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Model TCO1 Heater Assemble Action Time(s)
Rated
Function
temper-
ature
Tf(C)
Fuse-Temp
(
)
Holding
tempe-
rature
Th(
)
Max.
temperature
limit
Tm(
)
Rated
Voltage
Ur (Vac)
Rated
Current
Ir (A)
Resistance
Rated
Voltage
(Vdc)
Resistance
Ω
TCO1 TCO2 TCO3
TS125-R1 125 122±2 80 180 250AC 80 12 0.6+/-7.5% <40 TCO1+
(5-20)
TCO2+/-
5
125AC 100
100DC 100
TS125-R2 125 122±2 80 180 250AC 80 24 2.0+/-7.5% <40 TCO1+
(5-20)
TCO2+/-
5
125AC 100
100DC 100
TS125-R3 125 122±2 80 180 250AC 80 30 3.1+/-7.5% <30 TCO1+
(5-20)
TCO2+/-
5
125AC 100
100DC 100
TS125-R4 125 122±2 80 180 250AC 80 36 4.5+/-7.5% <30 TCO1+
(5-20)
TCO2+/-
5
125AC 100
100DC 100
TS125-R5 125 122±2 80 180 250AC 80 45 7.0+/-7.5% <30 TCO1+
(5-20)
TCO2+/-
5
Note:
1. The resistance of heater can be adjusted as required.
2. Action time is measured from the point of heater being activated to the point of TCO cutoff completely. 
3. Operating temperature is the Max temperature which the TCO can not blow when conducting rated current for a long time. 

Application Note:
◎ When the BMS  detect the abnormal behavior of EV battery, the BMS output a signal to activate the MOSFET. Then the heater R1&R2 is power on and heat. The thermal cutoff(TCO1) blow and disconnect the circuit. After that, The TCO2 blow and disconnect the heater, the TCO3 blow at the same time and output a remote signal to BMS. 




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