Long life Aluminum electrolytic capacitor

85℃ 5000hours

◆Large can ◆Screw Terminals ◆General Purpose ◆High Ripple ◆500 to 650Vdc Ratings ◆RoHS Compliant ◆5,000 Hours Lifetime at +85℃ ◆Up to 150,000Hours Useful Life

The LHV series is a general purpose, screw mount LHV grade series specifically designed to provide
the ripple current capability and long life required for high reliability inverter applications. The LHV
has an endurance rating of 5,000 hours at 85℃ with the rated ripple current applied. The useful life
can exceed 150,000 hours at 40℃and 1.5x the ripple current. These capacitors are available in a
variety of high current English or Metric thread terminals. Mounting options include a three-footed
clamp or bottom threaded stud. Custom designs are also available.

product description

Screw terminals: high and low post, English and Metric thread.
●Capacitance range:1,200?12,000μF
●Voltage range:500?650Vdc
●Category temperature range:-40℃?+85℃
●Leakage current: 0.02CV(μA) or 5mA,whichever is smaller,after 5 minutes at 25℃.
●Standard capacitance tolerance:20%
●Nominal case size (D*L):D=50mm(2.000”)to



 ◆SPECIFICA TIONS

items		characteristics
Category temperature Range		-40~+85℃（500-650VDC）
Rated voltage Range		500~650VDC
Capacitance Tolerance		± 20%（M）                                                                                          20℃/120HZ
Leakage Current		I=0.02CV or 5mA,whichever is smaller I: Where, I : Max. leakage current（µA）、C: Nominal capacitance（µF）、Rated voltage (V)at 20℃after 5 minutes)
Dissipation Factor（tanδ）		0.25Max                                                                                               20℃/120HZ
Low Temperature characteristics		Capacitance change  C（-25℃）/C（+20℃）≥0.7                                                          20℃/120HZ
Insulation Resistance		When measured between the terminals that are connected to each other and to the mounting clamp on the insulating sleeve covering the case by using an insulation resistance meter of 500Vdc, the insulation resistance shall not be less than 100mΩ
Insulation Withstanding Voltage		When a voltage of 2,000Vac is applied for 1 minute between the terminals that are connected to each other and to the mounting clamp on the insulating sleeve covering the case, there shall not be electrical damage.。
Endurance	The following specifications shall be satisfied when the capacitors are restored to 20℃ after subjected to DC voltage with the rated ripple current is applied (the peak voltage shall not exceed the rated voltage) for 5,000 hours at 85℃.
	Capacitance change		≤±20% of the initial value
	D.F. (tanδ)		≤300% of the initial specified value
	Leakage current		≤The initial specified value
Shelf Life	The following specifications shall be satisfied when the capacitors are restored to 20℃ after exposing them for 500 hours at 85℃ without voltage applied. Before the measurement, the capacitor shall be preconditioned by applying voltage according to Item 4.1 of JIS C 5101-4.
	Capacitance change		≤±20% of the initial value
	D.F. (tanδ)		≤300% of the initial specified value
	Leakage current		≤The initial specified value

SRANDRAD RATINGS

W.V [Vdc] cap [μF] Case size D x L [mm] tanδ120HZ,20℃ Rated ripple current(Ams/85℃,120HZ） Part NO. 500V 1200 50*95 0.25 5.9 LHV501M5B122MC95 1500 50*115 0.25 7.2 LHV501M5B152MCB5 1800 50*130 0.25 8.3 LHV501M5B182MCD0 2200 50*155 0.25 9.8 LHV501M5B222MCF5 2700 63.5*120 0.25 11.2 LHV501M6C272MDC0 3300 63.5*140 0.25 13.3 LHV501M6C332MDE0 3900 63.5*170 0.25 15.7 LHV501M6C392MDH0 3900 76.2*130 0.25 15.4 LHV501M6C392MED0 4700 76.2*155 0.25 18.1 LHV501M6C472MEF5 5600 76.2*170 0.25 20.8 LHV501M6C562MEH0 5600 89*130 0.25 17.1 LHV501M6C562MFD0 6800 89*155 0.25 20.0 LHV501M6C682MFF5 8200 89*190 0.25 24.4 LHV501M6C822MFK0 10000 89*220 0.25 28.2 LHV501M6C103MFN0 12000 100*220 0.25 32.9 LHV501M6C123MGN0 15000 100*250 0.25 39.8 LHV501M6C153MGR0 550V 1000 50*95 0.25 5.40 LHV551M5B102MC95 1200 50*115 0.25 6.30 LHV551M5B122MCB5 1500 50*130 0.25 7.60 LHV551M5B152MCD0 1800 63.5*105 0.25 8.60 LHV551M6C182MDA5 2200 63.5*120 0.25 10.1 LHV551M6C222MDC0 2700 63.5*155 0.25 12.4 LHV551M6C272MDF5 2700 76.2*105 0.25 11.7 LHV551M6C272MEA5 3300 63.5*170 0.25 14.5 LHV551M6C332MDH0 3300 76.2*130 0.25 14.2 LHV551M6C332MED0 3900 76.2*140 0.25 15.9 LHV551M6C392MEE0 4700 76.2*170 0.25 19.1 LHV551M6C472MEH0 4700 89*130 0.25 15.6 LHV551M6C472MFD0 5600 89*155 0.25 18.2 LHV551M6C562MFF5 6800 89*170 0.25 21.1 LHV551M6C682MFH0 8200 100*170 0.25 24.8 LHV551M6C822MGH0 10000 100*200 0.25 29.4 LHV551M6C103MG00 12000 100*250 0.25 32.1 LHV551M6C123MGR0 600V 1200 63.5*95 0.25 6.7 LHV601M6C122MD95 1500 63.5*115 0.25 8.00 LHV601M6C152MDB5 1800 63.5*125 0.25 9.30 LHV601M6C182MDC5 1800 76.2*95 0.25 9.10 LHV601M6C182ME95 2200 63.5*145 0.25 11.0 LHV601M6C222MDE5 2200 76.2*115 0.25 10.8 LHV601M6C222MEB5 2700 63.5*170 0.25 13.1 LHV601M6C272MDH0 2700 76.2*125 0.25 12.6 LHV601M6C272MEC5 3300 76.2*145 0.25 14.9 LHV601M6C332MEE5 3900 76.2*170 0.25 17.3 LHV601M6C392MEH0 3900 89*130 0.25 14.2 LHV601M6C392MFD0 4700 76.2*190 0.25 20.0 LHV601M6C472MEK0 4700 89*155 0.25 16.6 LHV601M6C472MFF5 5600 89*170 0.25 19.1 LHV601M6C562MFH0 6800 89*190 0.25 21.3 LHV601M6C682MFF5 8200 89*220 0.25 23.2 LHV601M6C682MGN0 630V 1000 63.5*130 0.25 6.0 LHV631M6C102MDD0 1200 76.2*115 0.25 6.7 LHV631M6C122MEB5 1500 76.2*130 0.25 8.1 LHV631M6C152MED0 1800 76.2*155 0.25 9.8 LHV631M6C182MEF5 2200 90*130 0.25 12.8 LHV631M6C222MFD0 2700 89*155 0.25 14.7 LHV631M6C272MFF5 3300 89*170 0.25 14.7 LHV631M6C332MFH0 3900 89*190 0.25 17.9 LHV631M6C392MKF0 4700 89*190 0.25 21.6 LHV631M6C472MKF0 5600 89*200 0.25 24.9 LHV631M6C472MG00 6800 89*210 0.25 26.2 LHV631M6C472MGP0 8200 89*230 0.25 28.3 LHV631M6C472MGQ0 650V 1000 63.5*100 0.25 6.30 LHV651M6C102MDA0 1200 63.5*115 0.25 7.20 LHV651M6C122MDB5 1500 63.5*130 0.25 8.60 LHV651M6C152MDD0 1800 63.5*155 0.25 10.1 LHV651M6C182MDF5 2200 63.5*170 0.25 11.7 LHV651M6C222MDH0 2700 76.2*155 0.25 13.6 LHV651M6C272MEF5 3300 76.2*170 0.25 15.8 LHV651M6C332MEH0 3900 89*170 0.25 15.3 LHV651M6C392MFH0 4700 89*190 0.25 18.4 LHV651M6C472MFK0

◆   RATED RIPPLE CURRENT MULTIPLIERS
Frequency Multipliers

Frequency（HZ）	50	120	300	1K	3K
coefficient	0.8	1.0	1.2	1.3	1.4

Note : The endurance of capacitors is reduced with internal heating produced by ripple current at the rate of halving the lifetime with every 5 to 10℃ rise. When long life performance is required in actual use, the rms ripple current has to be reduced. Also, for the LHV series capacitors, using them at operating voltage less than their rated voltage can extend their lifetime. For details, please contact representative of capsun