Produktkategorien
- Sicherungskastenhalter 36
- Temperatursensor 30
- Thermischer schalter 58
- Autosicherung 19
- Sicherungen festschrauben 7
- Thermosicherung 29
- oberflächenmontierte Sicherungen 12
- Thermistor 1
- Sicherungshalter für Leiterplattenmontage 27
- Kabelbaum 1
- Flachsicherungshalter 17
- Thermostat 34
- Elektro-Sicherung 14
- Thermischer Schutzschalter 20
Produkt Tags
Gepanzerter Thermoelementsensor
Klingensicherungshalter
Auto-Flachsicherung
Autosicherung
Keramikrohrsicherung
Leistungsschalter
Scheibenthermostate
Ds18b20 Temperatursensor
elektrische Sicherung
Sicherung flink/träge
Sicherungskastenhalter
Glasrohrsicherung
Inline-Sicherungshalter
Begrenzen Sie den Snap-Disc-Thermostat
Mini-Leistungsschalter
Motorüberlastschutz
Motor-Thermoschutz
NTC-Sensor
NTC-Thermistorsensor
Sicherungshalter für Leiterplattenmontage
Rückstellbare PPTC-Sicherung
PT100 Temperatursensor
PTC-Thermistor
Sensorstecker-Kabelbaum
Sensorsonden & Kabel
Langsame Mikrosicherung
Oberflächenmontierte Sicherungen
Link zur Temperaturabschaltung
Temperaturkontrollschalter
Temperatursicherung
Temperatursensor
Temperatursensorkabel
Temperatursensorsonde
Temperaturschalter
Thermische Abschaltung
Thermoschalter
Thermosicherung
Wärmeschutz
Thermischer schalter
Thermistor-Sensorsonde
TO-220 PCB-Bimetal Disc Small Thermal Protection Thermostat
JUC 31F / ST01 B U8 Series TO-220 PCB-Bimetal Disc Thermostat: A snap action SPST bimetallic thermostat that meets RoHs standards.
JUC 31F / ST01 B U8, 6700 Series TO-220 Subminiature Thermostat: A subminiature bimetal disc thermostat with a contact resistance of 50 milliohms max. It has a switch capability of up to 2 amp for 48 VDC or 120 VAC for 30,000 Zyklen.
A TO-220 PCB-Thermal protection Thermostat is a method that detects high temperatures and disconnects power to electronic circuits to prevent damage or fires. A TO-220 PCB- Thermal protectors Thermostat are often used in motors to prevent overheating and fires by turning off the electricity when the motor’s heat rises too high. Thermal protectors are usually placed inside the motor.
A TO-220 PCB-bimetal disc thermostat is a thermally actuated switch that uses a bimetallic disc to sense temperature and open or close an electrical circuit. When the disc is exposed to a predetermined temperature, it snaps and either breaks or completes the circuit. Here are some examples of TO-220 PCB-bimetal disc thermostats:
JUC 31F / ST01 B U8 Series TO-220 PCB-Bimetal Disc Thermostat: A snap action SPST bimetallic thermostat that meets RoHs standards.
JUC 31F / ST01 B U8, 6700 Series TO-220 Subminiature Thermostat: A subminiature bimetal disc thermostat with a contact resistance of 50 milliohms max. It has a switch capability of up to 2 amp for 48 VDC or 120 VAC for 30,000 Zyklen.
JUC 31F / ST01 B U8, 802 Series PCB Thermostat: A miniature bimetal thermostat that conforms to the international Y220/TO220 package.
PCB-Bimetal Thermostat Connection structure
The static contact and ceramic cover are riveted; The moving contact is welded to the reed, which is in the shape of a cross, and its four legs are connected to the bottom of the shell; The inner hole of the bimetallic strip passes through the moving contact and is placed on the reed. The current passes through the static contact to the moving contact, and then connects to the shell through the reed to form a loop.
ST01 B U8 PCB-Bimetal Thermostat Working principle
When the circuit is in normal state, the moving contact is in close contact with the static contact under the pre-pressure of the reed. When the temperature reaches the operating temperature, the bimetallic strip is deformed by heat and quickly flips, pressing the reed to move downward, causing the contacts to separate and cut off the circuit. After the circuit is cut off, the temperature begins to drop. When the temperature drops to the reset temperature, the bimetallic strip returns to its initial state, and the reed also rebounds to its initial state. The moving contact and the stationary contact re-contact, and the circuit returns to the normal conduction state.
PRODUCT PARAMETER
Nominal switching temperature (NST) in 5°C : 60 °C – 180 °C
Tolerance (standard) : ±5K
Reverse switch temperature (RST) tolerance :
≥ 35 °C (≤ 80°C NST)
-30K±15K (≥ 85°C ≤ 180° C NST)
Thickness : 5.6mm
Durchmesser : 9.8mm
Length of the insulation cap : 18.3mm
Resistance to impregnation : suitable
Suitable for installation in protection class : I+ll
Pressure resistance to the switch housing : 300N
Standard connection : 0.33 mm² / AWG22
Insulation voltage : 1.5 kV
Operating voltage range AC/DC : up until 500 V AC / 14 VDC
Rated voltage AC : 250 V(VDE), 277 V(UL)
Rated current AC cos ϕ = 1.0 /Zyklen :2.5A / 10,000
Max. switching current AC cos ϕ = 1.0 /Zyklen : 6.3 A / 3,000/ 7.5 A / 300
Rated current AC cos ϕ = 0.6 /Zyklen : 1.6 A / 10,000
Rated voltage DC : 12.0 V
Max. switching current DC /cycles : 40.0 A / 5,000
Total bounce time : < 1 ms
Contact resistance : ≤ 50 mΩ
Vibration resistance at 10 … 60 Hz :100 m/s²
Available approvals : UL/TUV/CQC/CB
Kontaktiere uns
Warten auf Ihre E-Mail, Wir werden Ihnen innerhalb von 24 Stunden antworten 12 Stunden mit wertvollen Informationen, die Sie brauchten.
VERWANDTE PRODUKTE
Replacement Hi-limit Cut off Thermostat & Resettable Thermal Switch
KSD301, KD302, KSD306, KD308 Hi-limit Cut off Thermostat & Resettable Thermal Switch When the circuit is working properly, the contacts are in a closed state. When the rated operating temperature is reached, the bimetal is deformed by heat and breaks quickly, cutting off the circuit. After that, the device begins to cool down.