LR251003C

The LR251003C is an upgradeable, strain relief mounting, shear-type fuseholder that provides superior performance and reliability for horizontal and vertical mounting applications. It is designed to be compatible with a wide variety of fuse types and sizes, including SLO-BLO, TIME-DELAY, ANL, and MINI fuses. The base design of the LR251003C is made of PPS IT-16367 rated material, providing excellent durability and dependability. The fuse clip is constructed of heavy-duty stainless steel for additional protection against electrical surges and to ensure superior mechanical strength of the clip.

The LR251003C is ideal for applications with higher current ratings, such as inverters and industrial equipment. The fuse clip includes an adjustable lever arm, providing secure holding power and the ability to hold the fuse securely: even in high vibration environments. The lid of the LR251003C is removable, allowing easy access to the fuse for maintenance or replacement. Additionally, the fuse holder can be safely utilized in temperatures ranging from -55°C to 125°C.

The LR251003C features a snap-down design that prevents accidental disconnection. This cleverly designed fuseholder makes it easy to identify the fuse and circuit paths, while its superior temperature resistance makes it ideal for applications such as AC motor speed control.

The LR251003C works by utilizing electromechanical force to ensure a secure connection and to protect the fuse from accidental disconnection. The tandem allows the electromechanical force to securely attach the fuse and its circuit element without allowing the incoming electrical force to disconnect the device. This helps protect the device from potential overvoltage and overcurrent conditions. Additionally, the fuse holder can dissipate electrical energy from outside sources, such as lightning strikes, to ensure the safety of the device.

In summary, the LR251003C is an ideal choice for high current applications. Its durable construction, snap-down design, and adjustable lever arm make it a dependable option for increasing the safety of devices and equipment. Furthermore, its superior temperature and electrical dissipating capacity allows safe connection even in the harshest of environments.