Datasheet

APPROVAL RATINGS
ELECTRICAL RATINGS
Type
Rated Functioning Temperature
(Tf) and Tolerance
Holding
Temperature(Th)
Maximum Temperature Limit
(Tm)
Safety Approval
℃ ℉ ℃ ℃ ℃
D070 72 162 +0/-4
℃
65 115
UL,CSA,VDE
NEMKO,SEMKO
CCC
D076 77 171 +0/-4
℃
67 150
D081 84 183 +0/-4
℃
76 115
D088 90 194 +0/-4
℃
81 150
D090 93 199 +0/-6
℃
85 315
D098 100 212 +0/-4
℃
93 130
D103 104 219 +0/-4
℃
98 315
D108 109 228 +0/-4
℃
103 315
D115 117 243 +0/-4
℃
110 130 UL,CSA,VDE
※
1
D118 121 250 +0/-6
℃
113 315
UL,CSA,VDE
NEMKO,SEMKO
CCC
※
2,
※
3
D125 128 262 +0/-4
℃
119 180
D139 141 286 +0/-6
℃
134 170
D142 144 291 +0/-6
℃
135 180
D165 169 336 +0/-6
℃
162 270(120V) 210(250V)
D181 184 363 +0/-4
℃
174 210
D213 216 421 +0/-4
℃
210 375
D226 228 442 +0/-6
℃
212
260(120V) 230(250V)-UL
260(120V) 240(250V)-VDE
D230 230 446 +0/-6
℃
212
375
D242 240 464 +0/-6
℃
215
375
D213C 216 421 +0/-4
℃
212
375
UL,CSA,VDE
NEMKO,SEMKO
D242C 240 464 +0/-6
℃
215
375
Voltage(AC) Resistive Current Inductive Current
(Vr) (Ir) (Ib) (Ir) (Ib)
UL,CSA,VDE,SEMKO,
NEMKO,CCC
120V / 250V 16.7A/16.7A 25A/25A 0.84A 5 LRA
Voltage(AC) Resistive Current Inductive Current
(Vr) (Ir) (Ib) (Ir) (Ib)
UL,CSA,VDE,SEMKO,
NEMKO,CCC
120V / 250V 10A 15A - -
Voltage(AC) Resistive Current Inductive Current
(Vr) (Ir) (Ib) (Ir) (Ib)
UL,CSA 120V / 250V 16.7A/16.7A 25A/25A 0.84A 5 LRA
VDE 120V / 250V 16.7A/10A 25A/15A 14A/8A (AC inductive)
Voltage(AC) Resistive Current Inductive Current
(Vr) (Ir) (Ib) (Ir) (Ib)
UL,CSA
120V / 250V
16.7A/16.7A 25A/25A
0.84A 5 LRA
VDE,SEMKO,
NEMKO,CCC
12A/10A 18A/15A
Voltage(AC) Resistive Current Inductive Current
(Vr) (Ir) (Ib) (Ir) (Ib)
UL,CSA,VDE,SEMKO,
NEMKO,CCC
120V 16.7A/16.7A 25A/25A 0.84A 5 LRA
<DXXX Electrical Rating>
※
1 <D115>
※
3 <D213>
<D213C,D242C>
※
2 <D139>
*<Note>All types are RoHS compliant.
SpecificationSpecification
Rated Functioning Temperature:T
f
The maximum temperature at which the thermal cut offs changes its state of conductivity to open circuit with detection current as the only load.
Holding Temperature:T
h
The maximum temperature at which, when applying no electrical load to the thermal cut offs, the state of conductivity will not change during a
period of 168 hours.
Maximum Temperature Limit:T
m
The maximum temperature of thermal cut offs, having changed its state of conductivity, can be maintained for 10 minutes during which its
mechanical and electrical properties will not be impaired.