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LEAO, TEÑIR, Panasonic, SWC Limiter thermal fuse

The melt material used in LEAO, TEÑIR, Panasonic, SWC thermal fuses plays a vital role in the performance of thermal fuses and is one of the core components of the entire device. According to the characteristics of the melt material, we can divide them into two categories: low melting point and high melting point.

Dispositivos de corte térmico de resistencia mecánica (Serie DF SF 10 amperios)

Después, El voltaje entre los contactos del corte térmico y el circuito de CC aumenta para garantizar que el circuito de CC esté desconectado.. A través de la presente invención, Se resuelve el problema de que el corte térmico en el circuito de CC no puede cortar eficazmente el circuito., y se logra el efecto de mejorar la seguridad del circuito..

Motor of Aupo Axial Thermal Cutoff

rf 250v 10a, 250v / 20A 216 Celsius Circuit Cut-off Temperature Thermal Fuse Ceramics AUPO, RY, RH, TEÑIR, SEFUSE, COLOCAR, emerson, Comité ejecutivo nacional

SET Square TCO Thermal Fuse use Flat iron

A piece of fusible alloy wire is connected between the two pins of the thermal fuse, which is covered by a special transparent resin square shell. Current can flow from one pin to another. When the temperature around the thermal fuse rises to its set operating temperature, its fusible alloy wire melts and shrinks into a spherical shape, and is attached to the ends of the two pins with the help of surface tension and special resin. In this way, the circuit is permanently cut off.

Establecer límites térmicos cuadrados para uso de fusibles para cafetera

COLOCAR / siéntate / RY / Uchibashi The thermal fuse is a thermal protection device designed for electronic equipment to provide overheating protection. It adopts a tubular structure, and the spiral melt material is an alloy, which has the characteristics of fast melting. The model of this fuse is BF216, which is small in size and suitable for a variety of electronic equipment.

Tamura/NEC SF carcasa metálica 15A Fusible de temperatura

The working principle of the AUPO / tamura / NEC SF thermal fuse is based on the thermal expansion and conductive properties of the material. When the temperature in the circuit rises to the rated trigger temperature of the fuse, the metal material of the fuse will expand due to heat. When this expansion reaches a certain degree, it will cause the resistance inside the fuse to rise sharply.

Fusible microtemp Therm-O-Disc G5 para Frigorífico / cafetera

“Disco térmico” Fusible térmico MICROTEMP® serie G5 fabricado con disco térmico, especialmente diseñado para cargas de alta corriente, dependiendo de las especificaciones del producto, La capacidad de contacto era de hasta AC250V 16A., CA 250 V 20 A y CA 120 V 25 A, íntegramente a través de las aprobaciones de la agencia UL y CSA.

thermal fuse and circuit breaker cutoff temperature

They are the same in that they can achieve short circuit protection. The principle of a thermal fuse is to use a current flowing through a conductor to cause the conductor to heat up. When the melting point of the conductor is reached, the conductor is melted so that the circuit-protected electrical appliances and lines are not burned.

Función y aplicación del fusible térmico

El fusible térmico (Corte térmico, Fusible de temperatura) es axial / Radial / Enlace térmico orgánico(OTCO) Piezas de seguridad que detiene el flujo de electricidad al circuito del motor cuando se sobrecalienta.. Si falta el fusible o está roto, tu motor no arranca. El fusible térmico es sensible a la temperatura exterior., y la temperatura de funcionamiento es precisa y estable. Talla pequeña, estructura sellada. Desempeño confiable. Valor de resistencia bajo. Una acción única corta la corriente., y la capacidad de interrupción actual alcanza 250VAC/25A.