Categorías de Producto
- Portafusibles 36
- Sensor de temperatura 30
- Interruptor térmico 58
- Fusible del coche 19
- Fusibles atornillados 7
- fusible térmico 29
- fusibles de montaje en superficie 12
- termistor 1
- Portafusibles de montaje en PCB 27
- Arnés de cableado 1
- Portafusibles de cuchilla 17
- termostato 34
- Fusible eléctrico 14
- Disyuntor térmico 20
Etiquetas de productos
sensor de termopares blindados
portafusibles de cuchilla
Fusible de cuchilla para coche
Fusible del coche
Fusible de tubo de cerámica
Cortacircuitos
Termostatos de disco
Sensor de temperatura Ds18b20
fusible electrico
Fusible de acción rápida/lenta
Portafusibles
Fusible de tubo de vidrio
Portafusibles en línea
Termostato de disco limitador
Mini disyuntores
Protector de sobrecarga del motor
Protección térmica del motor
sensor NTC
Sensor termistor NTC
Portafusibles de montaje en PCB
Fusible reiniciable PPTC
Sensor de temperatura PT100
termistor PTC
arnés del conector del sensor
Sondas de sensor & cables
Microfusible de acción lenta
Fusibles de montaje en superficie
Enlace de corte temporal
Interruptor de control de temperatura
Fusible de temperatura
Sensor de temperatura
Cable del sensor de temperatura
Sonda del sensor de temperatura
interruptor de temperatura
corte térmico
Interruptor de corte térmico
Fusible térmico
protector térmico
Interruptor térmico
Sonda del sensor del termistor
Custom slow-blow F1A/250V 3×10 glass fuse with lead
The role of the 3.6x10mm fuse:When a circuit malfunctions or is abnormal, the current is constantly rising, and the increased current may damage some important components or valuable components in the circuit, or it may burn the circuit or even cause a fire. The 3.6x10mm fuse will cut off the current when the current abnormally rises to a certain height and a certain time, thereby protecting the safe operation of the circuit.
Categoría: Fusible eléctrico
Etiquetas: Fusible de tubo de cerámica, fusible electrico, Fusible de tubo de vidrio, Microfusible de acción lenta
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.
Product name: 3.6*10mm tubular glass fuse
Product size: 3.6*10milímetros
Material: glass, nickel-plated copper
Corriente nominal: 250mA~12A
Tensión nominal: AC250V/125V
Complies with: cULus
Standard: UL 248-14
Product details
Time-current characteristics: fast fuse (F)
Breaking capacity: 50A@250Vac, 50A@125Vac
Standard: UL 248-14
Certification: cULus
Material: shell-glass tube, metal cap-nickel-plated brass, lead cap-nickel-plated cap, tinned copper wire
Working temperature: -55℃ ~ +125℃
Weldability: 260℃≤5 seconds (wave soldering); 350℃≤3 seconds (manual soldering)
Soldering temperature bearing capacity: 260℃, 10 seconds; 280℃, 5 seconds
Storage conditions: +10℃ ~ +60℃; annual average relative humidity ≤75%, relative humidity reaching 95% for no more than 30 días
Breaking Capacity | Material | Operating Temperature | 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 |
Functional Characteristics
Testing current | Blow Time | |
mín. | Max | |
150% | 1 hour | – |
210% | 1 s | 120s |
275% | 400ms | 10s |
400% | 150ms | 3s |
1000% | 20ms | 150ms |
Approvals(○ Pending● Approvals)
Clasificación actual | Clasificación de voltaje | Norminal Melting I2T(A2sec) |
Approvals | ||||
VDE | CCC | UL | PSE | KC | |||
200mamá | 125V/250V | 0.21 | ● | ||||
250mamá | 125V/250V | 0.27 | ● | ||||
300mamá | 125V/250V | 0.29 | ● | ||||
315mamá | 125V/250V | 0.30 | ● | ||||
350mamá | 125V/250V | 0.32 | ● | ||||
400mamá | 125V/250V | 0.48 | ● | ||||
500mamá | 125V/250V | 0.45 | ● | ● | ● | ● | |
600mamá | 125V/250V | 0.48 | ● | ||||
630mamá | 125V/250V | 0.50 | ● | ||||
750mamá | 125V/250V | 0.51 | ● | ||||
800mamá | 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 | ○ | ○ | ○ | ○ | ○ |
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