
Thermal Cutoffs (Thermal Fuses and Breakers)
Thermal Cutoffs (Thermal Fuses and Breakers) Circuit Protection Solutions
Definition:
Thermal Cutoffs, also known as Thermal Fuses or Thermal Breakers, are critical safety components designed to protect electrical circuits and devices from overheating. These devices function by interrupting the circuit when a predetermined temperature threshold is exceeded, preventing potential hazards such as fire, equipment damage, or electrical failures. Unlike traditional fuses that respond to overcurrent, thermal cutoffs react specifically to excessive heat, making them indispensable in applications where temperature regulation is vital.
Types of Thermal Cutoffs:
1. One-Time Thermal Fuses (Non-Resettable): These devices permanently break the circuit upon overheating and must be replaced after activation. Ideal for high-safety applications where manual reset is not feasible.
2. Resettable Thermal Breakers (Thermal Switches): Automatically restore the circuit once the temperature normalizes, offering reusable protection. Commonly used in appliances and industrial equipment.
3. Temperature-Sensitive Alloy-Type Cutoffs: Utilize fusible alloys that melt at specific temperatures, providing precise and reliable thermal protection.
4. Organic Thermal Cutoffs: Feature temperature-sensitive pellets that expand to disconnect the circuit, often used in consumer electronics.
Purchasing Recommendations:
When selecting Thermal Cutoffs, consider the following factors:
- Temperature Rating: Choose a cutoff with a threshold slightly above the device s normal operating temperature to avoid false triggers.
- Current and Voltage Ratings: Ensure compatibility with the circuit s electrical parameters.
- Form Factor: Select a size and mounting style (e.g., axial, radial, or surface-mount) that fits your application.
- Certifications: Look for industry-standard approvals (UL, VDE, TUV) to guarantee safety and reliability.
Investing in high-quality Thermal Cutoffs ensures long-term protection for your electrical systems, reducing risks and enhancing operational safety. Browse our curated selection to find the ideal solution for your needs.
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EYP-05BE130
TCO 250VAC 500MA 130C (266F) AXL
EYP-2MT098
TCO 50VDC 2A 98C (208F) STRAP
EYP-2MT092A
TCO 50VDC 2A 92C (198F) STRAP
KCA85AB0
THERMOSTAT 85DEG C NC STRAP SLDR
KCA72AB0
THERMOSTAT 72DEG C SPST-NC 2SMD
SA72CB0
THERMOSTAT 72DEG C SPST-NC 4SMD
EYP-2BN124
TCO 250VAC 2A 130C (266F) AXIAL
EYP-05BE102
TCO 250VAC 500MA 102C (216F) AXL
EYP-05BE134
TCO 250VAC 500MA 134C (273F) AXL
MHP-TA6-9-82
THERMOSTAT 82DEG C NC STRAP SLDR
EYP-05BE133
TCO 250VAC 500MA 133C (271F) AXL
EYP-2MT102
TCO 50VDC 2A 102C (216F) STRAP
EYP-2MT102B
TCO 50VDC 2A 102C (216F) STRAP
EYP-2BN163
TCO 250VAC 2A 168C (334F) AXIAL
EYP-2BN135
TCO 250VAC 2A 140C (284F) AXIAL
CB72A1B
TCO 28VDC 25A 72C (162F)
KCA82AB0
THERMOSTAT 82DEG C SPST-NC 2SMD
EYP-2BN110
TCO 250VAC 2A 115C (239F) AXIAL
EYP-2MT092B
TCO 50VDC 2A 92C (198F) STRAP
HCTF235L150000BR00
TCO 24VDC 50A 235C (455F) AXIAL