Time-lag fuse link DIII gG 35A/500V 002313401

DIII gG 35A/500V Fuse Link – Reliable Installation Protection

The DIII gG 35A/500V time-delay fuse link is a protective element for electrical installations against the effects of overloads and short circuits. Designed for use with D-system sockets, it provides effective protection in both domestic and industrial applications. Its time-delay characteristic allows for temporary loads without unnecessary circuit interruption, which is particularly important for devices with motors or other components generating inrush currents.

Features and Application

The DIII gG 35A/500V fuse link is part of a wide range of fuse links of the D system from ETI Polam. This system is characterized by its versatility and ease of replacement, making it an ideal solution for installers and end-users. D-series fuse links are designed for replacement by unqualified persons, making them easy to use in homes and similar applications.

• Protects the electrical installation from damage caused by excessive load.
• Reacts quickly to a short circuit, cutting off the power supply and minimizing the risk of fire or equipment damage.
• Allows for short-term exceeding of the rated current without disconnecting the circuit – ideal for devices with motors.
• Ensures safe operation in installations with a voltage of up to 500V.
• Suitable for protecting circuits with a maximum current of 35A.
• Compatible with a wide range of sockets and accessories of the D system from ETI Polam.

Construction and Parameters

The fuse link is made of high-quality materials, which guarantees its reliability and durability. The black color of the housing makes it easy to identify the fuse link. The rated current is 35A, and the rated voltage is 500V, which provides optimal protection for the electrical installation. The DIII size determines the physical dimensions of the fuse link and its compatibility with appropriate sockets. The time-delay characteristic (gG) provides a delayed response to short-term current surges, which is particularly important when servicing devices with high inrush current.