Slow Blow 250mA-10A Miniature Cartridge Fuse Glass Tube Time Lag Type

Subminiature Cartridge Slow Blow Time-Lag 3x10mm 3.6x10mm Tube Glass Fuse

Series:3x10mm glass fuse

Product keywords: No.332/3*10mm 3.6x10mm tube glass fuse

332 series are time-lag and low breaking capacity fuses, suitable for 250V AC voltage, breaking capacity less than 50A protection circuit.
332 series fuses are mainly used in lighting, power supply and power adapters.

Time-current characteristics: Time-lag fuse (T)

Dividing power: 50A@125Vac,35Aor10In@250Vac,50A@250Vac

Standard: IEC 60127-3/IV

Accreditation: cURus,PSE,TUV,CQC,KC

Material: shell - glass tube, metal cap - nickel - plated brass, lead cap - nickel - plated cap, tin - plated copper wire

Operating temperature: -55℃ ~ +125℃

Solderability: 260℃≤5 seconds (wave soldering);350℃≤3 seconds (manual welding)

Welding temperature bearing capacity: 260℃, 10 seconds;280℃, 5 seconds;

Storage condition: +10℃ ~ +60℃;The annual average relative humidity is less than 75%, and the relative humidity reaches 95% for a maximum of not more than 30 days

Note: (1) Permissible continuous operating current is ≤100% at ambient temperature of 23°C (73.4°F)
(2) The cURus certification by 125V and 250V; the others certification by 250V.
(3) The current values used for calculating I2T should be within the standard range of 8ms ~ 10ms.

Series: 3x10mm tube glass fuse

Product keywords: No.312/3*10mm 3.6x10mm time-lag glass fuse

Series 312 are time-lag and low breaking capacity fuses, suitable for 250V AC voltage, breaking capacity less than 50A protection circuit.
Series 312 fuses are mainly used in lighting, power supply and power adapters.

Time-current characteristics: time-lag fuse (T)

Dividing ability: 50A@250Vac / 50A@125VAC

Standard: UL 248-14

Accredited: cULus

Material: shell - glass tube, metal cap - nickel - plated brass, lead cap - nickel - plated cap, tin - plated copper wire

Operating temperature: -55℃ ~ +125℃

Solderability: 260℃≤5 seconds (wave soldering);350℃≤3 seconds (manual welding)

Welding temperature bearing capacity: 260℃, 10 seconds;280℃, 5 seconds;

Storage condition: +10℃ ~ +60℃;The annual average relative humidity is less than 75%, and the relative humidity reaches 95% for a maximum of not more than 30 days

Note: 1.Permissible continuous operating current is 100% at ambient temperature of 23°C (73.4°F)
2.The current values used for calculating I2T should be within the standard range of 8ms ~ 10ms.

Dongguan Tianrui Electronics Co., Ltd. was founded in 2010. It covers an area of 4,000 square meters and has a monthly production capacity of 50 million pieces. We are committed to be a comprehensive circuit protection component manufacturer and solution supplier. We are specialized in the design, development, production and sale of over-current protection, over-temperature protection, and over-voltage protection. Our products are widely used in consumer electronics, automobiles, ships, communications, power supplies, power tools, new energy and other fields. Our products cover auto-fuse, auto-fuse holder, current fuse, current fuse holder, temperature fuse, SMD fuse, resettable fuse, circuit breaker, thermal switch and so on. our products meet international standards including UL,

UR,CSA,CUL,VDE,TUV,PSE,CE,CCC,ROHS certification etc.

Partners:

Our products not only sell well in mainland China but also in North & South America, Southeast Asia and many other countries and regions. Our company has independent development and design capabilities, plastic molding, and metal stamping departments, and is equipped with multiple automatic fuse production lines and testing equipment and strives to find the best raw material suppliers. As we always put the quality at the first place, we have built a complete quality assurance system, which is the guarantee of the safety and stability of each product. Meanwhile, If you are interested in any of our products or would like to discuss a custom order, please feel free to contact us.

We are looking forward to the cooperation with you in the near future.