Why Choose the Mersen ATM1/8 Fast-Acting Fuse?
The Mersen ATM1/8 is a premium fast-acting midget fuse designed to provide reliable supplementary overcurrent protection for industrial control circuits, instrumentation, electronic equipment and power supplies. As part of the trusted Mersen Amp-Trap ATM series, it delivers rapid interruption of fault currents to help protect sensitive components from damage caused by overloads and short circuits.
With a rated current of 0.125 A (1/8 A) and voltage ratings of 600 V AC and 600 V DC, the ATM1/8 is suitable for demanding industrial and commercial applications. Its fast-acting operating characteristic ensures quick response to fault conditions, making it ideal for protecting low-current electronic and control circuits.
Manufactured in the standard 10 × 38 mm midget fuse format, the ATM1/8 fits a wide range of compatible fuse holders and fuse blocks. Its compact size, high interrupting capacity and dependable current-limiting performance make it a preferred choice for OEM equipment, automation systems and industrial control panels.
Key Advantages
- Compact fast-acting midget fuse for supplementary circuit protection.
- 0.125 A current rating for sensitive low-current applications.
- 600 V AC/DC voltage rating for industrial electrical systems.
- Fast fault response helps protect delicate electronic equipment.
- Current-limiting construction reduces fault energy.
- Compact 10 × 38 mm format for straightforward installation.
Key Features
- Mersen Amp-Trap ATM series.
- 0.125 A rated current.
- 600 V AC rated voltage.
- 600 V DC rated voltage.
- Fast-acting operating characteristic.
- 100 kA interrupting rating.
- Current-limiting midget fuse construction.
- Compatible with standard 10 × 38 mm fuse holders.
Fast Protection for Sensitive Electrical Circuits
The Mersen ATM1/8 is engineered to interrupt fault currents rapidly, helping prevent damage to sensitive electrical and electronic equipment. Its fast-acting design makes it particularly suitable for circuits where even brief overcurrent conditions could result in component failure.
Its current-limiting performance helps reduce the thermal and mechanical effects of short-circuit faults, improving system reliability while reducing maintenance costs in industrial installations.
Typical Applications
- Industrial control panels.
- Instrumentation systems.
- Electronic control equipment.
- Power supplies.
- Automation machinery.
- OEM electrical equipment.
