Product Design and Working Principle

HC06 thermal protector has too high current, temperature sensing double protection function.

Normal S01 thermal protector is up to 200C, our HC06 up to 260C, which can meet the needs of more customers for high-temperature products.

Specification

Note: 1. The list is the normal temperature, other higher temperature can be customized.

2. The temperature of this HC06 thermal protector is up to 260C.

Drawing

Characteristic Description

1. The product has ultra-thin volume, sensitive action and long life;
2. With the dual protection function of overcurrent and temperature sensing;
3. Use beryllium copper material with low resistance value to withstand the requirements of normal circuit current;
4. The shell can be insulated and easy to install;
5. Electric leads can be selected according to customer needs;
6. The products strictly comply with the environmental protection standards of the EU ROHS Directive and the REACH Directive.

Certification and Life Span

1. ROHS
2. In the conditions of rated voltage, current and power factor 0.7, the product
can be normal on-off 2000 times operated due to external heat source.
A,The action temperature change shall be within + / -5℃ of the initial value;
B,Contact resistance shall be below 50mΩ(except for special wire or nickel
sheet)
C,The electrical contact does not fuse or fall off;
Continue the experiment to 10000 times

Current overload protection principle

The current passes through the static contact terminal 1, and then forms a circuit through the current plate and the static contact 2, When the
electrical current exceeds the jump value set by the protector, the protector will cut off the power supply within the set time, so that the electrical
appliance is protected;

Temperature Protection Principle

The current passes through the static contact terminal 1, and then forms a circuit through the current plate and the static contact 2, When the the surrounding temperature is too high, the heat to the bimetal plate to the corrected jump temperature makes the electrical contact quickly disconnected circuit, when the temperature drops to the reset temperature, the bimetal plate reset and quickly close the electrical contact connected circuit, and continue to cycle.