Custom slow-blow F1A/250V 3x10 glass fuse with lead - Temperatursensor, Thermoschalter und Sicherung, Thermostatlieferant

In electrical circuits, whether it is AC power supply and distribution circuits or weak current electronic circuits, fuses are common electrical protection components. When an electrical circuit fails, the fuse can always be blown in time to protect the circuit and electrical equipment.

How does a 3.6*10mm fuse perform fuse protection? What are the characteristics of a 3.6*10mm fuse? How to choose a suitable fuse for daily maintenance? This article will answer three questions in detail, hoping to provide you with reference and help when repairing electrical circuits.

Produktname: 3.6*10mm tubular glass fuse
Product size: 3.6*10mm
Material: Glas, nickel-plated copper
Nennstrom: 250mA~12A
Nennspannung: AC250V/125V
Complies with: cULus
Standard: UL 248-14

3.6x10mm, 4x11mm Ceramic fuse fast and slow blowing 250mA, 1A, 2A, 3A, 4A, 5A, 8A, 10A, 12A

T1A 250V T1000MA slow-blow 3.6×10 Axial Lead Glass Fuse

Mini Fuse 3.6x10mm 0.14×0.39 Inch F2.5AL125V-250V Fast-Blow Glass Fuses

Product details
Time-current characteristics: fast fuse (F)
Breaking capacity: 50A@250Vac, 50A@125Vac
Standard: UL 248-14
Zertifizierung: cULus
Material: shell-glass tube, metal cap-nickel-plated brass, lead cap-nickel-plated cap, tinned copper wire
Arbeitstemperatur: -55℃ ~ +125℃
Weldability: 260℃≤5 seconds (wave soldering); 350℃≤3 seconds (manual soldering)
Soldering temperature bearing capacity: 260℃, 10 Sekunden; 280℃, 5 Sekunden
Storage conditions: +10℃ ~ +60℃; annual average relative humidity ≤75%, relative humidity reaching 95% for no more than 30 Tage

Breaking Capacity	Material	Betriebstemperatur	Soldering conditions
VDE:35A or 10ln whichever is greater(250mA-15A) UL:50 amperes at 125V/250V/300V AC (200mA-6.3A)	Fuse body –glass tube End cap –nickel plated brass Pigtail–tin plated copper on nickel plated brass cap	-40℃～+125℃	Wave solder:260℃,≤5S Hand solder: 360℃,≤1S

Replacement Fuse 3x10mm Axial Fast Glass Fuse With Lead

Functional Characteristics

Testing current	Blow Time
Testing current	Mindest	Max
150%	1 hour	–
210%	1 S	120S
275%	400ms	10S
400%	150ms	3S
1000%	20ms	150ms

Approvals（○ Pending● Approvals）

Aktuelle Bewertung	Nennspannung	Norminal Melting I2T(A2sec)	Zulassungen
Aktuelle Bewertung	Nennspannung	Norminal Melting I2T(A2sec)	VDE	CQC	UL	PSE	KC
200mA	125V/250V	0.21			●
250mA	125V/250V	0.27			●
300mA	125V/250V	0.29			●
315mA	125V/250V	0.30			●
350mA	125V/250V	0.32			●
400mA	125V/250V	0.48			●
500mA	125V/250V	0.45	●	●	●	●
600mA	125V/250V	0.48			●
630mA	125V/250V	0.50			●
750mA	125V/250V	0.51			●
800mA	125V/250V	1.6			●
1A	125V/250V	4.2	●	●	●	●	●
1.25A	125V/250V	4.5	●	●	●	●	●
1.5A	125V/250V	4.9			●		●
1.6A	125V/250V	7.2	●	●	●	●	●
2A	125V/250V	12	●	●	●	●	●
2.5A	125V/250V	13	●	●	●	●	●
3A	125V/250V	13			●		●
3.15A	125V/250V	28	●	●	●	●	●
3.5A	125V/250V	30			●		●
4A	125V/250V	50	●	●	●	●	●
5A	125V/250V	80	●	●	●	●	●
6A	125V/250V	82			●
6.3A	125V/250V	127	●	●	●	○	●
7A	125V/250V	108			○
8A	125V/250V	125	○	○	○	○	○
10A	125V/250V	180	○	○	○	○	○