Eaton BK/GMT-18/100A Telecommunication Fuse - 125 Vac

Fast-acting protection delivers immediate fault isolation, with an amperage rating of 0.18 A and high interrupt ratings of 450 AIC at 60 Vdc and 300 AIC at 125 Vac. This minimizes arc energy and short downtime during overload events, preserving delicate telecom power feeds and line interfaces. In practice, network gear such as switches, modems, and line cards benefit from tighter protection without triggering unnecessary trips during transient surges. The GMT-18/100A couples well with standard GMT configurations, supporting reliable substitution during maintenance or upgrades in telecom cabinets. Durable thermoplastic housing paired with tin-plated beryllium copper terminals enhances mechanical resilience and ensures low contact resistance in crowded enclosures. The combination supports stable performance across temperature variations and mechanical vibration common in data-center and remote-site deployments. For installers, this means fewer reworks, faster panel builds, and confidence that protective devices won’t degrade under normal operating conditions. Non-indicating status keeps the device footprint compact and cost-efficient, which helps maximize space in densely packed telecom racks. While integration requires external monitoring tools or test equipment, Eaton’s datasheets and catalog resources provide clear guidance for proper verification and replacement scheduling. This approach suits mature data centers and field deployments where a reliable, transferable protective solution is valued. Compliance and compatibility are central to the BK/GMT-18/100A. CE Marked and RoHS compliant, it meets critical regulatory expectations for European and global markets. Its compatibility with Bussmann GMT series and standard packaging streamlines procurement, stocking, and field service, enabling consistent protection across mixed equipment environments in telecom rooms and network closets. This translates to lower total cost of ownership through standardized parts and faster MTBF.