The Klixon® 9700 protector is a field proven miniature protector developed to protect shaded pole and permanent split capacitor motors, fluorescent ballasts, solenoids, transformers and other electrical equipment against overheating.

In addition to being small and lightweight, the unit is both temperature and current sensitive. Since the 9700 is sealed to withstand varnish dipping, it can be mounted directly in windings where it can best sense the true temperature of the electrical equipment. As a result, over-temperature protection is assured.

Since the case is not electrically insulated, the protector is furnished with a durable Mylar insulating sleeve. Shrinkable and non-shrinkable sleeves are available.

9700 Data Sheet

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The operating principle of the YS11 is both simple and effective.

At the heart of the protector is a Klixon® bimetal snapation disc.

When the temperature of this disc reaches its precalibrated temperature it snaps open, resulting in an open circuit.

This temperature is reached during a fault condition, caused by either an increase in ambient temperature, in increase in current flowing thru the disc, or a combination of both.

After the YS11 breaks the circuit, the system cools and the YS11 automatically resets allowing power to be restored in the circuit.

Data Sheet

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The operating principle of the TH11 is both simple and effective.

At the heart of the protector is a Klixon® bimetal snapation disc.

When the temperature of this disc reaches its precalibrated temperature it snaps open, resulting in an open circuit.

This temperature is reached during a fault condition, caused by either an increase in ambient temperature, in increase in current flowing thru the disc, or a combination of both.

After the TH11 breaks the circuit, the system cools and the TH11 automatically resets allowing power to be restored in the circuit.

Data Sheet

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The operating principle of the TH10 is both simple and effective.

At the heart of the protector is a Klixon® bimetal snapation disc.

When the temperature of this disc reaches its precalibrated temperature it snaps open, resulting in an open circuit.

This temperature is reached during a fault condition, caused by either an increase in ambient temperature, in increase in current flowing thru the disc, or a combination of both.

After the TH10 breaks the circuit, the system cools and the TH10 automatically resets allowing power to be restored in the circuit.

Data Sheet

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Sensata Technologies miniature, glass encapsulated thermal protectors provide both thermal current and current overload protection. The SB/ESB family of protectors combines Sensata Technologies bimetal protection technology with a true glass to metal hermetic seal.

This ultra-reliable combination can be used for such things as small AC fractional horsepower motors, DC motors, battery charges, ballasts, Ni-Cad battery packs, transformers and internal protection for compressors.

Data Sheet

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Data Sheet

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The operating principle of the 3MP Self Fold is both simple and effective.

At the heart of the protector is a Klixon® bimetal snapation disc.

When the temperature of this disc reaches its precalibrated temperature it snaps open, resulting in an open circuit.

This temperature is reached during a fault condition, caused by either an increase in ambient temperature, in increase in current flowing thru the disc, or a combination of both.

After the 3MP Self Hold breaks the circuit, the system cools and the 3MP Self Hold automatically resets allowing power to be restored in the circuit.

Data Sheet

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The operating principle of the 3MP is both simple and effective.

At the heart of the protector is a Klixon® bimetal snapation disc.

When the temperature of this disc reaches its precalibrated temperature it snaps open, resulting in an open circuit.

This temperature is reached during a fault condition, caused by either an increase in ambient temperature, in increase in current flowing thru the disc, or a combination of both.

After the 3MP breaks the circuit, the system cools and the 3MP automatically resets allowing power to be restored in the circuit.

Data Sheet

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The operating principle of the 2MM is both simple and effective.

At the heart of the protector is a Klixon® bimetal snapation disc.

When the temperature of this disc reaches its precalibrated temperature it snaps open, resulting in an open circuit.

This temperature is reached during a fault condition, caused by either an increase in ambient temperature, in increase in current flowing thru the disc, or a combination of both.

After the 2MM breaks the circuit, the system cools and the 2MM automatically resets allowing power to be restored in the circuit.

Data Sheet

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The operating principle of the 15AM is both simple and effective.

At the heart of the protector is a Klixon® bimetal snapation disc.

When the temperature of this disc reaches its precalibrated temperature it snaps open, resulting in an open circuit.

This temperature is reached during a fault condition, caused by either an increase in ambient temperature, in increase in current flowing thru the disc, or a combination of both.

After the 15AM breaks the circuit, the system cools and the 15AM automatically resets allowing power to be restored in the circuit.

Data Sheet

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The operating principle of the 7AM is both simple and effective.

At the heart of the protector is a Klixon® bimetal snapation disc.

When the temperature of this disc reaches its precalibrated temperature it snaps open, resulting in an open circuit.

This temperature is reached during a fault condition, caused by either an increase in ambient temperature, in increase in current flowing thru the disc, or a combination of both.

After the 7AM breaks the circuit, the system cools and the 7AM automatically resets allowing power to be restored in the circuit.

Data Sheet

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Data Sheet

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