NEW PRODUCT INFORMATION

Transcription

1 NEW PRODUCT INFORMATION Centrifugal Fan P SANYO DENKI EUROPE SA. is pleased to introduce its new San Ace C221 9TP type DC Centrifugal fan measuring 221mm diameter by 71mm thick. This product has been designed to meet the requirements for high cooling performances and lower noise in ultra high density equipements of the IT and Telecommunication industry. Product Features of C221 1 High Air Flow & Static Pressure Max. air flow: 21m 3 /min Max. static pressure: 76Pa High cooling performance even in equipment with high system impedance How to read Model Number 9T P 48 P G 1 Series name / frame material 9T aluminium PWM control code H,G,J,M,S 2 Low Noise & Energy Efficiency -1 Sound pressure level: 71dB(A) at 3,min -1 Power consumption: 76.8W at 3,min Maintains high air flow and static pressure while limiting noise and power consumption Frame size M 1mm J 133mm N 1mm G 17mm P 221mm S 22mm Voltage 24 24V 48 48V Frame thickness 69mm or 71mm or 91mm or 99mm 1 3mm 4 2mm Sensor 1 pulse sensor 4 3 Centrifugal Product Range Centrifugal Fan Air Flow NEW! Centrifugal fan 2 Air flow (m 3 /min) Inlet nozzle Flow of air (outlet side) Flow of air (inlet side) Frame dimensions (mm) Main Specifications of the Range Size... 6 sizes by various thickness - 6 models Air flow... from 1.77 to 28.1m 3 /min - 6 to 992CFM Static pressure... from 39 to 88Pa Rated voltage or 48VDC depending on models Expected life time... 4, hours at 6 C Standard sensor... pulse sensor & without sensor (in option) 4 models available in IP4 protection class Target Applications ICT equipments Heat exchangers Large-scale energy storage systems PV inverters Air curtains Fan filter units Refrigeration units Fuel cells

2 Centrifugal Fan 9TP type Features High Airflow and Static Pressure Maximum airflow: 21 m 3 /min *1 Maximum static pressure: 76 Pa *1 High cooling performance even in equipment with high system impedance Low Noise and Energy Efficiency Sound pressure level: 71 db(a) *2 Power consumption: 76.8 W *2 Maintains high airflow and static pressure while limiting noise and power consumption. *1: Specification of Model No. 9TP48PG1 *2: Specification of Model No. 9TP48PH1 φ 221 mm 71 mm Specifications The following nos. have PWM controls, pulse sensors. Model No. Rated voltage [V] Operating voltage range [V] , TP24PH to , ,6 21 9TP48PG , to , TP48PH ,.7 Note 1: PWM frequency: 2 khz Note 2: Fans do not rotate when is %. Note 3: When inlet nozzle[option(model: )]is mounted. Note 4: Max input is 9TP48PG1: 28 W, 9TP24PH1 / 9TP48PH1: 16 W at rated voltage. Available options: Without Sensor Common Specifications PWM duty cycle (Note1, 2) [%] Rated current [A] Rated input [W] Rated speed [min -1 ] Max. Airflow [m 3 /min] [CFM] Max. Static pressure [Pa] [inchh2o] SPL [db(a)] Operating temperature [ ] -2 to +7-2 to +6-2 to +7 Expected life [h] 4, Material Expected life Motor protection system Dielectric strength Sound pressure level (SPL) Operating temperature Storage temperature Lead wire Mass Motor case: Aluminum, Impeller: Plastics (Flammability: UL94V-) Refer to specifications (L1: Survival rate: 9% at 6, rated voltage, and continuously run in a free air state) Current blocking function and reverse polarity protection / 6 Hz, VAC, 1 minute (between lead conductor and frame) Expressed as the value at 1 m from air inlet side Refer to specifications (Non-condensing) -3 to +7 (Non-condensing) + Red ー Black Sensor: Yellow Control: Brown Approx. 1, g

3 9TP type Airflow - Static Pressure Characteristics % 24 VDC 1% % 48 VDC 1% % 48 VDC 1% (m 3 /min) (CFM) 9TP24PH (m 3 /min) (CFM) 9TP48PG (m 3 /min) (CFM) 9TP48PH1 Operating voltage range % % % V 24 V / 36 V V 48 V / 72 V V 48 V / 72 V (m 3 /min) (CFM) 9TP24PH (m 3 /min) (CFM) 9TP48PG (m 3 /min) (CFM) 9TP48PH1 PWM Duty - Characteristics Example (min -1 ), Voltage: 24 VDC / 48 VDC PWM frequency: 2 khz (min -1 ), Voltage: 48 VDC PWM frequency: 2 khz 4, 4, 3,6min-1 3, 2, 3,min -1 3, 2, 1, 1, 1 (%) 1 (%) 9TP24PH1 9TP48PH1 9TP48PG1

4 φ 221 mm 71 mm PWM Input Signal Example Input signal waveform VIH VIL T VIH=4.7 V to.2 V VIL= V to.4 V (%) = T 1 PWM frequency 2 (khz) = 1 T Source current (Isource) : 1 ma max. at control voltage V Sink current (Isink) : 1 ma max. at control voltage.2 V Control terminal voltage:.2 V max. (Open circuit) When the control lead wire is open, the fan speed is the same as the one at a of 1%. Either TTL input, open collector or open drain can be used for PWM control input signal. Example of Connection Schematic DC fan input voltage + Inside of DC fan PWM input signal Control Isink Isource DC fan input voltage - Specifications for Pulse Sensors Output circuit: Open collector Inside of DC fan + Rated Voltage 24 V Fan VCE=+36 VDC max. Ic=1 ma max. [VOL=VCE (SAT) =1 V max.] Sensor - Pull-up resistor IC Sensor output (VCE) Pull-up voltage Rated Voltage 48 V Fan VCE=+72 VDC max. Ic=1 ma max. [VOL=VCE (SAT) =1 V max.] Output waveform (Need pull-up resistor) In case of steady running (One revolution) T ~4 (1/4) T ~4 (1/4) T=6/4N (sec) N=Fan speed (min -1 ) T2 T3 T4 VOH VOL V

5 Dimensions (unit: mm) Fan Airflow direction 71±1 63.±1 4 ± Lead Wire AWG2 or AWG22 27±1 4-M4 φ14±1 Airflow direction Rotating direction Inlet nozzle (Model: ) Material: Steel sheet Surface treatment: Electro nickel plating (silver) Mass: 23 g Inlet nozzle: Nozzle mounted in fan inlet side to adjust the flow of introduced air Reference Dimensions of Mounting Holes and Vent Opening (unit: mm) Fan side Inlet nozzle side φ24±. 4-φ4.±. 4-φ4. φ8±. 4 4 φ22±. Referance Diagram for Mounting Finger guard Inlet nozzle (21) (2) φ221±1 φ161±1 64.9±1 φ8±.3 φ22±1 6-φ.±. φ242±. 6 ±1 (Each) φ24±. 4 ±1 4-φ4.3±. 9 ± 1 (Each) 21±1 (.8) (R22) 118±1 φ1.2±. Fan The screw length is 6 mm less or equal from fan edge side. Notice Please read the "Safety Precautions" on our website once you have decided on a product for use. 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 , Minami-Otsuka, Toshima-ku, Tokyo, , Japan TEL: 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. Specifications are subject to change without notice. CATALOG No. C148B1 1.2

6 NEW PRODUCT INFORMATION Centrifugal Fan SANYO DENKI EUROPE SA. is pleased to introduce its new San Ace C22 9TS type DC Centrifugal fan measuring 22mm diameter by 99mm thick. This product has been designed to meet the requirements for high cooling performances and lower noise in ultra high density equipements of the IT and Telecommunication industry. Product Features of C22 1 High Air Flow & Static Pressure Max. air flow: 28.1m 3 /min Max. static pressure: 861Pa High cooling performance even in equipment with high system impedance How to read Model Number 9T S 48 P G 1 Series name / frame material 9T aluminium PWM control code H,G,J,M,S 2 Low Noise & Energy Efficiency -1 Sound pressure level: 7.dB(A) at 2,9min -1 Power consumption: 99.8W at 2,9min Maintains high air flow and static pressure while limiting noise and power consumption Frame size M 1mm J 133mm N 1mm G 17mm S 22mm Voltage 24 24V 48 48V Frame thickness 69mm or 91mm or 99mm 1 3mm 4 2mm Sensor 1 pulse sensor 4 3 Centrifugal Product Range Centrifugal Fan Air Flow NEW! Centrifugal fan 2 Air flow (m 3 /min) Inlet nozzle Flow of air (outlet side) Flow of air (inlet side) Frame dimensions (mm) Main Specifications of the Range Size... sizes by various thickness - models Air flow... from 1.77 to 28.1m 3 /min - 6 to 992CFM Static pressure... from 39 to 88Pa Rated voltage or 48VDC depending on models Expected life time... 4, hours at 6 C Standard sensor... pulse sensor & without sensor (in option) 4 models available in IP4 protection class Target Applications ICT equipments Heat exchangers Large-scale energy storage systems PV inverters Air curtains

7 Centrifugal Fan 9TS type Features High Airflow and Static Pressure Maximum airflow: 28.1 m 3 /min *1 Maximum static pressure: 861 Pa *1 High cooling performance even in equipment with high system impedance Low Noise and Energy Efficiency Sound pressure level: 7. db(a) *2 Power consumption: 99.8 W *2 Maintains high airflow and static pressure while limiting noise and power consumption. *1: Specification of Model No. 9TS48PG1 *2: Specification of Model No. 9TS48PH1 φ 22 mm 99 mm Specifications The following nos. have PWM controls, pulse sensors. Model No. 9TS48PG1 9TS48PH1 Rated voltage [V] Operating voltage range [V] to 72 PWM duty cycle (Note1, 2) [%] Rated current [A] Note 1: PWM frequency: 2 khz Note 2: Fans do not rotate when is %. Note 3: When inlet nozzle[option(model: )]is mounted. Note 4: Max input is 38 W at rated voltage. Available options: Without Sensor Rated input [W] Rated speed [min -1 ] 3, 1, 2,9 1, Max. Airflow [m 3 /min] [CFM] Max. Static pressure [Pa] [inchh2o] SPL [db(a)] Operating temperature [ ] -2 to +6-2 to +7 Expected life [h] 4, Common Specifications Material Expected life Motor protection system Dielectric strength Sound pressure level (SPL) Operating temperature Storage temperature Lead wire Mass Motor case: Aluminum, Impeller: Plastics (Flammability: UL94V-) Refer to specifications (L1: Survival rate: 9% at 6, rated voltage, and continuously run in a free air state) Current blocking function and reverse polarity protection / 6 Hz, VAC, 1 minute (between lead conductor and frame) Expressed as the value at 1 m from air inlet side Refer to specifications (Non-condensing) -3 to +7 (Non-condensing) + Red ー Black Sensor: Yellow Control: Brown Approx. 1,22 g

8 9TS type Airflow - Static Pressure Characteristics Operating voltage range 4. 1, 48 VDC 4. 1, 1% % PWM Duty Cycle 1% V / 72 V 36 V (m 3 /min) (m 3 /min) , (CFM) , (CFM) 9TS48PG1 9TS48PG VDC % % PWM Duty Cycle 1% V / 72 V 36 V , 9TS48PH1 (m 3 /min) (CFM) , 9TS48PH1 (m 3 /min) (CFM) PWM Duty - Characteristics Example (min -1 ) 4, Voltage: 48 VDC PWM frequency: 2 khz (min -1 ) 4, Voltage: 48 VDC PWM frequency: 2 khz 3, min -1 3, 3, 2,9 min -1 2, 2, 1, 1, 9TS48PG1 1 (%) 1 (%) 9TS48PH1

9 φ 22 mm 99 mm PWM Input Signal Example Input signal waveform VIH VIL T VIH=4.7 V to.2 V VIL= V to.4 V (%) = T 1 PWM frequency 2 (khz) = 1 T Source current (Isource) : 1 ma max. at control voltage V Sink current (Isink) : 1 ma max. at control voltage.2 V Control terminal voltage:.2 V max. (Open circuit) When the control lead wire is open, the fan speed is the same as the one at a of 1%. Either TTL input, open collector or open drain can be used for PWM control input signal. Example of Connection Schematic DC fan input voltage + Inside of DC fan PWM input signal Control Isink Isource DC fan input voltage - Specifications for Pulse Sensors Output circuit: Open collector Inside of DC fan + VCE=+72 VDC max. Ic=1 ma max. [VCE (SAT) =1 V max.] Sensor Pull-up resistor IC Pull-up voltage - Sensor output (VCE) Output waveform (Need pull-up resistor) In case of steady running (One revolution) T ~4 (1/4) T ~4 (1/4) T=6/4N (sec) N=Fan speed (min -1 ) T2 T3 T4 VOH VOL V