Eaton CCP2-1-60CF Fusible Disconnect - 60A, 347 Vac UL98

High-current ratings translate to tangible business outcomes: the CCP2-1-60CF is rated for 60A at 347 VAC and 125 VDC, with a 200 kA short-circuit rating, enabling reliable fault interruption in demanding industrial environments. This combination reduces the likelihood of nuisance trips, protects downstream equipment, and simplifies panel wiring by consolidating protective functions in a single device. Typical applications include motor control centers and process lines where fast isolation during faults minimizes downtime and supports safe maintenance. Finger-safe design and 1/4 inch LOTO capability directly improve maintenance safety and regulatory compliance. The Finger Safe enclosure reduces the risk of accidental contact during operation, while the Lock-Out/Tag-Out provision ensures safe lockout practices prior to servicing. In installation and field service, technicians appreciate straightforward, compliant maintenance workflows that minimize risk and avoid equipment damage. Compatibility with Bussmann fuses from the TCF and FCF families provides flexibility for stock and lifecycle management. The unit supports fuses in the TCF6 to TCF60 and FCF1RN to FCF60RN ranges, enabling easy upgrades and fast fuse changes without changing disconnect hardware. This reduces spare-parts diversity and accelerates maintenance turnaround in high-demand lines. Compact footprint and straightforward mounting simplify panel layouts. With a length of 4.5 in, a height of 3 in, and width of 1 in, plus a 3.7 lb weight, it fits tight electrical enclosures and reduces enclosure expansion needs. The lock-on provision and finger-safe features also support safer installation in crowded control rooms. UL 98 certification confirms compliance with recognized safety standards for fusible disconnects, reinforcing reliability for regulated environments. The product is designed for durability in industrial settings, offering predictable performance and a lower total cost of ownership through reduced maintenance and fewer component changes. This combination supports continuous production, minimizes spare-part variance, and aligns with plant reliability programs across industries such as packaging, food processing, and material handling.