Article FS
Electrical accessories
The FS fuse is an electrical protection device designed to interrupt the current flow in the event of overload or short circuit, thereby ensuring the safety of the circuit. The fuse body is made of ceramic, a material that offers excellent heat resistance and insulating properties. The contacts are made of brass, chosen for their excellent conductive properties and resistance to corrosion.
The dimensions of the FS fuse are 8.5×31.5 mm, with a nominal voltage of 400V and an interrupting capacity of 100 kA. This fuse complies with the CEI 32.1.5, IEC 269.1.3, and VDE0636 standards, ensuring that it meets internationally recognized safety and performance standards.
Description
|
mm
|
V
|
kA
|
A
|
|
---|---|---|---|---|---|
FS | Protective ceramic fuse | 8,5 × 31,5 | 400 | 100 | 6 |
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The fuses are marked ‘CE.’
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- Body: Ceramic
- Contacts: Brass
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+/- 0.2 mm for all dimensions.
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- CEI 32.1.5: Italian standards for electrical protection devices.
- IEC 269.1.3: International standards for fuses and protection devices.
- VDE0636: German standards for fuses.
FUSE model FS
The FS fuse from NCM supply is an electrical protection device designed to interrupt the current flow in the event of overload or short circuit, ensuring the safety of the circuit. The fuse body is made of ceramic, a material that offers excellent heat resistance and insulating properties. The contacts are made of brass, chosen for their excellent conductive properties and resistance to corrosion.
The dimensions of the FS fuse are 8.5×31.5 mm, with a nominal voltage of 400V and an interrupting capacity of 100 kA. This fuse complies with the CEI 32.1.5, IEC 269.1.3, and VDE0636 standards, ensuring that it meets internationally recognized safety and performance standards.
Dimensional Characteristics of the Fuses:
Product Name | Fuse FS |
Body Material | Ceramic |
Contact Material | Brass |
Dimensions | 8.5×31.5 mm |
Nominal Voltage | 400V |
Interrupting Capacity | 100 kA |
Reference Standards | CEI 32.1.5, IEC 269.1.3, VDE0636 |
Dimensional Tolerances | +/- 0.2 mm for all dimensions |