Fusível de temperatura
250v 2a /10a Thermal cut link for Table fan/ Blender
Thermal fuse can sense the overheating generated by abnormal operation of electrical and electronic products, thereby cutting off the circuit to avoid fire. Commonly used in: hair dryers, ferros elétricos, panelas elétricas de arroz, electric stoves, transformadores, motores, dispensadores de água, cafeteiras, etc.. The thermal fuse cannot be used again after operation, and only operates once at the melting temperature.
AUPO BF 10A~16A 250V / 125Fusível de corte térmico de metal V
Os produtos de fusíveis de corte térmico da série AUPO BF atendem aos requisitos de teste de segurança de IEC60691Ed4.0 e GB/T9816.2013, e muitos modelos obtiveram UL, VDE, CCC, PSE, KC e outras certificações de segurança.
Custom Built in Thermal Fuse link and cable
The thermal fuse is a thermal protector. Thermal fuses are mainly composed of melts and tubes, plus external fillers. When using, connect the thermal fuse in series with the protected circuit. When the current of the protected circuit exceeds the specified value, and after a certain period of time, the melt generated by the melt itself fuses the melt, breaking the circuit, thereby protecting the circuit. Electrical appliances that use a metal conductor as a melt to break a circuit are connected in series in the circuit.
Emerson G4 / G5 series microtemp 10A / 20A thermal fuse
Emerson Group production MICROTEMP® G4 G5 series thermal fuse, According to different product specifications, Rated load current, respectively, up to AC250V 10A, AC120V 15A and DC24V 5A. To provide reliable protection against overheating, In the same industry products, MICROTEMP® G4 G5 series thermal fuse has established its flagship status can not be shaken.
LEAO, TINGIR, Panasonic, SWC Limiter thermal fuse
The melt material used in LEAO, TINGIR, 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.