DBI Sala 3503800 30' Smart Lock Self-Retracting Lifeline, Galvanized Cable

Regular price $934.50 Sale price $833.28 Save $101.22
FEATURES:
• Rugged and extremely lightweight thermoplastic housing with built in ergonomic handle
• 30 ft. (10m) of 3/16" (5mm) galvanized steel cable lifeline
• 4ft. fall clearance allows workers up to 310 lbs. to meet OSHA's 1910 general industry rule
• Patented magnetic retraction control system allows lifeline retract smoothly, hands free
• Swiveling anchorage point and carabiner included
• Patented dual label system located within ergonomic cable handle to simplify inspections and reduce the need for replacement
• Swiveling snap hook with impact indicator
• Connected Safety RFID located in cable handle

SPECIFICATIONS:
• Connector: Snap Hook
• Dimensions: 23.5" x 9" x 4"
• Housing Type: Thermoplastic
• Install Type: Removable
• iSafe Equipped: Yes
• Length: 30'
• Lifeline Material: Galvanized Cable
• Mounting Type: Overhead Anchor Point
• Weight Capacity: 420 lb
• Features: Secondary inspection system, swiveling anchorage, carabiner, ergonomic handle, patented magnetic retraction control, 420lbs capacity, requires 4ft. Clearance
• Product Color: Blue
• Recommended Application: Maintenance, Assembly, Climbing, Inspection
• Recommended Industry: Construction, General Industry, Manufacturing, Mining, Oil & Gas, Industrial, Utility, Transportation, Renewable
• Standards/Approvals: ANSI Z359.14, ANSI Z359.7, OSHA, CSA Z259.2.2, ISO170025
• Anchor Hook Material: Zinc Plated Steel
• Carabiner/Hook Material: Zinc Plated Steel
• Housing Material: Glass-Filled Nylon
• Lifeline Hook Material: Zinc Plated Steel
• For Use With: Full Body Harness and Anchor Point
• Includes: Carabiner


Our smartest SRLs yet. From reducing nuisance lockups, to simplifying inspections, every detail of the new 3M™ DBI-SALA® Smart Lock Self-Retracting Lifelines is designed to help increase your productivity, safety and convenience. Using advanced motion capture technology, we studied the foreces applied to the SRL during typical at-height tasks. This data helped us engineer a new arrest mechanism that can more easily detect the difference between a fall and normal work motion, tailoring a SRL for your work application.