Description
PACK OF 100 PIECES
The S1035-2 20AMP is an automotive fuse designed with a current rating of 20 amperes (Amps). This fuse is specifically tailored for use in automotive electrical systems to protect circuits against excessive current, which can cause damage or potential hazards. The 20 Amp rating indicates the maximum current the fuse can safely handle before it blows or interrupts the circuit, thereby preventing further damage and ensuring the safety of the vehicle's electrical system.
-
Current Rating (20Amps): The 20 Amp rating is suitable for automotive circuits requiring a higher level of current protection. This is typical for systems within vehicles that demand more power, such as air conditioning systems, larger lighting circuits, or power outlets.
-
Automotive Application: Designed specifically for automotive use, it is built to withstand the conditions typical in vehicle environments, including vibrations, temperature variations, and other challenging conditions.
-
Model (S1035-2 20AMP): The model number S1035-2 20AMP precisely identifies the fuse's characteristics, ensuring the correct selection for compatibility with specific automotive electrical systems.
-
Safety and Protection: Automotive fuses like the S1035-2 20AMP play a critical role in vehicle safety, safeguarding electrical circuits from overcurrent situations that can lead to overheating, wiring damage, or even fires.
-
Applications: Commonly used in various automotive electrical systems where specific current protection is crucial. Suitable for a wide range of vehicles, including cars, trucks, and other motor vehicles with electrical systems operating at or below 20 Amps.
-
Features: Known for its specific current rating and robustness under automotive conditions, the S1035-2 20AMP fuse is designed to provide effective and reliable circuit protection in a variety of automotive settings.
In summary, the S1035-2 20AMP automotive fuse is an essential safety component for vehicles, offering robust protection for automotive electrical systems by safely interrupting circuits in overcurrent situations.
