SPXI006.L

Electrical, Specialty Fuses

The SPXI006.L is an electrical, specialty fuse designed for high amperage applications. The SPXI006.L is designed with an outer shell made from polypropylene and an internal core of stainless steel for added protection against corrosion.

The SPXI006.L is used primarily as an overcurrent protection device in electrical circuits, such as those associated with AC/DC power supplies, motor controllers, and rectifier/converter systems. The fuse is also used in systems where the current flow must be regulated in a precise manner, such as instrumentation and test equipment.

The SPXI006.L works by responding to an electrical supply overload and short circuit. This creates an increase in current flow, which is sensed by the fuse and then cut off. The fuse is designed to safely absorb the energy from the short circuit and then reset itself to allow safe restoration of power to the device.

The SPXI006.L is designed with an overload protection feature. This activates when the current drawn by the device exceeds the rated value of the fuse. Upon sensing an overload, the fuse will cut off the current supply to the device in order to protect it from damage. The overload protection feature can be disabled, if desired.

The SPXI006.L is an intelligent fuse, with an internal memory allowing it to manage and store various settings. It has the ability to adapt and adjust its current draw to maximise the protection to the device. It features a status indicator light, which indicates the fuse is in a ready and active state.

The SPXI006.L is also designed with a temperature sensitive element, which will respond should the temperature in its environment exceed a certain level. This prevents the fuse from becoming too hot and will reduce the risk of damage or fire.

The SPXI006.L is a great solution for any high amperage application, providing robust protection and precise current control. It is designed to be durable, efficient, and long-lasting, making it the perfect solution for a variety of situations.