DC High Performance Square and Round Body

Mersen DC offers provide a very high performant protection for DC
applications in particular battery container or inverter protection.
ABAT15C fuses have been designed for applications up to 1500VDC, with current ratings from 500A to 1250A.

This range is compliant with IEC 60269-7, a new standard dedicated
for battery protection.

ABAT15C fuses allow them to clear high Max. Interrupting Rating and
provide a limited power loss.

This range is CE (manufactured in France) and UL/CSA Recognized.

As the demand for fast charging of heavy-duty electric vehicles grows, high-power solutions are essential to reduce charging times efficiently.
With decades of expertise in high-performance electrical protection, Mersen offers a dedicated range of DC fuses delivering exceptional safety and reliability for MCS applications.
ABAT13D DC Fuses are designed for applications up to 1250Vdc, with current ratings from 1250A to 1600A.

This range complies with IEC 61851-23-3, the upcoming standard for DC charging systems ≥ 1 MW, developed in collaboration with the CharIN group.

As the demand for fast charging of heavy-duty electric vehicles grows, high-power solutions are essential to reduce charging times efficiently.
With decades of expertise in high-performance electrical protection, Mersen offers a dedicated range of DC fuses delivering exceptional safety and reliability for MCS applications.
ABAT13C DC Fuses are designed for applications up to 1250Vdc, with current ratings from 500A to 1250A.

This range complies with IEC 61851-23-3, the upcoming standard for DC charging systems ≥ 1 MW, developed in collaboration with the CharIN group.

Mersen DC high performance power fuses were developed to provide superior protection for railway power circuits.
These fuses are typically operated at more elevated temperatures than other fuse types.
They have lower I2t to minimize damage to components in case of short circuits, and have lower watts loss and longer life.

Mersen DC high performance power fuses were developed to provide superior protection for railway power circuits.
These fuses are typically operated at more elevated temperatures than other fuse types.
They have lower I2t to minimize damage to components in case of short circuits, and have lower watts loss and longer life.

Mersen DC high performance power fuses were developed to provide superior protection for railway power circuits.
These fuses are typically operated at more elevated temperatures than other fuse types.
They have lower I2t to minimize damage to components in case of short circuits, and have lower watts loss and longer life.

Mersen DC offers provide a very high performant protection for railway power and auxiliary circuits. Mersen DC Semiconductor fuse-links were developed to provide improved performance required by today's new DC equipment. These fuse-links are typically operated at more elevated temperature than other fuse type, have lower I²t to minimize damage to protected components on short circuits, lower watts loss and longer life.
To complete these fuse-links Mersen recommende to use the standard microswitch (ref. G310023, MCR3E1-5N).

Mersen DC high performance power fuses were developed to provide superior protection for railway power circuits.
These fuses are typically operated at more elevated temperatures than other fuse types.
They have lower I2t to minimize damage to components in case of short circuits, and have lower watts loss and longer life.

Mersen DC offers provide a very high performant protection for railway power and auxiliary circuits. Mersen DC Semiconductor fuse-links were developed to provide improved performance required by today's new DC equipment. These fuse-links are typically operated at more elevated temperature than other fuse type, have lower I²t to minimize damage to protected components on short circuits, lower watts loss and longer life.

Mersen DC high performance power fuses were developed to provide superior protection for railway power circuits.
These fuses are typically operated at more elevated temperatures than other fuse types.
They have lower I2t to minimize damage to components in case of short circuits, and have lower watts loss and longer life.