SLK® Disconnect Fused Kit, Dual In-Line, Crimp 1-Line/1-Load

SLK® Disconnect Fused Kit, Dual In-Line, Crimp 1-Line/1-Load – Waterproof Fuse Holder for Electrical Safety The IDEAL SLK® Disconnect Fuse Kit is a waterproof breakaway safety device designed to de-energize roadway lights, streetlights, parking lot lights, and other freestanding electrical fixtures in the event of a knockdown or during maintenance. This product is suitable for electrical distributors and switchgear suppliers seeking reliable lighting solutions and wire and cable protection. It helps protect first responders, bystanders, and service personnel from electrical shock hazards. The SLK® is UL Listed under the ECIS category for special purpose connectors, ensuring compliance with rigorous standards including submersibility (UL 486D). Specifications Application: Dual In-Line Breakaway, crimp; fused; 1 wire line side, 2-4 AWG; 1 wire load side, 2-4 AWG; accepts 13/32 x 1-1/2” midget style fuse; wire range 2-14 AWG (Cu and Al rated) Amperage Rating: 30A Electrical Rating: 30 A, 600 V Temperature Rating: 105°C Fuse Size Accepted: 1-1/2” x 13/32” Fuseholder Flame Rating: UL 94V-2 Material Color: Orange (high-visibility) Product Weight: 0.35 lbs UL Listings: ECIS Special Purpose Connectors including UL 486A/B, UL 486D (Submersibility), UL 498, and UL 1682 Features Waterproof design suitable for wet locations such as pole bases, junction boxes, and hand holes Bright orange color for easy location in dark or debris-filled environments Breakaway fuse kit de-energizes fixtures to protect personnel during knockdowns or maintenance Crimp termination for secure wire connections Compatible with copper and aluminum conductors Accepts standard midget-style fuses for easy replacement Ribbed boots provide superior grip during installation and removal Fuse remains on the de-energized load side when disconnected Designed to prevent reverse polarity in paired configurations Downloads & Links PDF Instructions PDF Sell Sheet Spec Sheet WireTermination_LimitedWarranty.pdf