Time-lag fuse link DIII GG 32A 690V~ (BIWTZ) 002313411

Safety and electrical installation protection

Time-delay fuse link DIII GG 32A 690V~ is a protective element designed to protect electrical circuits from overload and short circuit. Its function is to quickly disconnect the power supply in the event of a dangerous condition, minimizing the risk of damage to equipment and fire. The time-delay characteristic means that the fuse link allows for a short-term exceedance of the rated current, which is particularly important when starting devices with motors or other elements generating high starting current.

Construction and application

The DIII GG fuse link is made of high-quality materials, which guarantees reliable operation and long life. Designed to work with E33 sockets, it provides easy installation and replacement. These types of fuse links are widely used in electrical installations in residential, commercial and industrial buildings. They are ideal for protecting circuits with a rated current of 32A at a voltage of 690V AC. The black color of the housing makes it easy to identify and allows for visual control of the fuse link's condition.

Key features and benefits

• Time-delay tripping characteristic: Allows for momentary overloads without unnecessary circuit interruption – ideal for devices with motors or transformers.
• High rated current (32A): Provides effective protection for circuits with higher power consumption.
• Rated voltage 690V: Enables use in high-voltage installations.
• Size DIII: Standard fuse link size, ensuring compatibility with popular E33 sockets.
• Made of high-quality materials: Guarantees reliability and durability of the product.
• Simple installation and replacement: Facilitates servicing of electrical installations.
• Compliance with standards: Ensures safety of use and compliance with applicable regulations.

By choosing this fuse link, you are investing in the safety of your electrical installation and peace of mind resulting from the certainty of its reliable operation. It is a key element of every installation requiring effective protection against the effects of overloads and short circuits.