• Applications: Service entrance switches
• Switchboard main and feeder switches
• Motor control center mains and motor branch circuits
• Individual fused combination motor controllers
• Distribution panelboards
• Industrial control panels
• Protection of fully rated panelboards and loadcenters
• All general purpose circuits
• Safety: 200,000 A.I.R. Reliable interruption of all overcurrents up to 200,000 amperes. Faster acting short-circuit protection than any non-current-limiting mechanical protective device.
• Reliability: Accurate and reliable Automated, precision manufactured andassembled parts ensure accurate, consistent response to overloadsand short-circuits.
• Longer Equipment Life: Reduced damage to equipment caused by heating and magneticforces of short-circuits. Equipment runs cooler with low-resistance dual-element fuses.
• Indicating N Fuse Opening Characteristic: Refers to how rapidly the fuse responds to various current overloads. Fuse characteristics can be classified into three general categories: very fast-acting, fast-acting or Slo-Blo (time delay). The distinguishing feature of Slo-Blo fuses is that these fuses have additional thermal intertia (surge withstand) designed to tolerate normal initial or start-up overload pulse.
• Opening Characteristic: Time Delay Medium voltage fuse size
• Size: Industrial Cartridge UL Class
• UL Class: RK5 Max AC Voltage Rating. The maximum rms AC voltage and/or the maximum DC voltage at which the fuse is designed to operate. For example, fuses rated at 600 volts and below may be applied at any voltage less than their rating. There is no rule for applying AC fuses in DC circuits such as applying the fuse at half its AC voltage rating. Fuses used on DC circuits must have DC ratings.
• VAC (V): 250 Max DC Voltage Rating. The maximum RMS AC voltage and/or the maximum DC voltage at which the fuse is designed to operate. For example, fuses rated at 600 volts and below may be applied at any voltage less than their rating. There is no rule for applying AC fuses in DC circuits such as applying the fuse at half its AC voltage rating. Fuses used on DC circuits must have DC ratings.
• VDC (V): 125 Current Rating. A fuses ampere rating is the AC or DC current that the fuse can continuously carry under specified conditions. Fuses selected for a circuit must have ampere ratings that meet NEC requirements. These NEC requirements establish maximum ratings and, in some cases, minimum ratings.
• Current (A): 60
