MERSEN FUSE 600V 2.5A J TD NON-IND AJT2-1/2N

Why Choose the Mersen AJT2-1/2N Class J Time-Delay Fuse?

The Mersen AJT2-1/2N is a premium Class J time-delay fuse engineered to provide dependable overcurrent protection for industrial and commercial electrical systems. As part of the trusted Amp-Trap 2000® AJT series, it combines advanced current-limiting technology with time-delay characteristics that allow temporary motor-starting and transformer inrush currents to pass without nuisance operation.

Designed for demanding branch circuit applications, the AJT2-1/2N protects motors, transformers, control panels and electrical distribution equipment against overloads and short circuits. Its compact Class J construction occupies approximately half the panel space required by comparable Class RK fuses while maintaining exceptional interrupting performance.

With a rated current of 2.5 A and voltage ratings of 600 V AC / 500 V DC, the AJT2-1/2N is ideal for industrial automation systems, OEM machinery, HVAC equipment and power distribution installations. The N suffix identifies this model as the non-indicating version, making it suitable where a visual blown-fuse indicator is not required.

Key Advantages

• Compact Class J time-delay fuse for industrial branch circuit protection.
• 2.5 A current rating for low-current industrial applications.
• 600 V AC / 500 V DC voltage rating.
• Time-delay operation accommodates motor and transformer inrush currents.
• Advanced current-limiting design helps reduce equipment damage during faults.
• Space-saving Class J construction reduces control panel footprint.

Key Features

• Mersen Amp-Trap 2000® AJT series.
• 2.5 A current rating.
• 600 V AC / 500 V DC rated voltage.
• Class J time-delay fuse.
• Ferrule terminal construction.
• Non-indicating (N) version.
• Current-limiting technology.
• Designed for motors, transformers, branch circuits and feeders.

Reliable Protection for Industrial Electrical Systems

The AJT2-1/2N is designed to withstand the temporary inrush currents produced by motors, transformers and other inductive equipment while providing rapid protection against sustained overloads and short circuits. This combination helps improve equipment uptime without compromising electrical safety.

Its current-limiting construction significantly reduces thermal and mechanical stress on downstream equipment during fault conditions, helping improve system reliability while reducing maintenance costs across industrial electrical installations.

Typical Applications

• Industrial control panels.
• Motor branch circuit protection.
• Transformer protection.
• OEM machinery.
• HVAC systems.
• Industrial automation equipment.
• Electrical distribution panels.
• Power distribution systems.