14Φ Series
Metal Oxide Varistors (MOV) Data Sheet
Features
■
■
■
■
■
■
■
Fast responding to transient over-voltage
Large absorbing transient energy capability
Low clamping ratio and no follow-on current
Meets MSL level 1, per J-STD-020
Operating Temperature:-40℃ ~ +105℃&-40℃ ~ +125℃
Storage Temperature:-40℃ ~ +125℃
Agency recognition: UL 1449 4th /cUL/TUV/VDE/CQC
Applications
■
■
■
■
■
Power supply, Telecommunication, Smart meter, or PLC protection
Surge protection in consumer electronics
Surge protection in industrial electronics
Surge protection in electronic home appliances, gas and petroleum appliances
Relay and electromagnetic valve surge absorption
Part Number Code
F
T
R
1
4
2
D
7
1
K
Tolerance
K: ±10%
Product Type
FTR Series
Type
D: Disk
Element Diameter
05:Φ 5mm
07:Φ 7mm
10:Φ 10mm
14:Φ 14mm
20:Φ 25mm
25:Φ 25mm
Revision:18-Dec-19
J
W1
Temperature Type
W1 :
Operating temperature is -40
No Suffix:
Operating temperature is -40
~ +125
~ +105
Varistor Voltage Surge Series
0
No Suffix: Standard Type
180:18x10 V
1
J: High Surge Type
271:27x10 V
2
142:14x10 V
1 / 11
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14Φ Series
Electrical Characteristics
Maximum
Part Number
Maximum
Withstanding
Maximum
Clamping
Surge
Energy
Voltage
current
(10/1000μs)
Varistor
Allowable
Voltage
Voltage
(A)
High
Standard
(A)
VAC(V)
VDC(V)
V1mA(V)
IP(A)
VC(V)
Dimension
Power
Tmax
(W)
(mm)
(J)
(J)
High
Standard
Surge
Rated
High
Standard
Surge
Surge
FTR14D180K
FTR14D180KJ
11
14
18(15~21.6)
10
36
1000
2000
4
7
0.1
5.0
FTR14D220K
FTR14D220KJ
14
18
22(19.5~26)
10
43
1000
2000
5
8
0.1
5.0
FTR14D270K
FTR14D270KJ
17
22
27(24~31)
10
53
1000
2000
6
10
0.1
5.0
FTR14D330K
FTR14D330KJ
20
26
33(29.5~36.5)
10
65
1000
2000
7.5
12
0.1
5.0
FTR14D390K
FTR14D390KJ
25
31
39(35~43)
10
77
1000
2000
8.6
13
0.1
5.0
FTR14D470K
FTR14D470KJ
30
38
47(42~52)
10
93
1000
2000
10
17
0.1
5.0
FTR14D560K
FTR14D560KJ
35
45
56(50~62)
10
110
1000
2000
11
20
0.1
5.0
FTR14D680K
FTR14D680KJ
40
56
68(61~75)
10
135
1000
2000
14
24
0.1
5.0
FTR14D820K
FTR14D820KJ
50
65
82(74~90)
50
135
4500
6000
22
27
0.6
5.0
FTR14D101K
FTR14D101KJ
60
85
100(90~110)
50
165
4500
6000
28
33
0.6
4.2
FTR14D121K
FTR14D121KJ
75
100
120(108~132)
50
200
4500
6000
32
40
0.6
4.4
FTR14D151K
FTR14D151KJ
95
125
150(135~165)
50
250
4500
6000
40
53
0.6
4.0
FTR14D181K
FTR14D181KJ
115
150
180(162~198)
50
300
4500
6000
50
60
0.6
4.1
FTR14D201K
FTR14D201KJ
130
170
200(180~220)
50
340
4500
6000
57
70
0.6
4.2
FTR14D221K
FTR14D221KJ
140
180
220(198~242)
50
360
4500
6000
60
78
0.6
4.3
FTR14D241K
FTR14D241KJ
150
200
240(216~264)
50
395
4500
6000
63
84
0.6
4.4
FTR14D271K
FTR14D271KJ
175
225
270(243~297)
50
455
4500
6000
70
99
0.6
4.6
FTR14D301K
FTR14D301KJ
190
250
300(270~330)
50
500
4500
6000
77
108
0.6
4.7
FTR14D331K
FTR14D331KJ
210
275
330(297~363)
50
550
4500
6000
85
115
0.6
4.7
FTR14D361K
FTR14D361KJ
230
300
360(324~396)
50
595
4500
6000
93
130
0.6
4.9
FTR14D391K
FTR14D391KJ
250
320
390(351~429)
50
650
4500
6000
100
140
0.6
5.0
FTR14D431K
FTR14D431KJ
275
350
430(387~473)
50
710
4500
6000
115
155
0.6
5.2
FTR14D471K
FTR14D471KJ
300
385
470(423~517)
50
775
4500
6000
118
175
0.6
5.4
FTR14D511K
FTR14D511KJ
320
415
510(459~561)
50
845
4500
6000
121
180
0.6
5.6
FTR14D561K
FTR14D561KJ
350
460
560(504~616)
50
925
4500
6000
125
185
0.6
5.8
FTR14D621K
FTR14D621KJ
385
505
620(558~682)
50
1025
4500
6000
128
190
0.6
6.1
FTR14D681K
FTR14D681KJ
420
560
680(612~748)
50
1120
4500
6000
130
200
0.6
6.4
FTR14D751K
FTR14D751KJ
460
615
750(675~825)
50
1240
4500
6000
143
210
0.6
6.5
FTR14D781K
FTR14D781KJ
485
640
780(702~858)
50
1290
4500
6000
148
220
0.6
6.6
FTR14D821K
FTR14D821KJ
510
670
820(738~902)
50
1355
4500
6000
157
235
0.6
6.8
FTR14D911K
FTR14D911KJ
550
745
910(819~1001)
50
1500
4500
6000
175
255
0.6
7.1
FTR14D102K
FTR14D102KJ
625
825
1000(900~1100)
50
1650
4500
6000
190
280
0.6
7.1
FTR14D112K
FTR14D112KJ
680
895
1100(990~1210)
50
1815
4500
6000
213
310
0.6
7.6
FTR14D122K
FTR14D122KJ
750
990
1200(1080~1320)
50
1980
4500
6000
232
324
0.6
8.0
FTR14D142K
FTR14D142KJ
880
1140
1400(1260~1540)
50
2310
4500
6000
238
327
0.6
8.6
Revision:18-Dec-19
2 / 11
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14Φ Series
Maximum
Maximum
Withstanding
Maximum
Clamping
Surge
Energy
Voltage
current
(10/1000μs)
Varistor
Part Number
Allowable
Voltage
Voltage
(A)
High
VAC(V)
VDC(V)
V1mA(V)
IP(A)
Power
Tmax
(W)
(mm)
(J)
VC(V)
High
High
Standard
Surge
Dimension
(J)
(A)
Standard
Rated
Standard
Surge
Surge
FTR14D162K
FTR14D162KJ
1000
1280
1600(1440~1760)
50
2640
4500
6000
243
331
0.6
9.3
FTR14D182K
FTR14D182KJ
1100
1465
1800(1620~1980)
50
2970
4500
6000
250
335
0.6
10.1
Notes: 1. The tolerance of varistor voltage between 18V and 27V is more than 10%.
2. Varistor voltage≥1200V, structure diagram is F type.
3. Leakage Current (@83% of V1mA):IR≤50μ A (180K~680K) ; IR≤25μ A (820K~182K)
Dimensions
D
T
H1
K
d
K
3.0
L
3.0
L1
L
K
T
H1
D
H
D
d
3.0
d
F
O Type
Symbol
H(max.)
Dimension(mm)
H1(max.)
19
21
F Type
L(min.)
20
L1(min.)
D(max.) F(±0.8)
15
16
d(±0.05)
Tmax
0.8
Please refer to the
Electrical
Characteristics Table
7.5
Marking Code
① QG Logo
①
② Disk Size
FTR
XXDXXXKJ
③ UL Accreditation Logo
②
③
⑤
⑥
⑦
④
⑧
⑨
X X
④ VDE Accreditation Logo
⑤“J”is High Surge Code,No “J”is Standard Surge
⑥ Varistor Voltage
⑦ CQC Accreditation Logo
⑧ TUV Accreditation Logo
⑨ Date Code
Revision:18-Dec-19
3 / 11
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14Φ Series
Electrical Ratings
Items
Varistor Voltage
Maximum Allowable
Voltage
Test Condition/Description
Requirement
The voltage between two terminals with the specified measuring
current 1mA.DC applied is called Vb.
The recommended maximum sine wave voltage (RMS) or the
Maximum DC voltage can be applied continuously.
The maximum voltage between two terminals with the specification
standard impulse current.
Applied waveform: 8/20μs
Crest value
Maximum Clamping
Voltage
Current (%)
100
90
To meet the
Specified value
50
20µs
10
0
8µs
Time
Impulse Width
Rated Wattage
The maximum average power that can be applied within the
specified ambient temperature.
Energy
The maximum energy within the varistor voltage change of ±10%
when one impulse of 10/1000μs or 2ms is applied.
Withstanding Surge
Current
The maximum current within the varistor voltage change of ±10%
with the standard impulse current (8/20μs) applied one time.
V1mA@85℃-V1mA@25℃
Varistor Voltage
Temp. Coefficient
V1mA@25℃
×
1
× 100%(%/℃)
60
≤0.05%/℃
V1mA@-40℃-V1mA@25℃
V1mA@25℃
×
1
× 100%(%/℃)
65
The change of Vb shall be measured after the impulse listed below
which is applied 10,000 times continuously with the interval of ten
seconds at room temperature.
Surge Life
14Φ series
Revision:18-Dec-19
180K to 680K
75A (8/20μs)
820K to 182K
150A (8/20μs)
4 / 11
ΔVb
≤ ±10%
Vb
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14Φ Series
Mechanical Characteristics
Items
Test conditions / Methods
Specifications
Tensile Strength
of Terminals
Gradually applying the force specified and keeping the unit fixed
for 10±1 sec.
Terminal diameter (mm)
Froce(kg)
0.5
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