85℃ 5000hours

● Endurance with ripple current:5000hours at 85℃
●Rated voltage range:350to450vdc,capacitance 680to18000µF
●Improved the resistance for charge and discharge from same dimension of LG series
●For frequently change of regenerative voltage from AC servo amplifier and inverter control.Electricity Giddy Machine. digital a transmitter circuit. supersonic (waves)

 ◆SPECIFIC ATIONS

items		Characteristics
Category temperature Range		-40~+85℃
Rated voltage Range		350~450VDC
Capacitance Tolerance		± 20%（M）                                                                                                       at 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）		≤0.20                                                                                                            at 20℃/120HZ
Low Temperature  characteristics		Capacitance change(vdc) C（-25℃）/C（+20℃）≥0.7                                                                 at 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.。
Charge and Discharge	The following specifications shall be satisfied when the capacitors are restored to 20℃ after subjected to charge and discharge test with the voltage waveform shown below at room temperature(15to35℃) Capacitance change ≤±20% of the initial value Voltage waveform:   D.F. (tanδ) ≤300% of the initial specified value Leakage current ≤The initial specified value Frequency 3HZ Number of cycle 60 million times
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
	Capacitance change		≤±20% of the initial value	exceed the rated voltage) for 2,000 hours at 85℃。
	D.F. (tanδ)		≤200% 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,
	Capacitance change		≤±20% of the initial value	the capacitor shall be preconditioned by applying voltage according to Item 4.1 of JIS C 5101-4
	D.F. (tanδ)		≤200% of the initial specified value
	Leakage current		≤The initial specified value

SRANDRAD RATINGS

W.V [Vdc] cap [μF] Case size D x L [mm] Rated ripple current(Ams/85℃,120HZ） Max charge Current and Max discharge Current (Arms/3HZ) Part NO. 350V 1200 50*60 4.7 1.56 LHR351M5C122MC60 1500 50*70 5.5 1.83 LHR351M5C152MC70 1800 50*80 6.4 2.13 LHR351M5C182MC80 2200 50*96 7.6 2.53 LHR351M5C222MC96 2700 50*105 8.8 2.94 LHR351M5C272MCA5 2700 50*115 9.2 3.06 LHR351M5C272MCB5 3300 50*130 10.8 3.58 LHR351M5C332MCD0 4700 63.5*115 13.2 4.61 LHR351M5C472MDB5 5600 63.5*130 15.2 5.30 LHR351M5C562MDD0 5600 76.2*105 15.2 5.36 LHR351M5C562MEA5 6800 63.5*155 18.1 6.32 LHR351M5C682MDF5 8200 63.5*170 20.7 7.25 LHR351M5C822MDH0 8200 76.2*130 20.2 6.57 LHR351M5C822MED0 10000 76.2*155 24.2 8.47 LDX351M5C103MEF5 10000 89*115 23.1 8.10 LHR351M5C103MFB5 12000 76.2*170 27.6 9.66 LHR351M5C123MEH0 12000 89*130 26.6 9.33 LHR351M5C123MFD0 15000 89*155 32.1 11.2 LHR351M5C153MFF5 15000 89*170 33.5 11.7 LHR351M5C153MFH0 18000 89*190 38.5 13.5 LHR351M5C183MFK0 375V 1000 50*60 4.3 1.42 LHR3H1M5C102MC60 1200 50*70 4.9 1.64 LHR3H1M5C122MC70 1500 50*80 5.8 1.94 LHR3H1M5C152MC80 2200 50*96 7.6 2.54 LHR3H1M5C222MC96 2200 50*105 8.0 2.65 LHR3H1M5C222MCA5 2700 50*115 9.2 3.06 LHR3H1M5C272MCB5 3300 50*130 10.8 3.58 LHR3H1M5C332MCD0 4700 63.5*115 13.2 4.61 LHR3H1M5C472MDB5 5600 63.5*130 15.2 5.30 LHR3H1M5C562MDD0 5600 76.2*105 15.2 5.36 LHR3H1M5C562MEA5 6800 63.5*155 18.1 6.32 LHR3H1M5C682MDF5 6800 63.5*170 18.9 6.60 LHR3H1M5C682MDH0 8200 76.2*130 20.2 7.09 LHR3H1M5C822MED0 8200 89*115 20.9 7.35 LHR3H1M5C822MFB5 10000 76.2*155 24.2 8.48 LHR3H1M5C103MEF5 10000 76.2*170 25.2 8.85 LHR3H1M5C103MEH0 10000 89*130 24.3 8.54 LHR3H1M5C103MFD0 12000 89*155 28.4 10.0 LHR3H1M5C123MFF5 15000 89*170 33.5 11.7 LHR3H1M5C153MFH0 15000 89*190 35.2 12.3 LHR3H1M5C153MFK0 400V 1000 50*60 4.3 1.42 LHR401M5C102MC60 1200 50*70 4.9 1.64 LHR401M5C122MC70 1500 50*80 5.8 1.95 LHR401M5C152MC80 1800 50*96 6.9 2.29 LHR401M5C182MC96 2200 50*105 8.0 2.65 LHR401M5C222MCA5 2200 50*115 8.3 2.77 LHR401M5C222MCB5 2700 50*130 9.8 3.23 LHR401M5C272MCD0 3900 63.5*115 12.0 4.21 LHR401M5C392MDB5 4700 63.5*130 13.9 4.86 LHR401M5C472MDD0 5600 63.5*155 16.4 5.75 LHR401M5C562MDF5 5600 63.5*170 17.1 5.99 LHR401M5C562MDH0 5600 76.2*105 15.2 5.35 LHR401M5C562MEA5 6800 76.2*130 18.4 6.47 LHR401M5C682MED0 8200 76.2*155 21.9 7.68 LHR401M5C822MEF5 8200 76.2*170 22.8 8.02 LHR401M5C822MEH0 8200 89*115 20.9 7.35 LHR401M5C822MFB5 10000 89*130 24.3 8.26 LHR401M5C103MFD0 12000 89*155 28.7 10.0 LHR401M5C123MFF5 12000 89*170 29.9 10.5 LHR401M5C123MFH0 15000 89*190 31.2 12.3 LHR401M5C153MFK0 420V 820 50*60 3.8 1.29 LHR421M5C821MC60 1000 50*70 4.4 1.50 LHR421M5C102MC70 1200 50*80 5.2 1.75 LHR421M5C122MC80 1800 50*96 6.8 2.30 LHR421M5C182MC96 1800 50*105 7.1 2.40 LHR421M5C182MCA5 2200 50*115 8.2 2.77 LHR421M5C222MCB5 2700 50*130 9.6 3.25 LHR421M5C272MCD0 3300 63.5*115 11.0 3.87 LHR421M5C332MDB5 3900 63.5*130 12.7 4.44 LHR421M5C392MDD0 4700 63.5*155 15.0 5.28 LHR421M5C472MDF5 4700 76.2*105 13.9 4.92 LHR421M5C472MEA5 5600 63.5*170 17.1 6.02 LHR421M5C562MDH0 5600 76.2*130 16.6 5.90 LHR421M5C562MED0 6800 76.29155 19.8 7.02 LHR421M5C682MEF5 6800 89*115 19.0 6.73 LHR421M5C682MFB5 8200 76.2*170 22.7 8.04 LHR421M5C822MEH0 8200 89*130 22.0 7.78 LHR421M5C822MFD0 10000 89*155 26.2 9.24 LHR421M5C103MFF5 12000 89*170 29.9 10.5 LHR421M5C123MFH0 12000 89*190 31.5 11.0 LHR421M5C123MFK0 450V 680 50*60 3.1 1.03 LHR451M5C681MC60 820 50*60 3.8 1.29 LHR451M5C821MC60 1000 50*70 4.4 1.50 LHR451M5C102MC70 1200 50*80 5.2 1.74 LHR451M5C122MC80 1500 50*96 6.2 2.10 LHR451M5C152MC96 1800 50*115 7.4 2.51 LHR451M5C182MCB5 2200 50*130 8.7 2.93 LHR451M5C222MCD0 3300 63.5*115 11.0 3.88 LHR451M5C332MDB5 3900 63.5*130 12.7 4.44 LHR451M5C392MDD0 3900 76.2*105 13.2 4.49 LHR451M5C392MEA5 4700 63.5*155 15.0 5.27 LHR451M5C472MDF5 4700 63.5*170 15.6 5.50 LHR451M5C472MDH0 5600 76.2*130 16.6 5.88 LHR451M5C562MED0 6800 76.2*155 19.8 7.04 LHR451M5C682MEF5 6800 89*115 19.0 6.72 LHR451M5C682MFB5 8200 76.2*170 22.7 7.97 LHR451M5C822MEH0 8200 89*130 22.0 7.72 LHR451M5C822MFD0 10000 89*155 26.2 9.22 LHR451M5C103MFF5 10000 89*170 27.3 9.66 LHR451M5C103MFH0 12000 89*190 31.5 11.1 LHR451M5C123MFK0

◆RTED RIPPLE CURRENT MUIERS
The ripple frequency and standard list of the specified value is not at the same time, please use the value is less than the following
●   Frequency Multiplier
 

Frequency（HZ）	50	120	300	1K	3K
coefficient	0.8	1.0	1.1	1.3	1.4

  Note : The endurance of capacitors is shorted 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 LG and LHD series capacitors, using them at operating voltage less than their rated voltage can extend their lifetime. For the details, please contact representative of capsun