DBI Sala 3101250 Nano-Lok Class A/B SRL, Steel Rebar Hook, 6'
• (1) Nano-Lok™ Class A/B SRL, Steel Rebar Hook, 6'
FEATURES:
• Lightest ANSI certified personal SRL that allows for knee level tie-off
• Smart activating brake system combines ANSI Class A & B to provide fall clearance as low as 4 ft.- up to 13 ft. less than lanyards
• Lightweight speed connect system reduces connect and disconnect time by up to 60%
• Durable nitrile rubber energy absorber cover designed to last 4 times longer
• Reduced energy abosorber size is more user friendly and convenient
• 6 ft. (1.8m) 3/4" (19mm) Dyneema® fiber and polyester web lifeline
• AAF 900lbs and MAF 1,350lbs
• Down to knee level tie-off for 310lbs. capacity, 420lbs. capcity shoulder height and higher
• Self-locking steel rebar hook on lifeline
• Equipped with 3M™ Connected Safety ID (CSID), a pre-programed RFID tag that makes it easier to track and manage equipment using the 3M™ Inspection and Asset Management System (system available by subscription, details here)
SPECIFICATIONS:
• Product Type: Quick Connect SRL - Web
• Mounting Type: Direct to Harness Back
• Style: Single Leg
• Product Series: Nano-Lok™
• Weight: 3.111 lbs
• Recommended Industry: Construction||General Industrial||Oil & Gas||Transportation||Utilities
• Connected Safety Identification (CSID) Equipped: Yes
• Standards/Approvals: ANSI Z359.14 Class A/B||OSHA 1926.502
• Weight Capacity: 420 lbs (190 kg)
• Length: 6' (1.8 m)
• Housing Type: Thermoplastic
• Carabiner/Hook Material: Steel
• Case Quantity: 1
Light on Weight. Heavy on Features. Focusing on strengthening the worker's comfort and safety as the highest priorities, the 3M™ DBI-SALA® Nano-Lok™ Personal Self-Retracting Lifeline unites light-weight design with industrial-strength durability and function. The extremely compact and lightweight design is virtually unnoticeable on your back, staying out of the worker's way and making it ideal as a lanyard replacement. The Nano-Lok's smart activating brake system achieves fall clearance as low as 4ft.- providing more protection at low heights. In addition, tension is always kept on the lifeline, which reduces dragging, snapping and trip falls