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KLKR series Class CC fuses are fast acting fuses intended for general purpose branch circuit protection. Their compact size, fast acting overload response and their highly current limiting design make them ideal for use in OEM equipment and control panels because solid state devices such as SCRs and other electronic equipment generally require fast acting protection.

KLKR series Class CC fuses are fast acting fuses intended for general purpose branch circuit protection. Their compact size, fast acting overload response and their highly current limiting design make them ideal for use in OEM equipment and control panels because solid state devices such as SCRs and other electronic equipment generally require fast acting protection.

KLKR series Class CC fuses are fast acting fuses intended for general purpose branch circuit protection. Their compact size, fast acting overload response and their highly current limiting design make them ideal for use in OEM equipment and control panels because solid state devices such as SCRs and other electronic equipment generally require fast acting protection.

KLKR series Class CC fuses are fast acting fuses intended for general purpose branch circuit protection. Their compact size, fast acting overload response and their highly current limiting design make them ideal for use in OEM equipment and control panels because solid state devices such as SCRs and other electronic equipment generally require fast acting protection.

KLKR series Class CC fuses are fast acting fuses intended for general purpose branch circuit protection. Their compact size, fast acting overload response and their highly current limiting design make them ideal for use in OEM equipment and control panels because solid state devices such as SCRs and other electronic equipment generally require fast acting protection.

KLKR series Class CC fuses are fast acting fuses intended for general purpose branch circuit protection. Their compact size, fast acting overload response and their highly current limiting design make them ideal for use in OEM equipment and control panels because solid state devices such as SCRs and other electronic equipment generally require fast acting protection.

KLKR series Class CC fuses are fast acting fuses intended for general purpose branch circuit protection. Their compact size, fast acting overload response and their highly current limiting design make them ideal for use in OEM equipment and control panels because solid state devices such as SCRs and other electronic equipment generally require fast acting protection.

KLKR series Class CC fuses are fast acting fuses intended for general purpose branch circuit protection. Their compact size, fast acting overload response and their highly current limiting design make them ideal for use in OEM equipment and control panels because solid state devices such as SCRs and other electronic equipment generally require fast acting protection.

KLKR series Class CC fuses are fast acting fuses intended for general purpose branch circuit protection. Their compact size, fast acting overload response and their highly current limiting design make them ideal for use in OEM equipment and control panels because solid state devices such as SCRs and other electronic equipment generally require fast acting protection.

KLNR series RK1 fuses were the earliest type of current limiting fuse developed. Their single element, silver link design enables them to provide fast acting overload and short circuit protection. When used to protect inductive loads such as motors, solenoids and transformers, KLNR series fuses must be greatly oversized to prevent opening the fuses on harmless inrush currents. In such applications, KLNR series fuses may only provide short circuit protection.

KLPC series POWR-PRO® fuses provide ideal over current protection for circuits from 200 through 6000 A. KLPC series POWR-PRO® fuses specification-grade construction and performance meet or exceed the most stringent project specifications: 99.9% pure silver links, silver plated copper end bells, glass reinforced melamine bodies, o-ring seals between body and end bells and granular quartz fillers. KLPC series POWR-PRO® fuses are the only UL listed Class L fuses that provide a minimum of ten seconds time delay at 500% rated current and are also as current limiting as the fastest class L fuse on the market. On average, the peak let through currents of KLPC series fuses are 10% less than any other "time delay" class L fuse.

KLPC series POWR-PRO® fuses provide ideal over current protection for circuits from 200 through 6000 A. KLPC series POWR-PRO® fuses specification-grade construction and performance meet or exceed the most stringent project specifications: 99.9% pure silver links, silver plated copper end bells, glass reinforced melamine bodies, o-ring seals between body and end bells and granular quartz fillers. KLPC series POWR-PRO® fuses are the only UL listed Class L fuses that provide a minimum of ten seconds time delay at 500% rated current and are also as current limiting as the fastest class L fuse on the market. On average, the peak let through currents of KLPC series fuses are 10% less than any other "time delay" class L fuse.

KLSR series RK1 fuses were the earliest type of current limiting fuse developed. Their single element, silver link design enables them to provide fast acting overload and short circuit protection. When used to protect inductive loads such as motors, solenoids and transformers, KLSR series fuses must be greatly oversized to prevent opening the fuses on harmless inrush currents. In such applications, KLSR series fuses may only provide short circuit protection.

KLSR series RK1 fuses were the earliest type of current limiting fuse developed. Their single element, silver link design enables them to provide fast acting overload and short circuit protection. When used to protect inductive loads such as motors, solenoids and transformers, KLSR series fuses must be greatly oversized to prevent opening the fuses on harmless inrush currents. In such applications, KLSR series fuses may only provide short circuit protection.

KLSR series RK1 fuses were the earliest type of current limiting fuse developed. Their single element, silver link design enables them to provide fast acting overload and short circuit protection. When used to protect inductive loads such as motors, solenoids and transformers, KLSR series fuses must be greatly oversized to prevent opening the fuses on harmless inrush currents. In such applications, KLSR series fuses may only provide short circuit protection.

KLSR series RK1 fuses were the earliest type of current limiting fuse developed. Their single element, silver link design enables them to provide fast acting overload and short circuit protection. When used to protect inductive loads such as motors, solenoids and transformers, KLSR series fuses must be greatly oversized to prevent opening the fuses on harmless inrush currents. In such applications, KLSR series fuses may only provide short circuit protection.

KLSR series RK1 fuses were the earliest type of current limiting fuse developed. Their single element, silver link design enables them to provide fast acting overload and short circuit protection. When used to protect inductive loads such as motors, solenoids and transformers, KLSR series fuses must be greatly oversized to prevent opening the fuses on harmless inrush currents. In such applications, KLSR series fuses may only provide short circuit protection.

KLSR series RK1 fuses were the earliest type of current limiting fuse developed. Their single element, silver link design enables them to provide fast acting overload and short circuit protection. When used to protect inductive loads such as motors, solenoids and transformers, KLSR series fuses must be greatly oversized to prevent opening the fuses on harmless inrush currents. In such applications, KLSR series fuses may only provide short circuit protection.

Designed to protect today's equipment and systems, Littelfuse® semiconductor fuses are manufactured with Littelfuse® developed technology that sets tomorrow's standards for accuracy, consistent quality, reliability and predictable performance. By using advanced metallurgical, polymer and materials research - mathematical modeling and computerized statistical analysis, Littelfuse® engineers have redefined "state-of-the-art".

Designed to protect today's equipment and systems, Littelfuse® semiconductor fuses are manufactured with Littelfuse® developed technology that sets tomorrow's standards for accuracy, consistent quality, reliability and predictable performance. By using advanced metallurgical, polymer and materials research - mathematical modeling and computerized statistical analysis, Littelfuse® engineers have redefined "state-of-the-art".

Designed to protect today's equipment and systems, Littelfuse® semiconductor fuses are manufactured with Littelfuse® developed technology that sets tomorrow's standards for accuracy, consistent quality, reliability and predictable performance. By using advanced metallurgical, polymer and materials research - mathematical modeling and computerized statistical analysis, Littelfuse® engineers have redefined "state-of-the-art".

Designed to protect today's equipment and systems, Littelfuse® semiconductor fuses are manufactured with Littelfuse® developed technology that sets tomorrow's standards for accuracy, consistent quality, reliability and predictable performance. By using advanced metallurgical, polymer and materials research - mathematical modeling and computerized statistical analysis, Littelfuse® engineers have redefined "state-of-the-art".

Designed to protect today's equipment and systems, Littelfuse® semiconductor fuses are manufactured with Littelfuse® developed technology that sets tomorrow's standards for accuracy, consistent quality, reliability and predictable performance. By using advanced metallurgical, polymer and materials research - mathematical modeling and computerized statistical analysis, Littelfuse® engineers have redefined "state-of-the-art".

Designed to protect today's equipment and systems, Littelfuse® semiconductor fuses are manufactured with Littelfuse® developed technology that sets tomorrow's standards for accuracy, consistent quality, reliability and predictable performance. By using advanced metallurgical, polymer and materials research, mathematical modeling and computerized statistical analysis, Littelfuse® engineers have redefined "State-of-the-Art.".

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