Product Description:
Axial Resistor Diode Type 3x10 3x10mm Fast Acting Slow Blow Glass Sealed Encapsulated Fuse
3x10MM Glass Tube Fuse
Product size:3*10mm
Rated current:0.5A-6A
Rated voltage:250V
Certification:ROHS
Product Packaging
Full glass seal, glass tube sand filling
Scope of Application
This product is suitable for all kinds of electronic equipment circuit overcurrent protection, widely used in lighting equipment, power equipment and adapters and other fields
Safety Code Certification Standard and Number
Execution standard: follow ICE60127-1, IEC60127-2,GB9364.1,GB9364.2
Appearance and Shape
1. the appearance should not appear significant stains, cracks, marks should be clear and easy to distinguish.
2. Shape: small glass tube fuse with straight pin
Environmental Features
Operating temperature range: -55℃ ~ +125℃
If the operating ambient temperature exceeds the range of 25±5℃, the influence of the operating ambient temperature on the fuse shall be considered when the fuse specification is selected.
Electrical Characteristics
Test condition
All electrical characteristics tests are conducted at an ambient temperature of 25±5℃.
Stock Condition
Humidity: Relative humidity ≤75% store 3 years in average.
| | Structures | Material |
| A | Wire | Metal |
| B | Solder pin | Tinned wire |
| C | Tube | Glass |
Fusing Characteristics
| %Rating current | Fusing time |
| | Min. | Max. |
| 100% | 4hour | / |
| 135% | / | 1 hour |
| 200% | / | 60 s |
| 1000% | 10 ms | 200 ms |
| Rated current | Rated voltage | UL | CUL | PSE | VDE | CQC | ROHS |
| 500 mA | 125 V/250 V | | | | | | √ |
| 1 A | 125 V/250 V | | | | | | √ |
| 1.25 A | 125 V/250 V | | | | | | √ |
| 1.5 A | 125 V/250 V | | | | | | √ |
| 2 A | 125 V/250 V | | | | | | √ |
| 2.5 A | 125 V/250 V | | | | | | √ |
| 3 A | 125 V/250 V | | | | | | √ |
| 3.5 A | 125 V/250 V | | | | | | √ |
| 4 A | 125 V/250 V | | | | | | √ |
| 5 A | 125 V/250 V | | | | | | √ |
| 6 A | 125 V/250 V | | | | | | √ |
,
When choosing the fuse's specification, if the operating environmental temperature beyond the scope from 20-30C, engineer should consider the environmental temperature's affection to fuses.
Please refer: Temperature Rating Curve
