HRP-100-15 HRP10015 MEANWELL Eingang: 85-264 AC / 120-370 DC, Ausgabe: 1, V1: 15, A1: 7 Vergrößern
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HRP-100-15 HRP10015 MEANWELL Eingang: 85-264 AC / 120-370 DC, Ausgabe: 1, V1: 15, A1: 7

HRP-100-15

HRP10015

MEANWELL

Verfügbar

Schiff am heute

Eingang: 85-264 AC / 120-370 DC, Ausgabe: 1, V1: 15, A1: 7

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G10

HRP

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1+$55.29
6+$50.74
11+$49.67
16+$49.11
21+$48.77
*Dieser Preis ist pro Einheit und ist der Nettowert (ohne Steuern, falls zutreffend).

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1 0 0 W S i n g l e O u t p u t w i t h P F C F u n ct i o n 1 0 0 W S i n g l e O u t p u t w i t h P F C F u n ct i o n
1 0 0 W S i n g l e O u t p u t w i t h P F C F u n ct i o n H R P - 1 0 0 s e r i e s H R P - 1 0 0 s e r i e s
H R P - 1 0 0 s e r i e s Features : Features :
Features : Universal AC input / Full range Universal AC input / Full range
Universal AC input / Full range Built-in active PFC function Built-in active PFC function
Built-in active PFC function High efficiency up to 90% High efficiency up to 90%
High efficiency up to 90% Withstand 300VAC surge input for 5 seconds Withstand 300VAC surge input for 5 seconds
Withstand 300VAC surge input for 5 seconds Protections: Short circuit / Overload/ Over voltage Protections: Short circuit / Overload/ Over voltage
Protections: Short circuit / Overload/ Over voltage Protections: Over temperature (optional) Protections: Over temperature (optional)
Protections: Over temperature (optional) Cooling by free air convection Cooling by free air convection
Cooling by free air convection 1U low profile 38mm 1U low profile 38mm
1U low profile 38mm Built-in remoteON-OFF control Built-in remoteON-OFF control
Built-in remoteON-OFF control No load power consumption<0.5W No load power consumption<0.5W
No load power consumption<0.5W All using 105 long life electrolytic capacitors All using 105 long life electrolytic capacitors
All using 105 long life electrolytic capacitors 5 years warranty 5 years warranty
5 years warrantySPECIFICATION SPECIFICATION
SPECIFICATION MODEL MODEL
MODEL DC VOLTAGE RATED CURRENT CURRENT RANGE DC VOLTAGE RATED CURRENT CURRENT RANGE
DC VOLTAGE RATED CURRENT CURRENT RANGE RATED POWER RATED POWER
RATED POWER HRP-100-3.3 HRP-100-5HRP-100-7.5 HRP-100-12HRP-100-15HRP-100-24HRP-100-36HRP-100-48 HRP-100-3.3 HRP-100-5HRP-100-7.5 HRP-100-12HRP-100-15HRP-100-24HRP-100-36HRP-100-48
HRP-100-3.3 HRP-100-5HRP-100-7.5 HRP-100-12HRP-100-15HRP-100-24HRP-100-36HRP-100-48 3.3V 5V7.5V 12V15V24V36V48V 3.3V 5V7.5V 12V15V24V36V48V
3.3V 5V7.5V 12V15V24V36V48V 20A17A13.5A 8.5A 7A 4.5A 2.9A 2.2A 20A17A13.5A 8.5A 7A 4.5A 2.9A 2.2A
20A17A13.5A 8.5A 7A 4.5A 2.9A 2.2A 0 ~ 20A0 ~ 17A0 ~ 13.5A 0 ~ 8.5A 0 ~ 7A 0 ~ 4.5A 0 ~ 2.9A 0 ~ 2.2A 0 ~ 20A0 ~ 17A0 ~ 13.5A 0 ~ 8.5A 0 ~ 7A 0 ~ 4.5A 0 ~ 2.9A 0 ~ 2.2A
0 ~ 20A0 ~ 17A0 ~ 13.5A 0 ~ 8.5A 0 ~ 7A 0 ~ 4.5A 0 ~ 2.9A 0 ~ 2.2A 66W 85W 101.3W102W 105W 108W 104.4W105.6W 66W 85W 101.3W102W 105W 108W 104.4W105.6W
66W 85W 101.3W102W 105W 108W 104.4W105.6W RIPPLE & NOISE (max.)No te.280mVp-p80mVp-p100mVp-p120mVp-p150mVp-p150mVp-p200mVp-p240mVp-p RIPPLE & NOISE (max.)No te.280mVp-p80mVp-p100mVp-p120mVp-p150mVp-p150mVp-p200mVp-p240mVp-p
RIPPLE & NOISE (max.)No te.280mVp-p80mVp-p100mVp-p120mVp-p150mVp-p150mVp-p200mVp-p240mVp-p OUTPUTVOLTAGE ADJ. RANGE OUTPUTVOLTAGE ADJ. RANGE
OUTPUTVOLTAGE ADJ. RANGE 3.1 ~ 3.8V4.75 ~ 5.8V7.1 ~ 9V 11.4 ~ 13.8V14.25 ~ 18V 22.8 ~ 28.8V34.2 ~ 39.6V45.6 ~ 55.2V 3.1 ~ 3.8V4.75 ~ 5.8V7.1 ~ 9V 11.4 ~ 13.8V14.25 ~ 18V 22.8 ~ 28.8V34.2 ~ 39.6V45.6 ~ 55.2V
3.1 ~ 3.8V4.75 ~ 5.8V7.1 ~ 9V 11.4 ~ 13.8V14.25 ~ 18V 22.8 ~ 28.8V34.2 ~ 39.6V45.6 ~ 55.2V VOLTAGE TO LERANCE Note.3 +2.5,-3.5% 2 .5 %2 .5 %1 .5 %1 .5 %1 .5 %1 .5 %1 .5 % VOLTAGE TO LERANCE Note.3 +2.5,-3.5% 2 .5 %2 .5 %1 .5 %1 .5 %1 .5 %1 .5 %1 .5 %
VOLTAGE TO LERANCE Note.3 +2.5,-3.5% 2 .5 %2 .5 %1 .5 %1 .5 %1 .5 %1 .5 %1 .5 % LINE REGULATION LOAD REGULATION SETUP, RISE TIME LINE REGULATION LOAD REGULATION SETUP, RISE TIME
LINE REGULATION LOAD REGULATION SETUP, RISE TIME HOLD UP TIME (Typ.) HOLD UP TIME (Typ.)
HOLD UP TIME (Typ.) 0 .5 %0 .5 %0 .5 %0 .3 %0 .3 %0 .2 %0 .2 %0 .2 % 0 .5 %0 .5 %0 .5 %0 .3 %0 .3 %0 .2 %0 .2 %0 .2 %
0 .5 %0 .5 %0 .5 %0 .3 %0 .3 %0 .2 %0 .2 %0 .2 % 2 .0 %2 .0 %1 .5 %0 .8 %0 .8 %0 .5 %0 .5 %0 .5 % 2 .0 %2 .0 %1 .5 %0 .8 %0 .8 %0 .5 %0 .5 %0 .5 %
2 .0 %2 .0 %1 .5 %0 .8 %0 .8 %0 .5 %0 .5 %0 .5 % 2500ms, 100ms/230VAC 2500ms, 100ms/115VAC at full load 2500ms, 100ms/230VAC 2500ms, 100ms/115VAC at full load
2500ms, 100ms/230VAC 2500ms, 100ms/115VAC at full load 5 0m s/ 2 30 VAC 20 m s/ 115 VAC at fu ll lo ad 5 0m s/ 2 30 VAC 20 m s/ 115 VAC at fu ll lo ad
5 0m s/ 2 30 VAC 20 m s/ 115 VAC at fu ll lo ad VOLTAGE RANGENote.5 8 5 ~ 264 VAC120 ~ 3 70 VDC VOLTAGE RANGENote.5 8 5 ~ 264 VAC120 ~ 3 70 VDC
VOLTAGE RANGENote.5 8 5 ~ 264 VAC120 ~ 3 70 VDC FR EQUENCY RANGE POWER FACTOR (Typ.) FR EQUENCY RANGE POWER FACTOR (Typ.)
FR EQUENCY RANGE POWER FACTOR (Typ.) 4 7 ~ 63Hz 4 7 ~ 63Hz
4 7 ~ 63Hz P F>0 .9 5 /2 30 VACPF>0 .9 8 /115VAC a t f ull lo a d P F>0 .9 5 /2 30 VACPF>0 .9 8 /115VAC a t f ull lo a d
P F>0 .9 5 /2 30 VACPF>0 .9 8 /115VAC a t f ull lo a d INPUT INPUT
INPUT EFF ICIENCY (Typ.) AC CURRENT (Typ.) INRUSH CURRENT (Typ.) LEAKAGE CURRENT EFF ICIENCY (Typ.) AC CURRENT (Typ.) INRUSH CURRENT (Typ.) LEAKAGE CURRENT
EFF ICIENCY (Typ.) AC CURRENT (Typ.) INRUSH CURRENT (Typ.) LEAKAGE CURRENTOVERLOA D OVERLOA D
OVERLOA D 78%83% 78%83%
78%83% 1 .1 A/ 115 VAC0. 6 A/ 23 0 VA C 1 .1 A/ 115 VAC0. 6 A/ 23 0 VA C
1 .1 A/ 115 VAC0. 6 A/ 23 0 VA C 3 5A /115 VA C 6 5 A/ 2 30 VAC 3 5A /115 VA C 6 5 A/ 2 30 VAC
3 5A /115 VA C 6 5 A/ 2 30 VAC <1 m A / 240 VAC <1 m A / 240 VAC
<1 m A / 240 VAC 1 05 ~ 13 5 % r at e d out p ut po wer 1 05 ~ 13 5 % r at e d out p ut po wer
1 05 ~ 13 5 % r at e d out p ut po wer 84%87.5%88%88.5%89%90% 84%87.5%88%88.5%89%90%
84%87.5%88%88.5%89%90% P ro tec ti on t yp e : Con stant cur rent l imi tin g for Vo= 50 ~ 100 % o f ra ted voltage, re cove rs aut om atic al ly after fau lt condit ion is re m oved P ro tec ti on t yp e : Con stant cur rent l imi tin g for Vo= 50 ~ 100 % o f ra ted voltage, re cove rs aut om atic al ly after fau lt condit ion is re m oved
P ro tec ti on t yp e : Con stant cur rent l imi tin g for Vo= 50 ~ 100 % o f ra ted voltage, re cove rs aut om atic al ly after fau lt condit ion is re m oved PROTECTION PROTECTION
PROTECTIONOVER VOLTAGE OVER VOLTAGE
OVER VOLTAGE 3.96 ~ 4.62V 3.96 ~ 4.62V
3.96 ~ 4.62V 6 ~ 7V9.4 ~ 10.9V14.4 ~ 16.8V18.8 ~ 21.8V30 ~ 34.8V 41.4 ~ 48.6V57.6 ~ 67.2V 6 ~ 7V9.4 ~ 10.9V14.4 ~ 16.8V18.8 ~ 21.8V30 ~ 34.8V 41.4 ~ 48.6V57.6 ~ 67.2V
6 ~ 7V9.4 ~ 10.9V14.4 ~ 16.8V18.8 ~ 21.8V30 ~ 34.8V 41.4 ~ 48.6V57.6 ~ 67.2V FUNCTION ENVIRONMENT FUNCTION ENVIRONMENT
FUNCTION ENVIRONMENTSAFETY & EMC SAFETY & EMC
SAFETY & EMC (Note 4) (Note 4)
(Note 4)OTHERS OTHERS
OTHERSOVER TEMPERATURE REMOTE CONTRO L WORKI NG TE MP. WORKI NG HUMIDITY OVER TEMPERATURE REMOTE CONTRO L WORKI NG TE MP. WORKI NG HUMIDITY
OVER TEMPERATURE REMOTE CONTRO L WORKI NG TE MP. WORKI NG HUMIDITY STORAGE TEMP., HUMI DITY STORAGE TEMP., HUMI DITY
STORAGE TEMP., HUMI DITY TEMP. COEFFICIENT VIBRATION TEMP. COEFFICIENT VIBRATION
TEMP. COEFFICIENT VIBRATION SAFETY STANDARDS WITHSTAND VOLTAGE ISOLATION RESISTANCE EMC EMISSION SAFETY STANDARDS WITHSTAND VOLTAGE ISOLATION RESISTANCE EMC EMISSION
SAFETY STANDARDS WITHSTAND VOLTAGE ISOLATION RESISTANCE EMC EMISSION EMC IMMUNITY MTB F DIMENSION EMC IMMUNITY MTB F DIMENSION
EMC IMMUNITY MTB F DIMENSION PACKING PACKING
PACKING P ro t ec tio n typ e : Sh ut do wn o/p vo lta g e, re-p o we r on to rec ov er P ro t ec tio n typ e : Sh ut do wn o/p vo lta g e, re-p o we r on to rec ov er
P ro t ec tio n typ e : Sh ut do wn o/p vo lta g e, re-p o we r on to rec ov er S hu t down o/ p v olt a ge , re co ve rs au to m a tica lly a f te r t e mp e rat u re goe s d own S hu t down o/ p v olt a ge , re co ve rs au to m a tica lly a f te r t e mp e rat u re goe s d own
S hu t down o/ p v olt a ge , re co ve rs au to m a tica lly a f te r t e mp e rat u re goe s d own RC+/ RC- : 0 ~ 0.8 V= p o wer o n ; 4 ~ 1 0V = po wer o ff RC+/ RC- : 0 ~ 0.8 V= p o wer o n ; 4 ~ 1 0V = po wer o ff
RC+/ RC- : 0 ~ 0.8 V= p o wer o n ; 4 ~ 1 0V = po wer o ff -4 0 ~ +6 0 (Ref e r t o "Dera ti ng Curve " ) -4 0 ~ +6 0 (Ref e r t o "Dera ti ng Curve " )
-4 0 ~ +6 0 (Ref e r t o "Dera ti ng Curve " ) 2 0 ~ 90% R H n on -co n de n sin g 2 0 ~ 90% R H n on -co n de n sin g
2 0 ~ 90% R H n on -co n de n sin g -4 0 ~ +8 5, 10 ~ 95% R H -4 0 ~ +8 5, 10 ~ 95% R H
-4 0 ~ +8 5, 10 ~ 95% R H 0 .0 4 %/ (0 ~ 5 0) 0 .0 4 %/ (0 ~ 5 0)
0 .0 4 %/ (0 ~ 5 0) 1 0 ~ 500 Hz, 5G 1 0 mi n. /1 cyc le , 60 m in . eac h alon g X , Y, Z a xe s 1 0 ~ 500 Hz, 5G 1 0 mi n. /1 cyc le , 60 m in . eac h alon g X , Y, Z a xe s
1 0 ~ 500 Hz, 5G 1 0 mi n. /1 cyc le , 60 m in . eac h alon g X , Y, Z a xe s UL 60 9 50 -1 , TUV EN6 09 5 0-1 ap p rov ed UL 60 9 50 -1 , TUV EN6 09 5 0-1 ap p rov ed
UL 60 9 50 -1 , TUV EN6 09 5 0-1 ap p rov ed I /P -O/P : 3K VA C I/P -FG: 2K VA C O/ P-FG :0 . 5K VA C I /P -O/P : 3K VA C I/P -FG: 2K VA C O/ P-FG :0 . 5K VA C
I /P -O/P : 3K VA C I/P -FG: 2K VA C O/ P-FG :0 . 5K VA C I /P -O/P, I /P -FG, O /P -FG: 10 0 M Oh m s / 5 00 V DC / 2 5/ 70% R H Co mp lia n ce to E N55 0 22 (CIS PR2 2) Cla ss B, EN6 10 0 0 -3 -2 ,-3 I /P -O/P, I /P -FG, O /P -FG: 10 0 M Oh m s / 5 00 V DC / 2 5/ 70% R H Co mp lia n ce to E N55 0 22 (CIS PR2 2) Cla ss B, EN6 10 0 0 -3 -2 ,-3
I /P -O/P, I /P -FG, O /P -FG: 10 0 M Oh m s / 5 00 V DC / 2 5/ 70% R H Co mp lia n ce to E N55 0 22 (CIS PR2 2) Cla ss B, EN6 10 0 0 -3 -2 ,-3 Co mp lia n ce to E N61 0 00 -4 -2, 3, 4 ,5 ,6 , 8, 11, EN5 50 2 4, EN6 10 0 0-6 -2 , h ea vy in d us try le ve l, cri te ria A Co mp lia n ce to E N61 0 00 -4 -2, 3, 4 ,5 ,6 , 8, 11, EN5 50 2 4, EN6 10 0 0-6 -2 , h ea vy in d us try le ve l, cri te ria A
Co mp lia n ce to E N61 0 00 -4 -2, 3, 4 ,5 ,6 , 8, 11, EN5 50 2 4, EN6 10 0 0-6 -2 , h ea vy in d us try le ve l, cri te ria A 2 95 . 7K h rs m in . MI L-HDB K-2 1 7F ( 2 5) 2 95 . 7K h rs m in . MI L-HDB K-2 1 7F ( 2 5)
2 95 . 7K h rs m in . MI L-HDB K-2 1 7F ( 2 5) 1 59 *9 7 *3 8m m (L* W* H) 1 59 *9 7 *3 8m m (L* W* H)
1 59 *9 7 *3 8m m (L* W* H) 0.56Kg; 24pcs/15Kg/0.76CUFT 0.56Kg; 24pcs/15Kg/0.76CUFT
0.56Kg; 24pcs/15Kg/0.76CUFTNOTE NOTE
NOTE 1. All parameters NOT specially mentioned aremeasured at 230VAC input, ratedload and25 of ambient temperature. 1. All parameters NOT specially mentioned aremeasured at 230VAC input, ratedload and25 of ambient temperature.
1. All parameters NOT specially mentioned aremeasured at 230VAC input, ratedload and25 of ambient temperature. 2. Ripple & noise are measured at 20MHz of bandwidthby using a 12" twisted pair-wire terminated with a 0.1uf & 47uf parallel capacitor. 2. Ripple & noise are measured at 20MHz of bandwidthby using a 12" twisted pair-wire terminated with a 0.1uf & 47uf parallel capacitor.
2. Ripple & noise are measured at 20MHz of bandwidthby using a 12" twisted pair-wire terminated with a 0.1uf & 47uf parallel capacitor. 3. Tolerance : includes set up tolerance, line regulationandload regulation. 3. Tolerance : includes set up tolerance, line regulationandload regulation.
3. Tolerance : includes set up tolerance, line regulationandload regulation. 4. The power supply is considered a component which will be installed into a final equipment. The final equipment must be re-confirmed that it still meets 4. The power supply is considered a component which will be installed into a final equipment. The final equipment must be re-confirmed that it still meets
4. The power supply is considered a component which will be installed into a final equipment. The final equipment must be re-confirmed that it still meets EMC directives. For guidance on how to perform these EMC tests, please refer to EMI testing of component power supplies. (as available on http://www.meanwell.com) EMC directives. For guidance on how to perform these EMC tests, please refer to EMI testing of component power supplies. (as available on http://www.meanwell.com)
EMC directives. For guidance on how to perform these EMC tests, please refer to EMI testing of component power supplies. (as available on http://www.meanwell.com) 5. Deratingmay be needed underlow input voltages. Please checkthe derating curve for more details. 5. Deratingmay be needed underlow input voltages. Please checkthe derating curve for more details.
5. Deratingmay be needed underlow input voltages. Please checkthe derating curve for more details.F il e Na me:HRP-1 00 -SP EC20 1 4-0 7-0 7 F il e Na me:HRP-1 00 -SP EC20 1 4-0 7-0 7
F il e Na me:HRP-1 00 -SP EC20 1 4-0 7-0 7

Datasheet - PDF

Title:Language:Size:Type:
pdf-Eingang: 85-264 AC / 120-370 DC, Ausgabe: 1, V1: 15, A1: 7 - MEANWELL - HRP-100-15 - HRP10015English201 Kbytespdf-Eingang: 85-264 AC / 120-370 DC, Ausgabe: 1, V1: 15, A1: 7 - MEANWELL - HRP-100-15 - HRP10015

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