Termékkategóriák
- hőbiztosíték 32
- felületre szerelhető biztosítékok 12
- termisztor 17
- PCB-re szerelhető biztosítéktartó 27
- Kábelköteg 4
- Penge biztosítéktartók 17
- termosztát 46
- Elektromos biztosíték 14
- Termikus áramkör megszakító 20
- Biztosítékdoboz-tartó 36
- Hőmérséklet érzékelő 58
- Hőkapcsoló 64
- Autó biztosíték 19
- Csavarja le a biztosítékokat 7
Termékcímkék
páncélozott hőelem érzékelő
penge Biztosítéktartó
Autó penge biztosíték
Autó biztosíték
Kerámia csőbiztosíték
Áramköri megszakító
Lemez termosztátok
Ds18b20 hőmérséklet érzékelő
elektromos biztosíték
Gyors/lassan kiolvadó biztosíték
Biztosítékdoboz-tartó
Üvegcső biztosíték
Beépített biztosítéktartó
Limit Snap Disc termosztát
Mini áramköri megszakítók
Motor túlterhelés védő
Motor hővédelem
NTC érzékelő
NTC termisztor érzékelő
PCB-re szerelhető biztosítéktartó
PPTC visszaállítható biztosíték
PT100 hőmérséklet érzékelő
PTC termisztor
érzékelő csatlakozó kábelköteg
Érzékelő szondák & Kábelek
egyfokozatú kapilláris termosztát
Lassú fújású mikrobiztosíték
Smart Thermostat
Felületre szerelhető biztosítékok
Temp Cutoff Link
Hőmérséklet-szabályozó kapcsoló
Hőmérséklet biztosíték
Hőmérséklet érzékelő
Hőmérséklet érzékelő kábel
Hőmérséklet érzékelő szonda
hőmérséklet kapcsoló
Termikus lekapcsolás
Termikus kikapcsoló kapcsoló
Hőbiztosíték
hővédő
Hőkapcsoló
Termisztor érzékelő szonda
Legutóbbi hozzászólások
Termikus kikapcsoló kapcsoló
The function of automatic cut-off switch to prevent overheating
The automatic cut-off device against overheating is an electronic technology protection device. It can automatically cut off the power supply when electrical equipment overheats to avoid damage and danger caused by overheating of electrical equipment. In modern electrical equipment, automatic cut-off devices to prevent overheating have become an indispensable safety measure.
The function of automatic cut-off switch to prevent overheating
The automatic cut-off device against overheating is an electronic technology protection device. It can automatically cut off the power supply when electrical equipment overheats to avoid damage and danger caused by overheating of electrical equipment. In modern electrical equipment, automatic cut-off devices to prevent overheating have become an indispensable safety measure.
The principle of automatic cut-off device to prevent overheating
The principle of the overheating automatic cut-off device is to monitor the temperature of the equipment in real time through a temperature sensor. When the temperature of the equipment exceeds the safe range, the sensor will send a signal to the control circuit, causing the automatic cut-off switch to disconnect the power supply, thus protecting the equipment from overheating damage.
Components of the automatic cut-off device to prevent overheating
The automatic cut-off device to prevent overheating usually includes a temperature sensor, a control circuit and an automatic cut-off switch. Among them, the temperature sensor is the main part for monitoring the temperature of the equipment, and the control circuit is the core part for signal processing and controlling the switch to disconnect the power supply. The automatic cut-off switch is a key part of controlling power on and off.
Application of automatic cut-off device to prevent overheating
Anti-overheating automatic cut-off devices are widely used in various electrical equipment, such as computers, televisions, hűtőszekrények, microwave ovens, stb. These devices are more complex and have denser internal circuits, which can easily lead to malfunctions and dangers due to overheating. Therefore, the application of automatic overheating prevention device has become an indispensable technology for modern electrical equipment.
[End] The anti-overheat automatic cut-off device is an important electronic technology protection device that can automatically cut off the power supply when electrical equipment overheats, effectively protecting equipment and personal safety. In the future, with the continuous development of science and technology, the application of automatic overheating cut-off devices in electrical equipment will become more widespread.
The principle of automatic cut-off device to prevent overheating
The principle of the overheating automatic cut-off device is to monitor the temperature of the equipment in real time through a temperature sensor. When the temperature of the equipment exceeds the safe range, the sensor will send a signal to the control circuit, causing the automatic cut-off switch to disconnect the power supply, thus protecting the equipment from overheating damage.
Components of the automatic cut-off device to prevent overheating
The automatic cut-off device to prevent overheating usually includes a temperature sensor, a control circuit and an automatic cut-off switch. Among them, the temperature sensor is the main part for monitoring the temperature of the equipment, and the control circuit is the core part for signal processing and controlling the switch to disconnect the power supply. The automatic cut-off switch is a key part of controlling power on and off.
Application of automatic cut-off device to prevent overheating
Anti-overheating automatic cut-off devices are widely used in various electrical equipment, such as computers, televisions, hűtőszekrények, microwave ovens, stb. These devices are more complex and have denser internal circuits, which can easily lead to malfunctions and dangers due to overheating. Therefore, the application of automatic overheating prevention device has become an indispensable technology for modern electrical equipment.
[End] The anti-overheat automatic cut-off device is an important electronic technology protection device that can automatically cut off the power supply when electrical equipment overheats, effectively protecting equipment and personal safety. In the future, with the continuous development of science and technology, the application of automatic overheating cut-off devices in electrical equipment will become more widespread.
1. Kis méret, suitable for the installation needs of micro motors
2. Provide the most reliable safety protection when the motor is blocked.
3. The combination of bimetal sheet and electric heating wire has quick tripping properties
4. Very precise tripping time to prevent the motor temperature from being too high
5. It has the dual performance of sensing current and temperature.
6. Each part strictly complies with the European ROHS environmental standards.
7. There are many types of terminals for flexible selection.
8. Specific specifications or riveting line services can be produced according to customer requirements.
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