The FLQ Series 500 V Ac Time-Delay Fuses Provide Excellent Supplemental Protection Of Control Power Transformers, Solenoids, and Circuits With High Inrush Currents.

Littelfuse FLSR_Id Indicator™ Fuses Provide Visual Blown Fuse Indication At A Glance. The Patented State-Of-The-Art Solid State Design Provides Maximum Reliability and Superior Performance Characteristics In A True Dual-Element Design. The Use Of Indicator Fuses Reduces Down-Time, Nuisance Opening, Increases Safety, and Can Save Thousands Of Dollars In Lost Production Time.

Littelfuse FLSR_Id Indicator™ Fuses Provide Visual Blown Fuse Indication At A Glance. The Patented State-Of-The-Art Solid State Design Provides Maximum Reliability and Superior Performance Characteristics In A True Dual-Element Design. The Use Of Indicator Fuses Reduces Down-Time, Nuisance Opening, Increases Safety, and Can Save Thousands Of Dollars In Lost Production Time.

Littelfuse FLSR_Id Indicator™ Fuses Provide Visual Blown Fuse Indication At A Glance. The Patented State-Of-The-Art Solid State Design Provides Maximum Reliability and Superior Performance Characteristics In A True Dual-Element Design. The Use Of Indicator Fuses Reduces Down-Time, Nuisance Opening, Increases Safety, and Can Save Thousands Of Dollars In Lost Production Time.

Littelfuse FLSR Series Fuses Have Been The Superior Ul Class RK5 Dual-Element Time-Delay Fuses, and Are The Most Widely Used Class Of Fuses. FLSR Series Fuses Provide Excellent Protection For All Types Of Circuits Especially Those Containing Motors. However, Users and Specifiers Should Consider The Significant Benefits Offered By Indicator Fuses.

Littelfuse FLSR_Id Indicator™ Fuses Provide Visual Blown Fuse Indication At A Glance. The Patented State-Of-The-Art Solid State Design Provides Maximum Reliability and Superior Performance Characteristics In A True Dual-Element Design. The Use Of Indicator Fuses Reduces Down-Time, Nuisance Opening, Increases Safety, and Can Save Thousands Of Dollars In Lost Production Time.

Littelfuse FLSR_Id Indicator™ Fuses Provide Visual Blown Fuse Indication At A Glance. The Patented State-Of-The-Art Solid State Design Provides Maximum Reliability and Superior Performance Characteristics In A True Dual-Element Design. The Use Of Indicator Fuses Reduces Down-Time, Nuisance Opening, Increases Safety, and Can Save Thousands Of Dollars In Lost Production Time.

Littelfuse FLSR Series Fuses Have Been The Superior Ul Class RK5 Dual-Element Time-Delay Fuses, and Are The Most Widely Used Class Of Fuses. FLSR Series Fuses Provide Excellent Protection For All Types Of Circuits Especially Those Containing Motors. However, Users and Specifiers Should Consider The Significant Benefits Offered By Indicator Fuses.

Littelfuse FLSR_Id Indicator™ Fuses Provide Visual Blown Fuse Indication At A Glance. The Patented State-Of-The-Art Solid State Design Provides Maximum Reliability and Superior Performance Characteristics In A True Dual-Element Design. The Use Of Indicator Fuses Reduces Down-Time, Nuisance Opening, Increases Safety, and Can Save Thousands Of Dollars In Lost Production Time.

Time Delay Power Fuse, RK5 Class Fuse, Blade Fuse, 80 A, 600 V Ac;300 V DC, Blade Terminal, Blown Fuse Indicator, 1-5/16 In Diameter, 7-7/8 In Overall Length, 0.41 LB

The Littelfuse® Powr-Pro® JTD_Id Indicator Class J Fuse Provides Visual Blown Fuse Indication and Maximum Protection In A Compact Package. The Compact Class J Package Was Designed Specifically For Circuits Where Space Is At A Premium. The Current Limiting Time Delay JTD_Id Offers A Patented True Dual-Element Design That Is Ideal For Use In Circuits With High Inrush Currents. Superior Performance Characteristics Of JTD_Id Indicator Fuses Reduce Nuisance Fuse Opening and The Blown Fuse Indication Reduces Dow

KLDR Fuses Are Time-Delay Fuses Designed to Protect Control Transformers, Solenoids and Similar Inductive Components With High Magnetizing Currents During The First Half-Cycle. They Provide Excellent Protection Of Motor Branch Circuits Containing IEC or Nema Rated Motor Controllers or Contactors.

Fuse, Fast Acting Fuse Speed, 30 A, 600 V Ac;500 V DC, 0.406 In Diameter, 1.5 IN38.1 MM Overall Length, 0.17 LB

Class CC Fuse, V Ac:200 Ka (RMS Symmetrical);V DC:20 Ka (Self-Certified) Response Time, 5 A, 600 V Ac;300 V DC, Melamine (Body) Material, 0.41 In Diameter, 1.50 In Overall Length, 0.02 LB

Powr-Bloks Power Distribution Blocks Offer A Safe, Convenient Way Of Splicing Cables, Providing A Fixed Junction Tap-Off Point or Splitting Primary Power Into Secondary Circuits. LX2XXX-Din Series Offers Integral Din-Rail Mount and An Optional Hinged Safety Cover.

Power Distribution Block, 3 Poles, 2 Primary Openings, 6 Secondary Openings, #14 to #2/0 Awg Primary Opening Wire Size, #14 to #4 Awg Secondary Opening Wire Size, 350 A, 600 V, Maximum Of +75 °C, 0.25 LB

The New Littelfuse Class H Blocks Offer Many Advantages Over Previous Generations That Are Noted In The Features and Benefits Section. Class H and Class R Fuse Blocks Are Dimensionally The Same, But Class R Blocks Incorporate A Rejection Feature, Which Only Allows Class R Fuses to Be Inserted.

Littelfuse Fuseblock Covers Protect Personnel From Accidentally Coming Into Contact With Energized Parts. Covers Are For Use With Various Ul Class Fuseblocks. Please, Review The Ordering Information For Available Covers.

The Littelfuse® Powr-Pro® JTD_Id Indicator Class J Fuse Provides Visual Blown Fuse Indication and Maximum Protection In A Compact Package. The Compact Class J Package Was Designed Specifically For Circuits Where Space Is At A Premium. The Current Limiting Time Delay JTD_Id Offers A Patented True Dual-Element Design That Is Ideal For Use In Circuits With High Inrush Currents. Superior Performance Characteristics Of JTD_Id Indicator Fuses Reduce Nuisance Fuse Opening and The Blown Fuse Indication Reduces Dow

Used As In-Line Protection For Fluorescent Fixtures, The Littelfuse LGR and LMF Series Fuses and LHR Holder Offer Increased Safety and Reliability to Lighting Systems. On A 277 Volt System, A Fault Occurring In An Un-Fused Fixture Could Take Out The Entire Branch Circuit Affecting Up to 100 Fixtures. This Could Cause Safety Problems As Well As Shut Down Operations. By Individually Fusing Fixtures, These Problems Will Be Avoided. The Added Benefits Of This Is The Ability to Quickly Identify The Problem Fixt