DBI Sala 3501102 Ultra-Lok Self Retracting Lifeline, Retrieval/Bracket, 50'

Sold out
Original Price $3,618.00
Current Price $2,793.25
• (1) Ultra-Lok™ Self Retracting Lifeline, Retrieval/Bracket, 50'

• 3-way emergency retrieval system
• Integrated quick-connect mounting bracket
• Stowabe retrieval handle
• 50' (15.2m) 3/16" (5mm) galvanized steel cable lifeline
• Rugged and extremely lightweight thermoplastic housing
• Stainless steel dynamic components
• Internal energy absorption system
• Anti-ratcheting twin disk brake system
• Constant moving brake system pawls
• Built-in carrying handle
• Swiveling anchorage point
• Swiveling snap hook with impact indicator
• Reserve lifeline system
• Ergonomic cable handle equipped with i-Safe™

• Brand: DBI-SALA®
• Case Quantity: 1
• Color: Blue, Silver
• Confined Space: Yes
• Dimensions: 11.50" x 10.50" x 7.20"
• Housing Material: Urethane Thermoplatic
• Housing Type: Thermoplastic
• iSafe Equipped: Yes
• Length: 50'
• Lifeline Hook Material: Zinc Plated Steel
• Lifeline Material: Galvanized Cable
• Mounting Type: Block to Anchor Point
• Product Series: Ultra-Lok™
• Product Type: Self Retracting Lifeline - Retrieval
• Recommended Industry: Construction, General Industrial, Transportation, Utilities, Wind Energy
• Standards/Approvals: ANSI A10.32, ANSI Z359.1, ANSI Z359.14, OSHA 1910.66, OSHA 1926.502
• Weight: 22.8 lbs
• Weight Capacity: 310 lbs (141 kg)

Ultra-Lok™ self retracting lifelines (SRL’s) are rugged, yet extremely lightweight and superbly engineered devices you can count on for safety, efficiency and comfort. Stainless steel components, an anti-ratcheting brake system and a semi-sealed design provide the user with a system built to last. Our SRLs are backed by decades of proven field service for absolute confidence, safety and reliability. An SRL’s lifeline will extend as the user moves away, and retract automatically enabling the user to move about within a recommended working area at normal speeds. Should a fall occur, a speed sensing brake system will activate stopping the fall and reducing the forces imposed on the user to safe levels.