ALUMINUM ELECTROLYTIC CAPACITORS
LNC
Specifications
Item
Screw Terminal Type, 85°C Smaller-sized
Higher ripple current
Suited for use in industrial power supplies for inverter circuritry, etc.
Load life 5000 hours application of ripple current at 85°C.
Smaller sized / High ripple current than LNX, LNK.
Coped with loading of high speed charge-discharge.
Suited for high frequency regenerative voltage for AC servomotor,
general inverter.
Compliant to the RoHS directive (2011/65/EU).
LQR
High speed
charge-discharge
LNX LNK
Smaller
High ripple
LNC
Performance Characteristics
Category
Temperature Range
Rated
Voltage Range
Rated
Capacitance Range
Capacitance Tolerance
Leakage Current
Tangent of loss angle (tan
δ)
–
40 to +85
°C
350 to 500V
1000 to 22000
µ
F
± 20% at 120Hz, 20°C
3
CV
After 5 minutes' application of rated voltage, leakage current is not more than
3 CV
(
µ
A) or 5 mA, whichever is smaller (at
20°C).
[C : Rated Capacitance(µF), V : Voltage ( V ) ]
See refer to next page (Measurement frequency : 120Hz at 20°C)
Rated voltage (V)
350 to 500
Z
–
40°C / Z+20°C
8
3 CV
Measurement frequency : 120Hz
Stability at Low Temperature
Insulation Resistance
Voltage proof
Impedance ratio ZT/Z20(MAX.)
The insulation resistance shall be more than 100MΩ at DC 500V application between terminal and bracket.
There is no abnormality during AC 2500V 1 minute's application between terminal and bracket.
The specifications listed at right shall be met when the capacitors are restored
to 20°C after D.C. bias plus rated ripple current is applied for 5000 hours at
85°C, the peak voltage shall not exceed the rated voltage.
After storing the capacitors under no load at 85°C for 1000 hours and
then performing voltage treatment based on JIS C 5101-4 clause 4.1
at 20°C, they shall meet the reguirements listed at right.
Endurance
Capacitance change
tan
δ
Leakage current
Capacitance change
tan
δ
Leakage current
Within ± 20% of the initial capacitance value
200% or less than the initial specified value
Less than or equal to the initial specified value
Within ±20% of the initial capacitance value
200% or less than the initial specified value
Less than or equal to the initial specified value
Shelf Life
Endurance of charge-
discharge behavior
Marking
After an application of charge-discharge voltage for 50million times
(charge-discharge voltage difference(ΔV)=rated voltage
×
0.3, cycle
3Hz)capacitors shall meet the characteristics requirement listed at right.
Printed with white color letter on black sleeve.
Capacitance change
tan
δ
Leakage current
Within ±20% of the initial capacitance value
200% or less than the initial specified value
Less than or equal to the initial specified value
Screw terminal types for
φ
51 and larger
Drawing
Bottom plate
Sleeve
Hexagenal headed bolt
0°
12
Type numbering system (Example : 400V 10000µF)
Pressure relief vent
1
2
3
4
5
6
7
8
9
10 11
12 13 14
Mounting bracket
L NC 2 G 1 0 3 M S E H
D
+2MAX.
W
±1
S
T
U
h
H
±1
L
+
MAX.
±1
B
P
±2
A
±2
U
S
T
B
3-leg brackets for
φ90
capacitors have different
hole shapes from the ordinary ones illustrated
below.
P
A
±2
P
Configuration
SE
TE
standard specifications
stud mount type
Please refer to page 334 for schematic of dimensions.
Please contact to us if PVC less products are required.
Pressure relief vent
30°
7
Note) The brackets will be supplied in the separate box.
5
Dimension of terminal pitch (W) and length (
R
) and Nominal dia.of bolt
φD
51
63.5
76.2
90
W
22.0
28.6
31.8
31.8
R
6
6
6
6
α
3
3
3
3
M5
M5
M5
M5
(mm)
Dimensions of mounting bracket
Leg shape
(mm)
2 --Leg
90
50.8
58.5
8.0
5.0
18
60
35
25
51
33.2
40
6.0
4.5
14
30
25
15
63.5
40.5
46.5
7.0
4.5
14
30
35
20
76.2
46.5
53
6.0
4.5
14
30
35
20
90
53
59
6.0
4.5
14
30
35
20
Nominal dia. of bolt
Symbol
φD
3 --Leg
51
32.5
38.5
7.5
5.0
12
60
20
15
63.5
38.1
43
8.0
5.0
14
60
25
20
76.2
44.5
49.2
7.0
5.0
14
60
30
24
P
A
T
S
U
°
About product of stud bolt
Nylon nut and nylon washer attachment become the standard
specifications. (cf. P.334)
It is not attached to the bracket.
Field 13 and 14 become blank in Type number system.
H
h
Dimension table in next page.
344
FPGA/CPLD
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