195531 - Miller 195531 Circuit Breaker 2.5A 250V Manual Reset

Reliable Circuit Protection for Miller Welders

The Miller 195531 Circuit Breaker is a critical component designed to safeguard the internal electrical systems of your Miller welding equipment. As a genuine OEM part, this circuit breaker is engineered to meet the exact specifications required by Miller power sources, ensuring seamless integration and optimal performance. Electrical components in industrial machinery are subject to rigorous demands, and using authentic replacement parts is essential for maintaining the longevity and safety of your investment.

This specific unit is a single-pole (1P) thermal circuit breaker rated for 2.5 Amps and 250 Volts. It features a manual reset mechanism, which is a vital safety feature. Unlike automatic reset breakers that might cycle on and off during a fault condition—potentially causing further damage—this manual reset breaker forces the operator to acknowledge the trip and physically reset the device. This allows maintenance personnel to investigate the cause of the overload before restoring power, preventing repeated stress on the machine's internal wiring and components.

Installation is straightforward thanks to the friction snap mounting design. This allows the breaker to snap securely into the machine's panel without the need for complex hardware or specialized tools. Whether you are performing routine maintenance or an emergency repair, the Miller 195531 provides the durability and reliability expected from Miller Electric products. It is compatible with a specific range of Miller welding machines; always verify your machine's parts manual to ensure this 2.5A breaker is the correct specification for your model.

At Josef Gas, we understand the importance of minimizing downtime in industrial operations. By stocking genuine Miller repair parts like the 195531 Circuit Breaker, we help you keep your equipment running safely and efficiently. Trust in OEM quality to protect your welding assets from electrical faults and overcurrent situations.