
Inside of DC fan ＋ ○
Sensor
Pull-up resistor Pull-up voltage IC
Rated voltage 24 V fan VCE＝＋27.6 V max. IC＝5 mA max. [VOL＝VCE (SAT) ＝0.6 V max.]
Sensor output (VCE)
－ ○
Output waveform (Need pull-up resistor) In case of steady running
T1 to 4≒ (1/4) T0
(One revolution) T0 T1 VOH VOL 0V
T2
T1 to 4≒ (1/4) T0＝60/4N (sec) N＝Fan speed (min-1)
T3
T4
■ Dimensions (unit: mm) 4-φ3.5±0.3 Mounting Hole (10)
131.5±0.5
+30 0 30 0
Airflow direction (Forward)
Airflow direction (Reverse)
Lead wire AWG26 UL1007
(3) 28±0.5
12 8
.3
±0
±0
.3
8 12
(3)
φ136±0.5
Rotating direction (Forward)
Rotating direction (Reverse)
■ Reference Dimension of Mounting Holes and Vent Opening (unit: mm) Impeller side, Nameplate side 45°
45°
4-φ3
.5
8 12
12 8
.3
±0
±0
.3
22 φ1
Notice
●Please read the "Safety Precautions" on our website before using the product. ●The products shown in this catalog are subject to Japanese Export Control Law. Diversion contrary to the law of exporting country is prohibited. ●To protect against electrolytic corrosion that may occur in locations with strong electromagnetic noise, we provide fans that are unaffected by electrolytic corrosion. 3-33-1, Minami-Otsuka, Toshima-ku, Tokyo, 170-8451, Japan TEL: +81 3 5927 1020
http://www.sanyodenki.com
The names of companies and/or their products specified in this catalog are the trade names, and/or trademarks and/or registered trademarks of such respective companies. “San Ace” is a trademark of SANYO DENKI CO.,LTD. CATALOG No. C1054B001 ‘15.8 Specifications are subject to change without notice.
・Multiple fans are usually needed to blow air in both directions to ventilate houses, and to cool drink vending machines, food display cases, and printers. ・Wind direction of the fan can be switched so fewer fans are required. ・Reduces equipment costs and saves space. ・Rotational speed is controlled using an external PWM signal to deliver an appropriate rotational speed, reducing noise and saving energy.
Same cooling performance in both directions
・Has approximately the same airflow and static pressure in both blowing directions, so it is easy to control performance.
136×28mm
φ
■ Specifications The following nos. have PWM controls and pulse sensors. Model no.
9RF1312P3H001 9RF1324P3H001
Operating Expected Operating PWM Rated current Rated input Rated speed Max. airflow Max. static pressure SPL Rotation Rated voltage temperature life voltage range duty cycle [A] [W] [min-1] [m3/min] [CFM] [Pa] [inchH2O] [dB(A)] direction [V] (Note) [℃] [h] [V] [%]
Forward Reverse Forward Reverse
12 24
10.2 to 13.8 20.4 to 27.6
100
0.15
1.8
3,100
2.00
70.7
102
0.410
35
0
0.15
1.8
3,100
2.00
70.7
104
0.418
46
100
0.09
2.2
3,100
2.00
70.7
102
0.410
35
0
0.09
2.2
3,100
2.00
70.7
104
0.418
46
－20 to ＋70 40,000 / 60℃
Note: PWM frequency: 25 kHz Available options: Without Sensor
Please inquire as the availability of these options depends on the model. ⇒
Lock sensor
■ Common Specifications □ Material ･･････････････････････････ Frame, Impeller: Plastics (Flammability: UL94V-0) □ Expected life ･････････････････････ Refer to specifications (L10: Survival rate: 90% at 60℃, rated voltage, and continuously run in a free air state) □ Motor protection system ･･････････ Current blocking function and reverse polarity protection □ Dielectric strength ････････････････ 50 / 60 Hz, 500 VAC, 1 minute (between lead conductor and frame) □ Sound pressure level (SPL) ････････ Expressed as the value at 1 m from air inlet side □ Operating temperature ････････････ Refer to specifications (Non-condensing) □ Storage temperature ･･････････････ －30℃ to ＋70℃ (Non-condensing) ーBlack Sensor: Yellow Control: Brown □ Lead wire ････････････････････････ ＋Red ○ □ Mass ･････････････････････････････ Approx. 220 g
■ Airflow - Static Pressure Characteristics Forward (inch H2O)
(Pa)
Reverse (inch H2O)
PWM duty cycle 100%
120
100
0.40 10.2 V / 12 V / 13.8 V 20.4 V / 24 V / 27.6 V
0.35
→ Static pressure
→ Static pressure
0.45
80
0.30 0.25
60
0.20 40
0.15 0.10
20
0.05
100 10.2 V / 12 V / 13.8 V 20.4 V / 24 V / 27.6 V
0.35 0.30 0.25
80
60
0.20 0.15 0.10
40
20
0.05
0
0
0.5 0
10
1
1.5
20 30 40 50
2 60 70
2.5 (m3 / min) 80
(CFM)
4,000
0
10
1
20 30 40
1.5
2
50 60 70 80
→ Airflow
3,100 min-1
2,000 1,000
Forward
0
Reverse
1,000 2,000
4,000
0.5
9RF1312P3H001 9RF1324P3H001
3,000
3,000
0
→ Airflow
Voltage: 12 VDC / 24 VDC PWM frequency: 25 kHz
(min-1)
0
9RF1312P3H001 9RF1324P3H001
■ PWM Duty - Speed Characteristics Example
Speed
PWM duty cycle 0%
120
0.45 0.40
(Pa)
3,100 min-1 0
100 (%)
PWM duty cycle
2.5 (m3 / min)
(CFM)
136×28mm
φ
■ PWM Input Signal Example Input signal waveform
VIH=4.75 V to 5.25 V VIL=0 V to 0.4 V 1 T1 PWM duty cycle (%) = PWM frequency 25 (kHz) = ×100
VIH
T
Source current (Isource) : 1 mA max. at control voltage 0 V Sink current (Isink) : 1 mA max. at control voltage 5.25 V Control terminal voltage: 5.25 V max. (Open circuit)
VIL
T
When the control lead wire is open, the fan speed is the same as the one at a PWM duty cycle of 100%. Either TTL input, open collector or open drain can be used for PWM control input signal.
T1 T
■ Example of Connection Schematic ＋ ○
DC fan input voltage
Inside of DC fan
10 ｋΩ
Control PWM input signal Isource
20 ｋΩ
Isink
－ ○
■ Specifications for Pulse Sensors Output circuit: Open collector Rated voltage 12 V fan VCE＝＋13.8 V max. IC＝5 mA max. [VOL＝VCE (SAT) ＝0.6 V max.]
Inside of DC fan ＋ ○
Sensor
Pull-up resistor Pull-up voltage IC
Rated voltage 24 V fan VCE＝＋27.6 V max. IC＝5 mA max. [VOL＝VCE (SAT) ＝0.6 V max.]
Sensor output (VCE)
－ ○
Output waveform (Need pull-up resistor) In case of steady running
T1 to 4≒ (1/4) T0
(One revolution) T0 T1 VOH VOL 0V
T2
T1 to 4≒ (1/4) T0＝60/4N (sec) N＝Fan speed (min-1)
T3
T4
■ Dimensions (unit: mm) 4-φ3.5±0.3 Mounting Hole (10)
131.5±0.5
+30 0 30 0
Airflow direction (Forward)
Airflow direction (Reverse)
Lead wire AWG26 UL1007
(3) 28±0.5
12 8
.3
±0
±0
.3
8 12
(3)
φ136±0.5
Rotating direction (Forward)
Rotating direction (Reverse)
■ Reference Dimension of Mounting Holes and Vent Opening (unit: mm) Impeller side, Nameplate side 45°
45°
4-φ3
.5
8 12
12 8
.3
±0
±0
.3
22 φ1
Notice
●Please read the "Safety Precautions" on our website before using the product. ●The products shown in this catalog are subject to Japanese Export Control Law. Diversion contrary to the law of exporting country is prohibited. ●To protect against electrolytic corrosion that may occur in locations with strong electromagnetic noise, we provide fans that are unaffected by electrolytic corrosion. 3-33-1, Minami-Otsuka, Toshima-ku, Tokyo, 170-8451, Japan TEL: +81 3 5927 1020
http://www.sanyodenki.com
The names of companies and/or their products specified in this catalog are the trade names, and/or trademarks and/or registered trademarks of such respective companies. “San Ace” is a trademark of SANYO DENKI CO.,LTD. CATALOG No. C1054B001 ‘15.8 Specifications are subject to change without notice.
